FHAD1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	FHAD1
Entrez Gene ID	114827
Full Name	forkhead associated phosphopeptide binding domain 1
General protein information	Preferred Names forkhead associated phosphopeptide binding domain 1 Names forkhead-associated domain-containing protein 1 FHA domain-containing protein 1 forkhead-associated (FHA) phosphopeptide binding domain 1
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 1 Map Location: 1p36.21

mRNA and Protein(s)

mRNA	Protein	Name
XM_011540597.2	XP_011538899.1	forkhead-associated domain-containing protein 1 isoform X25
XM_017000214.1	XP_016855703.1	forkhead-associated domain-containing protein 1 isoform X27
XM_011540582.2	XP_011538884.1	forkhead-associated domain-containing protein 1 isoform X6
XM_017000204.1	XP_016855693.1	forkhead-associated domain-containing protein 1 isoform X10
XM_011540580.2	XP_011538882.1	forkhead-associated domain-containing protein 1 isoform X6
XM_011540580.3	XP_011538882.1	forkhead-associated domain-containing protein 1 isoform X6
XM_017000204.2	XP_016855693.1	forkhead-associated domain-containing protein 1 isoform X10
XM_017000208.2	XP_016855697.1	forkhead-associated domain-containing protein 1 isoform X14
XM_017000209.1	XP_016855698.1	forkhead-associated domain-containing protein 1 isoform X15
XM_017000203.1	XP_016855692.1	forkhead-associated domain-containing protein 1 isoform X9
XM_017000207.1	XP_016855696.1	forkhead-associated domain-containing protein 1 isoform X13
NM_052929.1	NP_443161.1	forkhead-associated domain-containing protein 1
XM_024452912.1	XP_024308680.1	forkhead-associated domain-containing protein 1 isoform X17
XM_011540590.3	XP_011538892.1	forkhead-associated domain-containing protein 1 isoform X17
XM_017000210.2	XP_016855699.1	forkhead-associated domain-containing protein 1 isoform X18
XM_017000211.2	XP_016855700.1	forkhead-associated domain-containing protein 1 isoform X21
XM_017000213.1	XP_016855702.1	forkhead-associated domain-containing protein 1 isoform X26
XM_024452916.1	XP_024308684.1	forkhead-associated domain-containing protein 1 isoform X29
XM_011540577.2	XP_011538879.1	forkhead-associated domain-containing protein 1 isoform X3
XM_024452892.1	XP_024308660.1	forkhead-associated domain-containing protein 1 isoform X15
XM_024452908.1	XP_024308676.1	forkhead-associated domain-containing protein 1 isoform X17
XM_017000208.1	XP_016855697.1	forkhead-associated domain-containing protein 1 isoform X14
XM_017000212.1	XP_016855701.1	forkhead-associated domain-containing protein 1 isoform X22
XM_011540584.2	XP_011538886.1	forkhead-associated domain-containing protein 1 isoform X8
XM_017000206.1	XP_016855695.1	forkhead-associated domain-containing protein 1 isoform X12
XM_011540592.2	XP_011538894.1	forkhead-associated domain-containing protein 1 isoform X19
XM_017000198.2	XP_016855687.1	forkhead-associated domain-containing protein 1 isoform X1
XM_017000199.2	XP_016855688.1	forkhead-associated domain-containing protein 1 isoform X1
XM_017000200.1	XP_016855689.1	forkhead-associated domain-containing protein 1 isoform X4
XM_017000201.1	XP_016855690.1	forkhead-associated domain-containing protein 1 isoform X5
XM_017000205.1	XP_016855694.1	forkhead-associated domain-containing protein 1 isoform X11
XM_011540581.2	XP_011538883.1	forkhead-associated domain-containing protein 1 isoform X6
XM_011540589.2	XP_011538891.1	forkhead-associated domain-containing protein 1 isoform X16
XM_017000210.1	XP_016855699.1	forkhead-associated domain-containing protein 1 isoform X18
XM_011540593.2	XP_011538895.1	forkhead-associated domain-containing protein 1 isoform X20
XM_017000211.1	XP_016855700.1	forkhead-associated domain-containing protein 1 isoform X21
XM_011540575.2	XP_011538877.1	forkhead-associated domain-containing protein 1 isoform X1
XM_011540584.3	XP_011538886.1	forkhead-associated domain-containing protein 1 isoform X8
XM_024452903.1	XP_024308671.1	forkhead-associated domain-containing protein 1 isoform X17
XM_011540593.3	XP_011538895.1	forkhead-associated domain-containing protein 1 isoform X20
XM_017000212.2	XP_016855701.1	forkhead-associated domain-containing protein 1 isoform X22
XM_011540597.3	XP_011538899.1	forkhead-associated domain-containing protein 1 isoform X25
XM_017000214.2	XP_016855703.1	forkhead-associated domain-containing protein 1 isoform X27
XM_011540598.3	XP_011538900.1	forkhead-associated domain-containing protein 1 isoform X28
XM_017000198.1	XP_016855687.1	forkhead-associated domain-containing protein 1 isoform X1
XM_017000199.1	XP_016855688.1	forkhead-associated domain-containing protein 1 isoform X1
XM_011540588.2	XP_011538890.1	forkhead-associated domain-containing protein 1 isoform X14
XM_011540590.2	XP_011538892.1	forkhead-associated domain-containing protein 1 isoform X17
XM_011540598.2	XP_011538900.1	forkhead-associated domain-containing protein 1 isoform X28
NM_052929.2	NP_443161.1	forkhead-associated domain-containing protein 1
XM_024452909.1	XP_024308677.1	forkhead-associated domain-containing protein 1 isoform X17
XM_011540595.2	XP_011538897.1	forkhead-associated domain-containing protein 1 isoform X23
XM_011540596.2	XP_011538898.1	forkhead-associated domain-containing protein 1 isoform X24
XM_024452918.1	XP_024308686.1	forkhead-associated domain-containing protein 1 isoform X30
XM_011540576.2	XP_011538878.1	forkhead-associated domain-containing protein 1 isoform X2
XM_011540581.3	XP_011538883.1	forkhead-associated domain-containing protein 1 isoform X6
XM_011540582.3	XP_011538884.1	forkhead-associated domain-containing protein 1 isoform X6
XM_017000202.1	XP_016855691.1	forkhead-associated domain-containing protein 1 isoform X7
XM_017000203.2	XP_016855692.1	forkhead-associated domain-containing protein 1 isoform X9
XM_024452887.1	XP_024308655.1	forkhead-associated domain-containing protein 1 isoform X10
XM_017000206.2	XP_016855695.1	forkhead-associated domain-containing protein 1 isoform X12
XM_017000207.2	XP_016855696.1	forkhead-associated domain-containing protein 1 isoform X13
XM_011540588.3	XP_011538890.1	forkhead-associated domain-containing protein 1 isoform X14
XM_024452898.1	XP_024308666.1	forkhead-associated domain-containing protein 1 isoform X16

Pathways from BioSystems

Homologies

Mus musculus (house mouse)	Fhad1	NP_808536.2
Rattus norvegicus (Norway rat)	Fhad1	XP_006239390.1
Bos taurus (cattle)	FHAD1	XP_002694245.2
Homo sapiens (human)	FHAD1	NP_443161.1
Pan troglodytes (chimpanzee)	FHAD1	XP_513048.4
	FHAD1	XP_001088330.2
Canis lupus familiaris (dog)	FHAD1	XP_005618026.1
Gallus gallus (chicken)	LOC771735	XP_004947576.1

Gene Ontology
Bibliography

Related articles in PubMed

Epigenome-Wide Tumor DNA Methylation Profiling Identifies Novel Prognostic Biomarkers of Metastatic-Lethal Progression in Men Diagnosed with Clinically Localized Prostate Cancer.
Zhao S, Geybels MS, Leonardson A, Rubicz R, Kolb S, Yan Q, Klotzle B, Bibikova M, Hurtado-Coll A, Troyer D, Lance R, Lin DW, Wright JL, Ostrander EA, Fan JB, Feng Z, Stanford JL
Clinical cancer research : an official journal of the American Association for Cancer Research23(1)311-319(2017 Jan)

Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.
Rose JE, Behm FM, Drgon T, Johnson C, Uhl GR
Molecular medicine (Cambridge, Mass.)16(7-8)247-53(2010 Jul-Aug)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Clinical trial of gene-disease association and gene-environment interaction. (HuGE Navigator)
Title: Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.

The following FHAD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FHAD1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu13723	NM_052929.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$659.50-$923.30 $1319.00
OHu74849	XM_011540598.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X38, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu103582	XM_024452916.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X39, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu103581	XM_024452898.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu103583	XM_024452918.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X40, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83078	XM_017000205.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83079	XM_017000206.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83080	XM_024452892.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83080	XM_017000209.1 Latest version!	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83081	XM_017000210.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X28, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83082	XM_017000211.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X31, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83083	XM_017000212.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X32, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83084	XM_017000213.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X36, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu83085	XM_017000214.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X37, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu74846	XM_011540595.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X33, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74847	XM_011540596.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X34, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74848	XM_011540597.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X35, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu74829	XM_017000198.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74829	XM_011540575.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74829	XM_017000199.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74830	XM_011540576.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74831	XM_011540577.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74832	XM_017000200.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74833	XM_017000201.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74834	XM_011540580.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74834	XM_011540581.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74834	XM_011540582.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74835	XM_017000202.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74836	XM_011540584.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74837	XM_017000203.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74838	XM_024452887.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74838	XM_017000204.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74839	XM_017000207.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74840	XM_017000208.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74840	XM_011540588.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74841	XM_011540589.2 Latest version!	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74842	XM_024452909.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74842	XM_024452908.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74842	XM_024452903.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74842	XM_011540590.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74842	XM_024452912.1 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74843	XM_011540592.2 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X29, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74844	XM_011540593.3 Latest version!	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu74834	XM_011540580.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74838	XM_017000204.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74840	XM_017000208.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu83081	XM_017000210.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu83082	XM_017000211.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu74836	XM_011540584.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74844	XM_011540593.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu83083	XM_017000212.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu74848	XM_011540597.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu83085	XM_017000214.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X32, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu74829	XM_017000198.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74829	XM_017000199.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu74842	XM_011540590.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74849	XM_011540598.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X33, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu13723	NM_052929.1	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$659.50-$923.30 $1319.00
OHu74834	XM_011540581.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74834	XM_011540582.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74837	XM_017000203.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu83079	XM_017000206.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu74839	XM_017000207.1	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu74840	XM_011540588.2	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
Hide Old Accession Versions >>

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

FHAD1 ( NM_052929.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_443161.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), mRNA.

Price & Availability↑

CloneID	OHu13723
Clone ID Related Accession (Same CDS sequence)	NM_052929.1 , NM_052929.2
Accession Version	NM_052929.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4239bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-22
Organism	Homo sapiens(Human)
Product	forkhead-associated domain-containing protein 1
Comment	PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AK057963.1, AL031283.26, AK093300.1, AL833342.1, DA918616.1 and AK093883.1. On or before Jun 14, 2008 this sequence version replaced XM_001714211.1, XM_934889.3, XM_497657.4, XM_946265.3. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2151119, SAMEA2158188 [ECO:0000348] ##Evidence-Data-END##

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGTCTCCTG ACATCGACAA CCACCATGCA 
CTCATTGAAT ATAACGAGGC GGAGTGCAGC TTTGTTCTCC AGGACTTCAA TTCCCGCAAC 
GGCACGTTTG TCAACGAGTG CCACATTCAA AACGTGGCTG TGAAGCTCAT CCCTGGAGAC 
ATCCTGAGAT TTGGGTCTGC AGGGCTGACC TATGAACTGG TCATTGAAAA TCCACCTCCG 
GTCTCTTTCC CATGGATGAG GGGCCCAGCA CCATGGCCAG GGCCACAGCC ACCTCGTGCC 
ACACAGCAGC CAAACCAGGC CCCCCCACCA TCACATATCC CCTTCCACCA AGGTGTCCAG 
CCAGCACCGA TGCAAAGGAG CTGGTCCCAG GCCTTTCCCA GACCCACCGT GGTCCTGCCG 
GCCTCCCACA GGCGGCCTGT GAGCGCCAAC AAGGAGATGT TCTCGTTCGT GGTGGACGAC 
GCCCGCAAGC CACCCGTCAT CAAGCAAGTG TGGACCAATG CCATGAAACT GTCAGAAAAA 
TCAGTGGCCG AGGGGATTCC TGGGGCAGTT CCCCCTGCGG AGATTTATGT GGAGGAGGAC 
TTGGCCCAGC AGGACAAGGA TGAAATAATT CTGCTGCTGG GAAAAGAGGT CAGCCGTCTC 
TCAGATTATG AAATTGAATC CAAATACAAA GACGTCATAA TAGCAAACCT GCAGAATGAA 
GTGGCTGAGC TGAGTCAGAA GGTGTCAGAG ACCACCACCT CCAGGCAGAA TGAGAAGGAG 
ATCTCGCAGA AGTGTCAGGT TCTGGATGAA GACATCGATG CCAAACAGAA AGAGATCCAG 
AGCTTGAAAA GCCAGATCAG TGCCCTACAG AAAGGCTACA GCAAGGTGCT GTGCCAGACC 
CTGTCAGAGC GGAACTCAGA AATCACATCC CTGAAGAATG AGGGCGAGAA CTTAAAGAGA 
GACAACGCTA TCACATCAGG GATGGTGTCA TCTTTGCAAA AAGACATATT AGCAAAGGAT 
GAGCAAGTTC AACAACTAAA GGAAGAGGTC AGTCACCTAA AAAGTCAGAA CAAGGACAAG 
GACCACCAGC TGGAAGCCCT TGGCTCTAGA TGCTCGGTGC TAAAGGAAGA GTTAAAACAG 
GAAGATGCTC ACAGGGAGCT CAGGGAAGCC CAGGAGAAAG AGTTAAAACT CTGCAAAACC 
CAAATCCAAG ACATGGAGAA AGAAATGAAG AAGCTTAGGG CAGAGCTGAG GAAGAGTTGT 
ACTGAACAAA GCGTGATCTC TAGGACTCTG AGAGAAAAAA GCAAGGTTGA AGAGAAGCTT 
CAGGAGGATT CCAGAAGGAA ATTGCTTCAG CTGCAAGAAA TGGGGAACAG AGAGAGCGTC 
ATTAAAATCA ATTTGGAGAG GGCAGTAGGT CAGCTGGAGC ACTTCAGAAG TCAAGTCATC 
AAGGCCACCT ATGGACGGGC GAAGCCGTTC CGGGACAAGC CCGTCACCGA CCAACAGTTA 
ATAGAGAAAA TTACCCAGGT CACTGAGGAC AACATCAATT TTCAGCAGAA AAAGTGGACC 
CTCCAGAAAG AGACCCAGCT GAGCAACTCC AAGCAGGAGG AGACCACCGA GAACATCGAG 
AAGCTGAGGA CGTCGCTGGA CAGCTGCCAG GCTTGCATGA AAATATCCTG TTGCAGCCAT 
GACCTGAAGA AGGAGGTCGA CCTTCTTCAG CACCTCCAGG TGAGCCCACC TGTCTCGGGG 
CTCCAGAAGG TGGTGCTGGA CGTCCTGAGG CACGCGCTGT CCTGGCTGGA GGAGGTGGAG 
CAGCTCCTCC GGGACCTCGG GATCCTGCCC TCCAGCCCCA ACAAAGATCA AGTTCAACAG 
TTCTCAGGAA ACTCAGCAGT CTTTACTGCA GGAAAAGCTG CGGGAGCATC TGGCAGAGAA 
GGAGAAGCTG AACGAGGAGA GGCTAGAGCA AGAGGAGAAG CTCAAAGCCA AAATCAGGCA 
ACTGACGGAA GAGAAGGCGG TAAGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGGTTGGAAC CAGAAAAGCC 
TCCCTAAAGA TGGACCAAGA AAGAGAGATG CTGAGGAAAG AGACCTCCAG CAAGTCCAGC 
CAGAGCCTTT TGCATTCTAA GCCCAGTGGA AAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_443161.1
CDS	139..4377
Translation	MKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKDQVQQFSGNSAVFTAGKAAGASGREGEAERGEARARGEAQSQNQATDGREGGKALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	NM_052929.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_052929.1

ORF Insert Sequence:

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGTCTCCTG ACATCGACAA CCACCATGCA 
CTCATTGAAT ATAACGAGGC GGAGTGCAGC TTTGTTCTCC AGGACTTCAA TTCCCGCAAC 
GGCACGTTTG TCAACGAGTG CCACATTCAA AACGTGGCTG TGAAGCTCAT CCCTGGAGAC 
ATCCTGAGAT TTGGGTCTGC AGGGCTGACC TATGAACTGG TCATTGAAAA TCCACCTCCG 
GTCTCTTTCC CATGGATGAG GGGCCCAGCA CCATGGCCAG GGCCACAGCC ACCTCGTGCC 
ACACAGCAGC CAAACCAGGC CCCCCCACCA TCACATATCC CCTTCCACCA AGGTGTCCAG 
CCAGCACCGA TGCAAAGGAG CTGGTCCCAG GCCTTTCCCA GACCCACCGT GGTCCTGCCG 
GCCTCCCACA GGCGGCCTGT GAGCGCCAAC AAGGAGATGT TCTCGTTCGT GGTGGACGAC 
GCCCGCAAGC CACCCGTCAT CAAGCAAGTG TGGACCAATG CCATGAAACT GTCAGAAAAA 
TCAGTGGCCG AGGGGATTCC TGGGGCAGTT CCCCCTGCGG AGATTTATGT GGAGGAGGAC 
TTGGCCCAGC AGGACAAGGA TGAAATAATT CTGCTGCTGG GAAAAGAGGT CAGCCGTCTC 
TCAGATTATG AAATTGAATC CAAATACAAA GACGTCATAA TAGCAAACCT GCAGAATGAA 
GTGGCTGAGC TGAGTCAGAA GGTGTCAGAG ACCACCACCT CCAGGCAGAA TGAGAAGGAG 
ATCTCGCAGA AGTGTCAGGT TCTGGATGAA GACATCGATG CCAAACAGAA AGAGATCCAG 
AGCTTGAAAA GCCAGATCAG TGCCCTACAG AAAGGCTACA GCAAGGTGCT GTGCCAGACC 
CTGTCAGAGC GGAACTCAGA AATCACATCC CTGAAGAATG AGGGCGAGAA CTTAAAGAGA 
GACAACGCTA TCACATCAGG GATGGTGTCA TCTTTGCAAA AAGACATATT AGCAAAGGAT 
GAGCAAGTTC AACAACTAAA GGAAGAGGTC AGTCACCTAA AAAGTCAGAA CAAGGACAAG 
GACCACCAGC TGGAAGCCCT TGGCTCTAGA TGCTCGGTGC TAAAGGAAGA GTTAAAACAG 
GAAGATGCTC ACAGGGAGCT CAGGGAAGCC CAGGAGAAAG AGTTAAAACT CTGCAAAACC 
CAAATCCAAG ACATGGAGAA AGAAATGAAG AAGCTTAGGG CAGAGCTGAG GAAGAGTTGT 
ACTGAACAAA GCGTGATCTC TAGGACTCTG AGAGAAAAAA GCAAGGTTGA AGAGAAGCTT 
CAGGAGGATT CCAGAAGGAA ATTGCTTCAG CTGCAAGAAA TGGGGAACAG AGAGAGCGTC 
ATTAAAATCA ATTTGGAGAG GGCAGTAGGT CAGCTGGAGC ACTTCAGAAG TCAAGTCATC 
AAGGCCACCT ATGGACGGGC GAAGCCGTTC CGGGACAAGC CCGTCACCGA CCAACAGTTA 
ATAGAGAAAA TTACCCAGGT CACTGAGGAC AACATCAATT TTCAGCAGAA AAAGTGGACC 
CTCCAGAAAG AGACCCAGCT GAGCAACTCC AAGCAGGAGG AGACCACCGA GAACATCGAG 
AAGCTGAGGA CGTCGCTGGA CAGCTGCCAG GCTTGCATGA AAATATCCTG TTGCAGCCAT 
GACCTGAAGA AGGAGGTCGA CCTTCTTCAG CACCTCCAGG TGAGCCCACC TGTCTCGGGG 
CTCCAGAAGG TGGTGCTGGA CGTCCTGAGG CACGCGCTGT CCTGGCTGGA GGAGGTGGAG 
CAGCTCCTCC GGGACCTCGG GATCCTGCCC TCCAGCCCCA ACAAAGATCA AGTTCAACAG 
TTCTCAGGAA ACTCAGCAGT CTTTACTGCA GGAAAAGCTG CGGGAGCATC TGGCAGAGAA 
GGAGAAGCTG AACGAGGAGA GGCTAGAGCA AGAGGAGAAG CTCAAAGCCA AAATCAGGCA 
ACTGACGGAA GAGAAGGCGG TAAGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGGTTGGAAC CAGAAAAGCC 
TCCCTAAAGA TGGACCAAGA AAGAGAGATG CTGAGGAAAG AGACCTCCAG CAAGTCCAGC 
CAGAGCCTTT TGCATTCTAA GCCCAGTGGA AAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( NM_052929.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_443161.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), mRNA.

Price & Availability↑

CloneID	OHu13723
Clone ID Related Accession (Same CDS sequence)	NM_052929.1 , NM_052929.2
Accession Version	NM_052929.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4239bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-04-30
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL391094.12, AK057963.1, AL031283.26, AK093300.1, AL833342.1, DA918616.1, AK093883.1 and AK096961.1. On Aug 29, 2017 this sequence version replaced NM_052929.1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2151119, SAMEA2158188 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on conservation ##RefSeq-Attributes-END##

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGTCTCCTG ACATCGACAA CCACCATGCA 
CTCATTGAAT ATAACGAGGC GGAGTGCAGC TTTGTTCTCC AGGACTTCAA TTCCCGCAAC 
GGCACGTTTG TCAACGAGTG CCACATTCAA AACGTGGCTG TGAAGCTCAT CCCTGGAGAC 
ATCCTGAGAT TTGGGTCTGC AGGGCTGACC TATGAACTGG TCATTGAAAA TCCACCTCCG 
GTCTCTTTCC CATGGATGAG GGGCCCAGCA CCATGGCCAG GGCCACAGCC ACCTCGTGCC 
ACACAGCAGC CAAACCAGGC CCCCCCACCA TCACATATCC CCTTCCACCA AGGTGTCCAG 
CCAGCACCGA TGCAAAGGAG CTGGTCCCAG GCCTTTCCCA GACCCACCGT GGTCCTGCCG 
GCCTCCCACA GGCGGCCTGT GAGCGCCAAC AAGGAGATGT TCTCGTTCGT GGTGGACGAC 
GCCCGCAAGC CACCCGTCAT CAAGCAAGTG TGGACCAATG CCATGAAACT GTCAGAAAAA 
TCAGTGGCCG AGGGGATTCC TGGGGCAGTT CCCCCTGCGG AGATTTATGT GGAGGAGGAC 
TTGGCCCAGC AGGACAAGGA TGAAATAATT CTGCTGCTGG GAAAAGAGGT CAGCCGTCTC 
TCAGATTATG AAATTGAATC CAAATACAAA GACGTCATAA TAGCAAACCT GCAGAATGAA 
GTGGCTGAGC TGAGTCAGAA GGTGTCAGAG ACCACCACCT CCAGGCAGAA TGAGAAGGAG 
ATCTCGCAGA AGTGTCAGGT TCTGGATGAA GACATCGATG CCAAACAGAA AGAGATCCAG 
AGCTTGAAAA GCCAGATCAG TGCCCTACAG AAAGGCTACA GCAAGGTGCT GTGCCAGACC 
CTGTCAGAGC GGAACTCAGA AATCACATCC CTGAAGAATG AGGGCGAGAA CTTAAAGAGA 
GACAACGCTA TCACATCAGG GATGGTGTCA TCTTTGCAAA AAGACATATT AGCAAAGGAT 
GAGCAAGTTC AACAACTAAA GGAAGAGGTC AGTCACCTAA AAAGTCAGAA CAAGGACAAG 
GACCACCAGC TGGAAGCCCT TGGCTCTAGA TGCTCGGTGC TAAAGGAAGA GTTAAAACAG 
GAAGATGCTC ACAGGGAGCT CAGGGAAGCC CAGGAGAAAG AGTTAAAACT CTGCAAAACC 
CAAATCCAAG ACATGGAGAA AGAAATGAAG AAGCTTAGGG CAGAGCTGAG GAAGAGTTGT 
ACTGAACAAA GCGTGATCTC TAGGACTCTG AGAGAAAAAA GCAAGGTTGA AGAGAAGCTT 
CAGGAGGATT CCAGAAGGAA ATTGCTTCAG CTGCAAGAAA TGGGGAACAG AGAGAGCGTC 
ATTAAAATCA ATTTGGAGAG GGCAGTAGGT CAGCTGGAGC ACTTCAGAAG TCAAGTCATC 
AAGGCCACCT ATGGACGGGC GAAGCCGTTC CGGGACAAGC CCGTCACCGA CCAACAGTTA 
ATAGAGAAAA TTACCCAGGT CACTGAGGAC AACATCAATT TTCAGCAGAA AAAGTGGACC 
CTCCAGAAAG AGACCCAGCT GAGCAACTCC AAGCAGGAGG AGACCACCGA GAACATCGAG 
AAGCTGAGGA CGTCGCTGGA CAGCTGCCAG GCTTGCATGA AAATATCCTG TTGCAGCCAT 
GACCTGAAGA AGGAGGTCGA CCTTCTTCAG CACCTCCAGG TGAGCCCACC TGTCTCGGGG 
CTCCAGAAGG TGGTGCTGGA CGTCCTGAGG CACGCGCTGT CCTGGCTGGA GGAGGTGGAG 
CAGCTCCTCC GGGACCTCGG GATCCTGCCC TCCAGCCCCA ACAAAGATCA AGTTCAACAG 
TTCTCAGGAA ACTCAGCAGT CTTTACTGCA GGAAAAGCTG CGGGAGCATC TGGCAGAGAA 
GGAGAAGCTG AACGAGGAGA GGCTAGAGCA AGAGGAGAAG CTCAAAGCCA AAATCAGGCA 
ACTGACGGAA GAGAAGGCGG TAAGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGGTTGGAAC CAGAAAAGCC 
TCCCTAAAGA TGGACCAAGA AAGAGAGATG CTGAGGAAAG AGACCTCCAG CAAGTCCAGC 
CAGAGCCTTT TGCATTCTAA GCCCAGTGGA AAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_443161.1
CDS	186..4424
Translation	MKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKDQVQQFSGNSAVFTAGKAAGASGREGEAERGEARARGEAQSQNQATDGREGGKALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	NM_052929.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_052929.2

ORF Insert Sequence:

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGTCTCCTG ACATCGACAA CCACCATGCA 
CTCATTGAAT ATAACGAGGC GGAGTGCAGC TTTGTTCTCC AGGACTTCAA TTCCCGCAAC 
GGCACGTTTG TCAACGAGTG CCACATTCAA AACGTGGCTG TGAAGCTCAT CCCTGGAGAC 
ATCCTGAGAT TTGGGTCTGC AGGGCTGACC TATGAACTGG TCATTGAAAA TCCACCTCCG 
GTCTCTTTCC CATGGATGAG GGGCCCAGCA CCATGGCCAG GGCCACAGCC ACCTCGTGCC 
ACACAGCAGC CAAACCAGGC CCCCCCACCA TCACATATCC CCTTCCACCA AGGTGTCCAG 
CCAGCACCGA TGCAAAGGAG CTGGTCCCAG GCCTTTCCCA GACCCACCGT GGTCCTGCCG 
GCCTCCCACA GGCGGCCTGT GAGCGCCAAC AAGGAGATGT TCTCGTTCGT GGTGGACGAC 
GCCCGCAAGC CACCCGTCAT CAAGCAAGTG TGGACCAATG CCATGAAACT GTCAGAAAAA 
TCAGTGGCCG AGGGGATTCC TGGGGCAGTT CCCCCTGCGG AGATTTATGT GGAGGAGGAC 
TTGGCCCAGC AGGACAAGGA TGAAATAATT CTGCTGCTGG GAAAAGAGGT CAGCCGTCTC 
TCAGATTATG AAATTGAATC CAAATACAAA GACGTCATAA TAGCAAACCT GCAGAATGAA 
GTGGCTGAGC TGAGTCAGAA GGTGTCAGAG ACCACCACCT CCAGGCAGAA TGAGAAGGAG 
ATCTCGCAGA AGTGTCAGGT TCTGGATGAA GACATCGATG CCAAACAGAA AGAGATCCAG 
AGCTTGAAAA GCCAGATCAG TGCCCTACAG AAAGGCTACA GCAAGGTGCT GTGCCAGACC 
CTGTCAGAGC GGAACTCAGA AATCACATCC CTGAAGAATG AGGGCGAGAA CTTAAAGAGA 
GACAACGCTA TCACATCAGG GATGGTGTCA TCTTTGCAAA AAGACATATT AGCAAAGGAT 
GAGCAAGTTC AACAACTAAA GGAAGAGGTC AGTCACCTAA AAAGTCAGAA CAAGGACAAG 
GACCACCAGC TGGAAGCCCT TGGCTCTAGA TGCTCGGTGC TAAAGGAAGA GTTAAAACAG 
GAAGATGCTC ACAGGGAGCT CAGGGAAGCC CAGGAGAAAG AGTTAAAACT CTGCAAAACC 
CAAATCCAAG ACATGGAGAA AGAAATGAAG AAGCTTAGGG CAGAGCTGAG GAAGAGTTGT 
ACTGAACAAA GCGTGATCTC TAGGACTCTG AGAGAAAAAA GCAAGGTTGA AGAGAAGCTT 
CAGGAGGATT CCAGAAGGAA ATTGCTTCAG CTGCAAGAAA TGGGGAACAG AGAGAGCGTC 
ATTAAAATCA ATTTGGAGAG GGCAGTAGGT CAGCTGGAGC ACTTCAGAAG TCAAGTCATC 
AAGGCCACCT ATGGACGGGC GAAGCCGTTC CGGGACAAGC CCGTCACCGA CCAACAGTTA 
ATAGAGAAAA TTACCCAGGT CACTGAGGAC AACATCAATT TTCAGCAGAA AAAGTGGACC 
CTCCAGAAAG AGACCCAGCT GAGCAACTCC AAGCAGGAGG AGACCACCGA GAACATCGAG 
AAGCTGAGGA CGTCGCTGGA CAGCTGCCAG GCTTGCATGA AAATATCCTG TTGCAGCCAT 
GACCTGAAGA AGGAGGTCGA CCTTCTTCAG CACCTCCAGG TGAGCCCACC TGTCTCGGGG 
CTCCAGAAGG TGGTGCTGGA CGTCCTGAGG CACGCGCTGT CCTGGCTGGA GGAGGTGGAG 
CAGCTCCTCC GGGACCTCGG GATCCTGCCC TCCAGCCCCA ACAAAGATCA AGTTCAACAG 
TTCTCAGGAA ACTCAGCAGT CTTTACTGCA GGAAAAGCTG CGGGAGCATC TGGCAGAGAA 
GGAGAAGCTG AACGAGGAGA GGCTAGAGCA AGAGGAGAAG CTCAAAGCCA AAATCAGGCA 
ACTGACGGAA GAGAAGGCGG TAAGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGGTTGGAAC CAGAAAAGCC 
TCCCTAAAGA TGGACCAAGA AAGAGAGATG CTGAGGAAAG AGACCTCCAG CAAGTCCAGC 
CAGAGCCTTT TGCATTCTAA GCCCAGTGGA AAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540598.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538900.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X38, mRNA.

Price & Availability↑

CloneID	OHu74849
Clone ID Related Accession (Same CDS sequence)	XM_011540598.3 , XM_011540598.2
Accession Version	XM_011540598.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2352bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540598.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGATC AAGTTCAACA GTTCTCAGGA 
AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT CTGGCAGAGA AGGAGAAGCT 
GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC AAAATCAGGC AACTGACGGA 
AGAGAAGGCG GCTTTGGAGG AGTACATTAC TCAAGAGAGA AACAGAGCGA AAGAGACTTT 
AGAGGAAGAA CGGAAGAGAA TGCAAGAACT GGAGAGCCTC CTGGCCCAGC AGAAGAAGGC 
TTTGGCGAAA AGCATTACCC AGGAGAAGAA CAGAGTGAAG GAAGCATTAG AGGAAGAGCA 
GACAAGAGTC CAAGAGCTGG AGGAACGCTT GGCCCGCCAG AAGGAGGTTT TGGAGAGCAG 
CATAGCCCAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538900.1
CDS	166..2517
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKDQVQQFSGNSAVFTAGKAAGASGREGEAERGEARARGEAQSQNQATDGREGGFGGVHYSREKQSERDFRGRTEENARTGEPPGPAEEGFGEKHYPGEEQSEGSIRGRADKSPRAGGTLGPPEGGFGEQHSP

Target ORF information:

RefSeq Version	XM_011540598.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X38, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540598.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGATC AAGTTCAACA GTTCTCAGGA 
AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT CTGGCAGAGA AGGAGAAGCT 
GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC AAAATCAGGC AACTGACGGA 
AGAGAAGGCG GCTTTGGAGG AGTACATTAC TCAAGAGAGA AACAGAGCGA AAGAGACTTT 
AGAGGAAGAA CGGAAGAGAA TGCAAGAACT GGAGAGCCTC CTGGCCCAGC AGAAGAAGGC 
TTTGGCGAAA AGCATTACCC AGGAGAAGAA CAGAGTGAAG GAAGCATTAG AGGAAGAGCA 
GACAAGAGTC CAAGAGCTGG AGGAACGCTT GGCCCGCCAG AAGGAGGTTT TGGAGAGCAG 
CATAGCCCAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540598.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538900.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X33, mRNA.

Price & Availability↑

CloneID	OHu74849
Clone ID Related Accession (Same CDS sequence)	XM_011540598.3 , XM_011540598.2
Accession Version	XM_011540598.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2352bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540598.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGATC AAGTTCAACA GTTCTCAGGA 
AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT CTGGCAGAGA AGGAGAAGCT 
GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC AAAATCAGGC AACTGACGGA 
AGAGAAGGCG GCTTTGGAGG AGTACATTAC TCAAGAGAGA AACAGAGCGA AAGAGACTTT 
AGAGGAAGAA CGGAAGAGAA TGCAAGAACT GGAGAGCCTC CTGGCCCAGC AGAAGAAGGC 
TTTGGCGAAA AGCATTACCC AGGAGAAGAA CAGAGTGAAG GAAGCATTAG AGGAAGAGCA 
GACAAGAGTC CAAGAGCTGG AGGAACGCTT GGCCCGCCAG AAGGAGGTTT TGGAGAGCAG 
CATAGCCCAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538900.1
CDS	167..2518
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKDQVQQFSGNSAVFTAGKAAGASGREGEAERGEARARGEAQSQNQATDGREGGFGGVHYSREKQSERDFRGRTEENARTGEPPGPAEEGFGEKHYPGEEQSEGSIRGRADKSPRAGGTLGPPEGGFGEQHSP

Target ORF information:

RefSeq Version	XM_011540598.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X33, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540598.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGATC AAGTTCAACA GTTCTCAGGA 
AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT CTGGCAGAGA AGGAGAAGCT 
GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC AAAATCAGGC AACTGACGGA 
AGAGAAGGCG GCTTTGGAGG AGTACATTAC TCAAGAGAGA AACAGAGCGA AAGAGACTTT 
AGAGGAAGAA CGGAAGAGAA TGCAAGAACT GGAGAGCCTC CTGGCCCAGC AGAAGAAGGC 
TTTGGCGAAA AGCATTACCC AGGAGAAGAA CAGAGTGAAG GAAGCATTAG AGGAAGAGCA 
GACAAGAGTC CAAGAGCTGG AGGAACGCTT GGCCCGCCAG AAGGAGGTTT TGGAGAGCAG 
CATAGCCCAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452916.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308684.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X39, mRNA.

Price & Availability↑

CloneID	OHu103582
Clone ID Related Accession (Same CDS sequence)	XM_024452916.1
Accession Version	XM_024452916.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2100bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X29
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCACAGA TCTCAGAGAG CAACATTGCG TACGAGAAAC GCAAAGCAAA GGAGGCCATG 
GAGAAGGAAA AGAAAAAGGT GCAAGACCTG GAGAATCGCT TAACCAAGCA GAAAGAGGAA 
TTAGAATTAA AAGAGCAAAA AGAGGACGTT TTAAATAATA AATTAAGTGA CGCACTGGCC 
ATGGTTGAAG AGACTCAGAA AACAAAGGCA ACTGAAAGTC TAAAAGCAGA GAGCCTCGCC 
TTGAAATTAA ATGAAACATT AGCCGAACTG GAAACTACCA AGACAAAAAT GATCATGGTG 
GAAGAGCGGC TAATCCTGCA GCAGAAGATG GTAAAGGCCC TCCAGGATGA GCAGGAATCA 
CAGAGACACG GGTTTGAAGA AGAGATCATG GAATATAAGG AGCAAATCAA ACAGCACGCC 
CAGACAATTG TGAGCCTCGA AGAGAAACTC CAGAAAGTCA CTCAGCACCA TAAAAAAATA 
GAAGGCGAGA TTGCAACATT GAAGGACAAT GACCCAGCCC CAAAGGAGGA AAGGCCGCAA 
GACCCTCTGG TGGCTCCCAT GACAGAGAGC AGTGCCAAAG ACATGGCGTA CGAACATCTG 
ATAGATGACT TATTGGCTGC TCAGAAGGAA ATTCTGTCTC AGCAGGAAGT CATCATGAAG 
TTAAGGAAAG ACCTTACCGA AGCCCACAGC AGAATGTCGG ATTTGAGAGG GGAGCTAAAC 
GAGAAGCAGA AGATGGAACT GGAGCAGAAC GTGGTGCTGG TCCAGCAGCA GAGCAAGGAG 
CTGAGTGTGC TCAAGGAGAA GATGGCCCAG ATGAGCAGCC TGGTAGAAAA GAAAGATCGG 
GAGCTGAAGG CCCTTGAGGA GGCACTCAGG GCTTCCCAAG AGAAACACAG ACTCCAGCTG 
AACACAGAGA AGGAACAGAA GCCCCGGAAG AAGACCCAGA CGTGTGACAC CTCTGTGCAG 
ATAGAACCCG TCCACACTGA GGCCTTCTCC AGCAGCCAAG AGCAGCAATC CTTCAGCGAT 
CTAGGGGTCA GGTGCAAAGG GTCCCGGCAC GAGGAGGTCA TTCAGCGTCA GAAAAAGGCC 
TTATCTGAAC TTCGAGCGCG AATTAAAGAA CTCGAGAAGG CGCGCTCACC AGATCATAAA 
GACCACCAGA ATGAATCATT TCTAGATTTA AAGAACCTCA GAATGGAAAA CAATGTCCAG 
AAAATACTAC TGGATGCAAA ACCGGATTTG CCAACTCTCT CAAGAATAGA GATCCTAGCG 
CCTCAGAATG GCCTTTGCAA CGCAAGGTTC GGCTCAGCCA TGGAGAAGTC AGGGAAGATG 
GATGTGGCTG AGGCTTTAGA GCTCAGTGAA AAGCTGTACC TGGATATGAG CAAAACCCTC 
GGAAGTCTCA TGAACATCAA GAATATGTCA GGCCACGTGT CCATGAAATA CCTCTCCCGC 
CAGGAGAGGG AGAAGGTCAA CCAGCTTCGA CAAAGGGACC TCGACCTGGT GTTTGATAAG 
ATCACCCAAC TCAAGAACCA GCTGGGGAGG AAAGAGGAGC TGTTGAGAGG ATATGAAAAG 
GACGTTGAAC AGCTCAGGCG GAGCAAAGTG TCCATTGAGA TGTACCAGTC GCAGGTGGCA 
AAGCTGGAGG ATGATATCTA CAAAGAGGCC GAAGAGAAGG CCCTGCTGAA GGAGGCCCTG 
GAGCGCATGG AGCACCAGCT GTGCCAGGAG AAGAGGATCA ACAGGGCCAT CCGGCAGCAG 
AAGATGAGGA AACTGCGCCT CAGAGAGTTA AGAGGCGCCC AAGTGCACAC AGCGGCTGGT 
AAGGACAGCT GGGACCTGAC CCCAGATCCC TCTGACCCTG GTTCTCCTGC TGTCTGCAGG 
GTTGGCCGAA AGTGTAGAGG AGCACGAACT GAGAAACGCA AAAGAATCGA CACCTTGCAA 
CTGTGCCTTC AAAGAGAAAG ACAGGCAGAG ACGAGTATTT GTAGAGATGG TGAAGAACAG 
GATGCAGAAC TCAAATTCCC AGGTTGGAAC CAGAAAAGCC TCCCTAAAGA TGGACCAAGA 
AAGAGAGATG CTGAGGAAAG AGACCTCCAG CAAGTCCAGC CAGAGCCTTT TGCATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308684.1
CDS	508..2607
Translation	MAQISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_024452916.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X39, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452916.1

ORF Insert Sequence:

ATGGCACAGA TCTCAGAGAG CAACATTGCG TACGAGAAAC GCAAAGCAAA GGAGGCCATG 
GAGAAGGAAA AGAAAAAGGT GCAAGACCTG GAGAATCGCT TAACCAAGCA GAAAGAGGAA 
TTAGAATTAA AAGAGCAAAA AGAGGACGTT TTAAATAATA AATTAAGTGA CGCACTGGCC 
ATGGTTGAAG AGACTCAGAA AACAAAGGCA ACTGAAAGTC TAAAAGCAGA GAGCCTCGCC 
TTGAAATTAA ATGAAACATT AGCCGAACTG GAAACTACCA AGACAAAAAT GATCATGGTG 
GAAGAGCGGC TAATCCTGCA GCAGAAGATG GTAAAGGCCC TCCAGGATGA GCAGGAATCA 
CAGAGACACG GGTTTGAAGA AGAGATCATG GAATATAAGG AGCAAATCAA ACAGCACGCC 
CAGACAATTG TGAGCCTCGA AGAGAAACTC CAGAAAGTCA CTCAGCACCA TAAAAAAATA 
GAAGGCGAGA TTGCAACATT GAAGGACAAT GACCCAGCCC CAAAGGAGGA AAGGCCGCAA 
GACCCTCTGG TGGCTCCCAT GACAGAGAGC AGTGCCAAAG ACATGGCGTA CGAACATCTG 
ATAGATGACT TATTGGCTGC TCAGAAGGAA ATTCTGTCTC AGCAGGAAGT CATCATGAAG 
TTAAGGAAAG ACCTTACCGA AGCCCACAGC AGAATGTCGG ATTTGAGAGG GGAGCTAAAC 
GAGAAGCAGA AGATGGAACT GGAGCAGAAC GTGGTGCTGG TCCAGCAGCA GAGCAAGGAG 
CTGAGTGTGC TCAAGGAGAA GATGGCCCAG ATGAGCAGCC TGGTAGAAAA GAAAGATCGG 
GAGCTGAAGG CCCTTGAGGA GGCACTCAGG GCTTCCCAAG AGAAACACAG ACTCCAGCTG 
AACACAGAGA AGGAACAGAA GCCCCGGAAG AAGACCCAGA CGTGTGACAC CTCTGTGCAG 
ATAGAACCCG TCCACACTGA GGCCTTCTCC AGCAGCCAAG AGCAGCAATC CTTCAGCGAT 
CTAGGGGTCA GGTGCAAAGG GTCCCGGCAC GAGGAGGTCA TTCAGCGTCA GAAAAAGGCC 
TTATCTGAAC TTCGAGCGCG AATTAAAGAA CTCGAGAAGG CGCGCTCACC AGATCATAAA 
GACCACCAGA ATGAATCATT TCTAGATTTA AAGAACCTCA GAATGGAAAA CAATGTCCAG 
AAAATACTAC TGGATGCAAA ACCGGATTTG CCAACTCTCT CAAGAATAGA GATCCTAGCG 
CCTCAGAATG GCCTTTGCAA CGCAAGGTTC GGCTCAGCCA TGGAGAAGTC AGGGAAGATG 
GATGTGGCTG AGGCTTTAGA GCTCAGTGAA AAGCTGTACC TGGATATGAG CAAAACCCTC 
GGAAGTCTCA TGAACATCAA GAATATGTCA GGCCACGTGT CCATGAAATA CCTCTCCCGC 
CAGGAGAGGG AGAAGGTCAA CCAGCTTCGA CAAAGGGACC TCGACCTGGT GTTTGATAAG 
ATCACCCAAC TCAAGAACCA GCTGGGGAGG AAAGAGGAGC TGTTGAGAGG ATATGAAAAG 
GACGTTGAAC AGCTCAGGCG GAGCAAAGTG TCCATTGAGA TGTACCAGTC GCAGGTGGCA 
AAGCTGGAGG ATGATATCTA CAAAGAGGCC GAAGAGAAGG CCCTGCTGAA GGAGGCCCTG 
GAGCGCATGG AGCACCAGCT GTGCCAGGAG AAGAGGATCA ACAGGGCCAT CCGGCAGCAG 
AAGATGAGGA AACTGCGCCT CAGAGAGTTA AGAGGCGCCC AAGTGCACAC AGCGGCTGGT 
AAGGACAGCT GGGACCTGAC CCCAGATCCC TCTGACCCTG GTTCTCCTGC TGTCTGCAGG 
GTTGGCCGAA AGTGTAGAGG AGCACGAACT GAGAAACGCA AAAGAATCGA CACCTTGCAA 
CTGTGCCTTC AAAGAGAAAG ACAGGCAGAG ACGAGTATTT GTAGAGATGG TGAAGAACAG 
GATGCAGAAC TCAAATTCCC AGGTTGGAAC CAGAAAAGCC TCCCTAAAGA TGGACCAAGA 
AAGAGAGATG CTGAGGAAAG AGACCTCCAG CAAGTCCAGC CAGAGCCTTT TGCATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452898.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308666.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X22, mRNA.

Price & Availability↑

CloneID	OHu103581
Clone ID Related Accession (Same CDS sequence)	XM_024452898.1
Accession Version	XM_024452898.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4338bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGGTCTCTT TCCCATGGAT GAGGGGCCCA 
GCACCATGGC CAGGGCCACA GCCACCTCGT GCCACACAGC AGCCAAACCA GGCCCCCCCA 
CCATCACATA TCCCCTTCCA CCAAGGTGTC CAGCCAGCAC CGATGCAAAG GAGCTGGTCC 
CAGGCCTTTC CCAGACCCAC CGTGGTCCTG CCGGCCTCCC ACAGGCGGCC TGTGAGCGCC 
AACAAGGAGA TGTTCTCGTT CGTGGTGGAC GACGCCCGCA AGCCACCCGT CATCAAGCAA 
GTGTGGACCA ATGCCATGAA ACTGTCAGAA AAATCAGTGG CCGAGGGGAT TCCTGGGGCA 
GTTCCCCCTG CGGAGATTTA TGTGGAGGAG GACTTGGCCC AGCAGGACAA GGATGAAATA 
ATTCTGCTGC TGGGAAAAGA GGTCAGCCGT CTCTCAGATT ATGAAATTGA ATCCAAATAC 
AAAGACGTCA TAATAGCAAA CCTGCAGAAT GAAGTGGCTG AGCTGAGTCA GAAGGTGTCA 
GAGACCACCA CCTCCAGGCA GAATGAGAAG GAGATCTCGC AGAAGTGTCA GGTTCTGGAT 
GAAGACATCG ATGCCAAACA GAAAGAGATC CAGAGCTTGA AAAGCCAGAT CAGTGCCCTA 
CAGAAAGGCT ACAGCAAGGT GCTGTGCCAG ACCCTGTCAG AGCGGAACTC AGAAATCACA 
TCCCTGAAGA ATGAGGGCGA GAACTTAAAG AGAGACAACG CTATCACATC AGGGATGGTG 
TCATCTTTGC AAAAAGACAT ATTAGCAAAG GATGAGCAAG TTCAACAACT AAAGGAAGAG 
GTCAGTCACC TAAAAAGTCA GAACAAGGAC AAGGACCACC AGCTGGAAGC CCTTGGCTCT 
AGATGCTCGG TGCTAAAGGA AGAGTTAAAA CAGGAAGATG CTCACAGGGA GCTCAGGGAA 
GCCCAGGAGA AAGAGTTAAA ACTCTGCAAA ACCCAAATCC AAGACATGGA GAAAGAAATG 
AAGAAGCTTA GGGCAGAGCT GAGGAAGAGT TGTACTGAAC AAAGCGTGAT CTCTAGGACT 
CTGAGAGAAA AAAGCAAGGT TGAAGAGAAG CTTCAGGAGG ATTCCAGAAG GAAATTGCTT 
CAGCTGCAAG AAATGGGGAA CAGAGAGAGC GTCATTAAAA TCAATTTGGA GAGGGCAGTA 
GGTCAGCTGG AGCACTTCAG AAGTCAAGTC ATCAAGGCCA CCTATGGACG GGCGAAGCCG 
TTCCGGGACA AGCCCGTCAC CGACCAACAG TTAATAGAGA AAATTACCCA GGTCACTGAG 
GACAACATCA ATTTTCAGCA GAAAAAGTGG ACCCTCCAGA AAGAGACCCA GCTGAGCAAC 
TCCAAGCAGG AGGAGACCAC CGAGAACATC GAGAAGCTGA GGACGTCGCT GGACAGCTGC 
CAGGCTTGCA TGAAAATATC CTGTTGCAGC CATGACCTGA AGAAGGAGGT CGACCTTCTT 
CAGCACCTCC AGGTGAGCCC ACCTGTCTCG GGGCTCCAGA AGGTGGTGCT GGACGTCCTG 
AGGCACGCGC TGTCCTGGCT GGAGGAGGTG GAGCAGCTCC TCCGGGACCT CGGGATCCTG 
CCCTCCAGCC CCAACAAAGG GTTCTCTTTG TATCTGATAT ATCTTCTGGA ACATTATAAA 
AAACTTATGA GCCAGGCCCA GGAACTTCAG ATCAAGTTCA ACAGTTCTCA GGAAACTCAG 
CAGTCTTTAC TGCAGGAAAA GCTGCGGGAG CATCTGGCAG AGAAGGAGAA GCTGAACGAG 
GAGAGGCTAG AGCAAGAGGA GAAGCTCAAA GCCAAAATCA GGCAACTGAC GGAAGAGAAG 
GCGGCTTTGG AGGAGTACAT TACTCAAGAG AGAAACAGAG CGAAAGAGAC TTTAGAGGAA 
GAACGGAAGA GAATGCAAGA ACTGGAGAGC CTCCTGGCCC AGCAGAAGAA GGCTTTGGCG 
AAAAGCATTA CCCAGGAGAA GAACAGAGTG AAGGAAGCAT TAGAGGAAGA GCAGACAAGA 
GTCCAAGAGC TGGAGGAACG CTTGGCCCGC CAGAAGGAGG TTTTGGAGAG CAGCATAGCC 
CATGAAAAAA GAAAAGCAAA GGAAGCCTTG GAGTCGGAAA AGAGAAAAGT TCAGGATCTG 
GAGAACCATT TAACCCAACA GAAGGAGATC TCAGAGAGCA ACATTGCGTA CGAGAAACGC 
AAAGCAAAGG AGGCCATGGA GAAGGAAAAG AAAAAGGTGC AAGACCTGGA GAATCGCTTA 
ACCAAGCAGA AAGAGGAATT AGAATTAAAA GAGCAAAAAG AGGACGTTTT AAATAATAAA 
TTAAGTGACG CACTGGCCAT GGTTGAAGAG ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA 
AAAGCAGAGA GCCTCGCCTT GAAATTAAAT GAAACATTAG CCGAACTGGA AACTACCAAG 
ACAAAAATGA TCATGGTGGA AGAGCGGCTA ATCCTGCAGC AGAAGATGGT AAAGGCCCTC 
CAGGATGAGC AGGAATCACA GAGACACGGG TTTGAAGAAG AGATCATGGA ATATAAGGAG 
CAAATCAAAC AGCACGCCCA GACAATTGTG AGCCTCGAAG AGAAACTCCA GAAAGTCACT 
CAGCACCATA AAAAAATAGA AGGCGAGATT GCAACATTGA AGGACAATGA CCCAGCCCCA 
AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG GCTCCCATGA CAGAGAGCAG TGCCAAAGAC 
ATGGCGTACG AACATCTGAT AGATGACTTA TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG 
CAGGAAGTCA TCATGAAGTT AAGGAAAGAC CTTACCGAAG CCCACAGCAG AATGTCGGAT 
TTGAGAGGGG AGCTAAACGA GAAGCAGAAG ATGGAACTGG AGCAGAACGT GGTGCTGGTC 
CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG 
GTAGAAAAGA AAGATCGGGA GCTGAAGGCC CTTGAGGAGG CACTCAGGGC TTCCCAAGAG 
AAACACAGAC TCCAGCTGAA CACAGAGAAG GAACAGAAGC CCCGGAAGAA GACCCAGACG 
TGTGACACCT CTGTGCAGAT AGAACCCGTC CACACTGAGG CCTTCTCCAG CAGCCAAGAG 
CAGCAATCCT TCAGCGATCT AGGGGTCAGG TGCAAAGGGT CCCGGCACGA GGAGGTCATT 
CAGCGTCAGA AAAAGGCCTT ATCTGAACTT CGAGCGCGAA TTAAAGAACT CGAGAAGGCG 
CGCTCACCAG ATCATAAAGA CCACCAGAAT GAATCATTTC TAGATTTAAA GAACCTCAGA 
ATGGAAAACA ATGTCCAGAA AATACTACTG GATGCAAAAC CGGATTTGCC AACTCTCTCA 
AGAATAGAGA TCCTAGCGCC TCAGAATGGC CTTTGCAACG CAAGGTTCGG CTCAGCCATG 
GAGAAGTCAG GGAAGATGGA TGTGGCTGAG GCTTTAGAGC TCAGTGAAAA GCTGTACCTG 
GATATGAGCA AAACCCTCGG AAGTCTCATG AACATCAAGA ATATGTCAGG CCACGTGTCC 
ATGAAATACC TCTCCCGCCA GGAGAGGGAG AAGGTCAACC AGCTTCGACA AAGGGACCTC 
GACCTGGTGT TTGATAAGAT CACCCAACTC AAGAACCAGC TGGGGAGGAA AGAGGAGCTG 
TTGAGAGGAT ATGAAAAGGA CGTTGAACAG CTCAGGCGGA GCAAAGTGTC CATTGAGATG 
TACCAGTCGC AGGTGGCAAA GCTGGAGGAT GATATCTACA AAGAGGCCGA AGAGAAGGCC 
CTGCTGAAGG AGGCCCTGGA GCGCATGGAG CACCAGCTGT GCCAGGAGAA GAGGATCAAC 
AGGGCCATCC GGCAGCAGAA GATGAGGAAA CTGCGCCTCA GAGAGTTAAG AGGCGCCCAA 
GTGCACACAG CGGCTGGTAA GGACAGCTGG GACCTGACCC CAGATCCCTC TGACCCTGGT 
TCTCCTGCTG TCTGCAGGGT TGGCCGAAAG TGTAGAGGAG CACGAACTGA GAAACGCAAA 
AGAATCGACA CCTTGCAACT GTGCCTTCAA AGAGAAAGAC AGGCAGAGAC GAGTATTTGT 
AGAGATGGTG AAGAACAGGA TGCAGAACTC AAATTCCCAG GTTGGAACCA GAAAAGCCTC 
CCTAAAGATG GACCAAGAAA GAGAGATGCT GAGGAAAGAG ACCTCCAGCA AGTCCAGCCA 
GAGCCTTTTG CATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308666.1
CDS	137..4474
Translation	MKAYLKSAEGFFVLNKSTTIGRHENSDLVLQVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_024452898.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X22, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452898.1

ORF Insert Sequence:

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGGTCTCTT TCCCATGGAT GAGGGGCCCA 
GCACCATGGC CAGGGCCACA GCCACCTCGT GCCACACAGC AGCCAAACCA GGCCCCCCCA 
CCATCACATA TCCCCTTCCA CCAAGGTGTC CAGCCAGCAC CGATGCAAAG GAGCTGGTCC 
CAGGCCTTTC CCAGACCCAC CGTGGTCCTG CCGGCCTCCC ACAGGCGGCC TGTGAGCGCC 
AACAAGGAGA TGTTCTCGTT CGTGGTGGAC GACGCCCGCA AGCCACCCGT CATCAAGCAA 
GTGTGGACCA ATGCCATGAA ACTGTCAGAA AAATCAGTGG CCGAGGGGAT TCCTGGGGCA 
GTTCCCCCTG CGGAGATTTA TGTGGAGGAG GACTTGGCCC AGCAGGACAA GGATGAAATA 
ATTCTGCTGC TGGGAAAAGA GGTCAGCCGT CTCTCAGATT ATGAAATTGA ATCCAAATAC 
AAAGACGTCA TAATAGCAAA CCTGCAGAAT GAAGTGGCTG AGCTGAGTCA GAAGGTGTCA 
GAGACCACCA CCTCCAGGCA GAATGAGAAG GAGATCTCGC AGAAGTGTCA GGTTCTGGAT 
GAAGACATCG ATGCCAAACA GAAAGAGATC CAGAGCTTGA AAAGCCAGAT CAGTGCCCTA 
CAGAAAGGCT ACAGCAAGGT GCTGTGCCAG ACCCTGTCAG AGCGGAACTC AGAAATCACA 
TCCCTGAAGA ATGAGGGCGA GAACTTAAAG AGAGACAACG CTATCACATC AGGGATGGTG 
TCATCTTTGC AAAAAGACAT ATTAGCAAAG GATGAGCAAG TTCAACAACT AAAGGAAGAG 
GTCAGTCACC TAAAAAGTCA GAACAAGGAC AAGGACCACC AGCTGGAAGC CCTTGGCTCT 
AGATGCTCGG TGCTAAAGGA AGAGTTAAAA CAGGAAGATG CTCACAGGGA GCTCAGGGAA 
GCCCAGGAGA AAGAGTTAAA ACTCTGCAAA ACCCAAATCC AAGACATGGA GAAAGAAATG 
AAGAAGCTTA GGGCAGAGCT GAGGAAGAGT TGTACTGAAC AAAGCGTGAT CTCTAGGACT 
CTGAGAGAAA AAAGCAAGGT TGAAGAGAAG CTTCAGGAGG ATTCCAGAAG GAAATTGCTT 
CAGCTGCAAG AAATGGGGAA CAGAGAGAGC GTCATTAAAA TCAATTTGGA GAGGGCAGTA 
GGTCAGCTGG AGCACTTCAG AAGTCAAGTC ATCAAGGCCA CCTATGGACG GGCGAAGCCG 
TTCCGGGACA AGCCCGTCAC CGACCAACAG TTAATAGAGA AAATTACCCA GGTCACTGAG 
GACAACATCA ATTTTCAGCA GAAAAAGTGG ACCCTCCAGA AAGAGACCCA GCTGAGCAAC 
TCCAAGCAGG AGGAGACCAC CGAGAACATC GAGAAGCTGA GGACGTCGCT GGACAGCTGC 
CAGGCTTGCA TGAAAATATC CTGTTGCAGC CATGACCTGA AGAAGGAGGT CGACCTTCTT 
CAGCACCTCC AGGTGAGCCC ACCTGTCTCG GGGCTCCAGA AGGTGGTGCT GGACGTCCTG 
AGGCACGCGC TGTCCTGGCT GGAGGAGGTG GAGCAGCTCC TCCGGGACCT CGGGATCCTG 
CCCTCCAGCC CCAACAAAGG GTTCTCTTTG TATCTGATAT ATCTTCTGGA ACATTATAAA 
AAACTTATGA GCCAGGCCCA GGAACTTCAG ATCAAGTTCA ACAGTTCTCA GGAAACTCAG 
CAGTCTTTAC TGCAGGAAAA GCTGCGGGAG CATCTGGCAG AGAAGGAGAA GCTGAACGAG 
GAGAGGCTAG AGCAAGAGGA GAAGCTCAAA GCCAAAATCA GGCAACTGAC GGAAGAGAAG 
GCGGCTTTGG AGGAGTACAT TACTCAAGAG AGAAACAGAG CGAAAGAGAC TTTAGAGGAA 
GAACGGAAGA GAATGCAAGA ACTGGAGAGC CTCCTGGCCC AGCAGAAGAA GGCTTTGGCG 
AAAAGCATTA CCCAGGAGAA GAACAGAGTG AAGGAAGCAT TAGAGGAAGA GCAGACAAGA 
GTCCAAGAGC TGGAGGAACG CTTGGCCCGC CAGAAGGAGG TTTTGGAGAG CAGCATAGCC 
CATGAAAAAA GAAAAGCAAA GGAAGCCTTG GAGTCGGAAA AGAGAAAAGT TCAGGATCTG 
GAGAACCATT TAACCCAACA GAAGGAGATC TCAGAGAGCA ACATTGCGTA CGAGAAACGC 
AAAGCAAAGG AGGCCATGGA GAAGGAAAAG AAAAAGGTGC AAGACCTGGA GAATCGCTTA 
ACCAAGCAGA AAGAGGAATT AGAATTAAAA GAGCAAAAAG AGGACGTTTT AAATAATAAA 
TTAAGTGACG CACTGGCCAT GGTTGAAGAG ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA 
AAAGCAGAGA GCCTCGCCTT GAAATTAAAT GAAACATTAG CCGAACTGGA AACTACCAAG 
ACAAAAATGA TCATGGTGGA AGAGCGGCTA ATCCTGCAGC AGAAGATGGT AAAGGCCCTC 
CAGGATGAGC AGGAATCACA GAGACACGGG TTTGAAGAAG AGATCATGGA ATATAAGGAG 
CAAATCAAAC AGCACGCCCA GACAATTGTG AGCCTCGAAG AGAAACTCCA GAAAGTCACT 
CAGCACCATA AAAAAATAGA AGGCGAGATT GCAACATTGA AGGACAATGA CCCAGCCCCA 
AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG GCTCCCATGA CAGAGAGCAG TGCCAAAGAC 
ATGGCGTACG AACATCTGAT AGATGACTTA TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG 
CAGGAAGTCA TCATGAAGTT AAGGAAAGAC CTTACCGAAG CCCACAGCAG AATGTCGGAT 
TTGAGAGGGG AGCTAAACGA GAAGCAGAAG ATGGAACTGG AGCAGAACGT GGTGCTGGTC 
CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG 
GTAGAAAAGA AAGATCGGGA GCTGAAGGCC CTTGAGGAGG CACTCAGGGC TTCCCAAGAG 
AAACACAGAC TCCAGCTGAA CACAGAGAAG GAACAGAAGC CCCGGAAGAA GACCCAGACG 
TGTGACACCT CTGTGCAGAT AGAACCCGTC CACACTGAGG CCTTCTCCAG CAGCCAAGAG 
CAGCAATCCT TCAGCGATCT AGGGGTCAGG TGCAAAGGGT CCCGGCACGA GGAGGTCATT 
CAGCGTCAGA AAAAGGCCTT ATCTGAACTT CGAGCGCGAA TTAAAGAACT CGAGAAGGCG 
CGCTCACCAG ATCATAAAGA CCACCAGAAT GAATCATTTC TAGATTTAAA GAACCTCAGA 
ATGGAAAACA ATGTCCAGAA AATACTACTG GATGCAAAAC CGGATTTGCC AACTCTCTCA 
AGAATAGAGA TCCTAGCGCC TCAGAATGGC CTTTGCAACG CAAGGTTCGG CTCAGCCATG 
GAGAAGTCAG GGAAGATGGA TGTGGCTGAG GCTTTAGAGC TCAGTGAAAA GCTGTACCTG 
GATATGAGCA AAACCCTCGG AAGTCTCATG AACATCAAGA ATATGTCAGG CCACGTGTCC 
ATGAAATACC TCTCCCGCCA GGAGAGGGAG AAGGTCAACC AGCTTCGACA AAGGGACCTC 
GACCTGGTGT TTGATAAGAT CACCCAACTC AAGAACCAGC TGGGGAGGAA AGAGGAGCTG 
TTGAGAGGAT ATGAAAAGGA CGTTGAACAG CTCAGGCGGA GCAAAGTGTC CATTGAGATG 
TACCAGTCGC AGGTGGCAAA GCTGGAGGAT GATATCTACA AAGAGGCCGA AGAGAAGGCC 
CTGCTGAAGG AGGCCCTGGA GCGCATGGAG CACCAGCTGT GCCAGGAGAA GAGGATCAAC 
AGGGCCATCC GGCAGCAGAA GATGAGGAAA CTGCGCCTCA GAGAGTTAAG AGGCGCCCAA 
GTGCACACAG CGGCTGGTAA GGACAGCTGG GACCTGACCC CAGATCCCTC TGACCCTGGT 
TCTCCTGCTG TCTGCAGGGT TGGCCGAAAG TGTAGAGGAG CACGAACTGA GAAACGCAAA 
AGAATCGACA CCTTGCAACT GTGCCTTCAA AGAGAAAGAC AGGCAGAGAC GAGTATTTGT 
AGAGATGGTG AAGAACAGGA TGCAGAACTC AAATTCCCAG GTTGGAACCA GAAAAGCCTC 
CCTAAAGATG GACCAAGAAA GAGAGATGCT GAGGAAAGAG ACCTCCAGCA AGTCCAGCCA 
GAGCCTTTTG CATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452918.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308686.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X40, mRNA.

Price & Availability↑

CloneID	OHu103583
Clone ID Related Accession (Same CDS sequence)	XM_024452918.1
Accession Version	XM_024452918.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4290bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X30
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGATC AAGTTCAACA GTTCTCAGGA 
AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT CTGGCAGAGA AGGAGAAGCT 
GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC AAAATCAGGC AACTGACGGA 
AGAGAAGGCG GTAAGGCTTT GGAGGAGTAC ATTACTCAAG AGAGAAACAG AGCGAAAGAG 
ACTTTAGAGG AAGAACGGAA GAGAATGCAA GAACTGGAGA GCCTCCTGGC CCAGCAGAAG 
AAGGCTTTGG CGAAAAGCAT TACCCAGGAG AAGAACAGAG TGAAGGAAGC ATTAGAGGAA 
GAGCAGACAA GAGTCCAAGA GCTGGAGGAA CGCTTGGCCC GCCAGAAGGA GGTTTTGGAG 
AGCAGCATAG CCCATGAAAA AAGAAAAGCA AAGGAAGCCT TGGAGTCGGA AAAGAGAAAA 
GTTCAGGATC TGGAGAACCA TTTAACCCAA CAGAAGGAGA TCTCAGAGAG CAACATTGCG 
TACGAGAAAC GCAAAGCAAA GGAGGCCATG GAGAAGGAAA AGAAAAAGGT GCAAGACCTG 
GAGAATCGCT TAACCAAGCA GAAAGAGGAA TTAGAATTAA AAGAGCAAAA AGAGGACGTT 
TTAAATAATA AATTAAGTGA CGCACTGGCC ATGGTTGAAG AGACTCAGAA AACAAAGGCA 
ACTGAAAGTC TAAAAGCAGA GAGCCTCGCC TTGAAATTAA ATGAAACATT AGCCGAACTG 
GAAACTACCA AGACAAAAAT GATCATGGTG GAAGAGCGGC TAATCCTGCA GCAGAAGATG 
GTAAAGGCCC TCCAGGATGA GCAGGAATCA CAGAGACACG GGTTTGAAGA AGAGATCATG 
GAATATAAGG AGCAAATCAA ACAGCACGCC CAGACAATTG TGAGCCTCGA AGAGAAACTC 
CAGAAAGTCA CTCAGCACCA TAAAAAAATA GAAGGCGAGA TTGCAACATT GAAGGACAAT 
GACCCAGCCC CAAAGGAGGA AAGGCCGCAA GACCCTCTGG TGGCTCCCAT GACAGAGAGC 
AGTGCCAAAG ACATGGCGTA CGAACATCTG ATAGATGACT TATTGGCTGC TCAGAAGGAA 
ATTCTGTCTC AGCAGGAAGT CATCATGAAG TTAAGGAAAG ACCTTACCGA AGCCCACAGC 
AGAATGTCGG ATTTGAGAGG GGAGCTAAAC GAGAAGCAGA AGATGGAACT GGAGCAGAAC 
GTGGTGCTGG TCCAGCAGCA GAGCAAGGAG CTGAGTGTGC TCAAGGAGAA GATGGCCCAG 
ATGAGCAGCC TGGTAGAAAA GAAAGATCGG GAGCTGAAGG CCCTTGAGGA GGCACTCAGG 
GCTTCCCAAG AGAAACACAG ACTCCAGCTG AACACAGAGA AGGAACAGAA GCCCCGGAAG 
AAGACCCAGA CGTGTGACAC CTCTGTGCAG ATAGAACCCG TCCACACTGA GGCCTTCTCC 
AGCAGCCAAG AGCAGCAATC CTTCAGCGAT CTAGGGGTCA GGTGCAAAGG GTCCCGGCAC 
GAGGAGGTCA TTCAGCGTCA GAAAAAGGCC TTATCTGAAC TTCGAGCGCG AATTAAAGAA 
CTCGAGAAGG CGCGCTCACC AGATCATAAA GACCACCAGA ATGAATCATT TCTAGATTTA 
AAGAACCTCA GAATGGAAAA CAATGTCCAG AAAATACTAC TGGATGCAAA ACCGGATTTG 
CCAACTCTCT CAAGAATAGA GATCCTAGCG CCTCAGAATG GCCTTTGCAA CGCAAGGTTC 
GGCTCAGCCA TGGAGAAGTC AGGGAAGATG GATGTGGCTG AGGCTTTAGA GCTCAGTGAA 
AAGCTGTACC TGGATATGAG CAAAACCCTC GGAAGTCTCA TGAACATCAA GAATATGTCA 
GGCCACGTGT CCATGAAATA CCTCTCCCGC CAGGAGAGGG AGAAGGTCAA CCAGCTTCGA 
CAAAGGGACC TCGACCTGGT GTTTGATAAG ATCACCCAAC TCAAGAACCA GCTGGGGAGG 
AAAGAGGAGC TGTTGAGAGG ATATGAAAAG GACGTTGAAC AGCTCAGGCG GAGCAAAGTG 
TCCATTGAGA TGTACCAGTC GCAGGTGGCA AAGCTGGAGG ATGATATCTA CAAAGAGGCC 
GAAGAGAAGG CCCTGCTGAA GGAGGCCCTG GAGCGCATGG AGCACCAGCT GTGCCAGGAG 
AAGAGGATCA ACAGGGCCAT CCGGCAGCAG AAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308686.1
CDS	162..4451
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKDQVQQFSGNSAVFTAGKAAGASGREGEAERGEARARGEAQSQNQATDGREGGKALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_024452918.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X40, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452918.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGATC AAGTTCAACA GTTCTCAGGA 
AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT CTGGCAGAGA AGGAGAAGCT 
GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC AAAATCAGGC AACTGACGGA 
AGAGAAGGCG GTAAGGCTTT GGAGGAGTAC ATTACTCAAG AGAGAAACAG AGCGAAAGAG 
ACTTTAGAGG AAGAACGGAA GAGAATGCAA GAACTGGAGA GCCTCCTGGC CCAGCAGAAG 
AAGGCTTTGG CGAAAAGCAT TACCCAGGAG AAGAACAGAG TGAAGGAAGC ATTAGAGGAA 
GAGCAGACAA GAGTCCAAGA GCTGGAGGAA CGCTTGGCCC GCCAGAAGGA GGTTTTGGAG 
AGCAGCATAG CCCATGAAAA AAGAAAAGCA AAGGAAGCCT TGGAGTCGGA AAAGAGAAAA 
GTTCAGGATC TGGAGAACCA TTTAACCCAA CAGAAGGAGA TCTCAGAGAG CAACATTGCG 
TACGAGAAAC GCAAAGCAAA GGAGGCCATG GAGAAGGAAA AGAAAAAGGT GCAAGACCTG 
GAGAATCGCT TAACCAAGCA GAAAGAGGAA TTAGAATTAA AAGAGCAAAA AGAGGACGTT 
TTAAATAATA AATTAAGTGA CGCACTGGCC ATGGTTGAAG AGACTCAGAA AACAAAGGCA 
ACTGAAAGTC TAAAAGCAGA GAGCCTCGCC TTGAAATTAA ATGAAACATT AGCCGAACTG 
GAAACTACCA AGACAAAAAT GATCATGGTG GAAGAGCGGC TAATCCTGCA GCAGAAGATG 
GTAAAGGCCC TCCAGGATGA GCAGGAATCA CAGAGACACG GGTTTGAAGA AGAGATCATG 
GAATATAAGG AGCAAATCAA ACAGCACGCC CAGACAATTG TGAGCCTCGA AGAGAAACTC 
CAGAAAGTCA CTCAGCACCA TAAAAAAATA GAAGGCGAGA TTGCAACATT GAAGGACAAT 
GACCCAGCCC CAAAGGAGGA AAGGCCGCAA GACCCTCTGG TGGCTCCCAT GACAGAGAGC 
AGTGCCAAAG ACATGGCGTA CGAACATCTG ATAGATGACT TATTGGCTGC TCAGAAGGAA 
ATTCTGTCTC AGCAGGAAGT CATCATGAAG TTAAGGAAAG ACCTTACCGA AGCCCACAGC 
AGAATGTCGG ATTTGAGAGG GGAGCTAAAC GAGAAGCAGA AGATGGAACT GGAGCAGAAC 
GTGGTGCTGG TCCAGCAGCA GAGCAAGGAG CTGAGTGTGC TCAAGGAGAA GATGGCCCAG 
ATGAGCAGCC TGGTAGAAAA GAAAGATCGG GAGCTGAAGG CCCTTGAGGA GGCACTCAGG 
GCTTCCCAAG AGAAACACAG ACTCCAGCTG AACACAGAGA AGGAACAGAA GCCCCGGAAG 
AAGACCCAGA CGTGTGACAC CTCTGTGCAG ATAGAACCCG TCCACACTGA GGCCTTCTCC 
AGCAGCCAAG AGCAGCAATC CTTCAGCGAT CTAGGGGTCA GGTGCAAAGG GTCCCGGCAC 
GAGGAGGTCA TTCAGCGTCA GAAAAAGGCC TTATCTGAAC TTCGAGCGCG AATTAAAGAA 
CTCGAGAAGG CGCGCTCACC AGATCATAAA GACCACCAGA ATGAATCATT TCTAGATTTA 
AAGAACCTCA GAATGGAAAA CAATGTCCAG AAAATACTAC TGGATGCAAA ACCGGATTTG 
CCAACTCTCT CAAGAATAGA GATCCTAGCG CCTCAGAATG GCCTTTGCAA CGCAAGGTTC 
GGCTCAGCCA TGGAGAAGTC AGGGAAGATG GATGTGGCTG AGGCTTTAGA GCTCAGTGAA 
AAGCTGTACC TGGATATGAG CAAAACCCTC GGAAGTCTCA TGAACATCAA GAATATGTCA 
GGCCACGTGT CCATGAAATA CCTCTCCCGC CAGGAGAGGG AGAAGGTCAA CCAGCTTCGA 
CAAAGGGACC TCGACCTGGT GTTTGATAAG ATCACCCAAC TCAAGAACCA GCTGGGGAGG 
AAAGAGGAGC TGTTGAGAGG ATATGAAAAG GACGTTGAAC AGCTCAGGCG GAGCAAAGTG 
TCCATTGAGA TGTACCAGTC GCAGGTGGCA AAGCTGGAGG ATGATATCTA CAAAGAGGCC 
GAAGAGAAGG CCCTGCTGAA GGAGGCCCTG GAGCGCATGG AGCACCAGCT GTGCCAGGAG 
AAGAGGATCA ACAGGGCCAT CCGGCAGCAG AAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000205.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855694.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu83078
Clone ID Related Accession (Same CDS sequence)	XM_017000205.1
Accession Version	XM_017000205.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4401bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG AGTTGAAGAG AAGCTTCAGG AGGATTCCAG AAGGAAATTG 
CTTCAGCTGC AAGAAATGGG GAACAGAGAG AGCGTCATTA AAATCAATTT GGAGAGGGCA 
GTAGGTCAGC TGGAGCACTT CAGAAGTCAA GTCATCAAGG CCACCTATGG ACGGGCGAAG 
CCGTTCCGGG ACAAGCCCGT CACCGACCAA CAGTTAATAG AGAAAATTAC CCAGGTCACT 
GAGGACAACA TCAATTTTCA GCAGAAAAAG TGGACCCTCC AGAAAGAGAC CCAGCTGAGC 
AACTCCAAGC AGGAGGAGAC CACCGAGAAC ATCGAGAAGC TGAGGACGTC GCTGGACAGC 
TGCCAGGCTT GCATGAAAAT ATCCTGTTGC AGCCATGACC TGAAGAAGGA GGTCGACCTT 
CTTCAGCACC TCCAGGTGAG CCCACCTGTC TCGGGGCTCC AGAAGGTGGT GCTGGACGTC 
CTGAGGCACG CGCTGTCCTG GCTGGAGGAG GTGGAGCAGC TCCTCCGGGA CCTCGGGATC 
CTGCCCTCCA GCCCCAACAA AGGGTTCTCT TTGTATCTGA TATATCTTCT GGAACATTAT 
AAAAAACTTA TGAGCCAGGC CCAGGAACTT CAGATCAAGT TCAACAGTTC TCAGGAAACT 
CAGCAGTCTT TACTGCAGGA AAAGCTGCGG GAGCATCTGG CAGAGAAGGA GAAGCTGAAC 
GAGGAGAGGC TAGAGCAAGA GGAGAAGCTC AAAGCCAAAA TCAGGCAACT GACGGAAGAG 
AAGGCGGCTT TGGAGGAGTA CATTACTCAA GAGAGAAACA GAGCGAAAGA GACTTTAGAG 
GAAGAACGGA AGAGAATGCA AGAACTGGAG AGCCTCCTGG CCCAGCAGAA GAAGGCTTTG 
GCGAAAAGCA TTACCCAGGA GAAGAACAGA GTGAAGGAAG CATTAGAGGA AGAGCAGACA 
AGAGTCCAAG AGCTGGAGGA ACGCTTGGCC CGCCAGAAGG AGGTTTTGGA GAGCAGCATA 
GCCCATGAAA AAAGAAAAGC AAAGGAAGCC TTGGAGTCGG AAAAGAGAAA AGTTCAGGAT 
CTGGAGAACC ATTTAACCCA ACAGAAGGAG ATCTCAGAGA GCAACATTGC GTACGAGAAA 
CGCAAAGCAA AGGAGGCCAT GGAGAAGGAA AAGAAAAAGG TGCAAGACCT GGAGAATCGC 
TTAACCAAGC AGAAAGAGGA ATTAGAATTA AAAGAGCAAA AAGAGGACGT TTTAAATAAT 
AAATTAAGTG ACGCACTGGC CATGGTTGAA GAGACTCAGA AAACAAAGGC AACTGAAAGT 
CTAAAAGCAG AGAGCCTCGC CTTGAAATTA AATGAAACAT TAGCCGAACT GGAAACTACC 
AAGACAAAAA TGATCATGGT GGAAGAGCGG CTAATCCTGC AGCAGAAGAT GGTAAAGGCC 
CTCCAGGATG AGCAGGAATC ACAGAGACAC GGGTTTGAAG AAGAGATCAT GGAATATAAG 
GAGCAAATCA AACAGCACGC CCAGACAATT GTGAGCCTCG AAGAGAAACT CCAGAAAGTC 
ACTCAGCACC ATAAAAAAAT AGAAGGCGAG ATTGCAACAT TGAAGGACAA TGACCCAGCC 
CCAAAGGAGG AAAGGCCGCA AGACCCTCTG GTGGCTCCCA TGACAGAGAG CAGTGCCAAA 
GACATGGCGT ACGAACATCT GATAGATGAC TTATTGGCTG CTCAGAAGGA AATTCTGTCT 
CAGCAGGAAG TCATCATGAA GTTAAGGAAA GACCTTACCG AAGCCCACAG CAGAATGTCG 
GATTTGAGAG GGGAGCTAAA CGAGAAGCAG AAGATGGAAC TGGAGCAGAA CGTGGTGCTG 
GTCCAGCAGC AGAGCAAGGA GCTGAGTGTG CTCAAGGAGA AGATGGCCCA GATGAGCAGC 
CTGGTAGAAA AGAAAGATCG GGAGCTGAAG GCCCTTGAGG AGGCACTCAG GGCTTCCCAA 
GAGAAACACA GACTCCAGCT GAACACAGAG AAGGAACAGA AGCCCCGGAA GAAGACCCAG 
ACGTGTGACA CCTCTGTGCA GATAGAACCC GTCCACACTG AGGCCTTCTC CAGCAGCCAA 
GAGCAGCAAT CCTTCAGCGA TCTAGGGGTC AGGTGCAAAG GGTCCCGGCA CGAGGAGGTC 
ATTCAGCGTC AGAAAAAGGC CTTATCTGAA CTTCGAGCGC GAATTAAAGA ACTCGAGAAG 
GCGCGCTCAC CAGATCATAA AGACCACCAG AATGAATCAT TTCTAGATTT AAAGAACCTC 
AGAATGGAAA ACAATGTCCA GAAAATACTA CTGGATGCAA AACCGGATTT GCCAACTCTC 
TCAAGAATAG AGATCCTAGC GCCTCAGAAT GGCCTTTGCA ACGCAAGGTT CGGCTCAGCC 
ATGGAGAAGT CAGGGAAGAT GGATGTGGCT GAGGCTTTAG AGCTCAGTGA AAAGCTGTAC 
CTGGATATGA GCAAAACCCT CGGAAGTCTC ATGAACATCA AGAATATGTC AGGCCACGTG 
TCCATGAAAT ACCTCTCCCG CCAGGAGAGG GAGAAGGTCA ACCAGCTTCG ACAAAGGGAC 
CTCGACCTGG TGTTTGATAA GATCACCCAA CTCAAGAACC AGCTGGGGAG GAAAGAGGAG 
CTGTTGAGAG GATATGAAAA GGACGTTGAA CAGCTCAGGC GGAGCAAAGT GTCCATTGAG 
ATGTACCAGT CGCAGGTGGC AAAGCTGGAG GATGATATCT ACAAAGAGGC CGAAGAGAAG 
GCCCTGCTGA AGGAGGCCCT GGAGCGCATG GAGCACCAGC TGTGCCAGGA GAAGAGGATC 
AACAGGGCCA TCCGGCAGCA GAAGATGAGG AAACTGCGCC TCAGAGAGTT AAGAGGCGCC 
CAAGTGCACA CAGCGGCTGG TAAGGACAGC TGGGACCTGA CCCCAGATCC CTCTGACCCT 
GGTTCTCCTG CTGTCTGCAG GGTTGGCCGA AAGTGTAGAG GAGCACGAAC TGAGAAACGC 
AAAAGAATCG ACACCTTGCA ACTGTGCCTT CAAAGAGAAA GACAGGCAGA GACGAGTATT 
TGTAGAGATG GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC 
CTCCCTAAAG ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG 
CCAGAGCCTT TTGCATTCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855694.1
CDS	165..4565
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000205.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000205.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG AGTTGAAGAG AAGCTTCAGG AGGATTCCAG AAGGAAATTG 
CTTCAGCTGC AAGAAATGGG GAACAGAGAG AGCGTCATTA AAATCAATTT GGAGAGGGCA 
GTAGGTCAGC TGGAGCACTT CAGAAGTCAA GTCATCAAGG CCACCTATGG ACGGGCGAAG 
CCGTTCCGGG ACAAGCCCGT CACCGACCAA CAGTTAATAG AGAAAATTAC CCAGGTCACT 
GAGGACAACA TCAATTTTCA GCAGAAAAAG TGGACCCTCC AGAAAGAGAC CCAGCTGAGC 
AACTCCAAGC AGGAGGAGAC CACCGAGAAC ATCGAGAAGC TGAGGACGTC GCTGGACAGC 
TGCCAGGCTT GCATGAAAAT ATCCTGTTGC AGCCATGACC TGAAGAAGGA GGTCGACCTT 
CTTCAGCACC TCCAGGTGAG CCCACCTGTC TCGGGGCTCC AGAAGGTGGT GCTGGACGTC 
CTGAGGCACG CGCTGTCCTG GCTGGAGGAG GTGGAGCAGC TCCTCCGGGA CCTCGGGATC 
CTGCCCTCCA GCCCCAACAA AGGGTTCTCT TTGTATCTGA TATATCTTCT GGAACATTAT 
AAAAAACTTA TGAGCCAGGC CCAGGAACTT CAGATCAAGT TCAACAGTTC TCAGGAAACT 
CAGCAGTCTT TACTGCAGGA AAAGCTGCGG GAGCATCTGG CAGAGAAGGA GAAGCTGAAC 
GAGGAGAGGC TAGAGCAAGA GGAGAAGCTC AAAGCCAAAA TCAGGCAACT GACGGAAGAG 
AAGGCGGCTT TGGAGGAGTA CATTACTCAA GAGAGAAACA GAGCGAAAGA GACTTTAGAG 
GAAGAACGGA AGAGAATGCA AGAACTGGAG AGCCTCCTGG CCCAGCAGAA GAAGGCTTTG 
GCGAAAAGCA TTACCCAGGA GAAGAACAGA GTGAAGGAAG CATTAGAGGA AGAGCAGACA 
AGAGTCCAAG AGCTGGAGGA ACGCTTGGCC CGCCAGAAGG AGGTTTTGGA GAGCAGCATA 
GCCCATGAAA AAAGAAAAGC AAAGGAAGCC TTGGAGTCGG AAAAGAGAAA AGTTCAGGAT 
CTGGAGAACC ATTTAACCCA ACAGAAGGAG ATCTCAGAGA GCAACATTGC GTACGAGAAA 
CGCAAAGCAA AGGAGGCCAT GGAGAAGGAA AAGAAAAAGG TGCAAGACCT GGAGAATCGC 
TTAACCAAGC AGAAAGAGGA ATTAGAATTA AAAGAGCAAA AAGAGGACGT TTTAAATAAT 
AAATTAAGTG ACGCACTGGC CATGGTTGAA GAGACTCAGA AAACAAAGGC AACTGAAAGT 
CTAAAAGCAG AGAGCCTCGC CTTGAAATTA AATGAAACAT TAGCCGAACT GGAAACTACC 
AAGACAAAAA TGATCATGGT GGAAGAGCGG CTAATCCTGC AGCAGAAGAT GGTAAAGGCC 
CTCCAGGATG AGCAGGAATC ACAGAGACAC GGGTTTGAAG AAGAGATCAT GGAATATAAG 
GAGCAAATCA AACAGCACGC CCAGACAATT GTGAGCCTCG AAGAGAAACT CCAGAAAGTC 
ACTCAGCACC ATAAAAAAAT AGAAGGCGAG ATTGCAACAT TGAAGGACAA TGACCCAGCC 
CCAAAGGAGG AAAGGCCGCA AGACCCTCTG GTGGCTCCCA TGACAGAGAG CAGTGCCAAA 
GACATGGCGT ACGAACATCT GATAGATGAC TTATTGGCTG CTCAGAAGGA AATTCTGTCT 
CAGCAGGAAG TCATCATGAA GTTAAGGAAA GACCTTACCG AAGCCCACAG CAGAATGTCG 
GATTTGAGAG GGGAGCTAAA CGAGAAGCAG AAGATGGAAC TGGAGCAGAA CGTGGTGCTG 
GTCCAGCAGC AGAGCAAGGA GCTGAGTGTG CTCAAGGAGA AGATGGCCCA GATGAGCAGC 
CTGGTAGAAA AGAAAGATCG GGAGCTGAAG GCCCTTGAGG AGGCACTCAG GGCTTCCCAA 
GAGAAACACA GACTCCAGCT GAACACAGAG AAGGAACAGA AGCCCCGGAA GAAGACCCAG 
ACGTGTGACA CCTCTGTGCA GATAGAACCC GTCCACACTG AGGCCTTCTC CAGCAGCCAA 
GAGCAGCAAT CCTTCAGCGA TCTAGGGGTC AGGTGCAAAG GGTCCCGGCA CGAGGAGGTC 
ATTCAGCGTC AGAAAAAGGC CTTATCTGAA CTTCGAGCGC GAATTAAAGA ACTCGAGAAG 
GCGCGCTCAC CAGATCATAA AGACCACCAG AATGAATCAT TTCTAGATTT AAAGAACCTC 
AGAATGGAAA ACAATGTCCA GAAAATACTA CTGGATGCAA AACCGGATTT GCCAACTCTC 
TCAAGAATAG AGATCCTAGC GCCTCAGAAT GGCCTTTGCA ACGCAAGGTT CGGCTCAGCC 
ATGGAGAAGT CAGGGAAGAT GGATGTGGCT GAGGCTTTAG AGCTCAGTGA AAAGCTGTAC 
CTGGATATGA GCAAAACCCT CGGAAGTCTC ATGAACATCA AGAATATGTC AGGCCACGTG 
TCCATGAAAT ACCTCTCCCG CCAGGAGAGG GAGAAGGTCA ACCAGCTTCG ACAAAGGGAC 
CTCGACCTGG TGTTTGATAA GATCACCCAA CTCAAGAACC AGCTGGGGAG GAAAGAGGAG 
CTGTTGAGAG GATATGAAAA GGACGTTGAA CAGCTCAGGC GGAGCAAAGT GTCCATTGAG 
ATGTACCAGT CGCAGGTGGC AAAGCTGGAG GATGATATCT ACAAAGAGGC CGAAGAGAAG 
GCCCTGCTGA AGGAGGCCCT GGAGCGCATG GAGCACCAGC TGTGCCAGGA GAAGAGGATC 
AACAGGGCCA TCCGGCAGCA GAAGATGAGG AAACTGCGCC TCAGAGAGTT AAGAGGCGCC 
CAAGTGCACA CAGCGGCTGG TAAGGACAGC TGGGACCTGA CCCCAGATCC CTCTGACCCT 
GGTTCTCCTG CTGTCTGCAG GGTTGGCCGA AAGTGTAGAG GAGCACGAAC TGAGAAACGC 
AAAAGAATCG ACACCTTGCA ACTGTGCCTT CAAAGAGAAA GACAGGCAGA GACGAGTATT 
TGTAGAGATG GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC 
CTCCCTAAAG ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG 
CCAGAGCCTT TTGCATTCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000206.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855695.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu83079
Clone ID Related Accession (Same CDS sequence)	XM_017000206.1 , XM_017000206.2
Accession Version	XM_017000206.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4392bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTTGGA ACCAGAAAAG CCTCCCTAAA 
GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC AGCAAGTCCA GCCAGAGCCT 
TTTGCATTCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855695.1
CDS	160..4551
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000206.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000206.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTTGGA ACCAGAAAAG CCTCCCTAAA 
GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC AGCAAGTCCA GCCAGAGCCT 
TTTGCATTCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000206.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855695.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu83079
Clone ID Related Accession (Same CDS sequence)	XM_017000206.1 , XM_017000206.2
Accession Version	XM_017000206.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4392bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000206.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTTGGA ACCAGAAAAG CCTCCCTAAA 
GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC AGCAAGTCCA GCCAGAGCCT 
TTTGCATTCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855695.1
CDS	159..4550
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000206.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000206.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTTGGA ACCAGAAAAG CCTCCCTAAA 
GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC AGCAAGTCCA GCCAGAGCCT 
TTTGCATTCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000209.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855698.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu83080
Clone ID Related Accession (Same CDS sequence)	XM_017000209.1 , XM_024452892.1
Accession Version	XM_017000209.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4347bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GCCCTGCCCC ACCTGCCTGC AGTTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855698.1
CDS	159..4505
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQALPHLPAV

Target ORF information:

RefSeq Version	XM_017000209.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000209.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GCCCTGCCCC ACCTGCCTGC AGTTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452892.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308660.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X21, mRNA.

Price & Availability↑

CloneID	OHu83080
Clone ID Related Accession (Same CDS sequence)	XM_017000209.1 , XM_024452892.1
Accession Version	XM_024452892.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4347bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GCCCTGCCCC ACCTGCCTGC AGTTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308660.1
CDS	158..4504
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQALPHLPAV

Target ORF information:

RefSeq Version	XM_024452892.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X21, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452892.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GCCCTGCCCC ACCTGCCTGC AGTTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000210.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855699.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X28, mRNA.

Price & Availability↑

CloneID	OHu83081
Clone ID Related Accession (Same CDS sequence)	XM_017000210.2 , XM_017000210.1
Accession Version	XM_017000210.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4263bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000210.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AGCCAAGTGC TTTTGGATGG 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855699.1
CDS	154..4416
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKEPSAFGW

Target ORF information:

RefSeq Version	XM_017000210.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X28, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000210.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AGCCAAGTGC TTTTGGATGG 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000210.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855699.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X23, mRNA.

Price & Availability↑

CloneID	OHu83081
Clone ID Related Accession (Same CDS sequence)	XM_017000210.2 , XM_017000210.1
Accession Version	XM_017000210.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4263bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AGCCAAGTGC TTTTGGATGG 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855699.1
CDS	155..4417
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKEPSAFGW

Target ORF information:

RefSeq Version	XM_017000210.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X23, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000210.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AGCCAAGTGC TTTTGGATGG 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000211.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855700.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X31, mRNA.

Price & Availability↑

CloneID	OHu83082
Clone ID Related Accession (Same CDS sequence)	XM_017000211.2 , XM_017000211.1
Accession Version	XM_017000211.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4245bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000211.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAATCCTTCA GCGATCTAGG GGTCAGGTGC 
AAAGGGTCCC GGCACGAGGA GGTCATTCAG CGTCAGAAAA AGGCCTTATC TGAACTTCGA 
GCGCGAATTA AAGAACTCGA GAAGGCGCGC TCACCAGATC ATAAAGACCA CCAGAATGAA 
TCATTTCTAG ATTTAAAGAA CCTCAGAATG GAAAACAATG TCCAGAAAAT ACTACTGGAT 
GCAAAACCGG ATTTGCCAAC TCTCTCAAGA ATAGAGATCC TAGCGCCTCA GAATGGCCTT 
TGCAACGCAA GGTTCGGCTC AGCCATGGAG AAGTCAGGGA AGATGGATGT GGCTGAGGCT 
TTAGAGCTCA GTGAAAAGCT GTACCTGGAT ATGAGCAAAA CCCTCGGAAG TCTCATGAAC 
ATCAAGAATA TGTCAGGCCA CGTGTCCATG AAATACCTCT CCCGCCAGGA GAGGGAGAAG 
GTCAACCAGC TTCGACAAAG GGACCTCGAC CTGGTGTTTG ATAAGATCAC CCAACTCAAG 
AACCAGCTGG GGAGGAAAGA GGAGCTGTTG AGAGGATATG AAAAGGACGT TGAACAGCTC 
AGGCGGAGCA AAGTGTCCAT TGAGATGTAC CAGTCGCAGG TGGCAAAGCT GGAGGATGAT 
ATCTACAAAG AGGCCGAAGA GAAGGCCCTG CTGAAGGAGG CCCTGGAGCG CATGGAGCAC 
CAGCTGTGCC AGGAGAAGAG GATCAACAGG GCCATCCGGC AGCAGAAGGT TGGAACCAGA 
AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC CTCCAGCAAG 
TCCAGCCAGA GCCTTTTGCA TTCTAAGCCC AGTGGAAAGT ACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855700.1
CDS	161..4405
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000211.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X31, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000211.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAATCCTTCA GCGATCTAGG GGTCAGGTGC 
AAAGGGTCCC GGCACGAGGA GGTCATTCAG CGTCAGAAAA AGGCCTTATC TGAACTTCGA 
GCGCGAATTA AAGAACTCGA GAAGGCGCGC TCACCAGATC ATAAAGACCA CCAGAATGAA 
TCATTTCTAG ATTTAAAGAA CCTCAGAATG GAAAACAATG TCCAGAAAAT ACTACTGGAT 
GCAAAACCGG ATTTGCCAAC TCTCTCAAGA ATAGAGATCC TAGCGCCTCA GAATGGCCTT 
TGCAACGCAA GGTTCGGCTC AGCCATGGAG AAGTCAGGGA AGATGGATGT GGCTGAGGCT 
TTAGAGCTCA GTGAAAAGCT GTACCTGGAT ATGAGCAAAA CCCTCGGAAG TCTCATGAAC 
ATCAAGAATA TGTCAGGCCA CGTGTCCATG AAATACCTCT CCCGCCAGGA GAGGGAGAAG 
GTCAACCAGC TTCGACAAAG GGACCTCGAC CTGGTGTTTG ATAAGATCAC CCAACTCAAG 
AACCAGCTGG GGAGGAAAGA GGAGCTGTTG AGAGGATATG AAAAGGACGT TGAACAGCTC 
AGGCGGAGCA AAGTGTCCAT TGAGATGTAC CAGTCGCAGG TGGCAAAGCT GGAGGATGAT 
ATCTACAAAG AGGCCGAAGA GAAGGCCCTG CTGAAGGAGG CCCTGGAGCG CATGGAGCAC 
CAGCTGTGCC AGGAGAAGAG GATCAACAGG GCCATCCGGC AGCAGAAGGT TGGAACCAGA 
AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC CTCCAGCAAG 
TCCAGCCAGA GCCTTTTGCA TTCTAAGCCC AGTGGAAAGT ACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000211.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855700.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X26, mRNA.

Price & Availability↑

CloneID	OHu83082
Clone ID Related Accession (Same CDS sequence)	XM_017000211.2 , XM_017000211.1
Accession Version	XM_017000211.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4245bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAATCCTTCA GCGATCTAGG GGTCAGGTGC 
AAAGGGTCCC GGCACGAGGA GGTCATTCAG CGTCAGAAAA AGGCCTTATC TGAACTTCGA 
GCGCGAATTA AAGAACTCGA GAAGGCGCGC TCACCAGATC ATAAAGACCA CCAGAATGAA 
TCATTTCTAG ATTTAAAGAA CCTCAGAATG GAAAACAATG TCCAGAAAAT ACTACTGGAT 
GCAAAACCGG ATTTGCCAAC TCTCTCAAGA ATAGAGATCC TAGCGCCTCA GAATGGCCTT 
TGCAACGCAA GGTTCGGCTC AGCCATGGAG AAGTCAGGGA AGATGGATGT GGCTGAGGCT 
TTAGAGCTCA GTGAAAAGCT GTACCTGGAT ATGAGCAAAA CCCTCGGAAG TCTCATGAAC 
ATCAAGAATA TGTCAGGCCA CGTGTCCATG AAATACCTCT CCCGCCAGGA GAGGGAGAAG 
GTCAACCAGC TTCGACAAAG GGACCTCGAC CTGGTGTTTG ATAAGATCAC CCAACTCAAG 
AACCAGCTGG GGAGGAAAGA GGAGCTGTTG AGAGGATATG AAAAGGACGT TGAACAGCTC 
AGGCGGAGCA AAGTGTCCAT TGAGATGTAC CAGTCGCAGG TGGCAAAGCT GGAGGATGAT 
ATCTACAAAG AGGCCGAAGA GAAGGCCCTG CTGAAGGAGG CCCTGGAGCG CATGGAGCAC 
CAGCTGTGCC AGGAGAAGAG GATCAACAGG GCCATCCGGC AGCAGAAGGT TGGAACCAGA 
AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC CTCCAGCAAG 
TCCAGCCAGA GCCTTTTGCA TTCTAAGCCC AGTGGAAAGT ACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855700.1
CDS	163..4407
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000211.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X26, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000211.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAATCCTTCA GCGATCTAGG GGTCAGGTGC 
AAAGGGTCCC GGCACGAGGA GGTCATTCAG CGTCAGAAAA AGGCCTTATC TGAACTTCGA 
GCGCGAATTA AAGAACTCGA GAAGGCGCGC TCACCAGATC ATAAAGACCA CCAGAATGAA 
TCATTTCTAG ATTTAAAGAA CCTCAGAATG GAAAACAATG TCCAGAAAAT ACTACTGGAT 
GCAAAACCGG ATTTGCCAAC TCTCTCAAGA ATAGAGATCC TAGCGCCTCA GAATGGCCTT 
TGCAACGCAA GGTTCGGCTC AGCCATGGAG AAGTCAGGGA AGATGGATGT GGCTGAGGCT 
TTAGAGCTCA GTGAAAAGCT GTACCTGGAT ATGAGCAAAA CCCTCGGAAG TCTCATGAAC 
ATCAAGAATA TGTCAGGCCA CGTGTCCATG AAATACCTCT CCCGCCAGGA GAGGGAGAAG 
GTCAACCAGC TTCGACAAAG GGACCTCGAC CTGGTGTTTG ATAAGATCAC CCAACTCAAG 
AACCAGCTGG GGAGGAAAGA GGAGCTGTTG AGAGGATATG AAAAGGACGT TGAACAGCTC 
AGGCGGAGCA AAGTGTCCAT TGAGATGTAC CAGTCGCAGG TGGCAAAGCT GGAGGATGAT 
ATCTACAAAG AGGCCGAAGA GAAGGCCCTG CTGAAGGAGG CCCTGGAGCG CATGGAGCAC 
CAGCTGTGCC AGGAGAAGAG GATCAACAGG GCCATCCGGC AGCAGAAGGT TGGAACCAGA 
AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC CTCCAGCAAG 
TCCAGCCAGA GCCTTTTGCA TTCTAAGCCC AGTGGAAAGT ACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000212.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855701.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X27, mRNA.

Price & Availability↑

CloneID	OHu83083
Clone ID Related Accession (Same CDS sequence)	XM_017000212.1 , XM_017000212.2
Accession Version	XM_017000212.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4242bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X22
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855701.1
CDS	154..4395
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQK

Target ORF information:

RefSeq Version	XM_017000212.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X27, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000212.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000212.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855701.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X32, mRNA.

Price & Availability↑

CloneID	OHu83083
Clone ID Related Accession (Same CDS sequence)	XM_017000212.1 , XM_017000212.2
Accession Version	XM_017000212.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4242bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X22
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000212.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855701.1
CDS	153..4394
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQK

Target ORF information:

RefSeq Version	XM_017000212.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X32, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000212.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000213.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855702.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X36, mRNA.

Price & Availability↑

CloneID	OHu83084
Clone ID Related Accession (Same CDS sequence)	XM_017000213.1
Accession Version	XM_017000213.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3111bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATGA AGTCATCATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855702.1
CDS	164..3274
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLMKSS

Target ORF information:

RefSeq Version	XM_017000213.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X36, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000213.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATGA AGTCATCATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000214.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855703.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X32, mRNA.

Price & Availability↑

CloneID	OHu83085
Clone ID Related Accession (Same CDS sequence)	XM_017000214.1 , XM_017000214.2
Accession Version	XM_017000214.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3069bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X27
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGAGATGAC TTATTGGCTG CTCAGAAGGA AATTCTGTCT CAGCAGGAAG 
TCATCATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855703.1
CDS	165..3233
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPEMTYWLLRRKFCLSRKSS

Target ORF information:

RefSeq Version	XM_017000214.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X32, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000214.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGAGATGAC TTATTGGCTG CTCAGAAGGA AATTCTGTCT CAGCAGGAAG 
TCATCATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000214.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855703.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X37, mRNA.

Price & Availability↑

CloneID	OHu83085
Clone ID Related Accession (Same CDS sequence)	XM_017000214.1 , XM_017000214.2
Accession Version	XM_017000214.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3069bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X27
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000214.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGAGATGAC TTATTGGCTG CTCAGAAGGA AATTCTGTCT CAGCAGGAAG 
TCATCATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855703.1
CDS	164..3232
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPEMTYWLLRRKFCLSRKSS

Target ORF information:

RefSeq Version	XM_017000214.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X37, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000214.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGAGATGAC TTATTGGCTG CTCAGAAGGA AATTCTGTCT CAGCAGGAAG 
TCATCATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540595.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538897.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X33, mRNA.

Price & Availability↑

CloneID	OHu74846
Clone ID Related Accession (Same CDS sequence)	XM_011540595.2
Accession Version	XM_011540595.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3963bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X23
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540595.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACTGT CAGAAAAATC AGTGGCCGAG GGGATTCCTG GGGCAGTTCC CCCTGCGGAG 
ATTTATGTGG AGGAGGACTT GGCCCAGCAG GACAAGGATG AAATAATTCT GCTGCTGGGA 
AAAGAGGTCA GCCGTCTCTC AGATTATGAA ATTGAATCCA AATACAAAGA CGTCATAATA 
GCAAACCTGC AGAATGAAGT GGCTGAGCTG AGTCAGAAGG TGTCAGAGAC CACCACCTCC 
AGGCAGAATG AGAAGGAGAT CTCGCAGAAG TGTCAGGTTC TGGATGAAGA CATCGATGCC 
AAACAGAAAG AGATCCAGAG CTTGAAAAGC CAGATCAGTG CCCTACAGAA AGGCTACAGC 
AAGGTGCTGT GCCAGACCCT GTCAGAGCGG AACTCAGAAA TCACATCCCT GAAGAATGAG 
GGCGAGAACT TAAAGAGAGA CAACGCTATC ACATCAGGGA TGGTGTCATC TTTGCAAAAA 
GACATATTAG CAAAGGATGA GCAAGTTCAA CAACTAAAGG AAGAGGTCAG TCACCTAAAA 
AGTCAGAACA AGGACAAGGA CCACCAGCTG GAAGCCCTTG GCTCTAGATG CTCGGTGCTA 
AAGGAAGAGT TAAAACAGGA AGATGCTCAC AGGGAGCTCA GGGAAGCCCA GGAGAAAGAG 
TTAAAACTCT GCAAAACCCA AATCCAAGAC ATGGAGAAAG AAATGAAGAA GCTTAGGGCA 
GAGCTGAGGA AGAGTTGTAC TGAACAAAGC GTGATCTCTA GGACTCTGAG AGAAAAAAGC 
AAGGTTGAAG AGAAGCTTCA GGAGGATTCC AGAAGGAAAT TGCTTCAGCT GCAAGAAATG 
GGGAACAGAG AGAGCGTCAT TAAAATCAAT TTGGAGAGGG CAGTAGGTCA GCTGGAGCAC 
TTCAGAAGTC AAGTCATCAA GGCCACCTAT GGACGGGCGA AGCCGTTCCG GGACAAGCCC 
GTCACCGACC AACAGTTAAT AGAGAAAATT ACCCAGGTCA CTGAGGACAA CATCAATTTT 
CAGCAGAAAA AGTGGACCCT CCAGAAAGAG ACCCAGCTGA GCAACTCCAA GCAGGAGGAG 
ACCACCGAGA ACATCGAGAA GCTGAGGACG TCGCTGGACA GCTGCCAGGC TTGCATGAAA 
ATATCCTGTT GCAGCCATGA CCTGAAGAAG GAGGTCGACC TTCTTCAGCA CCTCCAGGTG 
AGCCCACCTG TCTCGGGGCT CCAGAAGGTG GTGCTGGACG TCCTGAGGCA CGCGCTGTCC 
TGGCTGGAGG AGGTGGAGCA GCTCCTCCGG GACCTCGGGA TCCTGCCCTC CAGCCCCAAC 
AAAGGGTTCT CTTTGTATCT GATATATCTT CTGGAACATT ATAAAAAACT TATGAGCCAG 
GCCCAGGAAC TTCAGATCAA GTTCAACAGT TCTCAGGAAA CTCAGCAGTC TTTACTGCAG 
GAAAAGCTGC GGGAGCATCT GGCAGAGAAG GAGAAGCTGA ACGAGGAGAG GCTAGAGCAA 
GAGGAGAAGC TCAAAGCCAA AATCAGGCAA CTGACGGAAG AGAAGGCGGC TTTGGAGGAG 
TACATTACTC AAGAGAGAAA CAGAGCGAAA GAGACTTTAG AGGAAGAACG GAAGAGAATG 
CAAGAACTGG AGAGCCTCCT GGCCCAGCAG AAGAAGGCTT TGGCGAAAAG CATTACCCAG 
GAGAAGAACA GAGTGAAGGA AGCATTAGAG GAAGAGCAGA CAAGAGTCCA AGAGCTGGAG 
GAACGCTTGG CCCGCCAGAA GGAGGTTTTG GAGAGCAGCA TAGCCCATGA AAAAAGAAAA 
GCAAAGGAAG CCTTGGAGTC GGAAAAGAGA AAAGTTCAGG ATCTGGAGAA CCATTTAACC 
CAACAGAAGG AGATCTCAGA GAGCAACATT GCGTACGAGA AACGCAAAGC AAAGGAGGCC 
ATGGAGAAGG AAAAGAAAAA GGTGCAAGAC CTGGAGAATC GCTTAACCAA GCAGAAAGAG 
GAATTAGAAT TAAAAGAGCA AAAAGAGGAC GTTTTAAATA ATAAATTAAG TGACGCACTG 
GCCATGGTTG AAGAGACTCA GAAAACAAAG GCAACTGAAA GTCTAAAAGC AGAGAGCCTC 
GCCTTGAAAT TAAATGAAAC ATTAGCCGAA CTGGAAACTA CCAAGACAAA AATGATCATG 
GTGGAAGAGC GGCTAATCCT GCAGCAGAAG ATGGTAAAGG CCCTCCAGGA TGAGCAGGAA 
TCACAGAGAC ACGGGTTTGA AGAAGAGATC ATGGAATATA AGGAGCAAAT CAAACAGCAC 
GCCCAGACAA TTGTGAGCCT CGAAGAGAAA CTCCAGAAAG TCACTCAGCA CCATAAAAAA 
ATAGAAGGCG AGATTGCAAC ATTGAAGGAC AATGACCCAG CCCCAAAGGA GGAAAGGCCG 
CAAGACCCTC TGGTGGCTCC CATGACAGAG AGCAGTGCCA AAGACATGGC GTACGAACAT 
CTGATAGATG ACTTATTGGC TGCTCAGAAG GAAATTCTGT CTCAGCAGGA AGTCATCATG 
AAGTTAAGGA AAGACCTTAC CGAAGCCCAC AGCAGAATGT CGGATTTGAG AGGGGAGCTA 
AACGAGAAGC AGAAGATGGA ACTGGAGCAG AACGTGGTGC TGGTCCAGCA GCAGAGCAAG 
GAGCTGAGTG TGCTCAAGGA GAAGATGGCC CAGATGAGCA GCCTGGTAGA AAAGAAAGAT 
CGGGAGCTGA AGGCCCTTGA GGAGGCACTC AGGGCTTCCC AAGAGAAACA CAGACTCCAG 
CTGAACACAG AGAAGGAACA GAAGCCCCGG AAGAAGACCC AGACGTGTGA CACCTCTGTG 
CAGATAGAAC CCGTCCACAC TGAGGCCTTC TCCAGCAGCC AAGAGCAGCA ATCCTTCAGC 
GATCTAGGGG TCAGGTGCAA AGGGTCCCGG CACGAGGAGG TCATTCAGCG TCAGAAAAAG 
GCCTTATCTG AACTTCGAGC GCGAATTAAA GAACTCGAGA AGGCGCGCTC ACCAGATCAT 
AAAGACCACC AGAATGAATC ATTTCTAGAT TTAAAGAACC TCAGAATGGA AAACAATGTC 
CAGAAAATAC TACTGGATGC AAAACCGGAT TTGCCAACTC TCTCAAGAAT AGAGATCCTA 
GCGCCTCAGA ATGGCCTTTG CAACGCAAGG TTCGGCTCAG CCATGGAGAA GTCAGGGAAG 
ATGGATGTGG CTGAGGCTTT AGAGCTCAGT GAAAAGCTGT ACCTGGATAT GAGCAAAACC 
CTCGGAAGTC TCATGAACAT CAAGAATATG TCAGGCCACG TGTCCATGAA ATACCTCTCC 
CGCCAGGAGA GGGAGAAGGT CAACCAGCTT CGACAAAGGG ACCTCGACCT GGTGTTTGAT 
AAGATCACCC AACTCAAGAA CCAGCTGGGG AGGAAAGAGG AGCTGTTGAG AGGATATGAA 
AAGGACGTTG AACAGCTCAG GCGGAGCAAA GTGTCCATTG AGATGTACCA GTCGCAGGTG 
GCAAAGCTGG AGGATGATAT CTACAAAGAG GCCGAAGAGA AGGCCCTGCT GAAGGAGGCC 
CTGGAGCGCA TGGAGCACCA GCTGTGCCAG GAGAAGAGGA TCAACAGGGC CATCCGGCAG 
CAGAAGATGA GGAAACTGCG CCTCAGAGAG TTAAGAGGCG CCCAAGTGCA CACAGCGGCT 
GGTAAGGACA GCTGGGACCT GACCCCAGAT CCCTCTGACC CTGGTTCTCC TGCTGTCTGC 
AGGGTTGGCC GAAAGTGTAG AGGAGCACGA ACTGAGAAAC GCAAAAGAAT CGACACCTTG 
CAACTGTGCC TTCAAAGAGA AAGACAGGCA GAGACGAGTA TTTGTAGAGA TGGTGAAGAA 
CAGGATGCAG AACTCAAATT CCCAGGTTGG AACCAGAAAA GCCTCCCTAA AGATGGACCA 
AGAAAGAGAG ATGCTGAGGA AAGAGACCTC CAGCAAGTCC AGCCAGAGCC TTTTGCATTC 
TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538897.1
CDS	141..4103
Translation	MKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_011540595.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X33, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540595.2

ORF Insert Sequence:

ATGAAACTGT CAGAAAAATC AGTGGCCGAG GGGATTCCTG GGGCAGTTCC CCCTGCGGAG 
ATTTATGTGG AGGAGGACTT GGCCCAGCAG GACAAGGATG AAATAATTCT GCTGCTGGGA 
AAAGAGGTCA GCCGTCTCTC AGATTATGAA ATTGAATCCA AATACAAAGA CGTCATAATA 
GCAAACCTGC AGAATGAAGT GGCTGAGCTG AGTCAGAAGG TGTCAGAGAC CACCACCTCC 
AGGCAGAATG AGAAGGAGAT CTCGCAGAAG TGTCAGGTTC TGGATGAAGA CATCGATGCC 
AAACAGAAAG AGATCCAGAG CTTGAAAAGC CAGATCAGTG CCCTACAGAA AGGCTACAGC 
AAGGTGCTGT GCCAGACCCT GTCAGAGCGG AACTCAGAAA TCACATCCCT GAAGAATGAG 
GGCGAGAACT TAAAGAGAGA CAACGCTATC ACATCAGGGA TGGTGTCATC TTTGCAAAAA 
GACATATTAG CAAAGGATGA GCAAGTTCAA CAACTAAAGG AAGAGGTCAG TCACCTAAAA 
AGTCAGAACA AGGACAAGGA CCACCAGCTG GAAGCCCTTG GCTCTAGATG CTCGGTGCTA 
AAGGAAGAGT TAAAACAGGA AGATGCTCAC AGGGAGCTCA GGGAAGCCCA GGAGAAAGAG 
TTAAAACTCT GCAAAACCCA AATCCAAGAC ATGGAGAAAG AAATGAAGAA GCTTAGGGCA 
GAGCTGAGGA AGAGTTGTAC TGAACAAAGC GTGATCTCTA GGACTCTGAG AGAAAAAAGC 
AAGGTTGAAG AGAAGCTTCA GGAGGATTCC AGAAGGAAAT TGCTTCAGCT GCAAGAAATG 
GGGAACAGAG AGAGCGTCAT TAAAATCAAT TTGGAGAGGG CAGTAGGTCA GCTGGAGCAC 
TTCAGAAGTC AAGTCATCAA GGCCACCTAT GGACGGGCGA AGCCGTTCCG GGACAAGCCC 
GTCACCGACC AACAGTTAAT AGAGAAAATT ACCCAGGTCA CTGAGGACAA CATCAATTTT 
CAGCAGAAAA AGTGGACCCT CCAGAAAGAG ACCCAGCTGA GCAACTCCAA GCAGGAGGAG 
ACCACCGAGA ACATCGAGAA GCTGAGGACG TCGCTGGACA GCTGCCAGGC TTGCATGAAA 
ATATCCTGTT GCAGCCATGA CCTGAAGAAG GAGGTCGACC TTCTTCAGCA CCTCCAGGTG 
AGCCCACCTG TCTCGGGGCT CCAGAAGGTG GTGCTGGACG TCCTGAGGCA CGCGCTGTCC 
TGGCTGGAGG AGGTGGAGCA GCTCCTCCGG GACCTCGGGA TCCTGCCCTC CAGCCCCAAC 
AAAGGGTTCT CTTTGTATCT GATATATCTT CTGGAACATT ATAAAAAACT TATGAGCCAG 
GCCCAGGAAC TTCAGATCAA GTTCAACAGT TCTCAGGAAA CTCAGCAGTC TTTACTGCAG 
GAAAAGCTGC GGGAGCATCT GGCAGAGAAG GAGAAGCTGA ACGAGGAGAG GCTAGAGCAA 
GAGGAGAAGC TCAAAGCCAA AATCAGGCAA CTGACGGAAG AGAAGGCGGC TTTGGAGGAG 
TACATTACTC AAGAGAGAAA CAGAGCGAAA GAGACTTTAG AGGAAGAACG GAAGAGAATG 
CAAGAACTGG AGAGCCTCCT GGCCCAGCAG AAGAAGGCTT TGGCGAAAAG CATTACCCAG 
GAGAAGAACA GAGTGAAGGA AGCATTAGAG GAAGAGCAGA CAAGAGTCCA AGAGCTGGAG 
GAACGCTTGG CCCGCCAGAA GGAGGTTTTG GAGAGCAGCA TAGCCCATGA AAAAAGAAAA 
GCAAAGGAAG CCTTGGAGTC GGAAAAGAGA AAAGTTCAGG ATCTGGAGAA CCATTTAACC 
CAACAGAAGG AGATCTCAGA GAGCAACATT GCGTACGAGA AACGCAAAGC AAAGGAGGCC 
ATGGAGAAGG AAAAGAAAAA GGTGCAAGAC CTGGAGAATC GCTTAACCAA GCAGAAAGAG 
GAATTAGAAT TAAAAGAGCA AAAAGAGGAC GTTTTAAATA ATAAATTAAG TGACGCACTG 
GCCATGGTTG AAGAGACTCA GAAAACAAAG GCAACTGAAA GTCTAAAAGC AGAGAGCCTC 
GCCTTGAAAT TAAATGAAAC ATTAGCCGAA CTGGAAACTA CCAAGACAAA AATGATCATG 
GTGGAAGAGC GGCTAATCCT GCAGCAGAAG ATGGTAAAGG CCCTCCAGGA TGAGCAGGAA 
TCACAGAGAC ACGGGTTTGA AGAAGAGATC ATGGAATATA AGGAGCAAAT CAAACAGCAC 
GCCCAGACAA TTGTGAGCCT CGAAGAGAAA CTCCAGAAAG TCACTCAGCA CCATAAAAAA 
ATAGAAGGCG AGATTGCAAC ATTGAAGGAC AATGACCCAG CCCCAAAGGA GGAAAGGCCG 
CAAGACCCTC TGGTGGCTCC CATGACAGAG AGCAGTGCCA AAGACATGGC GTACGAACAT 
CTGATAGATG ACTTATTGGC TGCTCAGAAG GAAATTCTGT CTCAGCAGGA AGTCATCATG 
AAGTTAAGGA AAGACCTTAC CGAAGCCCAC AGCAGAATGT CGGATTTGAG AGGGGAGCTA 
AACGAGAAGC AGAAGATGGA ACTGGAGCAG AACGTGGTGC TGGTCCAGCA GCAGAGCAAG 
GAGCTGAGTG TGCTCAAGGA GAAGATGGCC CAGATGAGCA GCCTGGTAGA AAAGAAAGAT 
CGGGAGCTGA AGGCCCTTGA GGAGGCACTC AGGGCTTCCC AAGAGAAACA CAGACTCCAG 
CTGAACACAG AGAAGGAACA GAAGCCCCGG AAGAAGACCC AGACGTGTGA CACCTCTGTG 
CAGATAGAAC CCGTCCACAC TGAGGCCTTC TCCAGCAGCC AAGAGCAGCA ATCCTTCAGC 
GATCTAGGGG TCAGGTGCAA AGGGTCCCGG CACGAGGAGG TCATTCAGCG TCAGAAAAAG 
GCCTTATCTG AACTTCGAGC GCGAATTAAA GAACTCGAGA AGGCGCGCTC ACCAGATCAT 
AAAGACCACC AGAATGAATC ATTTCTAGAT TTAAAGAACC TCAGAATGGA AAACAATGTC 
CAGAAAATAC TACTGGATGC AAAACCGGAT TTGCCAACTC TCTCAAGAAT AGAGATCCTA 
GCGCCTCAGA ATGGCCTTTG CAACGCAAGG TTCGGCTCAG CCATGGAGAA GTCAGGGAAG 
ATGGATGTGG CTGAGGCTTT AGAGCTCAGT GAAAAGCTGT ACCTGGATAT GAGCAAAACC 
CTCGGAAGTC TCATGAACAT CAAGAATATG TCAGGCCACG TGTCCATGAA ATACCTCTCC 
CGCCAGGAGA GGGAGAAGGT CAACCAGCTT CGACAAAGGG ACCTCGACCT GGTGTTTGAT 
AAGATCACCC AACTCAAGAA CCAGCTGGGG AGGAAAGAGG AGCTGTTGAG AGGATATGAA 
AAGGACGTTG AACAGCTCAG GCGGAGCAAA GTGTCCATTG AGATGTACCA GTCGCAGGTG 
GCAAAGCTGG AGGATGATAT CTACAAAGAG GCCGAAGAGA AGGCCCTGCT GAAGGAGGCC 
CTGGAGCGCA TGGAGCACCA GCTGTGCCAG GAGAAGAGGA TCAACAGGGC CATCCGGCAG 
CAGAAGATGA GGAAACTGCG CCTCAGAGAG TTAAGAGGCG CCCAAGTGCA CACAGCGGCT 
GGTAAGGACA GCTGGGACCT GACCCCAGAT CCCTCTGACC CTGGTTCTCC TGCTGTCTGC 
AGGGTTGGCC GAAAGTGTAG AGGAGCACGA ACTGAGAAAC GCAAAAGAAT CGACACCTTG 
CAACTGTGCC TTCAAAGAGA AAGACAGGCA GAGACGAGTA TTTGTAGAGA TGGTGAAGAA 
CAGGATGCAG AACTCAAATT CCCAGGTTGG AACCAGAAAA GCCTCCCTAA AGATGGACCA 
AGAAAGAGAG ATGCTGAGGA AAGAGACCTC CAGCAAGTCC AGCCAGAGCC TTTTGCATTC 
TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540596.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538898.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X34, mRNA.

Price & Availability↑

CloneID	OHu74847
Clone ID Related Accession (Same CDS sequence)	XM_011540596.2
Accession Version	XM_011540596.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3528bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X24
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540596.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAACAA CAAAATCAGT TTTGAGAAGT GAGAGGCCGG TTTGCATTGT GCGCTTCCGC 
CTCTGCGGCT GGTTAGCCCG CCTCGCCCAG CCCTCTGCAT CCGTCCCCCG AGCAGGGTCA 
CCGCCTGGAT TACATGTGTT GTCGCCCTTT CAGTGCTCGG TGCTAAAGGA AGAGTTAAAA 
CAGGAAGATG CTCACAGGGA GCTCAGGGAA GCCCAGGAGA AAGAGTTAAA ACTCTGCAAA 
ACCCAAATCC AAGACATGGA GAAAGAAATG AAGAAGCTTA GGGCAGAGCT GAGGAAGAGT 
TGTACTGAAC AAAGCGTGAT CTCTAGGACT CTGAGAGAAA AAAGCAAGGT TGAAGAGAAG 
CTTCAGGAGG ATTCCAGAAG GAAATTGCTT CAGCTGCAAG AAATGGGGAA CAGAGAGAGC 
GTCATTAAAA TCAATTTGGA GAGGGCAGTA GGTCAGCTGG AGCACTTCAG AAGTCAAGTC 
ATCAAGGCCA CCTATGGACG GGCGAAGCCG TTCCGGGACA AGCCCGTCAC CGACCAACAG 
TTAATAGAGA AAATTACCCA GGTCACTGAG GACAACATCA ATTTTCAGCA GAAAAAGTGG 
ACCCTCCAGA AAGAGACCCA GCTGAGCAAC TCCAAGCAGG AGGAGACCAC CGAGAACATC 
GAGAAGCTGA GGACGTCGCT GGACAGCTGC CAGGCTTGCA TGAAAATATC CTGTTGCAGC 
CATGACCTGA AGAAGGAGGT CGACCTTCTT CAGCACCTCC AGGTGAGCCC ACCTGTCTCG 
GGGCTCCAGA AGGTGGTGCT GGACGTCCTG AGGCACGCGC TGTCCTGGCT GGAGGAGGTG 
GAGCAGCTCC TCCGGGACCT CGGGATCCTG CCCTCCAGCC CCAACAAAGG GTTCTCTTTG 
TATCTGATAT ATCTTCTGGA ACATTATAAA AAACTTATGA GCCAGGCCCA GGAACTTCAG 
ATCAAGTTCA ACAGTTCTCA GGAAACTCAG CAGTCTTTAC TGCAGGAAAA GCTGCGGGAG 
CATCTGGCAG AGAAGGAGAA GCTGAACGAG GAGAGGCTAG AGCAAGAGGA GAAGCTCAAA 
GCCAAAATCA GGCAACTGAC GGAAGAGAAG GCGGCTTTGG AGGAGTACAT TACTCAAGAG 
AGAAACAGAG CGAAAGAGAC TTTAGAGGAA GAACGGAAGA GAATGCAAGA ACTGGAGAGC 
CTCCTGGCCC AGCAGAAGAA GGCTTTGGCG AAAAGCATTA CCCAGGAGAA GAACAGAGTG 
AAGGAAGCAT TAGAGGAAGA GCAGACAAGA GTCCAAGAGC TGGAGGAACG CTTGGCCCGC 
CAGAAGGAGG TTTTGGAGAG CAGCATAGCC CATGAAAAAA GAAAAGCAAA GGAAGCCTTG 
GAGTCGGAAA AGAGAAAAGT TCAGGATCTG GAGAACCATT TAACCCAACA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GATGAGGAAA 
CTGCGCCTCA GAGAGTTAAG AGGCGCCCAA GTGCACACAG CGGCTGGTAA GGACAGCTGG 
GACCTGACCC CAGATCCCTC TGACCCTGGT TCTCCTGCTG TCTGCAGGGT TGGCCGAAAG 
TGTAGAGGAG CACGAACTGA GAAACGCAAA AGAATCGACA CCTTGCAACT GTGCCTTCAA 
AGAGAAAGAC AGGCAGAGAC GAGTATTTGT AGAGATGGTG AAGAACAGGA TGCAGAACTC 
AAATTCCCAG GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT 
GAGGAAAGAG ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538898.1
CDS	136..3663
Translation	MGTTKSVLRSERPVCIVRFRLCGWLARLAQPSASVPRAGSPPGLHVLSPFQCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_011540596.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X34, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540596.2

ORF Insert Sequence:

ATGGGAACAA CAAAATCAGT TTTGAGAAGT GAGAGGCCGG TTTGCATTGT GCGCTTCCGC 
CTCTGCGGCT GGTTAGCCCG CCTCGCCCAG CCCTCTGCAT CCGTCCCCCG AGCAGGGTCA 
CCGCCTGGAT TACATGTGTT GTCGCCCTTT CAGTGCTCGG TGCTAAAGGA AGAGTTAAAA 
CAGGAAGATG CTCACAGGGA GCTCAGGGAA GCCCAGGAGA AAGAGTTAAA ACTCTGCAAA 
ACCCAAATCC AAGACATGGA GAAAGAAATG AAGAAGCTTA GGGCAGAGCT GAGGAAGAGT 
TGTACTGAAC AAAGCGTGAT CTCTAGGACT CTGAGAGAAA AAAGCAAGGT TGAAGAGAAG 
CTTCAGGAGG ATTCCAGAAG GAAATTGCTT CAGCTGCAAG AAATGGGGAA CAGAGAGAGC 
GTCATTAAAA TCAATTTGGA GAGGGCAGTA GGTCAGCTGG AGCACTTCAG AAGTCAAGTC 
ATCAAGGCCA CCTATGGACG GGCGAAGCCG TTCCGGGACA AGCCCGTCAC CGACCAACAG 
TTAATAGAGA AAATTACCCA GGTCACTGAG GACAACATCA ATTTTCAGCA GAAAAAGTGG 
ACCCTCCAGA AAGAGACCCA GCTGAGCAAC TCCAAGCAGG AGGAGACCAC CGAGAACATC 
GAGAAGCTGA GGACGTCGCT GGACAGCTGC CAGGCTTGCA TGAAAATATC CTGTTGCAGC 
CATGACCTGA AGAAGGAGGT CGACCTTCTT CAGCACCTCC AGGTGAGCCC ACCTGTCTCG 
GGGCTCCAGA AGGTGGTGCT GGACGTCCTG AGGCACGCGC TGTCCTGGCT GGAGGAGGTG 
GAGCAGCTCC TCCGGGACCT CGGGATCCTG CCCTCCAGCC CCAACAAAGG GTTCTCTTTG 
TATCTGATAT ATCTTCTGGA ACATTATAAA AAACTTATGA GCCAGGCCCA GGAACTTCAG 
ATCAAGTTCA ACAGTTCTCA GGAAACTCAG CAGTCTTTAC TGCAGGAAAA GCTGCGGGAG 
CATCTGGCAG AGAAGGAGAA GCTGAACGAG GAGAGGCTAG AGCAAGAGGA GAAGCTCAAA 
GCCAAAATCA GGCAACTGAC GGAAGAGAAG GCGGCTTTGG AGGAGTACAT TACTCAAGAG 
AGAAACAGAG CGAAAGAGAC TTTAGAGGAA GAACGGAAGA GAATGCAAGA ACTGGAGAGC 
CTCCTGGCCC AGCAGAAGAA GGCTTTGGCG AAAAGCATTA CCCAGGAGAA GAACAGAGTG 
AAGGAAGCAT TAGAGGAAGA GCAGACAAGA GTCCAAGAGC TGGAGGAACG CTTGGCCCGC 
CAGAAGGAGG TTTTGGAGAG CAGCATAGCC CATGAAAAAA GAAAAGCAAA GGAAGCCTTG 
GAGTCGGAAA AGAGAAAAGT TCAGGATCTG GAGAACCATT TAACCCAACA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GATGAGGAAA 
CTGCGCCTCA GAGAGTTAAG AGGCGCCCAA GTGCACACAG CGGCTGGTAA GGACAGCTGG 
GACCTGACCC CAGATCCCTC TGACCCTGGT TCTCCTGCTG TCTGCAGGGT TGGCCGAAAG 
TGTAGAGGAG CACGAACTGA GAAACGCAAA AGAATCGACA CCTTGCAACT GTGCCTTCAA 
AGAGAAAGAC AGGCAGAGAC GAGTATTTGT AGAGATGGTG AAGAACAGGA TGCAGAACTC 
AAATTCCCAG GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT 
GAGGAAAGAG ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540597.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538899.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X30, mRNA.

Price & Availability↑

CloneID	OHu74848
Clone ID Related Accession (Same CDS sequence)	XM_011540597.2 , XM_011540597.3
Accession Version	XM_011540597.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3159bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X25
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540597.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATTG AGTCTACAAA GAAGTCTATC 
CTCAAAGAAC TGACAGTTTT CAGAGAAACA AACGTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538899.1
CDS	165..3323
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIESTKKSILKELTVFRETNV

Target ORF information:

RefSeq Version	XM_011540597.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X30, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540597.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATTG AGTCTACAAA GAAGTCTATC 
CTCAAAGAAC TGACAGTTTT CAGAGAAACA AACGTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540597.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538899.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X35, mRNA.

Price & Availability↑

CloneID	OHu74848
Clone ID Related Accession (Same CDS sequence)	XM_011540597.2 , XM_011540597.3
Accession Version	XM_011540597.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3159bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X25
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540597.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATTG AGTCTACAAA GAAGTCTATC 
CTCAAAGAAC TGACAGTTTT CAGAGAAACA AACGTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538899.1
CDS	164..3322
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIESTKKSILKELTVFRETNV

Target ORF information:

RefSeq Version	XM_011540597.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X35, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540597.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATTG AGTCTACAAA GAAGTCTATC 
CTCAAAGAAC TGACAGTTTT CAGAGAAACA AACGTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000198.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855687.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu74829
Clone ID Related Accession (Same CDS sequence)	XM_017000198.2 , XM_017000199.2 , XM_011540575.2 , XM_017000198.1 , XM_017000199.1
Accession Version	XM_017000198.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000198.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855687.1
CDS	164..4759
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000198.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000198.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000199.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855688.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu74829
Clone ID Related Accession (Same CDS sequence)	XM_017000198.2 , XM_017000199.2 , XM_011540575.2 , XM_017000198.1 , XM_017000199.1
Accession Version	XM_017000199.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000199.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855688.1
CDS	164..4759
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000199.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000199.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540575.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538877.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu74829
Clone ID Related Accession (Same CDS sequence)	XM_017000198.2 , XM_017000199.2 , XM_011540575.2 , XM_017000198.1 , XM_017000199.1
Accession Version	XM_011540575.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540575.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538877.1
CDS	164..4759
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_011540575.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540575.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000198.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855687.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu74829
Clone ID Related Accession (Same CDS sequence)	XM_017000198.2 , XM_017000199.2 , XM_011540575.2 , XM_017000198.1 , XM_017000199.1
Accession Version	XM_017000198.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855687.1
CDS	165..4760
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000198.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000198.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000199.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855688.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu74829
Clone ID Related Accession (Same CDS sequence)	XM_017000198.2 , XM_017000199.2 , XM_011540575.2 , XM_017000198.1 , XM_017000199.1
Accession Version	XM_017000199.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855688.1
CDS	165..4760
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000199.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000199.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGAGACGA GTATTTGTAG AGATGGTGAA GAACAGGATG CAGAACTCAA ATTCCCAGGT 
TGGAACCAGA AAAGCCTCCC TAAAGATGGA CCAAGAAAGA GAGATGCTGA GGAAAGAGAC 
CTCCAGCAAG TCCAGCCAGA GCCTTTTGCA TTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540576.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538878.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu74830
Clone ID Related Accession (Same CDS sequence)	XM_011540576.2
Accession Version	XM_011540576.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4593bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540576.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA ATCCTTCAGC GATCTAGGGG TCAGGTGCAA AGGGTCCCGG 
CACGAGGAGG TCATTCAGCG TCAGAAAAAG GCCTTATCTG AACTTCGAGC GCGAATTAAA 
GAACTCGAGA AGGCGCGCTC ACCAGATCAT AAAGACCACC AGAATGAATC ATTTCTAGAT 
TTAAAGAACC TCAGAATGGA AAACAATGTC CAGAAAATAC TACTGGATGC AAAACCGGAT 
TTGCCAACTC TCTCAAGAAT AGAGATCCTA GCGCCTCAGA ATGGCCTTTG CAACGCAAGG 
TTCGGCTCAG CCATGGAGAA GTCAGGGAAG ATGGATGTGG CTGAGGCTTT AGAGCTCAGT 
GAAAAGCTGT ACCTGGATAT GAGCAAAACC CTCGGAAGTC TCATGAACAT CAAGAATATG 
TCAGGCCACG TGTCCATGAA ATACCTCTCC CGCCAGGAGA GGGAGAAGGT CAACCAGCTT 
CGACAAAGGG ACCTCGACCT GGTGTTTGAT AAGATCACCC AACTCAAGAA CCAGCTGGGG 
AGGAAAGAGG AGCTGTTGAG AGGATATGAA AAGGACGTTG AACAGCTCAG GCGGAGCAAA 
GTGTCCATTG AGATGTACCA GTCGCAGGTG GCAAAGCTGG AGGATGATAT CTACAAAGAG 
GCCGAAGAGA AGGCCCTGCT GAAGGAGGCC CTGGAGCGCA TGGAGCACCA GCTGTGCCAG 
GAGAAGAGGA TCAACAGGGC CATCCGGCAG CAGAAGATGA GGAAACTGCG CCTCAGAGAG 
TTAAGAGGCG CCCAAGTGCA CACAGCGGCT GGTAAGGACA GCTGGGACCT GACCCCAGAT 
CCCTCTGACC CTGGTTCTCC TGCTGTCTGC AGGGTTGGCC GAAAGTGTAG AGGAGCACGA 
ACTGAGAAAC GCAAAAGAAT CGACACCTTG CAACTGTGCC TTCAAAGAGA AAGACAGGCA 
GAGACGAGTA TTTGTAGAGA TGGTGAAGAA CAGGATGCAG AACTCAAATT CCCAGGTTGG 
AACCAGAAAA GCCTCCCTAA AGATGGACCA AGAAAGAGAG ATGCTGAGGA AAGAGACCTC 
CAGCAAGTCC AGCCAGAGCC TTTTGCATTC TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538878.1
CDS	165..4757
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_011540576.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540576.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA ATCCTTCAGC GATCTAGGGG TCAGGTGCAA AGGGTCCCGG 
CACGAGGAGG TCATTCAGCG TCAGAAAAAG GCCTTATCTG AACTTCGAGC GCGAATTAAA 
GAACTCGAGA AGGCGCGCTC ACCAGATCAT AAAGACCACC AGAATGAATC ATTTCTAGAT 
TTAAAGAACC TCAGAATGGA AAACAATGTC CAGAAAATAC TACTGGATGC AAAACCGGAT 
TTGCCAACTC TCTCAAGAAT AGAGATCCTA GCGCCTCAGA ATGGCCTTTG CAACGCAAGG 
TTCGGCTCAG CCATGGAGAA GTCAGGGAAG ATGGATGTGG CTGAGGCTTT AGAGCTCAGT 
GAAAAGCTGT ACCTGGATAT GAGCAAAACC CTCGGAAGTC TCATGAACAT CAAGAATATG 
TCAGGCCACG TGTCCATGAA ATACCTCTCC CGCCAGGAGA GGGAGAAGGT CAACCAGCTT 
CGACAAAGGG ACCTCGACCT GGTGTTTGAT AAGATCACCC AACTCAAGAA CCAGCTGGGG 
AGGAAAGAGG AGCTGTTGAG AGGATATGAA AAGGACGTTG AACAGCTCAG GCGGAGCAAA 
GTGTCCATTG AGATGTACCA GTCGCAGGTG GCAAAGCTGG AGGATGATAT CTACAAAGAG 
GCCGAAGAGA AGGCCCTGCT GAAGGAGGCC CTGGAGCGCA TGGAGCACCA GCTGTGCCAG 
GAGAAGAGGA TCAACAGGGC CATCCGGCAG CAGAAGATGA GGAAACTGCG CCTCAGAGAG 
TTAAGAGGCG CCCAAGTGCA CACAGCGGCT GGTAAGGACA GCTGGGACCT GACCCCAGAT 
CCCTCTGACC CTGGTTCTCC TGCTGTCTGC AGGGTTGGCC GAAAGTGTAG AGGAGCACGA 
ACTGAGAAAC GCAAAAGAAT CGACACCTTG CAACTGTGCC TTCAAAGAGA AAGACAGGCA 
GAGACGAGTA TTTGTAGAGA TGGTGAAGAA CAGGATGCAG AACTCAAATT CCCAGGTTGG 
AACCAGAAAA GCCTCCCTAA AGATGGACCA AGAAAGAGAG ATGCTGAGGA AAGAGACCTC 
CAGCAAGTCC AGCCAGAGCC TTTTGCATTC TAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540577.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538879.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu74831
Clone ID Related Accession (Same CDS sequence)	XM_011540577.2
Accession Version	XM_011540577.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4545bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540577.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGTCTCCTG ACATCGACAA CCACCATGCA 
CTCATTGAAT ATAACGAGGC GGAGTGCAGC TTTGTTCTCC AGGACTTCAA TTCCCGCAAC 
GGCACGTTTG TCAACGAGTG CCACATTCAA AACGTGGCTG TGAAGCTCAT CCCTGGAGAC 
ATCCTGAGAT TTGGGTCTGC AGGGCTGACC TATGAACTGG TCATTGAAAA TCCACCTCCG 
GTCTCTTTCC CATGGATGAG GGGCCCAGCA CCATGGCCAG GGCCACAGCC ACCTCGTGCC 
ACACAGCAGC CAAACCAGGC CCCCCCACCA TCACATATCC CCTTCCACCA AGGTGTCCAG 
CCAGCACCGA TGCAAAGGAG CTGGTCCCAG GCCTTTCCCA GACCCACCGT GGTCCTGCCG 
GCCTCCCACA GGCGGCCTGT GAGCGCCAAC AAGGAGATGT TCTCGTTCGT GGTGGACGAC 
GCCCGCAAGC CACCCGTCAT CAAGCAAGTG TGGACCAATG CCATGAAACT GTCAGAAAAA 
TCAGTGGCCG AGGGGATTCC TGGGGCAGTT CCCCCTGCGG AGATTTATGT GGAGGAGGAC 
TTGGCCCAGC AGGACAAGGA TGAAATAATT CTGCTGCTGG GAAAAGAGGT CAGCCGTCTC 
TCAGATTATG AAATTGAATC CAAATACAAA GACGTCATAA TAGCAAACCT GCAGAATGAA 
GTGGCTGAGC TGAGTCAGAA GGTGTCAGAG ACCACCACCT CCAGGCAGAA TGAGAAGGAG 
ATCTCGCAGA AGTGTCAGGT TCTGGATGAA GACATCGATG CCAAACAGAA AGAGATCCAG 
AGCTTGAAAA GCCAGATCAG TGCCCTACAG AAAGGCTACA GCAAGGTGCT GTGCCAGACC 
CTGTCAGAGC GGAACTCAGA AATCACATCC CTGAAGAATG AGGGCGAGAA CTTAAAGAGA 
GACAACGCTA TCACATCAGG GATGGTGTCA TCTTTGCAAA AAGACATATT AGCAAAGGAT 
GAGCAAGTTC AACAACTAAA GGAAGAGGTC AGTCACCTAA AAAGTCAGAA CAAGGACAAG 
GACCACCAGC TGGAAGCCCT TGGCTCTAGA TGCTCGGTGC TAAAGGAAGA GTTAAAACAG 
GAAGATGCTC ACAGGGAGCT CAGGGAAGCC CAGGAGAAAG AGTTAAAACT CTGCAAAACC 
CAAATCCAAG ACATGGAGAA AGAAATGAAG AAGCTTAGGG CAGAGCTGAG GAAGAGTTGT 
ACTGAACAAA GCGTGATCTC TAGGACTCTG AGAGAAAAAA GCAAGGTTGA AGAGAAGCTT 
CAGGAGGATT CCAGAAGGAA ATTGCTTCAG CTGCAAGAAA TGGGGAACAG AGAGAGCGTC 
ATTAAAATCA ATTTGGAGAG GGCAGTAGGT CAGCTGGAGC ACTTCAGAAG TCAAGTCATC 
AAGGCCACCT ATGGACGGGC GAAGCCGTTC CGGGACAAGC CCGTCACCGA CCAACAGTTA 
ATAGAGAAAA TTACCCAGGT CACTGAGGAC AACATCAATT TTCAGCAGAA AAAGTGGACC 
CTCCAGAAAG AGACCCAGCT GAGCAACTCC AAGCAGGAGG AGACCACCGA GAACATCGAG 
AAGCTGAGGA CGTCGCTGGA CAGCTGCCAG GCTTGCATGA AAATATCCTG TTGCAGCCAT 
GACCTGAAGA AGGAGGTCGA CCTTCTTCAG CACCTCCAGG TGAGCCCACC TGTCTCGGGG 
CTCCAGAAGG TGGTGCTGGA CGTCCTGAGG CACGCGCTGT CCTGGCTGGA GGAGGTGGAG 
CAGCTCCTCC GGGACCTCGG GATCCTGCCC TCCAGCCCCA ACAAAGGGTT CTCTTTGTAT 
CTGATATATC TTCTGGAACA TTATAAAAAA CTTATGAGCC AGGCCCAGGA ACTTCAGATC 
AAGTTCAACA GTTCTCAGGA AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT 
CTGGCAGAGA AGGAGAAGCT GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC 
AAAATCAGGC AACTGACGGA AGAGAAGGCG GCTTTGGAGG AGTACATTAC TCAAGAGAGA 
AACAGAGCGA AAGAGACTTT AGAGGAAGAA CGGAAGAGAA TGCAAGAACT GGAGAGCCTC 
CTGGCCCAGC AGAAGAAGGC TTTGGCGAAA AGCATTACCC AGGAGAAGAA CAGAGTGAAG 
GAAGCATTAG AGGAAGAGCA GACAAGAGTC CAAGAGCTGG AGGAACGCTT GGCCCGCCAG 
AAGGAGGTTT TGGAGAGCAG CATAGCCCAT GAAAAAAGAA AAGCAAAGGA AGCCTTGGAG 
TCGGAAAAGA GAAAAGTTCA GGATCTGGAG AACCATTTAA CCCAACAGAA GGAGATCTCA 
GAGAGCAACA TTGCGTACGA GAAACGCAAA GCAAAGGAGG CCATGGAGAA GGAAAAGAAA 
AAGGTGCAAG ACCTGGAGAA TCGCTTAACC AAGCAGAAAG AGGAATTAGA ATTAAAAGAG 
CAAAAAGAGG ACGTTTTAAA TAATAAATTA AGTGACGCAC TGGCCATGGT TGAAGAGACT 
CAGAAAACAA AGGCAACTGA AAGTCTAAAA GCAGAGAGCC TCGCCTTGAA ATTAAATGAA 
ACATTAGCCG AACTGGAAAC TACCAAGACA AAAATGATCA TGGTGGAAGA GCGGCTAATC 
CTGCAGCAGA AGATGGTAAA GGCCCTCCAG GATGAGCAGG AATCACAGAG ACACGGGTTT 
GAAGAAGAGA TCATGGAATA TAAGGAGCAA ATCAAACAGC ACGCCCAGAC AATTGTGAGC 
CTCGAAGAGA AACTCCAGAA AGTCACTCAG CACCATAAAA AAATAGAAGG CGAGATTGCA 
ACATTGAAGG ACAATGACCC AGCCCCAAAG GAGGAAAGGC CGCAAGACCC TCTGGTGGCT 
CCCATGACAG AGAGCAGTGC CAAAGACATG GCGTACGAAC ATCTGATAGA TGACTTATTG 
GCTGCTCAGA AGGAAATTCT GTCTCAGCAG GAAGTCATCA TGAAGTTAAG GAAAGACCTT 
ACCGAAGCCC ACAGCAGAAT GTCGGATTTG AGAGGGGAGC TAAACGAGAA GCAGAAGATG 
GAACTGGAGC AGAACGTGGT GCTGGTCCAG CAGCAGAGCA AGGAGCTGAG TGTGCTCAAG 
GAGAAGATGG CCCAGATGAG CAGCCTGGTA GAAAAGAAAG ATCGGGAGCT GAAGGCCCTT 
GAGGAGGCAC TCAGGGCTTC CCAAGAGAAA CACAGACTCC AGCTGAACAC AGAGAAGGAA 
CAGAAGCCCC GGAAGAAGAC CCAGACGTGT GACACCTCTG TGCAGATAGA ACCCGTCCAC 
ACTGAGGCCT TCTCCAGCAG CCAAGAGCAG CAATCCTTCA GCGATCTAGG GGTCAGGTGC 
AAAGGGTCCC GGCACGAGGA GGTCATTCAG CGTCAGAAAA AGGCCTTATC TGAACTTCGA 
GCGCGAATTA AAGAACTCGA GAAGGCGCGC TCACCAGATC ATAAAGACCA CCAGAATGAA 
TCATTTCTAG ATTTAAAGAA CCTCAGAATG GAAAACAATG TCCAGAAAAT ACTACTGGAT 
GCAAAACCGG ATTTGCCAAC TCTCTCAAGA ATAGAGATCC TAGCGCCTCA GAATGGCCTT 
TGCAACGCAA GGTTCGGCTC AGCCATGGAG AAGTCAGGGA AGATGGATGT GGCTGAGGCT 
TTAGAGCTCA GTGAAAAGCT GTACCTGGAT ATGAGCAAAA CCCTCGGAAG TCTCATGAAC 
ATCAAGAATA TGTCAGGCCA CGTGTCCATG AAATACCTCT CCCGCCAGGA GAGGGAGAAG 
GTCAACCAGC TTCGACAAAG GGACCTCGAC CTGGTGTTTG ATAAGATCAC CCAACTCAAG 
AACCAGCTGG GGAGGAAAGA GGAGCTGTTG AGAGGATATG AAAAGGACGT TGAACAGCTC 
AGGCGGAGCA AAGTGTCCAT TGAGATGTAC CAGTCGCAGG TGGCAAAGCT GGAGGATGAT 
ATCTACAAAG AGGCCGAAGA GAAGGCCCTG CTGAAGGAGG CCCTGGAGCG CATGGAGCAC 
CAGCTGTGCC AGGAGAAGAG GATCAACAGG GCCATCCGGC AGCAGAAGAT GAGGAAACTG 
CGCCTCAGAG AGTTAAGAGG CGCCCAAGTG CACACAGCGG CTGGTAAGGA CAGCTGGGAC 
CTGACCCCAG ATCCCTCTGA CCCTGGTTCT CCTGCTGTCT GCAGGGTTGG CCGAAAGTGT 
AGAGGAGCAC GAACTGAGAA ACGCAAAAGA ATCGACACCT TGCAACTGTG CCTTCAAAGA 
GAAAGACAGG CAGAGACGAG TATTTGTAGA GATGGTGAAG AACAGGATGC AGAACTCAAA 
TTCCCAGGTT GGAACCAGAA AAGCCTCCCT AAAGATGGAC CAAGAAAGAG AGATGCTGAG 
GAAAGAGACC TCCAGCAAGT CCAGCCAGAG CCTTTTGCAT TCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538879.1
CDS	177..4721
Translation	MKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_011540577.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540577.2

ORF Insert Sequence:

ATGAAGGCCT ATCTAAAGAG CGCAGAAGGC TTTTTTGTCC TAAATAAAAG TACCACAATT 
GGAAGGCATG AAAATTCAGA CCTTGTTTTA CAGTCTCCTG ACATCGACAA CCACCATGCA 
CTCATTGAAT ATAACGAGGC GGAGTGCAGC TTTGTTCTCC AGGACTTCAA TTCCCGCAAC 
GGCACGTTTG TCAACGAGTG CCACATTCAA AACGTGGCTG TGAAGCTCAT CCCTGGAGAC 
ATCCTGAGAT TTGGGTCTGC AGGGCTGACC TATGAACTGG TCATTGAAAA TCCACCTCCG 
GTCTCTTTCC CATGGATGAG GGGCCCAGCA CCATGGCCAG GGCCACAGCC ACCTCGTGCC 
ACACAGCAGC CAAACCAGGC CCCCCCACCA TCACATATCC CCTTCCACCA AGGTGTCCAG 
CCAGCACCGA TGCAAAGGAG CTGGTCCCAG GCCTTTCCCA GACCCACCGT GGTCCTGCCG 
GCCTCCCACA GGCGGCCTGT GAGCGCCAAC AAGGAGATGT TCTCGTTCGT GGTGGACGAC 
GCCCGCAAGC CACCCGTCAT CAAGCAAGTG TGGACCAATG CCATGAAACT GTCAGAAAAA 
TCAGTGGCCG AGGGGATTCC TGGGGCAGTT CCCCCTGCGG AGATTTATGT GGAGGAGGAC 
TTGGCCCAGC AGGACAAGGA TGAAATAATT CTGCTGCTGG GAAAAGAGGT CAGCCGTCTC 
TCAGATTATG AAATTGAATC CAAATACAAA GACGTCATAA TAGCAAACCT GCAGAATGAA 
GTGGCTGAGC TGAGTCAGAA GGTGTCAGAG ACCACCACCT CCAGGCAGAA TGAGAAGGAG 
ATCTCGCAGA AGTGTCAGGT TCTGGATGAA GACATCGATG CCAAACAGAA AGAGATCCAG 
AGCTTGAAAA GCCAGATCAG TGCCCTACAG AAAGGCTACA GCAAGGTGCT GTGCCAGACC 
CTGTCAGAGC GGAACTCAGA AATCACATCC CTGAAGAATG AGGGCGAGAA CTTAAAGAGA 
GACAACGCTA TCACATCAGG GATGGTGTCA TCTTTGCAAA AAGACATATT AGCAAAGGAT 
GAGCAAGTTC AACAACTAAA GGAAGAGGTC AGTCACCTAA AAAGTCAGAA CAAGGACAAG 
GACCACCAGC TGGAAGCCCT TGGCTCTAGA TGCTCGGTGC TAAAGGAAGA GTTAAAACAG 
GAAGATGCTC ACAGGGAGCT CAGGGAAGCC CAGGAGAAAG AGTTAAAACT CTGCAAAACC 
CAAATCCAAG ACATGGAGAA AGAAATGAAG AAGCTTAGGG CAGAGCTGAG GAAGAGTTGT 
ACTGAACAAA GCGTGATCTC TAGGACTCTG AGAGAAAAAA GCAAGGTTGA AGAGAAGCTT 
CAGGAGGATT CCAGAAGGAA ATTGCTTCAG CTGCAAGAAA TGGGGAACAG AGAGAGCGTC 
ATTAAAATCA ATTTGGAGAG GGCAGTAGGT CAGCTGGAGC ACTTCAGAAG TCAAGTCATC 
AAGGCCACCT ATGGACGGGC GAAGCCGTTC CGGGACAAGC CCGTCACCGA CCAACAGTTA 
ATAGAGAAAA TTACCCAGGT CACTGAGGAC AACATCAATT TTCAGCAGAA AAAGTGGACC 
CTCCAGAAAG AGACCCAGCT GAGCAACTCC AAGCAGGAGG AGACCACCGA GAACATCGAG 
AAGCTGAGGA CGTCGCTGGA CAGCTGCCAG GCTTGCATGA AAATATCCTG TTGCAGCCAT 
GACCTGAAGA AGGAGGTCGA CCTTCTTCAG CACCTCCAGG TGAGCCCACC TGTCTCGGGG 
CTCCAGAAGG TGGTGCTGGA CGTCCTGAGG CACGCGCTGT CCTGGCTGGA GGAGGTGGAG 
CAGCTCCTCC GGGACCTCGG GATCCTGCCC TCCAGCCCCA ACAAAGGGTT CTCTTTGTAT 
CTGATATATC TTCTGGAACA TTATAAAAAA CTTATGAGCC AGGCCCAGGA ACTTCAGATC 
AAGTTCAACA GTTCTCAGGA AACTCAGCAG TCTTTACTGC AGGAAAAGCT GCGGGAGCAT 
CTGGCAGAGA AGGAGAAGCT GAACGAGGAG AGGCTAGAGC AAGAGGAGAA GCTCAAAGCC 
AAAATCAGGC AACTGACGGA AGAGAAGGCG GCTTTGGAGG AGTACATTAC TCAAGAGAGA 
AACAGAGCGA AAGAGACTTT AGAGGAAGAA CGGAAGAGAA TGCAAGAACT GGAGAGCCTC 
CTGGCCCAGC AGAAGAAGGC TTTGGCGAAA AGCATTACCC AGGAGAAGAA CAGAGTGAAG 
GAAGCATTAG AGGAAGAGCA GACAAGAGTC CAAGAGCTGG AGGAACGCTT GGCCCGCCAG 
AAGGAGGTTT TGGAGAGCAG CATAGCCCAT GAAAAAAGAA AAGCAAAGGA AGCCTTGGAG 
TCGGAAAAGA GAAAAGTTCA GGATCTGGAG AACCATTTAA CCCAACAGAA GGAGATCTCA 
GAGAGCAACA TTGCGTACGA GAAACGCAAA GCAAAGGAGG CCATGGAGAA GGAAAAGAAA 
AAGGTGCAAG ACCTGGAGAA TCGCTTAACC AAGCAGAAAG AGGAATTAGA ATTAAAAGAG 
CAAAAAGAGG ACGTTTTAAA TAATAAATTA AGTGACGCAC TGGCCATGGT TGAAGAGACT 
CAGAAAACAA AGGCAACTGA AAGTCTAAAA GCAGAGAGCC TCGCCTTGAA ATTAAATGAA 
ACATTAGCCG AACTGGAAAC TACCAAGACA AAAATGATCA TGGTGGAAGA GCGGCTAATC 
CTGCAGCAGA AGATGGTAAA GGCCCTCCAG GATGAGCAGG AATCACAGAG ACACGGGTTT 
GAAGAAGAGA TCATGGAATA TAAGGAGCAA ATCAAACAGC ACGCCCAGAC AATTGTGAGC 
CTCGAAGAGA AACTCCAGAA AGTCACTCAG CACCATAAAA AAATAGAAGG CGAGATTGCA 
ACATTGAAGG ACAATGACCC AGCCCCAAAG GAGGAAAGGC CGCAAGACCC TCTGGTGGCT 
CCCATGACAG AGAGCAGTGC CAAAGACATG GCGTACGAAC ATCTGATAGA TGACTTATTG 
GCTGCTCAGA AGGAAATTCT GTCTCAGCAG GAAGTCATCA TGAAGTTAAG GAAAGACCTT 
ACCGAAGCCC ACAGCAGAAT GTCGGATTTG AGAGGGGAGC TAAACGAGAA GCAGAAGATG 
GAACTGGAGC AGAACGTGGT GCTGGTCCAG CAGCAGAGCA AGGAGCTGAG TGTGCTCAAG 
GAGAAGATGG CCCAGATGAG CAGCCTGGTA GAAAAGAAAG ATCGGGAGCT GAAGGCCCTT 
GAGGAGGCAC TCAGGGCTTC CCAAGAGAAA CACAGACTCC AGCTGAACAC AGAGAAGGAA 
CAGAAGCCCC GGAAGAAGAC CCAGACGTGT GACACCTCTG TGCAGATAGA ACCCGTCCAC 
ACTGAGGCCT TCTCCAGCAG CCAAGAGCAG CAATCCTTCA GCGATCTAGG GGTCAGGTGC 
AAAGGGTCCC GGCACGAGGA GGTCATTCAG CGTCAGAAAA AGGCCTTATC TGAACTTCGA 
GCGCGAATTA AAGAACTCGA GAAGGCGCGC TCACCAGATC ATAAAGACCA CCAGAATGAA 
TCATTTCTAG ATTTAAAGAA CCTCAGAATG GAAAACAATG TCCAGAAAAT ACTACTGGAT 
GCAAAACCGG ATTTGCCAAC TCTCTCAAGA ATAGAGATCC TAGCGCCTCA GAATGGCCTT 
TGCAACGCAA GGTTCGGCTC AGCCATGGAG AAGTCAGGGA AGATGGATGT GGCTGAGGCT 
TTAGAGCTCA GTGAAAAGCT GTACCTGGAT ATGAGCAAAA CCCTCGGAAG TCTCATGAAC 
ATCAAGAATA TGTCAGGCCA CGTGTCCATG AAATACCTCT CCCGCCAGGA GAGGGAGAAG 
GTCAACCAGC TTCGACAAAG GGACCTCGAC CTGGTGTTTG ATAAGATCAC CCAACTCAAG 
AACCAGCTGG GGAGGAAAGA GGAGCTGTTG AGAGGATATG AAAAGGACGT TGAACAGCTC 
AGGCGGAGCA AAGTGTCCAT TGAGATGTAC CAGTCGCAGG TGGCAAAGCT GGAGGATGAT 
ATCTACAAAG AGGCCGAAGA GAAGGCCCTG CTGAAGGAGG CCCTGGAGCG CATGGAGCAC 
CAGCTGTGCC AGGAGAAGAG GATCAACAGG GCCATCCGGC AGCAGAAGAT GAGGAAACTG 
CGCCTCAGAG AGTTAAGAGG CGCCCAAGTG CACACAGCGG CTGGTAAGGA CAGCTGGGAC 
CTGACCCCAG ATCCCTCTGA CCCTGGTTCT CCTGCTGTCT GCAGGGTTGG CCGAAAGTGT 
AGAGGAGCAC GAACTGAGAA ACGCAAAAGA ATCGACACCT TGCAACTGTG CCTTCAAAGA 
GAAAGACAGG CAGAGACGAG TATTTGTAGA GATGGTGAAG AACAGGATGC AGAACTCAAA 
TTCCCAGGTT GGAACCAGAA AAGCCTCCCT AAAGATGGAC CAAGAAAGAG AGATGCTGAG 
GAAAGAGACC TCCAGCAAGT CCAGCCAGAG CCTTTTGCAT TCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000200.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855689.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu74832
Clone ID Related Accession (Same CDS sequence)	XM_017000200.1
Accession Version	XM_017000200.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4542bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGGTTGGA ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA 
AGAGACCTCC AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855689.1
CDS	164..4705
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000200.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000200.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGGTTGGA ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA 
AGAGACCTCC AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000201.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855690.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu74833
Clone ID Related Accession (Same CDS sequence)	XM_017000201.1
Accession Version	XM_017000201.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4527bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGAAAGT GTAGAGGAGC ACGAACTGAG 
AAACGCAAAA GAATCGACAC CTTGCAACTG TGCCTTCAAA GAGAAAGACA GGCAGAGACG 
AGTATTTGTA GAGATGGTGA AGAACAGGAT GCAGAACTCA AATTCCCAGG TTGGAACCAG 
AAAAGCCTCC CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA 
GTCCAGCCAG AGCCTTTTGC ATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855690.1
CDS	164..4690
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000201.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000201.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGAAAGT GTAGAGGAGC ACGAACTGAG 
AAACGCAAAA GAATCGACAC CTTGCAACTG TGCCTTCAAA GAGAAAGACA GGCAGAGACG 
AGTATTTGTA GAGATGGTGA AGAACAGGAT GCAGAACTCA AATTCCCAGG TTGGAACCAG 
AAAAGCCTCC CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA 
GTCCAGCCAG AGCCTTTTGC ATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540582.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538884.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu74834
Clone ID Related Accession (Same CDS sequence)	XM_011540582.2 , XM_011540580.2 , XM_011540580.3 , XM_011540581.2 , XM_011540581.3 , XM_011540582.3
Accession Version	XM_011540582.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540582.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538884.1
CDS	163..4653
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540582.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540582.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540580.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538882.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu74834
Clone ID Related Accession (Same CDS sequence)	XM_011540582.2 , XM_011540580.2 , XM_011540580.3 , XM_011540581.2 , XM_011540581.3 , XM_011540582.3
Accession Version	XM_011540580.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540580.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538882.1
CDS	163..4653
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540580.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540580.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540580.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538882.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu74834
Clone ID Related Accession (Same CDS sequence)	XM_011540582.2 , XM_011540580.2 , XM_011540580.3 , XM_011540581.2 , XM_011540581.3 , XM_011540582.3
Accession Version	XM_011540580.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540580.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538882.1
CDS	161..4651
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540580.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540580.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540581.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538883.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu74834
Clone ID Related Accession (Same CDS sequence)	XM_011540582.2 , XM_011540580.2 , XM_011540580.3 , XM_011540581.2 , XM_011540581.3 , XM_011540582.3
Accession Version	XM_011540581.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540581.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538883.1
CDS	163..4653
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540581.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540581.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540581.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538883.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu74834
Clone ID Related Accession (Same CDS sequence)	XM_011540582.2 , XM_011540580.2 , XM_011540580.3 , XM_011540581.2 , XM_011540581.3 , XM_011540582.3
Accession Version	XM_011540581.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540581.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538883.1
CDS	162..4652
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540581.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540581.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540582.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538884.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu74834
Clone ID Related Accession (Same CDS sequence)	XM_011540582.2 , XM_011540580.2 , XM_011540580.3 , XM_011540581.2 , XM_011540581.3 , XM_011540582.3
Accession Version	XM_011540582.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540582.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538884.1
CDS	162..4652
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540582.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540582.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
AGACGAGTAT TTGTAGAGAT GGTGAAGAAC AGGATGCAGA ACTCAAATTC CCAGGTTGGA 
ACCAGAAAAG CCTCCCTAAA GATGGACCAA GAAAGAGAGA TGCTGAGGAA AGAGACCTCC 
AGCAAGTCCA GCCAGAGCCT TTTGCATTCT AAGCCCAGTG GAAAGTACTA G

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000202.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855691.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu74835
Clone ID Related Accession (Same CDS sequence)	XM_017000202.1
Accession Version	XM_017000202.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4488bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGCTGG AGCACTTCAG AAGTCAAGTC 
ATCAAGGCCA CCTATGGACG GGCGAAGCCG TTCCGGGACA AGCCCGTCAC CGACCAACAG 
TTAATAGAGA AAATTACCCA GGTCACTGAG GACAACATCA ATTTTCAGCA GAAAAAGTGG 
ACCCTCCAGA AAGAGACCCA GCTGAGCAAC TCCAAGCAGG AGGAGACCAC CGAGAACATC 
GAGAAGCTGA GGACGTCGCT GGACAGCTGC CAGGCTTGCA TGAAAATATC CTGTTGCAGC 
CATGACCTGA AGAAGGAGGT CGACCTTCTT CAGCACCTCC AGGTGAGCCC ACCTGTCTCG 
GGGCTCCAGA AGGTGGTGCT GGACGTCCTG AGGCACGCGC TGTCCTGGCT GGAGGAGGTG 
GAGCAGCTCC TCCGGGACCT CGGGATCCTG CCCTCCAGCC CCAACAAAGG GTTCTCTTTG 
TATCTGATAT ATCTTCTGGA ACATTATAAA AAACTTATGA GCCAGGCCCA GGAACTTCAG 
ATCAAGTTCA ACAGTTCTCA GGAAACTCAG CAGTCTTTAC TGCAGGAAAA GCTGCGGGAG 
CATCTGGCAG AGAAGGAGAA GCTGAACGAG GAGAGGCTAG AGCAAGAGGA GAAGCTCAAA 
GCCAAAATCA GGCAACTGAC GGAAGAGAAG GCGGCTTTGG AGGAGTACAT TACTCAAGAG 
AGAAACAGAG CGAAAGAGAC TTTAGAGGAA GAACGGAAGA GAATGCAAGA ACTGGAGAGC 
CTCCTGGCCC AGCAGAAGAA GGCTTTGGCG AAAAGCATTA CCCAGGAGAA GAACAGAGTG 
AAGGAAGCAT TAGAGGAAGA GCAGACAAGA GTCCAAGAGC TGGAGGAACG CTTGGCCCGC 
CAGAAGGAGG TTTTGGAGAG CAGCATAGCC CATGAAAAAA GAAAAGCAAA GGAAGCCTTG 
GAGTCGGAAA AGAGAAAAGT TCAGGATCTG GAGAACCATT TAACCCAACA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GATGAGGAAA 
CTGCGCCTCA GAGAGTTAAG AGGCGCCCAA GTGCACACAG CGGCTGGTAA GGACAGCTGG 
GACCTGACCC CAGATCCCTC TGACCCTGGT TCTCCTGCTG TCTGCAGGGT TGGCCGAAAG 
TGTAGAGGAG CACGAACTGA GAAACGCAAA AGAATCGACA CCTTGCAACT GTGCCTTCAA 
AGAGAAAGAC AGGCAGAGAC GAGTATTTGT AGAGATGGTG AAGAACAGGA TGCAGAACTC 
AAATTCCCAG GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT 
GAGGAAAGAG ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855691.1
CDS	165..4652
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000202.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000202.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGCTGG AGCACTTCAG AAGTCAAGTC 
ATCAAGGCCA CCTATGGACG GGCGAAGCCG TTCCGGGACA AGCCCGTCAC CGACCAACAG 
TTAATAGAGA AAATTACCCA GGTCACTGAG GACAACATCA ATTTTCAGCA GAAAAAGTGG 
ACCCTCCAGA AAGAGACCCA GCTGAGCAAC TCCAAGCAGG AGGAGACCAC CGAGAACATC 
GAGAAGCTGA GGACGTCGCT GGACAGCTGC CAGGCTTGCA TGAAAATATC CTGTTGCAGC 
CATGACCTGA AGAAGGAGGT CGACCTTCTT CAGCACCTCC AGGTGAGCCC ACCTGTCTCG 
GGGCTCCAGA AGGTGGTGCT GGACGTCCTG AGGCACGCGC TGTCCTGGCT GGAGGAGGTG 
GAGCAGCTCC TCCGGGACCT CGGGATCCTG CCCTCCAGCC CCAACAAAGG GTTCTCTTTG 
TATCTGATAT ATCTTCTGGA ACATTATAAA AAACTTATGA GCCAGGCCCA GGAACTTCAG 
ATCAAGTTCA ACAGTTCTCA GGAAACTCAG CAGTCTTTAC TGCAGGAAAA GCTGCGGGAG 
CATCTGGCAG AGAAGGAGAA GCTGAACGAG GAGAGGCTAG AGCAAGAGGA GAAGCTCAAA 
GCCAAAATCA GGCAACTGAC GGAAGAGAAG GCGGCTTTGG AGGAGTACAT TACTCAAGAG 
AGAAACAGAG CGAAAGAGAC TTTAGAGGAA GAACGGAAGA GAATGCAAGA ACTGGAGAGC 
CTCCTGGCCC AGCAGAAGAA GGCTTTGGCG AAAAGCATTA CCCAGGAGAA GAACAGAGTG 
AAGGAAGCAT TAGAGGAAGA GCAGACAAGA GTCCAAGAGC TGGAGGAACG CTTGGCCCGC 
CAGAAGGAGG TTTTGGAGAG CAGCATAGCC CATGAAAAAA GAAAAGCAAA GGAAGCCTTG 
GAGTCGGAAA AGAGAAAAGT TCAGGATCTG GAGAACCATT TAACCCAACA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GATGAGGAAA 
CTGCGCCTCA GAGAGTTAAG AGGCGCCCAA GTGCACACAG CGGCTGGTAA GGACAGCTGG 
GACCTGACCC CAGATCCCTC TGACCCTGGT TCTCCTGCTG TCTGCAGGGT TGGCCGAAAG 
TGTAGAGGAG CACGAACTGA GAAACGCAAA AGAATCGACA CCTTGCAACT GTGCCTTCAA 
AGAGAAAGAC AGGCAGAGAC GAGTATTTGT AGAGATGGTG AAGAACAGGA TGCAGAACTC 
AAATTCCCAG GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT 
GAGGAAAGAG ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540584.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538886.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu74836
Clone ID Related Accession (Same CDS sequence)	XM_011540584.2 , XM_011540584.3
Accession Version	XM_011540584.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4479bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540584.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGGCCCTG CCCCACCTGC CTGCAGTTTG AACGGATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538886.1
CDS	164..4642
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAGPAPPACSLNG

Target ORF information:

RefSeq Version	XM_011540584.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540584.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGGCCCTG CCCCACCTGC CTGCAGTTTG AACGGATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540584.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538886.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu74836
Clone ID Related Accession (Same CDS sequence)	XM_011540584.2 , XM_011540584.3
Accession Version	XM_011540584.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4479bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540584.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGGCCCTG CCCCACCTGC CTGCAGTTTG AACGGATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538886.1
CDS	164..4642
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAGPAPPACSLNG

Target ORF information:

RefSeq Version	XM_011540584.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540584.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGAGGAAACT GCGCCTCAGA 
GAGTTAAGAG GCGCCCAAGT GCACACAGCG GCTGGTAAGG ACAGCTGGGA CCTGACCCCA 
GATCCCTCTG ACCCTGGTTC TCCTGCTGTC TGCAGGGTTG GCCGAAAGTG TAGAGGAGCA 
CGAACTGAGA AACGCAAAAG AATCGACACC TTGCAACTGT GCCTTCAAAG AGAAAGACAG 
GCAGGCCCTG CCCCACCTGC CTGCAGTTTG AACGGATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000203.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855692.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu74837
Clone ID Related Accession (Same CDS sequence)	XM_017000203.1 , XM_017000203.2
Accession Version	XM_017000203.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT GAGGAAAGAG 
ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAAGC CCAGTGGAAA GTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855692.1
CDS	161..4597
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000203.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000203.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT GAGGAAAGAG 
ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAAGC CCAGTGGAAA GTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000203.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855692.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu74837
Clone ID Related Accession (Same CDS sequence)	XM_017000203.1 , XM_017000203.2
Accession Version	XM_017000203.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000203.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT GAGGAAAGAG 
ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAAGC CCAGTGGAAA GTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855692.1
CDS	160..4596
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKESVEEHELRNAKESTPCNCAFKEKDRQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000203.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000203.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG AAAGTGTAGA GGAGCACGAA 
CTGAGAAACG CAAAAGAATC GACACCTTGC AACTGTGCCT TCAAAGAGAA AGACAGGCAG 
GTTGGAACCA GAAAAGCCTC CCTAAAGATG GACCAAGAAA GAGAGATGCT GAGGAAAGAG 
ACCTCCAGCA AGTCCAGCCA GAGCCTTTTG CATTCTAAGC CCAGTGGAAA GTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000204.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855693.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu74838
Clone ID Related Accession (Same CDS sequence)	XM_017000204.1 , XM_017000204.2 , XM_024452887.1
Accession Version	XM_017000204.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4410bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA GACGAGTATT TGTAGAGATG 
GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855693.1
CDS	160..4569
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000204.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000204.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA GACGAGTATT TGTAGAGATG 
GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000204.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855693.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu74838
Clone ID Related Accession (Same CDS sequence)	XM_017000204.1 , XM_017000204.2 , XM_024452887.1
Accession Version	XM_017000204.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4410bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000204.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA GACGAGTATT TGTAGAGATG 
GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855693.1
CDS	158..4567
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000204.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000204.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA GACGAGTATT TGTAGAGATG 
GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452887.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308655.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu74838
Clone ID Related Accession (Same CDS sequence)	XM_017000204.1 , XM_017000204.2 , XM_024452887.1
Accession Version	XM_024452887.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4410bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA GACGAGTATT TGTAGAGATG 
GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308655.1
CDS	158..4567
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_024452887.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452887.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA GACGAGTATT TGTAGAGATG 
GTGAAGAACA GGATGCAGAA CTCAAATTCC CAGGTTGGAA CCAGAAAAGC CTCCCTAAAG 
ATGGACCAAG AAAGAGAGAT GCTGAGGAAA GAGACCTCCA GCAAGTCCAG CCAGAGCCTT 
TTGCATTCTA AGCCCAGTGG AAAGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000207.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855696.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu74839
Clone ID Related Accession (Same CDS sequence)	XM_017000207.1 , XM_017000207.2
Accession Version	XM_017000207.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4359bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGA TCAGTGCCCT ACAGAAAGGC TACAGCAAGG TGCTGTGCCA GACCCTGTCA 
GAGCGGAACT CAGAAATCAC ATCCCTGAAG AATGAGGGCG AGAACTTAAA GAGAGACAAC 
GCTATCACAT CAGGGATGGT GTCATCTTTG CAAAAAGACA TATTAGCAAA GGATGAGCAA 
GTTCAACAAC TAAAGGAAGA GGTCAGTCAC CTAAAAAGTC AGAACAAGGA CAAGGACCAC 
CAGCTGGAAG CCCTTGGCTC TAGATGCTCG GTGCTAAAGG AAGAGTTAAA ACAGGAAGAT 
GCTCACAGGG AGCTCAGGGA AGCCCAGGAG AAAGAGTTAA AACTCTGCAA AACCCAAATC 
CAAGACATGG AGAAAGAAAT GAAGAAGCTT AGGGCAGAGC TGAGGAAGAG TTGTACTGAA 
CAAAGCGTGA TCTCTAGGAC TCTGAGAGAA AAAAGCAAGG TTGAAGAGAA GCTTCAGGAG 
GATTCCAGAA GGAAATTGCT TCAGCTGCAA GAAATGGGGA ACAGAGAGAG CGTCATTAAA 
ATCAATTTGG AGAGGGCAGT AGGTCAGCTG GAGCACTTCA GAAGTCAAGT CATCAAGGCC 
ACCTATGGAC GGGCGAAGCC GTTCCGGGAC AAGCCCGTCA CCGACCAACA GTTAATAGAG 
AAAATTACCC AGGTCACTGA GGACAACATC AATTTTCAGC AGAAAAAGTG GACCCTCCAG 
AAAGAGACCC AGCTGAGCAA CTCCAAGCAG GAGGAGACCA CCGAGAACAT CGAGAAGCTG 
AGGACGTCGC TGGACAGCTG CCAGGCTTGC ATGAAAATAT CCTGTTGCAG CCATGACCTG 
AAGAAGGAGG TCGACCTTCT TCAGCACCTC CAGGTGAGCC CACCTGTCTC GGGGCTCCAG 
AAGGTGGTGC TGGACGTCCT GAGGCACGCG CTGTCCTGGC TGGAGGAGGT GGAGCAGCTC 
CTCCGGGACC TCGGGATCCT GCCCTCCAGC CCCAACAAAG GGTTCTCTTT GTATCTGATA 
TATCTTCTGG AACATTATAA AAAACTTATG AGCCAGGCCC AGGAACTTCA GATCAAGTTC 
AACAGTTCTC AGGAAACTCA GCAGTCTTTA CTGCAGGAAA AGCTGCGGGA GCATCTGGCA 
GAGAAGGAGA AGCTGAACGA GGAGAGGCTA GAGCAAGAGG AGAAGCTCAA AGCCAAAATC 
AGGCAACTGA CGGAAGAGAA GGCGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGATGAGGAA ACTGCGCCTC 
AGAGAGTTAA GAGGCGCCCA AGTGCACACA GCGGCTGGTA AGGACAGCTG GGACCTGACC 
CCAGATCCCT CTGACCCTGG TTCTCCTGCT GTCTGCAGGG TTGGCCGAAA GTGTAGAGGA 
GCACGAACTG AGAAACGCAA AAGAATCGAC ACCTTGCAAC TGTGCCTTCA AAGAGAAAGA 
CAGGCAGAGA CGAGTATTTG TAGAGATGGT GAAGAACAGG ATGCAGAACT CAAATTCCCA 
GGTTGGAACC AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA 
GACCTCCAGC AAGTCCAGCC AGAGCCTTTT GCATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855696.1
CDS	166..4524
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000207.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000207.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGA TCAGTGCCCT ACAGAAAGGC TACAGCAAGG TGCTGTGCCA GACCCTGTCA 
GAGCGGAACT CAGAAATCAC ATCCCTGAAG AATGAGGGCG AGAACTTAAA GAGAGACAAC 
GCTATCACAT CAGGGATGGT GTCATCTTTG CAAAAAGACA TATTAGCAAA GGATGAGCAA 
GTTCAACAAC TAAAGGAAGA GGTCAGTCAC CTAAAAAGTC AGAACAAGGA CAAGGACCAC 
CAGCTGGAAG CCCTTGGCTC TAGATGCTCG GTGCTAAAGG AAGAGTTAAA ACAGGAAGAT 
GCTCACAGGG AGCTCAGGGA AGCCCAGGAG AAAGAGTTAA AACTCTGCAA AACCCAAATC 
CAAGACATGG AGAAAGAAAT GAAGAAGCTT AGGGCAGAGC TGAGGAAGAG TTGTACTGAA 
CAAAGCGTGA TCTCTAGGAC TCTGAGAGAA AAAAGCAAGG TTGAAGAGAA GCTTCAGGAG 
GATTCCAGAA GGAAATTGCT TCAGCTGCAA GAAATGGGGA ACAGAGAGAG CGTCATTAAA 
ATCAATTTGG AGAGGGCAGT AGGTCAGCTG GAGCACTTCA GAAGTCAAGT CATCAAGGCC 
ACCTATGGAC GGGCGAAGCC GTTCCGGGAC AAGCCCGTCA CCGACCAACA GTTAATAGAG 
AAAATTACCC AGGTCACTGA GGACAACATC AATTTTCAGC AGAAAAAGTG GACCCTCCAG 
AAAGAGACCC AGCTGAGCAA CTCCAAGCAG GAGGAGACCA CCGAGAACAT CGAGAAGCTG 
AGGACGTCGC TGGACAGCTG CCAGGCTTGC ATGAAAATAT CCTGTTGCAG CCATGACCTG 
AAGAAGGAGG TCGACCTTCT TCAGCACCTC CAGGTGAGCC CACCTGTCTC GGGGCTCCAG 
AAGGTGGTGC TGGACGTCCT GAGGCACGCG CTGTCCTGGC TGGAGGAGGT GGAGCAGCTC 
CTCCGGGACC TCGGGATCCT GCCCTCCAGC CCCAACAAAG GGTTCTCTTT GTATCTGATA 
TATCTTCTGG AACATTATAA AAAACTTATG AGCCAGGCCC AGGAACTTCA GATCAAGTTC 
AACAGTTCTC AGGAAACTCA GCAGTCTTTA CTGCAGGAAA AGCTGCGGGA GCATCTGGCA 
GAGAAGGAGA AGCTGAACGA GGAGAGGCTA GAGCAAGAGG AGAAGCTCAA AGCCAAAATC 
AGGCAACTGA CGGAAGAGAA GGCGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGATGAGGAA ACTGCGCCTC 
AGAGAGTTAA GAGGCGCCCA AGTGCACACA GCGGCTGGTA AGGACAGCTG GGACCTGACC 
CCAGATCCCT CTGACCCTGG TTCTCCTGCT GTCTGCAGGG TTGGCCGAAA GTGTAGAGGA 
GCACGAACTG AGAAACGCAA AAGAATCGAC ACCTTGCAAC TGTGCCTTCA AAGAGAAAGA 
CAGGCAGAGA CGAGTATTTG TAGAGATGGT GAAGAACAGG ATGCAGAACT CAAATTCCCA 
GGTTGGAACC AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA 
GACCTCCAGC AAGTCCAGCC AGAGCCTTTT GCATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000207.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855696.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu74839
Clone ID Related Accession (Same CDS sequence)	XM_017000207.1 , XM_017000207.2
Accession Version	XM_017000207.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4359bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000207.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGA TCAGTGCCCT ACAGAAAGGC TACAGCAAGG TGCTGTGCCA GACCCTGTCA 
GAGCGGAACT CAGAAATCAC ATCCCTGAAG AATGAGGGCG AGAACTTAAA GAGAGACAAC 
GCTATCACAT CAGGGATGGT GTCATCTTTG CAAAAAGACA TATTAGCAAA GGATGAGCAA 
GTTCAACAAC TAAAGGAAGA GGTCAGTCAC CTAAAAAGTC AGAACAAGGA CAAGGACCAC 
CAGCTGGAAG CCCTTGGCTC TAGATGCTCG GTGCTAAAGG AAGAGTTAAA ACAGGAAGAT 
GCTCACAGGG AGCTCAGGGA AGCCCAGGAG AAAGAGTTAA AACTCTGCAA AACCCAAATC 
CAAGACATGG AGAAAGAAAT GAAGAAGCTT AGGGCAGAGC TGAGGAAGAG TTGTACTGAA 
CAAAGCGTGA TCTCTAGGAC TCTGAGAGAA AAAAGCAAGG TTGAAGAGAA GCTTCAGGAG 
GATTCCAGAA GGAAATTGCT TCAGCTGCAA GAAATGGGGA ACAGAGAGAG CGTCATTAAA 
ATCAATTTGG AGAGGGCAGT AGGTCAGCTG GAGCACTTCA GAAGTCAAGT CATCAAGGCC 
ACCTATGGAC GGGCGAAGCC GTTCCGGGAC AAGCCCGTCA CCGACCAACA GTTAATAGAG 
AAAATTACCC AGGTCACTGA GGACAACATC AATTTTCAGC AGAAAAAGTG GACCCTCCAG 
AAAGAGACCC AGCTGAGCAA CTCCAAGCAG GAGGAGACCA CCGAGAACAT CGAGAAGCTG 
AGGACGTCGC TGGACAGCTG CCAGGCTTGC ATGAAAATAT CCTGTTGCAG CCATGACCTG 
AAGAAGGAGG TCGACCTTCT TCAGCACCTC CAGGTGAGCC CACCTGTCTC GGGGCTCCAG 
AAGGTGGTGC TGGACGTCCT GAGGCACGCG CTGTCCTGGC TGGAGGAGGT GGAGCAGCTC 
CTCCGGGACC TCGGGATCCT GCCCTCCAGC CCCAACAAAG GGTTCTCTTT GTATCTGATA 
TATCTTCTGG AACATTATAA AAAACTTATG AGCCAGGCCC AGGAACTTCA GATCAAGTTC 
AACAGTTCTC AGGAAACTCA GCAGTCTTTA CTGCAGGAAA AGCTGCGGGA GCATCTGGCA 
GAGAAGGAGA AGCTGAACGA GGAGAGGCTA GAGCAAGAGG AGAAGCTCAA AGCCAAAATC 
AGGCAACTGA CGGAAGAGAA GGCGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGATGAGGAA ACTGCGCCTC 
AGAGAGTTAA GAGGCGCCCA AGTGCACACA GCGGCTGGTA AGGACAGCTG GGACCTGACC 
CCAGATCCCT CTGACCCTGG TTCTCCTGCT GTCTGCAGGG TTGGCCGAAA GTGTAGAGGA 
GCACGAACTG AGAAACGCAA AAGAATCGAC ACCTTGCAAC TGTGCCTTCA AAGAGAAAGA 
CAGGCAGAGA CGAGTATTTG TAGAGATGGT GAAGAACAGG ATGCAGAACT CAAATTCCCA 
GGTTGGAACC AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA 
GACCTCCAGC AAGTCCAGCC AGAGCCTTTT GCATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855696.1
CDS	165..4523
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_017000207.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X18, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000207.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGA TCAGTGCCCT ACAGAAAGGC TACAGCAAGG TGCTGTGCCA GACCCTGTCA 
GAGCGGAACT CAGAAATCAC ATCCCTGAAG AATGAGGGCG AGAACTTAAA GAGAGACAAC 
GCTATCACAT CAGGGATGGT GTCATCTTTG CAAAAAGACA TATTAGCAAA GGATGAGCAA 
GTTCAACAAC TAAAGGAAGA GGTCAGTCAC CTAAAAAGTC AGAACAAGGA CAAGGACCAC 
CAGCTGGAAG CCCTTGGCTC TAGATGCTCG GTGCTAAAGG AAGAGTTAAA ACAGGAAGAT 
GCTCACAGGG AGCTCAGGGA AGCCCAGGAG AAAGAGTTAA AACTCTGCAA AACCCAAATC 
CAAGACATGG AGAAAGAAAT GAAGAAGCTT AGGGCAGAGC TGAGGAAGAG TTGTACTGAA 
CAAAGCGTGA TCTCTAGGAC TCTGAGAGAA AAAAGCAAGG TTGAAGAGAA GCTTCAGGAG 
GATTCCAGAA GGAAATTGCT TCAGCTGCAA GAAATGGGGA ACAGAGAGAG CGTCATTAAA 
ATCAATTTGG AGAGGGCAGT AGGTCAGCTG GAGCACTTCA GAAGTCAAGT CATCAAGGCC 
ACCTATGGAC GGGCGAAGCC GTTCCGGGAC AAGCCCGTCA CCGACCAACA GTTAATAGAG 
AAAATTACCC AGGTCACTGA GGACAACATC AATTTTCAGC AGAAAAAGTG GACCCTCCAG 
AAAGAGACCC AGCTGAGCAA CTCCAAGCAG GAGGAGACCA CCGAGAACAT CGAGAAGCTG 
AGGACGTCGC TGGACAGCTG CCAGGCTTGC ATGAAAATAT CCTGTTGCAG CCATGACCTG 
AAGAAGGAGG TCGACCTTCT TCAGCACCTC CAGGTGAGCC CACCTGTCTC GGGGCTCCAG 
AAGGTGGTGC TGGACGTCCT GAGGCACGCG CTGTCCTGGC TGGAGGAGGT GGAGCAGCTC 
CTCCGGGACC TCGGGATCCT GCCCTCCAGC CCCAACAAAG GGTTCTCTTT GTATCTGATA 
TATCTTCTGG AACATTATAA AAAACTTATG AGCCAGGCCC AGGAACTTCA GATCAAGTTC 
AACAGTTCTC AGGAAACTCA GCAGTCTTTA CTGCAGGAAA AGCTGCGGGA GCATCTGGCA 
GAGAAGGAGA AGCTGAACGA GGAGAGGCTA GAGCAAGAGG AGAAGCTCAA AGCCAAAATC 
AGGCAACTGA CGGAAGAGAA GGCGGCTTTG GAGGAGTACA TTACTCAAGA GAGAAACAGA 
GCGAAAGAGA CTTTAGAGGA AGAACGGAAG AGAATGCAAG AACTGGAGAG CCTCCTGGCC 
CAGCAGAAGA AGGCTTTGGC GAAAAGCATT ACCCAGGAGA AGAACAGAGT GAAGGAAGCA 
TTAGAGGAAG AGCAGACAAG AGTCCAAGAG CTGGAGGAAC GCTTGGCCCG CCAGAAGGAG 
GTTTTGGAGA GCAGCATAGC CCATGAAAAA AGAAAAGCAA AGGAAGCCTT GGAGTCGGAA 
AAGAGAAAAG TTCAGGATCT GGAGAACCAT TTAACCCAAC AGAAGGAGAT CTCAGAGAGC 
AACATTGCGT ACGAGAAACG CAAAGCAAAG GAGGCCATGG AGAAGGAAAA GAAAAAGGTG 
CAAGACCTGG AGAATCGCTT AACCAAGCAG AAAGAGGAAT TAGAATTAAA AGAGCAAAAA 
GAGGACGTTT TAAATAATAA ATTAAGTGAC GCACTGGCCA TGGTTGAAGA GACTCAGAAA 
ACAAAGGCAA CTGAAAGTCT AAAAGCAGAG AGCCTCGCCT TGAAATTAAA TGAAACATTA 
GCCGAACTGG AAACTACCAA GACAAAAATG ATCATGGTGG AAGAGCGGCT AATCCTGCAG 
CAGAAGATGG TAAAGGCCCT CCAGGATGAG CAGGAATCAC AGAGACACGG GTTTGAAGAA 
GAGATCATGG AATATAAGGA GCAAATCAAA CAGCACGCCC AGACAATTGT GAGCCTCGAA 
GAGAAACTCC AGAAAGTCAC TCAGCACCAT AAAAAAATAG AAGGCGAGAT TGCAACATTG 
AAGGACAATG ACCCAGCCCC AAAGGAGGAA AGGCCGCAAG ACCCTCTGGT GGCTCCCATG 
ACAGAGAGCA GTGCCAAAGA CATGGCGTAC GAACATCTGA TAGATGACTT ATTGGCTGCT 
CAGAAGGAAA TTCTGTCTCA GCAGGAAGTC ATCATGAAGT TAAGGAAAGA CCTTACCGAA 
GCCCACAGCA GAATGTCGGA TTTGAGAGGG GAGCTAAACG AGAAGCAGAA GATGGAACTG 
GAGCAGAACG TGGTGCTGGT CCAGCAGCAG AGCAAGGAGC TGAGTGTGCT CAAGGAGAAG 
ATGGCCCAGA TGAGCAGCCT GGTAGAAAAG AAAGATCGGG AGCTGAAGGC CCTTGAGGAG 
GCACTCAGGG CTTCCCAAGA GAAACACAGA CTCCAGCTGA ACACAGAGAA GGAACAGAAG 
CCCCGGAAGA AGACCCAGAC GTGTGACACC TCTGTGCAGA TAGAACCCGT CCACACTGAG 
GCCTTCTCCA GCAGCCAAGA GCAGCAATCC TTCAGCGATC TAGGGGTCAG GTGCAAAGGG 
TCCCGGCACG AGGAGGTCAT TCAGCGTCAG AAAAAGGCCT TATCTGAACT TCGAGCGCGA 
ATTAAAGAAC TCGAGAAGGC GCGCTCACCA GATCATAAAG ACCACCAGAA TGAATCATTT 
CTAGATTTAA AGAACCTCAG AATGGAAAAC AATGTCCAGA AAATACTACT GGATGCAAAA 
CCGGATTTGC CAACTCTCTC AAGAATAGAG ATCCTAGCGC CTCAGAATGG CCTTTGCAAC 
GCAAGGTTCG GCTCAGCCAT GGAGAAGTCA GGGAAGATGG ATGTGGCTGA GGCTTTAGAG 
CTCAGTGAAA AGCTGTACCT GGATATGAGC AAAACCCTCG GAAGTCTCAT GAACATCAAG 
AATATGTCAG GCCACGTGTC CATGAAATAC CTCTCCCGCC AGGAGAGGGA GAAGGTCAAC 
CAGCTTCGAC AAAGGGACCT CGACCTGGTG TTTGATAAGA TCACCCAACT CAAGAACCAG 
CTGGGGAGGA AAGAGGAGCT GTTGAGAGGA TATGAAAAGG ACGTTGAACA GCTCAGGCGG 
AGCAAAGTGT CCATTGAGAT GTACCAGTCG CAGGTGGCAA AGCTGGAGGA TGATATCTAC 
AAAGAGGCCG AAGAGAAGGC CCTGCTGAAG GAGGCCCTGG AGCGCATGGA GCACCAGCTG 
TGCCAGGAGA AGAGGATCAA CAGGGCCATC CGGCAGCAGA AGATGAGGAA ACTGCGCCTC 
AGAGAGTTAA GAGGCGCCCA AGTGCACACA GCGGCTGGTA AGGACAGCTG GGACCTGACC 
CCAGATCCCT CTGACCCTGG TTCTCCTGCT GTCTGCAGGG TTGGCCGAAA GTGTAGAGGA 
GCACGAACTG AGAAACGCAA AAGAATCGAC ACCTTGCAAC TGTGCCTTCA AAGAGAAAGA 
CAGGCAGAGA CGAGTATTTG TAGAGATGGT GAAGAACAGG ATGCAGAACT CAAATTCCCA 
GGTTGGAACC AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA 
GACCTCCAGC AAGTCCAGCC AGAGCCTTTT GCATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000208.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855697.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X19, mRNA.

Price & Availability↑

CloneID	OHu74840
Clone ID Related Accession (Same CDS sequence)	XM_017000208.2 , XM_017000208.1 , XM_011540588.2 , XM_011540588.3
Accession Version	XM_017000208.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4356bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017000208.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855697.1
CDS	154..4509
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000208.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X19, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000208.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_017000208.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016855697.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu74840
Clone ID Related Accession (Same CDS sequence)	XM_017000208.2 , XM_017000208.1 , XM_011540588.2 , XM_011540588.3
Accession Version	XM_017000208.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4356bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016855697.1
CDS	155..4510
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_017000208.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X18, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017000208.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540588.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538890.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X19, mRNA.

Price & Availability↑

CloneID	OHu74840
Clone ID Related Accession (Same CDS sequence)	XM_017000208.2 , XM_017000208.1 , XM_011540588.2 , XM_011540588.3
Accession Version	XM_011540588.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4356bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540588.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538890.1
CDS	155..4510
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540588.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X19, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540588.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540588.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538890.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu74840
Clone ID Related Accession (Same CDS sequence)	XM_017000208.2 , XM_017000208.1 , XM_011540588.2 , XM_011540588.3
Accession Version	XM_011540588.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4356bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540588.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538890.1
CDS	153..4508
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540588.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540588.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGG TTGGAACCAG AAAAGCCTCC 
CTAAAGATGG ACCAAGAAAG AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG 
AGCCTTTTGC ATTCTAAGCC CAGTGGAAAG TACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540589.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538891.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X21, mRNA.

Price & Availability↑

CloneID	OHu74841
Clone ID Related Accession (Same CDS sequence)	XM_011540589.2
Accession Version	XM_011540589.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4302bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540589.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GAGACGAGTA 
TTTGTAGAGA TGGTGAAGAA CAGGATGCAG AACTCAAATT CCCAGGTTGG AACCAGAAAA 
GCCTCCCTAA AGATGGACCA AGAAAGAGAG ATGCTGAGGA AAGAGACCTC CAGCAAGTCC 
AGCCAGAGCC TTTTGCATTC TAAGCCCAGT GGAAAGTACT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538891.1
CDS	164..4465
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKRRVFVEMVKNRMQNSNSQVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540589.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X21, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540589.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GAGACGAGTA 
TTTGTAGAGA TGGTGAAGAA CAGGATGCAG AACTCAAATT CCCAGGTTGG AACCAGAAAA 
GCCTCCCTAA AGATGGACCA AGAAAGAGAG ATGCTGAGGA AAGAGACCTC CAGCAAGTCC 
AGCCAGAGCC TTTTGCATTC TAAGCCCAGT GGAAAGTACT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452912.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308680.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X26, mRNA.

Price & Availability↑

CloneID	OHu74842
Clone ID Related Accession (Same CDS sequence)	XM_024452912.1 , XM_011540590.3 , XM_024452908.1 , XM_024452903.1 , XM_011540590.2 , XM_024452909.1
Accession Version	XM_024452912.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4278bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308680.1
CDS	154..4431
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMGASSPCLADRW

Target ORF information:

RefSeq Version	XM_024452912.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X26, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452912.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540590.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538892.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X27, mRNA.

Price & Availability↑

CloneID	OHu74842
Clone ID Related Accession (Same CDS sequence)	XM_024452912.1 , XM_011540590.3 , XM_024452908.1 , XM_024452903.1 , XM_011540590.2 , XM_024452909.1
Accession Version	XM_011540590.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4278bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540590.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538892.1
CDS	155..4432
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMGASSPCLADRW

Target ORF information:

RefSeq Version	XM_011540590.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X27, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540590.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452908.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308676.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X24, mRNA.

Price & Availability↑

CloneID	OHu74842
Clone ID Related Accession (Same CDS sequence)	XM_024452912.1 , XM_011540590.3 , XM_024452908.1 , XM_024452903.1 , XM_011540590.2 , XM_024452909.1
Accession Version	XM_024452908.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4278bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308676.1
CDS	154..4431
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMGASSPCLADRW

Target ORF information:

RefSeq Version	XM_024452908.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X24, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452908.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452903.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308671.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X23, mRNA.

Price & Availability↑

CloneID	OHu74842
Clone ID Related Accession (Same CDS sequence)	XM_024452912.1 , XM_011540590.3 , XM_024452908.1 , XM_024452903.1 , XM_011540590.2 , XM_024452909.1
Accession Version	XM_024452903.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4278bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308671.1
CDS	154..4431
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMGASSPCLADRW

Target ORF information:

RefSeq Version	XM_024452903.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X23, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452903.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540590.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538892.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X22, mRNA.

Price & Availability↑

CloneID	OHu74842
Clone ID Related Accession (Same CDS sequence)	XM_024452912.1 , XM_011540590.3 , XM_024452908.1 , XM_024452903.1 , XM_011540590.2 , XM_024452909.1
Accession Version	XM_011540590.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4278bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540590.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538892.1
CDS	156..4433
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMGASSPCLADRW

Target ORF information:

RefSeq Version	XM_011540590.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X22, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540590.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_024452909.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308677.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X25, mRNA.

Price & Availability↑

CloneID	OHu74842
Clone ID Related Accession (Same CDS sequence)	XM_024452912.1 , XM_011540590.3 , XM_024452908.1 , XM_024452903.1 , XM_011540590.2 , XM_024452909.1
Accession Version	XM_024452909.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4278bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_024308677.1
CDS	154..4431
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMGASSPCLADRW

Target ORF information:

RefSeq Version	XM_024452909.1
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X25, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_024452909.1

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGGTT 
TTGGAGAGCA GCATAGCCCA TGAAAAAAGA AAAGCAAAGG AAGCCTTGGA GTCGGAAAAG 
AGAAAAGTTC AGGATCTGGA GAACCATTTA ACCCAACAGA AGGAGATCTC AGAGAGCAAC 
ATTGCGTACG AGAAACGCAA AGCAAAGGAG GCCATGGAGA AGGAAAAGAA AAAGGTGCAA 
GACCTGGAGA ATCGCTTAAC CAAGCAGAAA GAGGAATTAG AATTAAAAGA GCAAAAAGAG 
GACGTTTTAA ATAATAAATT AAGTGACGCA CTGGCCATGG TTGAAGAGAC TCAGAAAACA 
AAGGCAACTG AAAGTCTAAA AGCAGAGAGC CTCGCCTTGA AATTAAATGA AACATTAGCC 
GAACTGGAAA CTACCAAGAC AAAAATGATC ATGGTGGAAG AGCGGCTAAT CCTGCAGCAG 
AAGATGGTAA AGGCCCTCCA GGATGAGCAG GAATCACAGA GACACGGGTT TGAAGAAGAG 
ATCATGGAAT ATAAGGAGCA AATCAAACAG CACGCCCAGA CAATTGTGAG CCTCGAAGAG 
AAACTCCAGA AAGTCACTCA GCACCATAAA AAAATAGAAG GCGAGATTGC AACATTGAAG 
GACAATGACC CAGCCCCAAA GGAGGAAAGG CCGCAAGACC CTCTGGTGGC TCCCATGACA 
GAGAGCAGTG CCAAAGACAT GGCGTACGAA CATCTGATAG ATGACTTATT GGCTGCTCAG 
AAGGAAATTC TGTCTCAGCA GGAAGTCATC ATGAAGTTAA GGAAAGACCT TACCGAAGCC 
CACAGCAGAA TGTCGGATTT GAGAGGGGAG CTAAACGAGA AGCAGAAGAT GGAACTGGAG 
CAGAACGTGG TGCTGGTCCA GCAGCAGAGC AAGGAGCTGA GTGTGCTCAA GGAGAAGATG 
GCCCAGATGA GCAGCCTGGT AGAAAAGAAA GATCGGGAGC TGAAGGCCCT TGAGGAGGCA 
CTCAGGGCTT CCCAAGAGAA ACACAGACTC CAGCTGAACA CAGAGAAGGA ACAGAAGCCC 
CGGAAGAAGA CCCAGACGTG TGACACCTCT GTGCAGATAG AACCCGTCCA CACTGAGGCC 
TTCTCCAGCA GCCAAGAGCA GCAATCCTTC AGCGATCTAG GGGTCAGGTG CAAAGGGTCC 
CGGCACGAGG AGGTCATTCA GCGTCAGAAA AAGGCCTTAT CTGAACTTCG AGCGCGAATT 
AAAGAACTCG AGAAGGCGCG CTCACCAGAT CATAAAGACC ACCAGAATGA ATCATTTCTA 
GATTTAAAGA ACCTCAGAAT GGAAAACAAT GTCCAGAAAA TACTACTGGA TGCAAAACCG 
GATTTGCCAA CTCTCTCAAG AATAGAGATC CTAGCGCCTC AGAATGGCCT TTGCAACGCA 
AGGTTCGGCT CAGCCATGGA GAAGTCAGGG AAGATGGATG TGGCTGAGGC TTTAGAGCTC 
AGTGAAAAGC TGTACCTGGA TATGAGCAAA ACCCTCGGAA GTCTCATGAA CATCAAGAAT 
ATGTCAGGCC ACGTGTCCAT GAAATACCTC TCCCGCCAGG AGAGGGAGAA GGTCAACCAG 
CTTCGACAAA GGGACCTCGA CCTGGTGTTT GATAAGATCA CCCAACTCAA GAACCAGCTG 
GGGAGGAAAG AGGAGCTGTT GAGAGGATAT GAAAAGGACG TTGAACAGCT CAGGCGGAGC 
AAAGTGTCCA TTGAGATGTA CCAGTCGCAG GTGGCAAAGC TGGAGGATGA TATCTACAAA 
GAGGCCGAAG AGAAGGCCCT GCTGAAGGAG GCCCTGGAGC GCATGGAGCA CCAGCTGTGC 
CAGGAGAAGA GGATCAACAG GGCCATCCGG CAGCAGAAGA TGGGAGCTTC CAGCCCCTGC 
CTCGCAGACA GATGGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540592.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538894.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X29, mRNA.

Price & Availability↑

CloneID	OHu74843
Clone ID Related Accession (Same CDS sequence)	XM_011540592.2
Accession Version	XM_011540592.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4257bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540592.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAAAGA GGGTCTCTTT CCCATGGATG AGGGGCCCAG CACCATGGCC AGGGCCACAG 
CCACCTCGTG CCACACAGCA GCCAAACCAG GCCCCCCCAC CATCACATAT CCCCTTCCAC 
CAAGGTGTCC AGCCAGCACC GATGCAAAGG AGCTGGTCCC AGGCCTTTCC CAGACCCACC 
GTGGTCCTGC CGGCCTCCCA CAGGCGGCCT GTGAGCGCCA ACAAGGAGAT GTTCTCGTTC 
GTGGTGGACG ACGCCCGCAA GCCACCCGTC ATCAAGCAAG TGTGGACCAA TGCCATGAAA 
CTGTCAGAAA AATCAGTGGC CGAGGGGATT CCTGGGGCAG TTCCCCCTGC GGAGATTTAT 
GTGGAGGAGG ACTTGGCCCA GCAGGACAAG GATGAAATAA TTCTGCTGCT GGGAAAAGAG 
GTCAGCCGTC TCTCAGATTA TGAAATTGAA TCCAAATACA AAGACGTCAT AATAGCAAAC 
CTGCAGAATG AAGTGGCTGA GCTGAGTCAG AAGGTGTCAG AGACCACCAC CTCCAGGCAG 
AATGAGAAGG AGATCTCGCA GAAGTGTCAG GTTCTGGATG AAGACATCGA TGCCAAACAG 
AAAGAGATCC AGAGCTTGAA AAGCCAGATC AGTGCCCTAC AGAAAGGCTA CAGCAAGGTG 
CTGTGCCAGA CCCTGTCAGA GCGGAACTCA GAAATCACAT CCCTGAAGAA TGAGGGCGAG 
AACTTAAAGA GAGACAACGC TATCACATCA GGGATGGTGT CATCTTTGCA AAAAGACATA 
TTAGCAAAGG ATGAGCAAGT TCAACAACTA AAGGAAGAGG TCAGTCACCT AAAAAGTCAG 
AACAAGGACA AGGACCACCA GCTGGAAGCC CTTGGCTCTA GATGCTCGGT GCTAAAGGAA 
GAGTTAAAAC AGGAAGATGC TCACAGGGAG CTCAGGGAAG CCCAGGAGAA AGAGTTAAAA 
CTCTGCAAAA CCCAAATCCA AGACATGGAG AAAGAAATGA AGAAGCTTAG GGCAGAGCTG 
AGGAAGAGTT GTACTGAACA AAGCGTGATC TCTAGGACTC TGAGAGAAAA AAGCAAGGTT 
GAAGAGAAGC TTCAGGAGGA TTCCAGAAGG AAATTGCTTC AGCTGCAAGA AATGGGGAAC 
AGAGAGAGCG TCATTAAAAT CAATTTGGAG AGGGCAGTAG GTCAGCTGGA GCACTTCAGA 
AGTCAAGTCA TCAAGGCCAC CTATGGACGG GCGAAGCCGT TCCGGGACAA GCCCGTCACC 
GACCAACAGT TAATAGAGAA AATTACCCAG GTCACTGAGG ACAACATCAA TTTTCAGCAG 
AAAAAGTGGA CCCTCCAGAA AGAGACCCAG CTGAGCAACT CCAAGCAGGA GGAGACCACC 
GAGAACATCG AGAAGCTGAG GACGTCGCTG GACAGCTGCC AGGCTTGCAT GAAAATATCC 
TGTTGCAGCC ATGACCTGAA GAAGGAGGTC GACCTTCTTC AGCACCTCCA GGTGAGCCCA 
CCTGTCTCGG GGCTCCAGAA GGTGGTGCTG GACGTCCTGA GGCACGCGCT GTCCTGGCTG 
GAGGAGGTGG AGCAGCTCCT CCGGGACCTC GGGATCCTGC CCTCCAGCCC CAACAAAGGG 
TTCTCTTTGT ATCTGATATA TCTTCTGGAA CATTATAAAA AACTTATGAG CCAGGCCCAG 
GAACTTCAGA TCAAGTTCAA CAGTTCTCAG GAAACTCAGC AGTCTTTACT GCAGGAAAAG 
CTGCGGGAGC ATCTGGCAGA GAAGGAGAAG CTGAACGAGG AGAGGCTAGA GCAAGAGGAG 
AAGCTCAAAG CCAAAATCAG GCAACTGACG GAAGAGAAGG CGGCTTTGGA GGAGTACATT 
ACTCAAGAGA GAAACAGAGC GAAAGAGACT TTAGAGGAAG AACGGAAGAG AATGCAAGAA 
CTGGAGAGCC TCCTGGCCCA GCAGAAGAAG GCTTTGGCGA AAAGCATTAC CCAGGAGAAG 
AACAGAGTGA AGGAAGCATT AGAGGAAGAG CAGACAAGAG TCCAAGAGCT GGAGGAACGC 
TTGGCCCGCC AGAAGGAGGT TTTGGAGAGC AGCATAGCCC ATGAAAAAAG AAAAGCAAAG 
GAAGCCTTGG AGTCGGAAAA GAGAAAAGTT CAGGATCTGG AGAACCATTT AACCCAACAG 
AAGGAGATCT CAGAGAGCAA CATTGCGTAC GAGAAACGCA AAGCAAAGGA GGCCATGGAG 
AAGGAAAAGA AAAAGGTGCA AGACCTGGAG AATCGCTTAA CCAAGCAGAA AGAGGAATTA 
GAATTAAAAG AGCAAAAAGA GGACGTTTTA AATAATAAAT TAAGTGACGC ACTGGCCATG 
GTTGAAGAGA CTCAGAAAAC AAAGGCAACT GAAAGTCTAA AAGCAGAGAG CCTCGCCTTG 
AAATTAAATG AAACATTAGC CGAACTGGAA ACTACCAAGA CAAAAATGAT CATGGTGGAA 
GAGCGGCTAA TCCTGCAGCA GAAGATGGTA AAGGCCCTCC AGGATGAGCA GGAATCACAG 
AGACACGGGT TTGAAGAAGA GATCATGGAA TATAAGGAGC AAATCAAACA GCACGCCCAG 
ACAATTGTGA GCCTCGAAGA GAAACTCCAG AAAGTCACTC AGCACCATAA AAAAATAGAA 
GGCGAGATTG CAACATTGAA GGACAATGAC CCAGCCCCAA AGGAGGAAAG GCCGCAAGAC 
CCTCTGGTGG CTCCCATGAC AGAGAGCAGT GCCAAAGACA TGGCGTACGA ACATCTGATA 
GATGACTTAT TGGCTGCTCA GAAGGAAATT CTGTCTCAGC AGGAAGTCAT CATGAAGTTA 
AGGAAAGACC TTACCGAAGC CCACAGCAGA ATGTCGGATT TGAGAGGGGA GCTAAACGAG 
AAGCAGAAGA TGGAACTGGA GCAGAACGTG GTGCTGGTCC AGCAGCAGAG CAAGGAGCTG 
AGTGTGCTCA AGGAGAAGAT GGCCCAGATG AGCAGCCTGG TAGAAAAGAA AGATCGGGAG 
CTGAAGGCCC TTGAGGAGGC ACTCAGGGCT TCCCAAGAGA AACACAGACT CCAGCTGAAC 
ACAGAGAAGG AACAGAAGCC CCGGAAGAAG ACCCAGACGT GTGACACCTC TGTGCAGATA 
GAACCCGTCC ACACTGAGGC CTTCTCCAGC AGCCAAGAGC AGCAATCCTT CAGCGATCTA 
GGGGTCAGGT GCAAAGGGTC CCGGCACGAG GAGGTCATTC AGCGTCAGAA AAAGGCCTTA 
TCTGAACTTC GAGCGCGAAT TAAAGAACTC GAGAAGGCGC GCTCACCAGA TCATAAAGAC 
CACCAGAATG AATCATTTCT AGATTTAAAG AACCTCAGAA TGGAAAACAA TGTCCAGAAA 
ATACTACTGG ATGCAAAACC GGATTTGCCA ACTCTCTCAA GAATAGAGAT CCTAGCGCCT 
CAGAATGGCC TTTGCAACGC AAGGTTCGGC TCAGCCATGG AGAAGTCAGG GAAGATGGAT 
GTGGCTGAGG CTTTAGAGCT CAGTGAAAAG CTGTACCTGG ATATGAGCAA AACCCTCGGA 
AGTCTCATGA ACATCAAGAA TATGTCAGGC CACGTGTCCA TGAAATACCT CTCCCGCCAG 
GAGAGGGAGA AGGTCAACCA GCTTCGACAA AGGGACCTCG ACCTGGTGTT TGATAAGATC 
ACCCAACTCA AGAACCAGCT GGGGAGGAAA GAGGAGCTGT TGAGAGGATA TGAAAAGGAC 
GTTGAACAGC TCAGGCGGAG CAAAGTGTCC ATTGAGATGT ACCAGTCGCA GGTGGCAAAG 
CTGGAGGATG ATATCTACAA AGAGGCCGAA GAGAAGGCCC TGCTGAAGGA GGCCCTGGAG 
CGCATGGAGC ACCAGCTGTG CCAGGAGAAG AGGATCAACA GGGCCATCCG GCAGCAGAAG 
ATGAGGAAAC TGCGCCTCAG AGAGTTAAGA GGCGCCCAAG TGCACACAGC GGCTGGTAAG 
GACAGCTGGG ACCTGACCCC AGATCCCTCT GACCCTGGTT CTCCTGCTGT CTGCAGGGTT 
GGCCGAAAGT GTAGAGGAGC ACGAACTGAG AAACGCAAAA GAATCGACAC CTTGCAACTG 
TGCCTTCAAA GAGAAAGACA GGCAGAGACG AGTATTTGTA GAGATGGTGA AGAACAGGAT 
GCAGAACTCA AATTCCCAGG TTGGAACCAG AAAAGCCTCC CTAAAGATGG ACCAAGAAAG 
AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG AGCCTTTTGC ATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538894.1
CDS	204..4460
Translation	MEKRVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEVLESSIAHEKRKAKEALESEKRKVQDLENHLTQQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKMRKLRLRELRGAQVHTAAGKDSWDLTPDPSDPGSPAVCRVGRKCRGARTEKRKRIDTLQLCLQRERQAETSICRDGEEQDAELKFPGWNQKSLPKDGPRKRDAEERDLQQVQPEPFAF

Target ORF information:

RefSeq Version	XM_011540592.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X29, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540592.2

ORF Insert Sequence:

ATGGAAAAGA GGGTCTCTTT CCCATGGATG AGGGGCCCAG CACCATGGCC AGGGCCACAG 
CCACCTCGTG CCACACAGCA GCCAAACCAG GCCCCCCCAC CATCACATAT CCCCTTCCAC 
CAAGGTGTCC AGCCAGCACC GATGCAAAGG AGCTGGTCCC AGGCCTTTCC CAGACCCACC 
GTGGTCCTGC CGGCCTCCCA CAGGCGGCCT GTGAGCGCCA ACAAGGAGAT GTTCTCGTTC 
GTGGTGGACG ACGCCCGCAA GCCACCCGTC ATCAAGCAAG TGTGGACCAA TGCCATGAAA 
CTGTCAGAAA AATCAGTGGC CGAGGGGATT CCTGGGGCAG TTCCCCCTGC GGAGATTTAT 
GTGGAGGAGG ACTTGGCCCA GCAGGACAAG GATGAAATAA TTCTGCTGCT GGGAAAAGAG 
GTCAGCCGTC TCTCAGATTA TGAAATTGAA TCCAAATACA AAGACGTCAT AATAGCAAAC 
CTGCAGAATG AAGTGGCTGA GCTGAGTCAG AAGGTGTCAG AGACCACCAC CTCCAGGCAG 
AATGAGAAGG AGATCTCGCA GAAGTGTCAG GTTCTGGATG AAGACATCGA TGCCAAACAG 
AAAGAGATCC AGAGCTTGAA AAGCCAGATC AGTGCCCTAC AGAAAGGCTA CAGCAAGGTG 
CTGTGCCAGA CCCTGTCAGA GCGGAACTCA GAAATCACAT CCCTGAAGAA TGAGGGCGAG 
AACTTAAAGA GAGACAACGC TATCACATCA GGGATGGTGT CATCTTTGCA AAAAGACATA 
TTAGCAAAGG ATGAGCAAGT TCAACAACTA AAGGAAGAGG TCAGTCACCT AAAAAGTCAG 
AACAAGGACA AGGACCACCA GCTGGAAGCC CTTGGCTCTA GATGCTCGGT GCTAAAGGAA 
GAGTTAAAAC AGGAAGATGC TCACAGGGAG CTCAGGGAAG CCCAGGAGAA AGAGTTAAAA 
CTCTGCAAAA CCCAAATCCA AGACATGGAG AAAGAAATGA AGAAGCTTAG GGCAGAGCTG 
AGGAAGAGTT GTACTGAACA AAGCGTGATC TCTAGGACTC TGAGAGAAAA AAGCAAGGTT 
GAAGAGAAGC TTCAGGAGGA TTCCAGAAGG AAATTGCTTC AGCTGCAAGA AATGGGGAAC 
AGAGAGAGCG TCATTAAAAT CAATTTGGAG AGGGCAGTAG GTCAGCTGGA GCACTTCAGA 
AGTCAAGTCA TCAAGGCCAC CTATGGACGG GCGAAGCCGT TCCGGGACAA GCCCGTCACC 
GACCAACAGT TAATAGAGAA AATTACCCAG GTCACTGAGG ACAACATCAA TTTTCAGCAG 
AAAAAGTGGA CCCTCCAGAA AGAGACCCAG CTGAGCAACT CCAAGCAGGA GGAGACCACC 
GAGAACATCG AGAAGCTGAG GACGTCGCTG GACAGCTGCC AGGCTTGCAT GAAAATATCC 
TGTTGCAGCC ATGACCTGAA GAAGGAGGTC GACCTTCTTC AGCACCTCCA GGTGAGCCCA 
CCTGTCTCGG GGCTCCAGAA GGTGGTGCTG GACGTCCTGA GGCACGCGCT GTCCTGGCTG 
GAGGAGGTGG AGCAGCTCCT CCGGGACCTC GGGATCCTGC CCTCCAGCCC CAACAAAGGG 
TTCTCTTTGT ATCTGATATA TCTTCTGGAA CATTATAAAA AACTTATGAG CCAGGCCCAG 
GAACTTCAGA TCAAGTTCAA CAGTTCTCAG GAAACTCAGC AGTCTTTACT GCAGGAAAAG 
CTGCGGGAGC ATCTGGCAGA GAAGGAGAAG CTGAACGAGG AGAGGCTAGA GCAAGAGGAG 
AAGCTCAAAG CCAAAATCAG GCAACTGACG GAAGAGAAGG CGGCTTTGGA GGAGTACATT 
ACTCAAGAGA GAAACAGAGC GAAAGAGACT TTAGAGGAAG AACGGAAGAG AATGCAAGAA 
CTGGAGAGCC TCCTGGCCCA GCAGAAGAAG GCTTTGGCGA AAAGCATTAC CCAGGAGAAG 
AACAGAGTGA AGGAAGCATT AGAGGAAGAG CAGACAAGAG TCCAAGAGCT GGAGGAACGC 
TTGGCCCGCC AGAAGGAGGT TTTGGAGAGC AGCATAGCCC ATGAAAAAAG AAAAGCAAAG 
GAAGCCTTGG AGTCGGAAAA GAGAAAAGTT CAGGATCTGG AGAACCATTT AACCCAACAG 
AAGGAGATCT CAGAGAGCAA CATTGCGTAC GAGAAACGCA AAGCAAAGGA GGCCATGGAG 
AAGGAAAAGA AAAAGGTGCA AGACCTGGAG AATCGCTTAA CCAAGCAGAA AGAGGAATTA 
GAATTAAAAG AGCAAAAAGA GGACGTTTTA AATAATAAAT TAAGTGACGC ACTGGCCATG 
GTTGAAGAGA CTCAGAAAAC AAAGGCAACT GAAAGTCTAA AAGCAGAGAG CCTCGCCTTG 
AAATTAAATG AAACATTAGC CGAACTGGAA ACTACCAAGA CAAAAATGAT CATGGTGGAA 
GAGCGGCTAA TCCTGCAGCA GAAGATGGTA AAGGCCCTCC AGGATGAGCA GGAATCACAG 
AGACACGGGT TTGAAGAAGA GATCATGGAA TATAAGGAGC AAATCAAACA GCACGCCCAG 
ACAATTGTGA GCCTCGAAGA GAAACTCCAG AAAGTCACTC AGCACCATAA AAAAATAGAA 
GGCGAGATTG CAACATTGAA GGACAATGAC CCAGCCCCAA AGGAGGAAAG GCCGCAAGAC 
CCTCTGGTGG CTCCCATGAC AGAGAGCAGT GCCAAAGACA TGGCGTACGA ACATCTGATA 
GATGACTTAT TGGCTGCTCA GAAGGAAATT CTGTCTCAGC AGGAAGTCAT CATGAAGTTA 
AGGAAAGACC TTACCGAAGC CCACAGCAGA ATGTCGGATT TGAGAGGGGA GCTAAACGAG 
AAGCAGAAGA TGGAACTGGA GCAGAACGTG GTGCTGGTCC AGCAGCAGAG CAAGGAGCTG 
AGTGTGCTCA AGGAGAAGAT GGCCCAGATG AGCAGCCTGG TAGAAAAGAA AGATCGGGAG 
CTGAAGGCCC TTGAGGAGGC ACTCAGGGCT TCCCAAGAGA AACACAGACT CCAGCTGAAC 
ACAGAGAAGG AACAGAAGCC CCGGAAGAAG ACCCAGACGT GTGACACCTC TGTGCAGATA 
GAACCCGTCC ACACTGAGGC CTTCTCCAGC AGCCAAGAGC AGCAATCCTT CAGCGATCTA 
GGGGTCAGGT GCAAAGGGTC CCGGCACGAG GAGGTCATTC AGCGTCAGAA AAAGGCCTTA 
TCTGAACTTC GAGCGCGAAT TAAAGAACTC GAGAAGGCGC GCTCACCAGA TCATAAAGAC 
CACCAGAATG AATCATTTCT AGATTTAAAG AACCTCAGAA TGGAAAACAA TGTCCAGAAA 
ATACTACTGG ATGCAAAACC GGATTTGCCA ACTCTCTCAA GAATAGAGAT CCTAGCGCCT 
CAGAATGGCC TTTGCAACGC AAGGTTCGGC TCAGCCATGG AGAAGTCAGG GAAGATGGAT 
GTGGCTGAGG CTTTAGAGCT CAGTGAAAAG CTGTACCTGG ATATGAGCAA AACCCTCGGA 
AGTCTCATGA ACATCAAGAA TATGTCAGGC CACGTGTCCA TGAAATACCT CTCCCGCCAG 
GAGAGGGAGA AGGTCAACCA GCTTCGACAA AGGGACCTCG ACCTGGTGTT TGATAAGATC 
ACCCAACTCA AGAACCAGCT GGGGAGGAAA GAGGAGCTGT TGAGAGGATA TGAAAAGGAC 
GTTGAACAGC TCAGGCGGAG CAAAGTGTCC ATTGAGATGT ACCAGTCGCA GGTGGCAAAG 
CTGGAGGATG ATATCTACAA AGAGGCCGAA GAGAAGGCCC TGCTGAAGGA GGCCCTGGAG 
CGCATGGAGC ACCAGCTGTG CCAGGAGAAG AGGATCAACA GGGCCATCCG GCAGCAGAAG 
ATGAGGAAAC TGCGCCTCAG AGAGTTAAGA GGCGCCCAAG TGCACACAGC GGCTGGTAAG 
GACAGCTGGG ACCTGACCCC AGATCCCTCT GACCCTGGTT CTCCTGCTGT CTGCAGGGTT 
GGCCGAAAGT GTAGAGGAGC ACGAACTGAG AAACGCAAAA GAATCGACAC CTTGCAACTG 
TGCCTTCAAA GAGAAAGACA GGCAGAGACG AGTATTTGTA GAGATGGTGA AGAACAGGAT 
GCAGAACTCA AATTCCCAGG TTGGAACCAG AAAAGCCTCC CTAAAGATGG ACCAAGAAAG 
AGAGATGCTG AGGAAAGAGA CCTCCAGCAA GTCCAGCCAG AGCCTTTTGC ATTCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540593.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538895.1 Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X25, mRNA.

Price & Availability↑

CloneID	OHu74844
Clone ID Related Accession (Same CDS sequence)	XM_011540593.2 , XM_011540593.3
Accession Version	XM_011540593.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4248bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011540593.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GGTTGGAACC 
AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA GACCTCCAGC 
AAGTCCAGCC AGAGCCTTTT GCATTCTAAG CCCAGTGGAA AGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538895.1
CDS	160..4407
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540593.2
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead-associated (FHA) phosphopeptide binding domain 1 (FHAD1), transcript variant X25, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540593.2

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GGTTGGAACC 
AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA GACCTCCAGC 
AAGTCCAGCC AGAGCCTTTT GCATTCTAAG CCCAGTGGAA AGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

FHAD1 ( XM_011540593.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011538895.1 Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X30, mRNA.

Price & Availability↑

CloneID	OHu74844
Clone ID Related Accession (Same CDS sequence)	XM_011540593.2 , XM_011540593.3
Accession Version	XM_011540593.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4248bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	forkhead-associated domain-containing protein 1 isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011540593.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GGTTGGAACC 
AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA GACCTCCAGC 
AAGTCCAGCC AGAGCCTTTT GCATTCTAAG CCCAGTGGAA AGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011538895.1
CDS	159..4406
Translation	MTSLEPCRLFIYGKTERMKAYLKSAEGFFVLNKSTTIGRHENSDLVLQSPDIDNHHALIEYNEAECSFVLQDFNSRNGTFVNECHIQNVAVKLIPGDILRFGSAGLTYELVIENPPPVSFPWMRGPAPWPGPQPPRATQQPNQAPPPSHIPFHQGVQPAPMQRSWSQAFPRPTVVLPASHRRPVSANKEMFSFVVDDARKPPVIKQVWTNAMKLSEKSVAEGIPGAVPPAEIYVEEDLAQQDKDEIILLLGKEVSRLSDYEIESKYKDVIIANLQNEVAELSQKVSETTTSRQNEKEISQKCQVLDEDIDAKQKEIQSLKSQISALQKGYSKVLCQTLSERNSEITSLKNEGENLKRDNAITSGMVSSLQKDILAKDEQVQQLKEEVSHLKSQNKDKDHQLEALGSRCSVLKEELKQEDAHRELREAQEKELKLCKTQIQDMEKEMKKLRAELRKSCTEQSVISRTLREKSKVEEKLQEDSRRKLLQLQEMGNRESVIKINLERAVGQLEHFRSQVIKATYGRAKPFRDKPVTDQQLIEKITQVTEDNINFQQKKWTLQKETQLSNSKQEETTENIEKLRTSLDSCQACMKISCCSHDLKKEVDLLQHLQVSPPVSGLQKVVLDVLRHALSWLEEVEQLLRDLGILPSSPNKGFSLYLIYLLEHYKKLMSQAQELQIKFNSSQETQQSLLQEKLREHLAEKEKLNEERLEQEEKLKAKIRQLTEEKAALEEYITQERNRAKETLEEERKRMQELESLLAQQKKALAKSITQEKNRVKEALEEEQTRVQELEERLARQKEISESNIAYEKRKAKEAMEKEKKKVQDLENRLTKQKEELELKEQKEDVLNNKLSDALAMVEETQKTKATESLKAESLALKLNETLAELETTKTKMIMVEERLILQQKMVKALQDEQESQRHGFEEEIMEYKEQIKQHAQTIVSLEEKLQKVTQHHKKIEGEIATLKDNDPAPKEERPQDPLVAPMTESSAKDMAYEHLIDDLLAAQKEILSQQEVIMKLRKDLTEAHSRMSDLRGELNEKQKMELEQNVVLVQQQSKELSVLKEKMAQMSSLVEKKDRELKALEEALRASQEKHRLQLNTEKEQKPRKKTQTCDTSVQIEPVHTEAFSSSQEQQSFSDLGVRCKGSRHEEVIQRQKKALSELRARIKELEKARSPDHKDHQNESFLDLKNLRMENNVQKILLDAKPDLPTLSRIEILAPQNGLCNARFGSAMEKSGKMDVAEALELSEKLYLDMSKTLGSLMNIKNMSGHVSMKYLSRQEREKVNQLRQRDLDLVFDKITQLKNQLGRKEELLRGYEKDVEQLRRSKVSIEMYQSQVAKLEDDIYKEAEEKALLKEALERMEHQLCQEKRINRAIRQQKVGTRKASLKMDQEREMLRKETSSKSSQSLLHSKPSGKY

Target ORF information:

RefSeq Version	XM_011540593.3
Organism	Homo sapiens(human)
Definition	Homo sapiens forkhead associated phosphopeptide binding domain 1 (FHAD1), transcript variant X30, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011540593.3

ORF Insert Sequence:

ATGACATCAC TTGAGCCCTG CAGACTTTTC ATTTACGGGA AAACAGAGAG GATGAAGGCC 
TATCTAAAGA GCGCAGAAGG CTTTTTTGTC CTAAATAAAA GTACCACAAT TGGAAGGCAT 
GAAAATTCAG ACCTTGTTTT ACAGTCTCCT GACATCGACA ACCACCATGC ACTCATTGAA 
TATAACGAGG CGGAGTGCAG CTTTGTTCTC CAGGACTTCA ATTCCCGCAA CGGCACGTTT 
GTCAACGAGT GCCACATTCA AAACGTGGCT GTGAAGCTCA TCCCTGGAGA CATCCTGAGA 
TTTGGGTCTG CAGGGCTGAC CTATGAACTG GTCATTGAAA ATCCACCTCC GGTCTCTTTC 
CCATGGATGA GGGGCCCAGC ACCATGGCCA GGGCCACAGC CACCTCGTGC CACACAGCAG 
CCAAACCAGG CCCCCCCACC ATCACATATC CCCTTCCACC AAGGTGTCCA GCCAGCACCG 
ATGCAAAGGA GCTGGTCCCA GGCCTTTCCC AGACCCACCG TGGTCCTGCC GGCCTCCCAC 
AGGCGGCCTG TGAGCGCCAA CAAGGAGATG TTCTCGTTCG TGGTGGACGA CGCCCGCAAG 
CCACCCGTCA TCAAGCAAGT GTGGACCAAT GCCATGAAAC TGTCAGAAAA ATCAGTGGCC 
GAGGGGATTC CTGGGGCAGT TCCCCCTGCG GAGATTTATG TGGAGGAGGA CTTGGCCCAG 
CAGGACAAGG ATGAAATAAT TCTGCTGCTG GGAAAAGAGG TCAGCCGTCT CTCAGATTAT 
GAAATTGAAT CCAAATACAA AGACGTCATA ATAGCAAACC TGCAGAATGA AGTGGCTGAG 
CTGAGTCAGA AGGTGTCAGA GACCACCACC TCCAGGCAGA ATGAGAAGGA GATCTCGCAG 
AAGTGTCAGG TTCTGGATGA AGACATCGAT GCCAAACAGA AAGAGATCCA GAGCTTGAAA 
AGCCAGATCA GTGCCCTACA GAAAGGCTAC AGCAAGGTGC TGTGCCAGAC CCTGTCAGAG 
CGGAACTCAG AAATCACATC CCTGAAGAAT GAGGGCGAGA ACTTAAAGAG AGACAACGCT 
ATCACATCAG GGATGGTGTC ATCTTTGCAA AAAGACATAT TAGCAAAGGA TGAGCAAGTT 
CAACAACTAA AGGAAGAGGT CAGTCACCTA AAAAGTCAGA ACAAGGACAA GGACCACCAG 
CTGGAAGCCC TTGGCTCTAG ATGCTCGGTG CTAAAGGAAG AGTTAAAACA GGAAGATGCT 
CACAGGGAGC TCAGGGAAGC CCAGGAGAAA GAGTTAAAAC TCTGCAAAAC CCAAATCCAA 
GACATGGAGA AAGAAATGAA GAAGCTTAGG GCAGAGCTGA GGAAGAGTTG TACTGAACAA 
AGCGTGATCT CTAGGACTCT GAGAGAAAAA AGCAAGGTTG AAGAGAAGCT TCAGGAGGAT 
TCCAGAAGGA AATTGCTTCA GCTGCAAGAA ATGGGGAACA GAGAGAGCGT CATTAAAATC 
AATTTGGAGA GGGCAGTAGG TCAGCTGGAG CACTTCAGAA GTCAAGTCAT CAAGGCCACC 
TATGGACGGG CGAAGCCGTT CCGGGACAAG CCCGTCACCG ACCAACAGTT AATAGAGAAA 
ATTACCCAGG TCACTGAGGA CAACATCAAT TTTCAGCAGA AAAAGTGGAC CCTCCAGAAA 
GAGACCCAGC TGAGCAACTC CAAGCAGGAG GAGACCACCG AGAACATCGA GAAGCTGAGG 
ACGTCGCTGG ACAGCTGCCA GGCTTGCATG AAAATATCCT GTTGCAGCCA TGACCTGAAG 
AAGGAGGTCG ACCTTCTTCA GCACCTCCAG GTGAGCCCAC CTGTCTCGGG GCTCCAGAAG 
GTGGTGCTGG ACGTCCTGAG GCACGCGCTG TCCTGGCTGG AGGAGGTGGA GCAGCTCCTC 
CGGGACCTCG GGATCCTGCC CTCCAGCCCC AACAAAGGGT TCTCTTTGTA TCTGATATAT 
CTTCTGGAAC ATTATAAAAA ACTTATGAGC CAGGCCCAGG AACTTCAGAT CAAGTTCAAC 
AGTTCTCAGG AAACTCAGCA GTCTTTACTG CAGGAAAAGC TGCGGGAGCA TCTGGCAGAG 
AAGGAGAAGC TGAACGAGGA GAGGCTAGAG CAAGAGGAGA AGCTCAAAGC CAAAATCAGG 
CAACTGACGG AAGAGAAGGC GGCTTTGGAG GAGTACATTA CTCAAGAGAG AAACAGAGCG 
AAAGAGACTT TAGAGGAAGA ACGGAAGAGA ATGCAAGAAC TGGAGAGCCT CCTGGCCCAG 
CAGAAGAAGG CTTTGGCGAA AAGCATTACC CAGGAGAAGA ACAGAGTGAA GGAAGCATTA 
GAGGAAGAGC AGACAAGAGT CCAAGAGCTG GAGGAACGCT TGGCCCGCCA GAAGGAGATC 
TCAGAGAGCA ACATTGCGTA CGAGAAACGC AAAGCAAAGG AGGCCATGGA GAAGGAAAAG 
AAAAAGGTGC AAGACCTGGA GAATCGCTTA ACCAAGCAGA AAGAGGAATT AGAATTAAAA 
GAGCAAAAAG AGGACGTTTT AAATAATAAA TTAAGTGACG CACTGGCCAT GGTTGAAGAG 
ACTCAGAAAA CAAAGGCAAC TGAAAGTCTA AAAGCAGAGA GCCTCGCCTT GAAATTAAAT 
GAAACATTAG CCGAACTGGA AACTACCAAG ACAAAAATGA TCATGGTGGA AGAGCGGCTA 
ATCCTGCAGC AGAAGATGGT AAAGGCCCTC CAGGATGAGC AGGAATCACA GAGACACGGG 
TTTGAAGAAG AGATCATGGA ATATAAGGAG CAAATCAAAC AGCACGCCCA GACAATTGTG 
AGCCTCGAAG AGAAACTCCA GAAAGTCACT CAGCACCATA AAAAAATAGA AGGCGAGATT 
GCAACATTGA AGGACAATGA CCCAGCCCCA AAGGAGGAAA GGCCGCAAGA CCCTCTGGTG 
GCTCCCATGA CAGAGAGCAG TGCCAAAGAC ATGGCGTACG AACATCTGAT AGATGACTTA 
TTGGCTGCTC AGAAGGAAAT TCTGTCTCAG CAGGAAGTCA TCATGAAGTT AAGGAAAGAC 
CTTACCGAAG CCCACAGCAG AATGTCGGAT TTGAGAGGGG AGCTAAACGA GAAGCAGAAG 
ATGGAACTGG AGCAGAACGT GGTGCTGGTC CAGCAGCAGA GCAAGGAGCT GAGTGTGCTC 
AAGGAGAAGA TGGCCCAGAT GAGCAGCCTG GTAGAAAAGA AAGATCGGGA GCTGAAGGCC 
CTTGAGGAGG CACTCAGGGC TTCCCAAGAG AAACACAGAC TCCAGCTGAA CACAGAGAAG 
GAACAGAAGC CCCGGAAGAA GACCCAGACG TGTGACACCT CTGTGCAGAT AGAACCCGTC 
CACACTGAGG CCTTCTCCAG CAGCCAAGAG CAGCAATCCT TCAGCGATCT AGGGGTCAGG 
TGCAAAGGGT CCCGGCACGA GGAGGTCATT CAGCGTCAGA AAAAGGCCTT ATCTGAACTT 
CGAGCGCGAA TTAAAGAACT CGAGAAGGCG CGCTCACCAG ATCATAAAGA CCACCAGAAT 
GAATCATTTC TAGATTTAAA GAACCTCAGA ATGGAAAACA ATGTCCAGAA AATACTACTG 
GATGCAAAAC CGGATTTGCC AACTCTCTCA AGAATAGAGA TCCTAGCGCC TCAGAATGGC 
CTTTGCAACG CAAGGTTCGG CTCAGCCATG GAGAAGTCAG GGAAGATGGA TGTGGCTGAG 
GCTTTAGAGC TCAGTGAAAA GCTGTACCTG GATATGAGCA AAACCCTCGG AAGTCTCATG 
AACATCAAGA ATATGTCAGG CCACGTGTCC ATGAAATACC TCTCCCGCCA GGAGAGGGAG 
AAGGTCAACC AGCTTCGACA AAGGGACCTC GACCTGGTGT TTGATAAGAT CACCCAACTC 
AAGAACCAGC TGGGGAGGAA AGAGGAGCTG TTGAGAGGAT ATGAAAAGGA CGTTGAACAG 
CTCAGGCGGA GCAAAGTGTC CATTGAGATG TACCAGTCGC AGGTGGCAAA GCTGGAGGAT 
GATATCTACA AAGAGGCCGA AGAGAAGGCC CTGCTGAAGG AGGCCCTGGA GCGCATGGAG 
CACCAGCTGT GCCAGGAGAA GAGGATCAAC AGGGCCATCC GGCAGCAGAA GGTTGGAACC 
AGAAAAGCCT CCCTAAAGAT GGACCAAGAA AGAGAGATGC TGAGGAAAGA GACCTCCAGC 
AAGTCCAGCC AGAGCCTTTT GCATTCTAAG CCCAGTGGAA AGTACTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

Epigenome-Wide Tumor DNA Methylation Profiling Identifies Novel Prognostic Biomarkers of Metastatic-Lethal Progression in Men Diagnosed with Clinically Localized Prostate Cancer.
Clinical cancer research : an official journal of the American Association for Cancer Research23(1)311-319(2017 Jan)
Zhao S,Geybels MS,Leonardson A,Rubicz R,Kolb S,Yan Q,Klotzle B,Bibikova M,Hurtado-Coll A,Troyer D,Lance R,Lin DW,Wright JL,Ostrander EA,Fan JB,Feng Z,Stanford JL

Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.
Molecular medicine (Cambridge, Mass.)16(7-8)247-53(2010 Jul-Aug)
Rose JE,Behm FM,Drgon T,Johnson C,Uhl GR

見積依頼

Eメール

japanmarket@genscript.com

電話

03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

オンラインフォーム

オンライン注文

FHAD1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence: