GPATCH8 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	GPATCH8
Entrez Gene ID	23131
Full Name	G-patch domain containing 8
Synonyms	GPATC8,KIAA0553
General protein information	Preferred Names G-patch domain containing 8 Names G patch domain-containing protein 8
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 17 Map Location: 17q21.31
Summary	The protein encoded by this gene contains an RNA-processing domain, a zinc finger domain, a lysine-rich region and a serine-rich region. A mutation in the serine-rich region of the protein is thought to be associated with hyperuricemia (PMID: 21594610). Alternative splicing results in multiple transcript variants encoding different isoforms. [provided by RefSeq, Feb 2015].
Disorder MIM:	614396

mRNA and Protein(s)

mRNA	Protein	Name
XM_017024379.1	XP_016879868.1	G patch domain-containing protein 8 isoform X3
NM_001304941.2	NP_001291870.1	G patch domain-containing protein 8 isoform 3
XM_017024375.1	XP_016879864.1	G patch domain-containing protein 8 isoform X3
XM_017024376.2	XP_016879865.1	G patch domain-containing protein 8 isoform X3
XM_017024374.1	XP_016879863.1	G patch domain-containing protein 8 isoform X2
XM_017024372.1	XP_016879861.1	G patch domain-containing protein 8 isoform X2
XM_011524559.2	XP_011522861.1	G patch domain-containing protein 8 isoform X2
XM_024450662.1	XP_024306430.1	G patch domain-containing protein 8 isoform X2
XM_011524561.2	XP_011522863.1	G patch domain-containing protein 8 isoform X2
XM_024450664.1	XP_024306432.1	G patch domain-containing protein 8 isoform X4
XM_017024376.1	XP_016879865.1	G patch domain-containing protein 8 isoform X3
XM_017024380.1	XP_016879869.1	G patch domain-containing protein 8 isoform X4
NM_001304940.1	NP_001291869.1	G patch domain-containing protein 8 isoform 3
NM_001304939.2	NP_001291868.1	G patch domain-containing protein 8 isoform 2
XM_011524557.1	XP_011522859.1	G patch domain-containing protein 8 isoform X1
XM_024450661.1	XP_024306429.1	G patch domain-containing protein 8 isoform X2
XM_024450663.1	XP_024306431.1	G patch domain-containing protein 8 isoform X2
XM_017024373.1	XP_016879862.1	G patch domain-containing protein 8 isoform X2
XM_017024378.1	XP_016879867.1	G patch domain-containing protein 8 isoform X3
NM_001002909.4	NP_001002909.1	G patch domain-containing protein 8 isoform 1
NM_001304942.1	NP_001291871.1	G patch domain-containing protein 8 isoform 3
NM_001304941.1	NP_001291870.1	G patch domain-containing protein 8 isoform 3
NM_001002909.3	NP_001002909.1	G patch domain-containing protein 8 isoform 1
NM_001304939.1	NP_001291868.1	G patch domain-containing protein 8 isoform 2
NM_001304942.2	NP_001291871.1	G patch domain-containing protein 8 isoform 3
NM_001304940.2	NP_001291869.1	G patch domain-containing protein 8 isoform 3
XM_024450660.1	XP_024306428.1	G patch domain-containing protein 8 isoform X2
XM_017024377.1	XP_016879866.1	G patch domain-containing protein 8 isoform X3
XM_011524558.1	XP_011522860.1	G patch domain-containing protein 8 isoform X2
NM_001304943.1	NP_001291872.1	G patch domain-containing protein 8 isoform 3
XM_011524558.2	XP_011522860.1	G patch domain-containing protein 8 isoform X2
XM_017024379.2	XP_016879868.1	G patch domain-containing protein 8 isoform X3

Pathways from BioSystems

Homologies

Bos taurus (cattle)	GPATCH8	XP_005221017.1
Canis lupus familiaris (dog)	GPATCH8	XP_537619.2
Homo sapiens (human)	GPATCH8	NP_001002909.1
Pan troglodytes (chimpanzee)	GPATCH8	XP_001150301.1
	GPATCH8	XP_001114589.1
Mus musculus (house mouse)	Gpatch8	NP_001152964.1
Rattus norvegicus (Norway rat)	Gpatch8	XP_001062937.3

Gene Ontology
Bibliography

Related articles in PubMed

A human interactome in three quantitative dimensions organized by stoichiometries and abundances.
Hein MY, Hubner NC, Poser I, Cox J, Nagaraj N, Toyoda Y, Gak IA, Weisswange I, Mansfeld J, Buchholz F, Hyman AA, Mann M
Cell163(3)712-23(2015 Oct)

Hyperuricemia cosegregating with osteogenesis imperfecta is associated with a mutation in GPATCH8.
Kaneko H, Kitoh H, Matsuura T, Masuda A, Ito M, Mottes M, Rauch F, Ishiguro N, Ohno K
Human genetics130(5)671-83(2011 Nov)

Variation at the NFATC2 locus increases the risk of thiazolidinedione-induced edema in the Diabetes REduction Assessment with ramipril and rosiglitazone Medication (DREAM) study.
Bailey SD, Xie C, Do R, Montpetit A, Diaz R, Mohan V, Keavney B, Yusuf S, Gerstein HC, Engert JC, Anand S,
Diabetes care33(10)2250-3(2010 Oct)

Gene-centric association signals for lipids and apolipoproteins identified via the HumanCVD BeadChip.
Talmud PJ, Drenos F, Shah S, Shah T, Palmen J, Verzilli C, Gaunt TR, Pallas J, Lovering R, Li K, Casas JP, Sofat R, Kumari M, Rodriguez S, Johnson T, Newhouse SJ, Dominiczak A, Samani NJ, Caulfield M, Sever P, Stanton A, Shields DC, Padmanabhan S, Melander O, Hastie C, Delles C, Ebrahim S, Marmot MG, Smith GD, Lawlor DA, Munroe PB, Day IN, Kivimaki M, Whittaker J, Humphries SE, Hingorani AD, , ,
American journal of human genetics85(5)628-42(2009 Nov)

Phosphoproteome analysis of the human mitotic spindle.
Nousiainen M, Sillj? HH, Sauer G, Nigg EA, K?rner R
Proceedings of the National Academy of Sciences of the United States of America103(14)5391-6(2006 Apr)

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

Two missense single-nucleotide variants in ZPBP2 and GPATCH8 on chromosome 17 were identified that cosegregated with hyperuricemia in the Japanese family.
Title: Hyperuricemia cosegregating with osteogenesis imperfecta is associated with a mutation in GPATCH8.

Observational study of gene-disease association, gene-environment interaction, and pharmacogenomic / toxicogenomic. (HuGE Navigator)
Title: Variation at the NFATC2 locus increases the risk of thiazolidinedione-induced edema in the Diabetes REduction Assessment with ramipril and rosiglitazone Medication (DREAM) study.

Observational study of gene-disease association. (HuGE Navigator)
Title: Candidate gene polymorphisms for ischemic stroke.

Observational study of gene-disease association. (HuGE Navigator)
Title: Gene-centric association signals for lipids and apolipoproteins identified via the HumanCVD BeadChip.

The following GPATCH8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GPATCH8 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)
OHu86698	XM_024450664.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu86698	XM_017024380.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu03428	NM_001002909.4 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu50234	NM_001304940.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	NM_001304943.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	NM_001304942.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	NM_001304941.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65527	NM_001304939.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	XM_017024379.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	XM_017024377.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	XM_017024378.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	XM_017024375.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	XM_017024376.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65525	XM_011524557.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu65526	XM_011524559.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_024450660.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_017024374.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_024450662.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_024450663.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_017024373.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_011524558.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_011524561.2 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_017024372.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_024450661.1 Latest version!	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu50234	XM_017024376.1	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	NM_001304941.1	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu03428	NM_001002909.3	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu65527	NM_001304939.1	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	NM_001304942.1	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	NM_001304940.1	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu65526	XM_011524558.1	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu50234	XM_017024379.1	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
Hide Old Accession Versions >>

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

Reference Sequences (Refseq)

GPATCH8 ( XM_024450664.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024306432.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu86698
Clone ID Related Accession (Same CDS sequence)	XM_024450664.1 , XM_017024380.1
Accession Version	XM_024450664.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3867bp) 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	G patch domain-containing protein 8 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGTTCAAAC CAACCACAGT GGCTGTAGAT GAAGAAGGTG GAGAAGATGA TAAAGATGAA 
TCAGCTACAA ATAGTGGCAC AGGTGCCACT GCTTCTTGTG GCCTGGGATC TGAATTCTCC 
ACAGATAAAG GAGGCCCTTT CACTGCAGTA CAAATCACTA ATACCACTGG ACTGGCCCAG 
GCTCCTGGGT TAGCCTCCCA AGGCATCAGC TTTGGCATTA AGAATAATCT GGGGACCCCA 
TTGCAAAAAT TGGGAGTGTC ATTTTCTTTT GCCAAAAAGG CTCCTGTCAA ACTCGAATCA 
ATAGCATCAG TTTTCAAGGA CCATGCGGAG GAAGGGACCT CTGAAGATGG AACAAAACCC 
GATGAGAAGA GTTCTGACCA AGGACTGCAG AAGGTAGGAG ACTCTGATGG GAGCAGTAAT 
CTTGATGGTA AAAAAGAGGA TGAAGACCCT CAGGATGGAG GGTCCCTTGC CTCAACATTA 
TCCAAATTAA AAAGGATGAA ACGAGAAGAA GGAGCTGGGG CTACAGAGCC TGAGTATTAC 
CACTACATCC CCCCAGCACA CTGCAAAGTA AAACCTAATT TTCCCTTTCT ACTTTTTATG 
AGAGCCAGTG AACAAATGGA TGGTGATAAT ACTACACACC CAAAGAATGC CCCAGAGAGT 
AAAAAAGGCA GTTCTCCCAA GCCTAAAAGC TGCATCAAGG CGGCAGCAAG CCAAGGAGCA 
GAAAAGACAG TTAGTGAAGT CTCTGAGCAG CCGAAGGAAA CCAGCATGAC CGAGCCCTCA 
GAACCAGGAA GCAAAGCTGA GGCAAAGAAG GCCTTAGGAG GGGATGTAAG TGATCAGAGT 
TTAGAAAGTC ATAGTCAGAA GGTTTCAGAG ACCCAAATGT GTGAGTCCAA CTCTTCTAAA 
GAAACCTCTC TGGCCACCCC AGCAGGGAAA GAAAGCCAAG AAGGACCCAA ACATCCTACT 
GGTCCCTTCT TCCCAGTTTT GAGCAAAGAT GAAAGCACTG CCCTCCAGTG GCCATCAGAA 
CTATTAATTT TCACCAAGGC AGAACCCTCC ATTTCATACA GTTGTAACCC TTTATATTTT 
GACTTTAAAC TTTCAAGGAA CAAAGATGCC AGAACTAAAG GAACAGAAAA ACCAAAGGAT 
ATAGGAAGCT CCTCAAAGGA CCATCTCCAA GGCCTAGATC CTGGTGAGCC AAATAAAAGC 
AAGGAAGTGG GCGGAGAGAA AATAGTACGT TCCTCAGGAG GCAGAATGGA CGCACCTGCT 
TCAGGGTCTG CCTGTAGCGG CCTGAACAAG CAGGAGCCTG GGGGTAGCCA TGGGTCTGAG 
ACAGAAGACA CAGGGAGAAG CCTTCCCAGC AAGAAAGAAC GATCTGGGAA GTCCCACCGG 
CACAAAAAGA AAAAGAAGCA CAAAAAATCC AGCAAACACA AACGTAAACA CAAGGCTGAC 
ACAGAAGAGA AAAGCTCTAA GGCAGAGTCA GGGGAGAAAT CTAAGAAGCG CAAGAAACGA 
AAACGAAAGA AGAATAAGTC ATCAGCCCCA GCAGATTCTG AACGAGGACC CAAACCAGAA 
CCCCCTGGGA GTGGCAGTCC CGCACCACCA AGAAGAAGGC GGAGAGCTCA AGATGACTCC 
CAGCGGAGAT CCCTCCCAGC TGAAGAGGGG AGCAGTGGCA AAAAGGATGA AGGTGGGGGT 
GGTAGCAGCT CCCAAGACCA TGGTGGGAGG AAACACAAAG GTGAACTTCC ACCTTCATCC 
TGCCAGCGAA GAGCAGGCAC CAAACGGAGC AGCCGGTCTA GCCATCGGAG CCAACCCAGT 
AGTGGAGATG AGGATAGTGA TGATGCTTCC TCACACCGGC TGCACCAGAA GTCTCCATCC 
CAGTACAGTG AGGAAGAAGA AGAGGAAGAT TCAGGCAGTG AGCATTCCCG CAGCCGCTCA 
AGGTCTGGCC GGCGCCATTC CTCGCATCGT TCCTCCCGGC GTTCTTACTC AAGTAGCTCA 
GATGCCTCTT CAGACCAGAG CTGCTATAGT AGACAGCGCA GTTACTCTGA TGACAGCTAC 
AGTGACTACA GTGACAGATC ACGAAGGCAC TCCAAGCGCT CCCATGACTC AGATGACTCA 
GACTATGCCA GCTCCAAACA CCGATCAAAA CGGCACAAAT ATTCATCTTC TGATGATGAC 
TATAGCCTCA GTTGCAGCCA GTCCCGAAGC CGATCTCGGA GTCATACCAG AGAGCGCTCA 
AGATCCCGGG GCCGCAGCCG CAGCAGCAGT TGTAGTCGTA GTCGAAGCAA GCGGAGAAGC 
CGTAGCACCA CAGCCCACAG CTGGCAACGG AGCCGGAGCT ATAGCCGGGA CCGCAGCCGC 
AGCACCAGGA GCCCTTCCCA GAGATCAGGC TCCAGGAAGA GATCATGGGG TCACGAGAGC 
CCTGAGGAGA GGCATTCTGG GCGTCGGGAC TTCATTCGTT CTAAGATCTA CCGCTCCCAG 
TCCCCCCACT ATTTCCGATC AGGCCGGGGA GAAGGTCCTG GGAAGAAAGA TGATGGCAGA 
GGAGATGACA GTAAAGCAAC AGGTCCACCT TCCCAGAACA GCAACATTGG CACAGGAAGA 
GGGTCAGAAG GTGACTGCAG TCCTGAAGAC AAGAACTCTG TCACTGCCAA ACTGCTACTG 
GAGAAGATCC AGTCAAGGAA AGTGGAGAGG AAACCTAGTG TGAGTGAGGA GGTGCAGGCC 
ACCCCTAATA AAGCTGGGCC CAAGCTCAAG GACCCCCCAC AAGGTTACTT TGGGCCCAAG 
CTCCCCCCAT CTCTTGGCAA TAAGCCTGTC CTTCCACTGA TAGGGAAGCT CCCAGCTACC 
CGAAAGCCCA ATAAGAAGTG TGAAGAGTCT GGCTTGGAAA GGGGGGAAGA GCAAGAACAG 
TCAGAGACAG AAGAGGGGCC CCCAGGGAGT AGTGATGCCC TATTTGGGCA TCAGTTCCCT 
TCAGAGGAAA CAACTGGCCC CTTATTAGAC CCACCCCCAG AAGAGTCAAA GTCTGGAGAA 
GCTACTGCTG ATCACCCTGT GGCTCCACTA GGCACCCCAG CACATTCTGA CTGCTACCCT 
GGGGACCCAA CCATCTCCCA TAACTACCTC CCCGACCCCA GTGATGGGGA CACCCTGGAG 
TCCCTGGATA GCAGCAGTCA GCCAGGCCCT GTGGAGTCCA GCTTGCTGCC TATAGCACCA 
GACCTTGAGC ATTTCCCCAG TTATGCACCT CCCAGTGGGG ATCCTAGTAT TGAGTCAACA 
GATGGGGCTG AGGATGCTTC ACTGGCCCCC CTGGAAAGCC AGCCCATCAC CTTCACCCCT 
GAGGAGATGG AGAAGTACAG CAAGCTCCAG CAGGCTGCTC AGCAACACAT CCAGCAGCAG 
CTTCTGGCCA AGCAAGTAAA GGCCTTTCCA GCCTCAGCTG CCCTGGCCCC AGCCACACCA 
GCCCTGCAAC CCATCCACAT TCAGCAGCCA GCTACAGCCT CTGCCACCTC CATCACAACT 
GTTCAGCATG CCATCCTACA ACATCATGCT GCCGCAGCTG CTGCCGCCAT CGGCATTCAC 
CCTCACCCCC ATCCCCAACC ACTTGCCCAG GTGCATCATA TTCCCCAGCC CCATCTGACC 
CCCATTTCTT TGTCCCACCT CACTCACTCA ATCATCCCTG GCCACCCTGC CACCTTTCTC 
GCTAGCCATC CCATCCACAT CATTCCCGCC TCAGCCATCC ATCCTGGGCC CTTCACCTTT 
CACCCTGTCC CACATGCTGC CCTCTACCCC ACCCTACTTG CTCCACGGCC TGCTGCAGCA 
GCTGCCACTG CACTTCACCT TCACCCACTA CTTCACCCCA TCTTCTCAGG TCAGGACCTG 
CAACATCCCC CCAGCCATGG CACGTGA

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

RefSeq	XP_024306432.1
CDS	752..4618
Translation	MFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_024450664.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X14, mRNA.

Target ORF information:

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

XM_024450664.1

ORF Insert Sequence:

ATGTTCAAAC CAACCACAGT GGCTGTAGAT GAAGAAGGTG GAGAAGATGA TAAAGATGAA 
TCAGCTACAA ATAGTGGCAC AGGTGCCACT GCTTCTTGTG GCCTGGGATC TGAATTCTCC 
ACAGATAAAG GAGGCCCTTT CACTGCAGTA CAAATCACTA ATACCACTGG ACTGGCCCAG 
GCTCCTGGGT TAGCCTCCCA AGGCATCAGC TTTGGCATTA AGAATAATCT GGGGACCCCA 
TTGCAAAAAT TGGGAGTGTC ATTTTCTTTT GCCAAAAAGG CTCCTGTCAA ACTCGAATCA 
ATAGCATCAG TTTTCAAGGA CCATGCGGAG GAAGGGACCT CTGAAGATGG AACAAAACCC 
GATGAGAAGA GTTCTGACCA AGGACTGCAG AAGGTAGGAG ACTCTGATGG GAGCAGTAAT 
CTTGATGGTA AAAAAGAGGA TGAAGACCCT CAGGATGGAG GGTCCCTTGC CTCAACATTA 
TCCAAATTAA AAAGGATGAA ACGAGAAGAA GGAGCTGGGG CTACAGAGCC TGAGTATTAC 
CACTACATCC CCCCAGCACA CTGCAAAGTA AAACCTAATT TTCCCTTTCT ACTTTTTATG 
AGAGCCAGTG AACAAATGGA TGGTGATAAT ACTACACACC CAAAGAATGC CCCAGAGAGT 
AAAAAAGGCA GTTCTCCCAA GCCTAAAAGC TGCATCAAGG CGGCAGCAAG CCAAGGAGCA 
GAAAAGACAG TTAGTGAAGT CTCTGAGCAG CCGAAGGAAA CCAGCATGAC CGAGCCCTCA 
GAACCAGGAA GCAAAGCTGA GGCAAAGAAG GCCTTAGGAG GGGATGTAAG TGATCAGAGT 
TTAGAAAGTC ATAGTCAGAA GGTTTCAGAG ACCCAAATGT GTGAGTCCAA CTCTTCTAAA 
GAAACCTCTC TGGCCACCCC AGCAGGGAAA GAAAGCCAAG AAGGACCCAA ACATCCTACT 
GGTCCCTTCT TCCCAGTTTT GAGCAAAGAT GAAAGCACTG CCCTCCAGTG GCCATCAGAA 
CTATTAATTT TCACCAAGGC AGAACCCTCC ATTTCATACA GTTGTAACCC TTTATATTTT 
GACTTTAAAC TTTCAAGGAA CAAAGATGCC AGAACTAAAG GAACAGAAAA ACCAAAGGAT 
ATAGGAAGCT CCTCAAAGGA CCATCTCCAA GGCCTAGATC CTGGTGAGCC AAATAAAAGC 
AAGGAAGTGG GCGGAGAGAA AATAGTACGT TCCTCAGGAG GCAGAATGGA CGCACCTGCT 
TCAGGGTCTG CCTGTAGCGG CCTGAACAAG CAGGAGCCTG GGGGTAGCCA TGGGTCTGAG 
ACAGAAGACA CAGGGAGAAG CCTTCCCAGC AAGAAAGAAC GATCTGGGAA GTCCCACCGG 
CACAAAAAGA AAAAGAAGCA CAAAAAATCC AGCAAACACA AACGTAAACA CAAGGCTGAC 
ACAGAAGAGA AAAGCTCTAA GGCAGAGTCA GGGGAGAAAT CTAAGAAGCG CAAGAAACGA 
AAACGAAAGA AGAATAAGTC ATCAGCCCCA GCAGATTCTG AACGAGGACC CAAACCAGAA 
CCCCCTGGGA GTGGCAGTCC CGCACCACCA AGAAGAAGGC GGAGAGCTCA AGATGACTCC 
CAGCGGAGAT CCCTCCCAGC TGAAGAGGGG AGCAGTGGCA AAAAGGATGA AGGTGGGGGT 
GGTAGCAGCT CCCAAGACCA TGGTGGGAGG AAACACAAAG GTGAACTTCC ACCTTCATCC 
TGCCAGCGAA GAGCAGGCAC CAAACGGAGC AGCCGGTCTA GCCATCGGAG CCAACCCAGT 
AGTGGAGATG AGGATAGTGA TGATGCTTCC TCACACCGGC TGCACCAGAA GTCTCCATCC 
CAGTACAGTG AGGAAGAAGA AGAGGAAGAT TCAGGCAGTG AGCATTCCCG CAGCCGCTCA 
AGGTCTGGCC GGCGCCATTC CTCGCATCGT TCCTCCCGGC GTTCTTACTC AAGTAGCTCA 
GATGCCTCTT CAGACCAGAG CTGCTATAGT AGACAGCGCA GTTACTCTGA TGACAGCTAC 
AGTGACTACA GTGACAGATC ACGAAGGCAC TCCAAGCGCT CCCATGACTC AGATGACTCA 
GACTATGCCA GCTCCAAACA CCGATCAAAA CGGCACAAAT ATTCATCTTC TGATGATGAC 
TATAGCCTCA GTTGCAGCCA GTCCCGAAGC CGATCTCGGA GTCATACCAG AGAGCGCTCA 
AGATCCCGGG GCCGCAGCCG CAGCAGCAGT TGTAGTCGTA GTCGAAGCAA GCGGAGAAGC 
CGTAGCACCA CAGCCCACAG CTGGCAACGG AGCCGGAGCT ATAGCCGGGA CCGCAGCCGC 
AGCACCAGGA GCCCTTCCCA GAGATCAGGC TCCAGGAAGA GATCATGGGG TCACGAGAGC 
CCTGAGGAGA GGCATTCTGG GCGTCGGGAC TTCATTCGTT CTAAGATCTA CCGCTCCCAG 
TCCCCCCACT ATTTCCGATC AGGCCGGGGA GAAGGTCCTG GGAAGAAAGA TGATGGCAGA 
GGAGATGACA GTAAAGCAAC AGGTCCACCT TCCCAGAACA GCAACATTGG CACAGGAAGA 
GGGTCAGAAG GTGACTGCAG TCCTGAAGAC AAGAACTCTG TCACTGCCAA ACTGCTACTG 
GAGAAGATCC AGTCAAGGAA AGTGGAGAGG AAACCTAGTG TGAGTGAGGA GGTGCAGGCC 
ACCCCTAATA AAGCTGGGCC CAAGCTCAAG GACCCCCCAC AAGGTTACTT TGGGCCCAAG 
CTCCCCCCAT CTCTTGGCAA TAAGCCTGTC CTTCCACTGA TAGGGAAGCT CCCAGCTACC 
CGAAAGCCCA ATAAGAAGTG TGAAGAGTCT GGCTTGGAAA GGGGGGAAGA GCAAGAACAG 
TCAGAGACAG AAGAGGGGCC CCCAGGGAGT AGTGATGCCC TATTTGGGCA TCAGTTCCCT 
TCAGAGGAAA CAACTGGCCC CTTATTAGAC CCACCCCCAG AAGAGTCAAA GTCTGGAGAA 
GCTACTGCTG ATCACCCTGT GGCTCCACTA GGCACCCCAG CACATTCTGA CTGCTACCCT 
GGGGACCCAA CCATCTCCCA TAACTACCTC CCCGACCCCA GTGATGGGGA CACCCTGGAG 
TCCCTGGATA GCAGCAGTCA GCCAGGCCCT GTGGAGTCCA GCTTGCTGCC TATAGCACCA 
GACCTTGAGC ATTTCCCCAG TTATGCACCT CCCAGTGGGG ATCCTAGTAT TGAGTCAACA 
GATGGGGCTG AGGATGCTTC ACTGGCCCCC CTGGAAAGCC AGCCCATCAC CTTCACCCCT 
GAGGAGATGG AGAAGTACAG CAAGCTCCAG CAGGCTGCTC AGCAACACAT CCAGCAGCAG 
CTTCTGGCCA AGCAAGTAAA GGCCTTTCCA GCCTCAGCTG CCCTGGCCCC AGCCACACCA 
GCCCTGCAAC CCATCCACAT TCAGCAGCCA GCTACAGCCT CTGCCACCTC CATCACAACT 
GTTCAGCATG CCATCCTACA ACATCATGCT GCCGCAGCTG CTGCCGCCAT CGGCATTCAC 
CCTCACCCCC ATCCCCAACC ACTTGCCCAG GTGCATCATA TTCCCCAGCC CCATCTGACC 
CCCATTTCTT TGTCCCACCT CACTCACTCA ATCATCCCTG GCCACCCTGC CACCTTTCTC 
GCTAGCCATC CCATCCACAT CATTCCCGCC TCAGCCATCC ATCCTGGGCC CTTCACCTTT 
CACCCTGTCC CACATGCTGC CCTCTACCCC ACCCTACTTG CTCCACGGCC TGCTGCAGCA 
GCTGCCACTG CACTTCACCT TCACCCACTA CTTCACCCCA TCTTCTCAGG TCAGGACCTG 
CAACATCCCC CCAGCCATGG CACGTGA

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

GPATCH8 ( XM_017024380.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879869.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X13, mRNA.

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CloneID	OHu86698
Clone ID Related Accession (Same CDS sequence)	XM_024450664.1 , XM_017024380.1
Accession Version	XM_017024380.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3867bp) 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	G patch domain-containing protein 8 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGTTCAAAC CAACCACAGT GGCTGTAGAT GAAGAAGGTG GAGAAGATGA TAAAGATGAA 
TCAGCTACAA ATAGTGGCAC AGGTGCCACT GCTTCTTGTG GCCTGGGATC TGAATTCTCC 
ACAGATAAAG GAGGCCCTTT CACTGCAGTA CAAATCACTA ATACCACTGG ACTGGCCCAG 
GCTCCTGGGT TAGCCTCCCA AGGCATCAGC TTTGGCATTA AGAATAATCT GGGGACCCCA 
TTGCAAAAAT TGGGAGTGTC ATTTTCTTTT GCCAAAAAGG CTCCTGTCAA ACTCGAATCA 
ATAGCATCAG TTTTCAAGGA CCATGCGGAG GAAGGGACCT CTGAAGATGG AACAAAACCC 
GATGAGAAGA GTTCTGACCA AGGACTGCAG AAGGTAGGAG ACTCTGATGG GAGCAGTAAT 
CTTGATGGTA AAAAAGAGGA TGAAGACCCT CAGGATGGAG GGTCCCTTGC CTCAACATTA 
TCCAAATTAA AAAGGATGAA ACGAGAAGAA GGAGCTGGGG CTACAGAGCC TGAGTATTAC 
CACTACATCC CCCCAGCACA CTGCAAAGTA AAACCTAATT TTCCCTTTCT ACTTTTTATG 
AGAGCCAGTG AACAAATGGA TGGTGATAAT ACTACACACC CAAAGAATGC CCCAGAGAGT 
AAAAAAGGCA GTTCTCCCAA GCCTAAAAGC TGCATCAAGG CGGCAGCAAG CCAAGGAGCA 
GAAAAGACAG TTAGTGAAGT CTCTGAGCAG CCGAAGGAAA CCAGCATGAC CGAGCCCTCA 
GAACCAGGAA GCAAAGCTGA GGCAAAGAAG GCCTTAGGAG GGGATGTAAG TGATCAGAGT 
TTAGAAAGTC ATAGTCAGAA GGTTTCAGAG ACCCAAATGT GTGAGTCCAA CTCTTCTAAA 
GAAACCTCTC TGGCCACCCC AGCAGGGAAA GAAAGCCAAG AAGGACCCAA ACATCCTACT 
GGTCCCTTCT TCCCAGTTTT GAGCAAAGAT GAAAGCACTG CCCTCCAGTG GCCATCAGAA 
CTATTAATTT TCACCAAGGC AGAACCCTCC ATTTCATACA GTTGTAACCC TTTATATTTT 
GACTTTAAAC TTTCAAGGAA CAAAGATGCC AGAACTAAAG GAACAGAAAA ACCAAAGGAT 
ATAGGAAGCT CCTCAAAGGA CCATCTCCAA GGCCTAGATC CTGGTGAGCC AAATAAAAGC 
AAGGAAGTGG GCGGAGAGAA AATAGTACGT TCCTCAGGAG GCAGAATGGA CGCACCTGCT 
TCAGGGTCTG CCTGTAGCGG CCTGAACAAG CAGGAGCCTG GGGGTAGCCA TGGGTCTGAG 
ACAGAAGACA CAGGGAGAAG CCTTCCCAGC AAGAAAGAAC GATCTGGGAA GTCCCACCGG 
CACAAAAAGA AAAAGAAGCA CAAAAAATCC AGCAAACACA AACGTAAACA CAAGGCTGAC 
ACAGAAGAGA AAAGCTCTAA GGCAGAGTCA GGGGAGAAAT CTAAGAAGCG CAAGAAACGA 
AAACGAAAGA AGAATAAGTC ATCAGCCCCA GCAGATTCTG AACGAGGACC CAAACCAGAA 
CCCCCTGGGA GTGGCAGTCC CGCACCACCA AGAAGAAGGC GGAGAGCTCA AGATGACTCC 
CAGCGGAGAT CCCTCCCAGC TGAAGAGGGG AGCAGTGGCA AAAAGGATGA AGGTGGGGGT 
GGTAGCAGCT CCCAAGACCA TGGTGGGAGG AAACACAAAG GTGAACTTCC ACCTTCATCC 
TGCCAGCGAA GAGCAGGCAC CAAACGGAGC AGCCGGTCTA GCCATCGGAG CCAACCCAGT 
AGTGGAGATG AGGATAGTGA TGATGCTTCC TCACACCGGC TGCACCAGAA GTCTCCATCC 
CAGTACAGTG AGGAAGAAGA AGAGGAAGAT TCAGGCAGTG AGCATTCCCG CAGCCGCTCA 
AGGTCTGGCC GGCGCCATTC CTCGCATCGT TCCTCCCGGC GTTCTTACTC AAGTAGCTCA 
GATGCCTCTT CAGACCAGAG CTGCTATAGT AGACAGCGCA GTTACTCTGA TGACAGCTAC 
AGTGACTACA GTGACAGATC ACGAAGGCAC TCCAAGCGCT CCCATGACTC AGATGACTCA 
GACTATGCCA GCTCCAAACA CCGATCAAAA CGGCACAAAT ATTCATCTTC TGATGATGAC 
TATAGCCTCA GTTGCAGCCA GTCCCGAAGC CGATCTCGGA GTCATACCAG AGAGCGCTCA 
AGATCCCGGG GCCGCAGCCG CAGCAGCAGT TGTAGTCGTA GTCGAAGCAA GCGGAGAAGC 
CGTAGCACCA CAGCCCACAG CTGGCAACGG AGCCGGAGCT ATAGCCGGGA CCGCAGCCGC 
AGCACCAGGA GCCCTTCCCA GAGATCAGGC TCCAGGAAGA GATCATGGGG TCACGAGAGC 
CCTGAGGAGA GGCATTCTGG GCGTCGGGAC TTCATTCGTT CTAAGATCTA CCGCTCCCAG 
TCCCCCCACT ATTTCCGATC AGGCCGGGGA GAAGGTCCTG GGAAGAAAGA TGATGGCAGA 
GGAGATGACA GTAAAGCAAC AGGTCCACCT TCCCAGAACA GCAACATTGG CACAGGAAGA 
GGGTCAGAAG GTGACTGCAG TCCTGAAGAC AAGAACTCTG TCACTGCCAA ACTGCTACTG 
GAGAAGATCC AGTCAAGGAA AGTGGAGAGG AAACCTAGTG TGAGTGAGGA GGTGCAGGCC 
ACCCCTAATA AAGCTGGGCC CAAGCTCAAG GACCCCCCAC AAGGTTACTT TGGGCCCAAG 
CTCCCCCCAT CTCTTGGCAA TAAGCCTGTC CTTCCACTGA TAGGGAAGCT CCCAGCTACC 
CGAAAGCCCA ATAAGAAGTG TGAAGAGTCT GGCTTGGAAA GGGGGGAAGA GCAAGAACAG 
TCAGAGACAG AAGAGGGGCC CCCAGGGAGT AGTGATGCCC TATTTGGGCA TCAGTTCCCT 
TCAGAGGAAA CAACTGGCCC CTTATTAGAC CCACCCCCAG AAGAGTCAAA GTCTGGAGAA 
GCTACTGCTG ATCACCCTGT GGCTCCACTA GGCACCCCAG CACATTCTGA CTGCTACCCT 
GGGGACCCAA CCATCTCCCA TAACTACCTC CCCGACCCCA GTGATGGGGA CACCCTGGAG 
TCCCTGGATA GCAGCAGTCA GCCAGGCCCT GTGGAGTCCA GCTTGCTGCC TATAGCACCA 
GACCTTGAGC ATTTCCCCAG TTATGCACCT CCCAGTGGGG ATCCTAGTAT TGAGTCAACA 
GATGGGGCTG AGGATGCTTC ACTGGCCCCC CTGGAAAGCC AGCCCATCAC CTTCACCCCT 
GAGGAGATGG AGAAGTACAG CAAGCTCCAG CAGGCTGCTC AGCAACACAT CCAGCAGCAG 
CTTCTGGCCA AGCAAGTAAA GGCCTTTCCA GCCTCAGCTG CCCTGGCCCC AGCCACACCA 
GCCCTGCAAC CCATCCACAT TCAGCAGCCA GCTACAGCCT CTGCCACCTC CATCACAACT 
GTTCAGCATG CCATCCTACA ACATCATGCT GCCGCAGCTG CTGCCGCCAT CGGCATTCAC 
CCTCACCCCC ATCCCCAACC ACTTGCCCAG GTGCATCATA TTCCCCAGCC CCATCTGACC 
CCCATTTCTT TGTCCCACCT CACTCACTCA ATCATCCCTG GCCACCCTGC CACCTTTCTC 
GCTAGCCATC CCATCCACAT CATTCCCGCC TCAGCCATCC ATCCTGGGCC CTTCACCTTT 
CACCCTGTCC CACATGCTGC CCTCTACCCC ACCCTACTTG CTCCACGGCC TGCTGCAGCA 
GCTGCCACTG CACTTCACCT TCACCCACTA CTTCACCCCA TCTTCTCAGG TCAGGACCTG 
CAACATCCCC CCAGCCATGG CACGTGA

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

RefSeq	XP_016879869.1
CDS	742..4608
Translation	MFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024380.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X13, mRNA.

Target ORF information:

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

XM_017024380.1

ORF Insert Sequence:

ATGTTCAAAC CAACCACAGT GGCTGTAGAT GAAGAAGGTG GAGAAGATGA TAAAGATGAA 
TCAGCTACAA ATAGTGGCAC AGGTGCCACT GCTTCTTGTG GCCTGGGATC TGAATTCTCC 
ACAGATAAAG GAGGCCCTTT CACTGCAGTA CAAATCACTA ATACCACTGG ACTGGCCCAG 
GCTCCTGGGT TAGCCTCCCA AGGCATCAGC TTTGGCATTA AGAATAATCT GGGGACCCCA 
TTGCAAAAAT TGGGAGTGTC ATTTTCTTTT GCCAAAAAGG CTCCTGTCAA ACTCGAATCA 
ATAGCATCAG TTTTCAAGGA CCATGCGGAG GAAGGGACCT CTGAAGATGG AACAAAACCC 
GATGAGAAGA GTTCTGACCA AGGACTGCAG AAGGTAGGAG ACTCTGATGG GAGCAGTAAT 
CTTGATGGTA AAAAAGAGGA TGAAGACCCT CAGGATGGAG GGTCCCTTGC CTCAACATTA 
TCCAAATTAA AAAGGATGAA ACGAGAAGAA GGAGCTGGGG CTACAGAGCC TGAGTATTAC 
CACTACATCC CCCCAGCACA CTGCAAAGTA AAACCTAATT TTCCCTTTCT ACTTTTTATG 
AGAGCCAGTG AACAAATGGA TGGTGATAAT ACTACACACC CAAAGAATGC CCCAGAGAGT 
AAAAAAGGCA GTTCTCCCAA GCCTAAAAGC TGCATCAAGG CGGCAGCAAG CCAAGGAGCA 
GAAAAGACAG TTAGTGAAGT CTCTGAGCAG CCGAAGGAAA CCAGCATGAC CGAGCCCTCA 
GAACCAGGAA GCAAAGCTGA GGCAAAGAAG GCCTTAGGAG GGGATGTAAG TGATCAGAGT 
TTAGAAAGTC ATAGTCAGAA GGTTTCAGAG ACCCAAATGT GTGAGTCCAA CTCTTCTAAA 
GAAACCTCTC TGGCCACCCC AGCAGGGAAA GAAAGCCAAG AAGGACCCAA ACATCCTACT 
GGTCCCTTCT TCCCAGTTTT GAGCAAAGAT GAAAGCACTG CCCTCCAGTG GCCATCAGAA 
CTATTAATTT TCACCAAGGC AGAACCCTCC ATTTCATACA GTTGTAACCC TTTATATTTT 
GACTTTAAAC TTTCAAGGAA CAAAGATGCC AGAACTAAAG GAACAGAAAA ACCAAAGGAT 
ATAGGAAGCT CCTCAAAGGA CCATCTCCAA GGCCTAGATC CTGGTGAGCC AAATAAAAGC 
AAGGAAGTGG GCGGAGAGAA AATAGTACGT TCCTCAGGAG GCAGAATGGA CGCACCTGCT 
TCAGGGTCTG CCTGTAGCGG CCTGAACAAG CAGGAGCCTG GGGGTAGCCA TGGGTCTGAG 
ACAGAAGACA CAGGGAGAAG CCTTCCCAGC AAGAAAGAAC GATCTGGGAA GTCCCACCGG 
CACAAAAAGA AAAAGAAGCA CAAAAAATCC AGCAAACACA AACGTAAACA CAAGGCTGAC 
ACAGAAGAGA AAAGCTCTAA GGCAGAGTCA GGGGAGAAAT CTAAGAAGCG CAAGAAACGA 
AAACGAAAGA AGAATAAGTC ATCAGCCCCA GCAGATTCTG AACGAGGACC CAAACCAGAA 
CCCCCTGGGA GTGGCAGTCC CGCACCACCA AGAAGAAGGC GGAGAGCTCA AGATGACTCC 
CAGCGGAGAT CCCTCCCAGC TGAAGAGGGG AGCAGTGGCA AAAAGGATGA AGGTGGGGGT 
GGTAGCAGCT CCCAAGACCA TGGTGGGAGG AAACACAAAG GTGAACTTCC ACCTTCATCC 
TGCCAGCGAA GAGCAGGCAC CAAACGGAGC AGCCGGTCTA GCCATCGGAG CCAACCCAGT 
AGTGGAGATG AGGATAGTGA TGATGCTTCC TCACACCGGC TGCACCAGAA GTCTCCATCC 
CAGTACAGTG AGGAAGAAGA AGAGGAAGAT TCAGGCAGTG AGCATTCCCG CAGCCGCTCA 
AGGTCTGGCC GGCGCCATTC CTCGCATCGT TCCTCCCGGC GTTCTTACTC AAGTAGCTCA 
GATGCCTCTT CAGACCAGAG CTGCTATAGT AGACAGCGCA GTTACTCTGA TGACAGCTAC 
AGTGACTACA GTGACAGATC ACGAAGGCAC TCCAAGCGCT CCCATGACTC AGATGACTCA 
GACTATGCCA GCTCCAAACA CCGATCAAAA CGGCACAAAT ATTCATCTTC TGATGATGAC 
TATAGCCTCA GTTGCAGCCA GTCCCGAAGC CGATCTCGGA GTCATACCAG AGAGCGCTCA 
AGATCCCGGG GCCGCAGCCG CAGCAGCAGT TGTAGTCGTA GTCGAAGCAA GCGGAGAAGC 
CGTAGCACCA CAGCCCACAG CTGGCAACGG AGCCGGAGCT ATAGCCGGGA CCGCAGCCGC 
AGCACCAGGA GCCCTTCCCA GAGATCAGGC TCCAGGAAGA GATCATGGGG TCACGAGAGC 
CCTGAGGAGA GGCATTCTGG GCGTCGGGAC TTCATTCGTT CTAAGATCTA CCGCTCCCAG 
TCCCCCCACT ATTTCCGATC AGGCCGGGGA GAAGGTCCTG GGAAGAAAGA TGATGGCAGA 
GGAGATGACA GTAAAGCAAC AGGTCCACCT TCCCAGAACA GCAACATTGG CACAGGAAGA 
GGGTCAGAAG GTGACTGCAG TCCTGAAGAC AAGAACTCTG TCACTGCCAA ACTGCTACTG 
GAGAAGATCC AGTCAAGGAA AGTGGAGAGG AAACCTAGTG TGAGTGAGGA GGTGCAGGCC 
ACCCCTAATA AAGCTGGGCC CAAGCTCAAG GACCCCCCAC AAGGTTACTT TGGGCCCAAG 
CTCCCCCCAT CTCTTGGCAA TAAGCCTGTC CTTCCACTGA TAGGGAAGCT CCCAGCTACC 
CGAAAGCCCA ATAAGAAGTG TGAAGAGTCT GGCTTGGAAA GGGGGGAAGA GCAAGAACAG 
TCAGAGACAG AAGAGGGGCC CCCAGGGAGT AGTGATGCCC TATTTGGGCA TCAGTTCCCT 
TCAGAGGAAA CAACTGGCCC CTTATTAGAC CCACCCCCAG AAGAGTCAAA GTCTGGAGAA 
GCTACTGCTG ATCACCCTGT GGCTCCACTA GGCACCCCAG CACATTCTGA CTGCTACCCT 
GGGGACCCAA CCATCTCCCA TAACTACCTC CCCGACCCCA GTGATGGGGA CACCCTGGAG 
TCCCTGGATA GCAGCAGTCA GCCAGGCCCT GTGGAGTCCA GCTTGCTGCC TATAGCACCA 
GACCTTGAGC ATTTCCCCAG TTATGCACCT CCCAGTGGGG ATCCTAGTAT TGAGTCAACA 
GATGGGGCTG AGGATGCTTC ACTGGCCCCC CTGGAAAGCC AGCCCATCAC CTTCACCCCT 
GAGGAGATGG AGAAGTACAG CAAGCTCCAG CAGGCTGCTC AGCAACACAT CCAGCAGCAG 
CTTCTGGCCA AGCAAGTAAA GGCCTTTCCA GCCTCAGCTG CCCTGGCCCC AGCCACACCA 
GCCCTGCAAC CCATCCACAT TCAGCAGCCA GCTACAGCCT CTGCCACCTC CATCACAACT 
GTTCAGCATG CCATCCTACA ACATCATGCT GCCGCAGCTG CTGCCGCCAT CGGCATTCAC 
CCTCACCCCC ATCCCCAACC ACTTGCCCAG GTGCATCATA TTCCCCAGCC CCATCTGACC 
CCCATTTCTT TGTCCCACCT CACTCACTCA ATCATCCCTG GCCACCCTGC CACCTTTCTC 
GCTAGCCATC CCATCCACAT CATTCCCGCC TCAGCCATCC ATCCTGGGCC CTTCACCTTT 
CACCCTGTCC CACATGCTGC CCTCTACCCC ACCCTACTTG CTCCACGGCC TGCTGCAGCA 
GCTGCCACTG CACTTCACCT TCACCCACTA CTTCACCCCA TCTTCTCAGG TCAGGACCTG 
CAACATCCCC CCAGCCATGG CACGTGA

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

GPATCH8 ( NM_001002909.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_001002909.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 1, mRNA.

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CloneID	OHu03428
Clone ID Related Accession (Same CDS sequence)	NM_001002909.4 , NM_001002909.3
Accession Version	NM_001002909.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4509bp) 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	2019-12-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, AK025600.1, BC136629.1 and BC024147.2. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_001002909.3. Transcript Variant: This variant (1) encodes the longest isoform (1). ##Evidence-Data-START## Transcript exon combination :: SRR1660803.12881.1, SRR1660805.222318.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2467148 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000591680.6/ ENSP00000467556.1 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGGTAA TCACTTTGAT 
CAGTATGAGG AAGGACACTT GGAAATTGAA CAAGCGTCAC TTGACAAGCC TATAGAATCG 
GATAATATTG GACACCGCTT ACTCCAGAAA CATGGGTGGA AGCTGGGCCA GGGATTGGGA 
AAATCTCTTC AGGGGAGAAC AGATCCCATT CCAATCGTTG TCAAGTATGA TGTCATGGGC 
ATGGGTCGCA TGGAAATGGA GCTTGATTAT GCTGAAGATG CTACCGAACG GCGCCGTGTC 
CTAGAAGTAG AAAAAGAAGA CACAGAAGAG CTGAGACAAA AGTACAAGGA TTATGTTGAC 
AAAGAGAAGG CAATTGCCAA AGCCTTGGAA GACCTCAGAG CCAACTTTTA TTGTGAACTG 
TGTGATAAGC AATATCAGAA ACATCAGGAA TTTGATAACC ATATCAACTC CTATGATCAT 
GCACACAAGC AGAGATTAAA AGATCTGAAG CAGAGAGAGT TTGCTCGAAA TGTCTCTTCA 
AGATCCCGCA AGGATGAGAA AAAACAGGAA AAAGCCCTTC GGCGGCTCCA TGAGTTGGCA 
GAGCAAAGAA AACAAGCTGA ATGTGCACCT GGAAGTGGTC CCATGTTCAA ACCAACCACA 
GTGGCTGTAG ATGAAGAAGG TGGAGAAGAT GATAAAGATG AATCAGCTAC AAATAGTGGC 
ACAGGTGCCA CTGCTTCTTG TGGCCTGGGA TCTGAATTCT CCACAGATAA AGGAGGCCCT 
TTCACTGCAG TACAAATCAC TAATACCACT GGACTGGCCC AGGCTCCTGG GTTAGCCTCC 
CAAGGCATCA GCTTTGGCAT TAAGAATAAT CTGGGGACCC CATTGCAAAA ATTGGGAGTG 
TCATTTTCTT TTGCCAAAAA GGCTCCTGTC AAACTCGAAT CAATAGCATC AGTTTTCAAG 
GACCATGCGG AGGAAGGGAC CTCTGAAGAT GGAACAAAAC CCGATGAGAA GAGTTCTGAC 
CAAGGACTGC AGAAGGTAGG AGACTCTGAT GGGAGCAGTA ATCTTGATGG TAAAAAAGAG 
GATGAAGACC CTCAGGATGG AGGGTCCCTT GCCTCAACAT TATCCAAATT AAAAAGGATG 
AAACGAGAAG AAGGAGCTGG GGCTACAGAG CCTGAGTATT ACCACTACAT CCCCCCAGCA 
CACTGCAAAG TAAAACCTAA TTTTCCCTTT CTACTTTTTA TGAGAGCCAG TGAACAAATG 
GATGGTGATA ATACTACACA CCCAAAGAAT GCCCCAGAGA GTAAAAAAGG CAGTTCTCCC 
AAGCCTAAAA GCTGCATCAA GGCGGCAGCA AGCCAAGGAG CAGAAAAGAC AGTTAGTGAA 
GTCTCTGAGC AGCCGAAGGA AACCAGCATG ACCGAGCCCT CAGAACCAGG AAGCAAAGCT 
GAGGCAAAGA AGGCCTTAGG AGGGGATGTA AGTGATCAGA GTTTAGAAAG TCATAGTCAG 
AAGGTTTCAG AGACCCAAAT GTGTGAGTCC AACTCTTCTA AAGAAACCTC TCTGGCCACC 
CCAGCAGGGA AAGAAAGCCA AGAAGGACCC AAACATCCTA CTGGTCCCTT CTTCCCAGTT 
TTGAGCAAAG ATGAAAGCAC TGCCCTCCAG TGGCCATCAG AACTATTAAT TTTCACCAAG 
GCAGAACCCT CCATTTCATA CAGTTGTAAC CCTTTATATT TTGACTTTAA ACTTTCAAGG 
AACAAAGATG CCAGAACTAA AGGAACAGAA AAACCAAAGG ATATAGGAAG CTCCTCAAAG 
GACCATCTCC AAGGCCTAGA TCCTGGTGAG CCAAATAAAA GCAAGGAAGT GGGCGGAGAG 
AAAATAGTAC GTTCCTCAGG AGGCAGAATG GACGCACCTG CTTCAGGGTC TGCCTGTAGC 
GGCCTGAACA AGCAGGAGCC TGGGGGTAGC CATGGGTCTG AGACAGAAGA CACAGGGAGA 
AGCCTTCCCA GCAAGAAAGA ACGATCTGGG AAGTCCCACC GGCACAAAAA GAAAAAGAAG 
CACAAAAAAT CCAGCAAACA CAAACGTAAA CACAAGGCTG ACACAGAAGA GAAAAGCTCT 
AAGGCAGAGT CAGGGGAGAA ATCTAAGAAG CGCAAGAAAC GAAAACGAAA GAAGAATAAG 
TCATCAGCCC CAGCAGATTC TGAACGAGGA CCCAAACCAG AACCCCCTGG GAGTGGCAGT 
CCCGCACCAC CAAGAAGAAG GCGGAGAGCT CAAGATGACT CCCAGCGGAG ATCCCTCCCA 
GCTGAAGAGG GGAGCAGTGG CAAAAAGGAT GAAGGTGGGG GTGGTAGCAG CTCCCAAGAC 
CATGGTGGGA GGAAACACAA AGGTGAACTT CCACCTTCAT CCTGCCAGCG AAGAGCAGGC 
ACCAAACGGA GCAGCCGGTC TAGCCATCGG AGCCAACCCA GTAGTGGAGA TGAGGATAGT 
GATGATGCTT CCTCACACCG GCTGCACCAG AAGTCTCCAT CCCAGTACAG TGAGGAAGAA 
GAAGAGGAAG ATTCAGGCAG TGAGCATTCC CGCAGCCGCT CAAGGTCTGG CCGGCGCCAT 
TCCTCGCATC GTTCCTCCCG GCGTTCTTAC TCAAGTAGCT CAGATGCCTC TTCAGACCAG 
AGCTGCTATA GTAGACAGCG CAGTTACTCT GATGACAGCT ACAGTGACTA CAGTGACAGA 
TCACGAAGGC ACTCCAAGCG CTCCCATGAC TCAGATGACT CAGACTATGC CAGCTCCAAA 
CACCGATCAA AACGGCACAA ATATTCATCT TCTGATGATG ACTATAGCCT CAGTTGCAGC 
CAGTCCCGAA GCCGATCTCG GAGTCATACC AGAGAGCGCT CAAGATCCCG GGGCCGCAGC 
CGCAGCAGCA GTTGTAGTCG TAGTCGAAGC AAGCGGAGAA GCCGTAGCAC CACAGCCCAC 
AGCTGGCAAC GGAGCCGGAG CTATAGCCGG GACCGCAGCC GCAGCACCAG GAGCCCTTCC 
CAGAGATCAG GCTCCAGGAA GAGATCATGG GGTCACGAGA GCCCTGAGGA GAGGCATTCT 
GGGCGTCGGG ACTTCATTCG TTCTAAGATC TACCGCTCCC AGTCCCCCCA CTATTTCCGA 
TCAGGCCGGG GAGAAGGTCC TGGGAAGAAA GATGATGGCA GAGGAGATGA CAGTAAAGCA 
ACAGGTCCAC CTTCCCAGAA CAGCAACATT GGCACAGGAA GAGGGTCAGA AGGTGACTGC 
AGTCCTGAAG ACAAGAACTC TGTCACTGCC AAACTGCTAC TGGAGAAGAT CCAGTCAAGG 
AAAGTGGAGA GGAAACCTAG TGTGAGTGAG GAGGTGCAGG CCACCCCTAA TAAAGCTGGG 
CCCAAGCTCA AGGACCCCCC ACAAGGTTAC TTTGGGCCCA AGCTCCCCCC ATCTCTTGGC 
AATAAGCCTG TCCTTCCACT GATAGGGAAG CTCCCAGCTA CCCGAAAGCC CAATAAGAAG 
TGTGAAGAGT CTGGCTTGGA AAGGGGGGAA GAGCAAGAAC AGTCAGAGAC AGAAGAGGGG 
CCCCCAGGGA GTAGTGATGC CCTATTTGGG CATCAGTTCC CTTCAGAGGA AACAACTGGC 
CCCTTATTAG ACCCACCCCC AGAAGAGTCA AAGTCTGGAG AAGCTACTGC TGATCACCCT 
GTGGCTCCAC TAGGCACCCC AGCACATTCT GACTGCTACC CTGGGGACCC AACCATCTCC 
CATAACTACC TCCCCGACCC CAGTGATGGG GACACCCTGG AGTCCCTGGA TAGCAGCAGT 
CAGCCAGGCC CTGTGGAGTC CAGCTTGCTG CCTATAGCAC CAGACCTTGA GCATTTCCCC 
AGTTATGCAC CTCCCAGTGG GGATCCTAGT ATTGAGTCAA CAGATGGGGC TGAGGATGCT 
TCACTGGCCC CCCTGGAAAG CCAGCCCATC ACCTTCACCC CTGAGGAGAT GGAGAAGTAC 
AGCAAGCTCC AGCAGGCTGC TCAGCAACAC ATCCAGCAGC AGCTTCTGGC CAAGCAAGTA 
AAGGCCTTTC CAGCCTCAGC TGCCCTGGCC CCAGCCACAC CAGCCCTGCA ACCCATCCAC 
ATTCAGCAGC CAGCTACAGC CTCTGCCACC TCCATCACAA CTGTTCAGCA TGCCATCCTA 
CAACATCATG CTGCCGCAGC TGCTGCCGCC ATCGGCATTC ACCCTCACCC CCATCCCCAA 
CCACTTGCCC AGGTGCATCA TATTCCCCAG CCCCATCTGA CCCCCATTTC TTTGTCCCAC 
CTCACTCACT CAATCATCCC TGGCCACCCT GCCACCTTTC TCGCTAGCCA TCCCATCCAC 
ATCATTCCCG CCTCAGCCAT CCATCCTGGG CCCTTCACCT TTCACCCTGT CCCACATGCT 
GCCCTCTACC CCACCCTACT TGCTCCACGG CCTGCTGCAG CAGCTGCCAC TGCACTTCAC 
CTTCACCCAC TACTTCACCC CATCTTCTCA GGTCAGGACC TGCAACATCC CCCCAGCCAT 
GGCACGTGA

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

RefSeq	NP_001002909.1
CDS	37..4545
Translation	MADRFSRFNEDRDFQGNHFDQYEEGHLEIEQASLDKPIESDNIGHRLLQKHGWKLGQGLGKSLQGRTDPIPIVVKYDVMGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001002909.4
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 1, mRNA.

Target ORF information:

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

NM_001002909.4

ORF Insert Sequence:

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGGTAA TCACTTTGAT 
CAGTATGAGG AAGGACACTT GGAAATTGAA CAAGCGTCAC TTGACAAGCC TATAGAATCG 
GATAATATTG GACACCGCTT ACTCCAGAAA CATGGGTGGA AGCTGGGCCA GGGATTGGGA 
AAATCTCTTC AGGGGAGAAC AGATCCCATT CCAATCGTTG TCAAGTATGA TGTCATGGGC 
ATGGGTCGCA TGGAAATGGA GCTTGATTAT GCTGAAGATG CTACCGAACG GCGCCGTGTC 
CTAGAAGTAG AAAAAGAAGA CACAGAAGAG CTGAGACAAA AGTACAAGGA TTATGTTGAC 
AAAGAGAAGG CAATTGCCAA AGCCTTGGAA GACCTCAGAG CCAACTTTTA TTGTGAACTG 
TGTGATAAGC AATATCAGAA ACATCAGGAA TTTGATAACC ATATCAACTC CTATGATCAT 
GCACACAAGC AGAGATTAAA AGATCTGAAG CAGAGAGAGT TTGCTCGAAA TGTCTCTTCA 
AGATCCCGCA AGGATGAGAA AAAACAGGAA AAAGCCCTTC GGCGGCTCCA TGAGTTGGCA 
GAGCAAAGAA AACAAGCTGA ATGTGCACCT GGAAGTGGTC CCATGTTCAA ACCAACCACA 
GTGGCTGTAG ATGAAGAAGG TGGAGAAGAT GATAAAGATG AATCAGCTAC AAATAGTGGC 
ACAGGTGCCA CTGCTTCTTG TGGCCTGGGA TCTGAATTCT CCACAGATAA AGGAGGCCCT 
TTCACTGCAG TACAAATCAC TAATACCACT GGACTGGCCC AGGCTCCTGG GTTAGCCTCC 
CAAGGCATCA GCTTTGGCAT TAAGAATAAT CTGGGGACCC CATTGCAAAA ATTGGGAGTG 
TCATTTTCTT TTGCCAAAAA GGCTCCTGTC AAACTCGAAT CAATAGCATC AGTTTTCAAG 
GACCATGCGG AGGAAGGGAC CTCTGAAGAT GGAACAAAAC CCGATGAGAA GAGTTCTGAC 
CAAGGACTGC AGAAGGTAGG AGACTCTGAT GGGAGCAGTA ATCTTGATGG TAAAAAAGAG 
GATGAAGACC CTCAGGATGG AGGGTCCCTT GCCTCAACAT TATCCAAATT AAAAAGGATG 
AAACGAGAAG AAGGAGCTGG GGCTACAGAG CCTGAGTATT ACCACTACAT CCCCCCAGCA 
CACTGCAAAG TAAAACCTAA TTTTCCCTTT CTACTTTTTA TGAGAGCCAG TGAACAAATG 
GATGGTGATA ATACTACACA CCCAAAGAAT GCCCCAGAGA GTAAAAAAGG CAGTTCTCCC 
AAGCCTAAAA GCTGCATCAA GGCGGCAGCA AGCCAAGGAG CAGAAAAGAC AGTTAGTGAA 
GTCTCTGAGC AGCCGAAGGA AACCAGCATG ACCGAGCCCT CAGAACCAGG AAGCAAAGCT 
GAGGCAAAGA AGGCCTTAGG AGGGGATGTA AGTGATCAGA GTTTAGAAAG TCATAGTCAG 
AAGGTTTCAG AGACCCAAAT GTGTGAGTCC AACTCTTCTA AAGAAACCTC TCTGGCCACC 
CCAGCAGGGA AAGAAAGCCA AGAAGGACCC AAACATCCTA CTGGTCCCTT CTTCCCAGTT 
TTGAGCAAAG ATGAAAGCAC TGCCCTCCAG TGGCCATCAG AACTATTAAT TTTCACCAAG 
GCAGAACCCT CCATTTCATA CAGTTGTAAC CCTTTATATT TTGACTTTAA ACTTTCAAGG 
AACAAAGATG CCAGAACTAA AGGAACAGAA AAACCAAAGG ATATAGGAAG CTCCTCAAAG 
GACCATCTCC AAGGCCTAGA TCCTGGTGAG CCAAATAAAA GCAAGGAAGT GGGCGGAGAG 
AAAATAGTAC GTTCCTCAGG AGGCAGAATG GACGCACCTG CTTCAGGGTC TGCCTGTAGC 
GGCCTGAACA AGCAGGAGCC TGGGGGTAGC CATGGGTCTG AGACAGAAGA CACAGGGAGA 
AGCCTTCCCA GCAAGAAAGA ACGATCTGGG AAGTCCCACC GGCACAAAAA GAAAAAGAAG 
CACAAAAAAT CCAGCAAACA CAAACGTAAA CACAAGGCTG ACACAGAAGA GAAAAGCTCT 
AAGGCAGAGT CAGGGGAGAA ATCTAAGAAG CGCAAGAAAC GAAAACGAAA GAAGAATAAG 
TCATCAGCCC CAGCAGATTC TGAACGAGGA CCCAAACCAG AACCCCCTGG GAGTGGCAGT 
CCCGCACCAC CAAGAAGAAG GCGGAGAGCT CAAGATGACT CCCAGCGGAG ATCCCTCCCA 
GCTGAAGAGG GGAGCAGTGG CAAAAAGGAT GAAGGTGGGG GTGGTAGCAG CTCCCAAGAC 
CATGGTGGGA GGAAACACAA AGGTGAACTT CCACCTTCAT CCTGCCAGCG AAGAGCAGGC 
ACCAAACGGA GCAGCCGGTC TAGCCATCGG AGCCAACCCA GTAGTGGAGA TGAGGATAGT 
GATGATGCTT CCTCACACCG GCTGCACCAG AAGTCTCCAT CCCAGTACAG TGAGGAAGAA 
GAAGAGGAAG ATTCAGGCAG TGAGCATTCC CGCAGCCGCT CAAGGTCTGG CCGGCGCCAT 
TCCTCGCATC GTTCCTCCCG GCGTTCTTAC TCAAGTAGCT CAGATGCCTC TTCAGACCAG 
AGCTGCTATA GTAGACAGCG CAGTTACTCT GATGACAGCT ACAGTGACTA CAGTGACAGA 
TCACGAAGGC ACTCCAAGCG CTCCCATGAC TCAGATGACT CAGACTATGC CAGCTCCAAA 
CACCGATCAA AACGGCACAA ATATTCATCT TCTGATGATG ACTATAGCCT CAGTTGCAGC 
CAGTCCCGAA GCCGATCTCG GAGTCATACC AGAGAGCGCT CAAGATCCCG GGGCCGCAGC 
CGCAGCAGCA GTTGTAGTCG TAGTCGAAGC AAGCGGAGAA GCCGTAGCAC CACAGCCCAC 
AGCTGGCAAC GGAGCCGGAG CTATAGCCGG GACCGCAGCC GCAGCACCAG GAGCCCTTCC 
CAGAGATCAG GCTCCAGGAA GAGATCATGG GGTCACGAGA GCCCTGAGGA GAGGCATTCT 
GGGCGTCGGG ACTTCATTCG TTCTAAGATC TACCGCTCCC AGTCCCCCCA CTATTTCCGA 
TCAGGCCGGG GAGAAGGTCC TGGGAAGAAA GATGATGGCA GAGGAGATGA CAGTAAAGCA 
ACAGGTCCAC CTTCCCAGAA CAGCAACATT GGCACAGGAA GAGGGTCAGA AGGTGACTGC 
AGTCCTGAAG ACAAGAACTC TGTCACTGCC AAACTGCTAC TGGAGAAGAT CCAGTCAAGG 
AAAGTGGAGA GGAAACCTAG TGTGAGTGAG GAGGTGCAGG CCACCCCTAA TAAAGCTGGG 
CCCAAGCTCA AGGACCCCCC ACAAGGTTAC TTTGGGCCCA AGCTCCCCCC ATCTCTTGGC 
AATAAGCCTG TCCTTCCACT GATAGGGAAG CTCCCAGCTA CCCGAAAGCC CAATAAGAAG 
TGTGAAGAGT CTGGCTTGGA AAGGGGGGAA GAGCAAGAAC AGTCAGAGAC AGAAGAGGGG 
CCCCCAGGGA GTAGTGATGC CCTATTTGGG CATCAGTTCC CTTCAGAGGA AACAACTGGC 
CCCTTATTAG ACCCACCCCC AGAAGAGTCA AAGTCTGGAG AAGCTACTGC TGATCACCCT 
GTGGCTCCAC TAGGCACCCC AGCACATTCT GACTGCTACC CTGGGGACCC AACCATCTCC 
CATAACTACC TCCCCGACCC CAGTGATGGG GACACCCTGG AGTCCCTGGA TAGCAGCAGT 
CAGCCAGGCC CTGTGGAGTC CAGCTTGCTG CCTATAGCAC CAGACCTTGA GCATTTCCCC 
AGTTATGCAC CTCCCAGTGG GGATCCTAGT ATTGAGTCAA CAGATGGGGC TGAGGATGCT 
TCACTGGCCC CCCTGGAAAG CCAGCCCATC ACCTTCACCC CTGAGGAGAT GGAGAAGTAC 
AGCAAGCTCC AGCAGGCTGC TCAGCAACAC ATCCAGCAGC AGCTTCTGGC CAAGCAAGTA 
AAGGCCTTTC CAGCCTCAGC TGCCCTGGCC CCAGCCACAC CAGCCCTGCA ACCCATCCAC 
ATTCAGCAGC CAGCTACAGC CTCTGCCACC TCCATCACAA CTGTTCAGCA TGCCATCCTA 
CAACATCATG CTGCCGCAGC TGCTGCCGCC ATCGGCATTC ACCCTCACCC CCATCCCCAA 
CCACTTGCCC AGGTGCATCA TATTCCCCAG CCCCATCTGA CCCCCATTTC TTTGTCCCAC 
CTCACTCACT CAATCATCCC TGGCCACCCT GCCACCTTTC TCGCTAGCCA TCCCATCCAC 
ATCATTCCCG CCTCAGCCAT CCATCCTGGG CCCTTCACCT TTCACCCTGT CCCACATGCT 
GCCCTCTACC CCACCCTACT TGCTCCACGG CCTGCTGCAG CAGCTGCCAC TGCACTTCAC 
CTTCACCCAC TACTTCACCC CATCTTCTCA GGTCAGGACC TGCAACATCC CCCCAGCCAT 
GGCACGTGA

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

GPATCH8 ( NM_001002909.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001002909.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 1, mRNA.

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CloneID	OHu03428
Clone ID Related Accession (Same CDS sequence)	NM_001002909.4 , NM_001002909.3
Accession Version	NM_001002909.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4509bp) 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	2017-10-02
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, AK025600.1, BC136629.1, BC024147.2 and CA443965.1. This sequence is a reference standard in the RefSeqGene project. On Feb 12, 2015 this sequence version replaced NM_001002909.2. Transcript Variant: This variant (1) encodes the longest isoform (1). ##Evidence-Data-START## Transcript exon combination :: SRR1660803.12881.1, SRR1660805.222318.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2467148 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGGTAA TCACTTTGAT 
CAGTATGAGG AAGGACACTT GGAAATTGAA CAAGCGTCAC TTGACAAGCC TATAGAATCG 
GATAATATTG GACACCGCTT ACTCCAGAAA CATGGGTGGA AGCTGGGCCA GGGATTGGGA 
AAATCTCTTC AGGGGAGAAC AGATCCCATT CCAATCGTTG TCAAGTATGA TGTCATGGGC 
ATGGGTCGCA TGGAAATGGA GCTTGATTAT GCTGAAGATG CTACCGAACG GCGCCGTGTC 
CTAGAAGTAG AAAAAGAAGA CACAGAAGAG CTGAGACAAA AGTACAAGGA TTATGTTGAC 
AAAGAGAAGG CAATTGCCAA AGCCTTGGAA GACCTCAGAG CCAACTTTTA TTGTGAACTG 
TGTGATAAGC AATATCAGAA ACATCAGGAA TTTGATAACC ATATCAACTC CTATGATCAT 
GCACACAAGC AGAGATTAAA AGATCTGAAG CAGAGAGAGT TTGCTCGAAA TGTCTCTTCA 
AGATCCCGCA AGGATGAGAA AAAACAGGAA AAAGCCCTTC GGCGGCTCCA TGAGTTGGCA 
GAGCAAAGAA AACAAGCTGA ATGTGCACCT GGAAGTGGTC CCATGTTCAA ACCAACCACA 
GTGGCTGTAG ATGAAGAAGG TGGAGAAGAT GATAAAGATG AATCAGCTAC AAATAGTGGC 
ACAGGTGCCA CTGCTTCTTG TGGCCTGGGA TCTGAATTCT CCACAGATAA AGGAGGCCCT 
TTCACTGCAG TACAAATCAC TAATACCACT GGACTGGCCC AGGCTCCTGG GTTAGCCTCC 
CAAGGCATCA GCTTTGGCAT TAAGAATAAT CTGGGGACCC CATTGCAAAA ATTGGGAGTG 
TCATTTTCTT TTGCCAAAAA GGCTCCTGTC AAACTCGAAT CAATAGCATC AGTTTTCAAG 
GACCATGCGG AGGAAGGGAC CTCTGAAGAT GGAACAAAAC CCGATGAGAA GAGTTCTGAC 
CAAGGACTGC AGAAGGTAGG AGACTCTGAT GGGAGCAGTA ATCTTGATGG TAAAAAAGAG 
GATGAAGACC CTCAGGATGG AGGGTCCCTT GCCTCAACAT TATCCAAATT AAAAAGGATG 
AAACGAGAAG AAGGAGCTGG GGCTACAGAG CCTGAGTATT ACCACTACAT CCCCCCAGCA 
CACTGCAAAG TAAAACCTAA TTTTCCCTTT CTACTTTTTA TGAGAGCCAG TGAACAAATG 
GATGGTGATA ATACTACACA CCCAAAGAAT GCCCCAGAGA GTAAAAAAGG CAGTTCTCCC 
AAGCCTAAAA GCTGCATCAA GGCGGCAGCA AGCCAAGGAG CAGAAAAGAC AGTTAGTGAA 
GTCTCTGAGC AGCCGAAGGA AACCAGCATG ACCGAGCCCT CAGAACCAGG AAGCAAAGCT 
GAGGCAAAGA AGGCCTTAGG AGGGGATGTA AGTGATCAGA GTTTAGAAAG TCATAGTCAG 
AAGGTTTCAG AGACCCAAAT GTGTGAGTCC AACTCTTCTA AAGAAACCTC TCTGGCCACC 
CCAGCAGGGA AAGAAAGCCA AGAAGGACCC AAACATCCTA CTGGTCCCTT CTTCCCAGTT 
TTGAGCAAAG ATGAAAGCAC TGCCCTCCAG TGGCCATCAG AACTATTAAT TTTCACCAAG 
GCAGAACCCT CCATTTCATA CAGTTGTAAC CCTTTATATT TTGACTTTAA ACTTTCAAGG 
AACAAAGATG CCAGAACTAA AGGAACAGAA AAACCAAAGG ATATAGGAAG CTCCTCAAAG 
GACCATCTCC AAGGCCTAGA TCCTGGTGAG CCAAATAAAA GCAAGGAAGT GGGCGGAGAG 
AAAATAGTAC GTTCCTCAGG AGGCAGAATG GACGCACCTG CTTCAGGGTC TGCCTGTAGC 
GGCCTGAACA AGCAGGAGCC TGGGGGTAGC CATGGGTCTG AGACAGAAGA CACAGGGAGA 
AGCCTTCCCA GCAAGAAAGA ACGATCTGGG AAGTCCCACC GGCACAAAAA GAAAAAGAAG 
CACAAAAAAT CCAGCAAACA CAAACGTAAA CACAAGGCTG ACACAGAAGA GAAAAGCTCT 
AAGGCAGAGT CAGGGGAGAA ATCTAAGAAG CGCAAGAAAC GAAAACGAAA GAAGAATAAG 
TCATCAGCCC CAGCAGATTC TGAACGAGGA CCCAAACCAG AACCCCCTGG GAGTGGCAGT 
CCCGCACCAC CAAGAAGAAG GCGGAGAGCT CAAGATGACT CCCAGCGGAG ATCCCTCCCA 
GCTGAAGAGG GGAGCAGTGG CAAAAAGGAT GAAGGTGGGG GTGGTAGCAG CTCCCAAGAC 
CATGGTGGGA GGAAACACAA AGGTGAACTT CCACCTTCAT CCTGCCAGCG AAGAGCAGGC 
ACCAAACGGA GCAGCCGGTC TAGCCATCGG AGCCAACCCA GTAGTGGAGA TGAGGATAGT 
GATGATGCTT CCTCACACCG GCTGCACCAG AAGTCTCCAT CCCAGTACAG TGAGGAAGAA 
GAAGAGGAAG ATTCAGGCAG TGAGCATTCC CGCAGCCGCT CAAGGTCTGG CCGGCGCCAT 
TCCTCGCATC GTTCCTCCCG GCGTTCTTAC TCAAGTAGCT CAGATGCCTC TTCAGACCAG 
AGCTGCTATA GTAGACAGCG CAGTTACTCT GATGACAGCT ACAGTGACTA CAGTGACAGA 
TCACGAAGGC ACTCCAAGCG CTCCCATGAC TCAGATGACT CAGACTATGC CAGCTCCAAA 
CACCGATCAA AACGGCACAA ATATTCATCT TCTGATGATG ACTATAGCCT CAGTTGCAGC 
CAGTCCCGAA GCCGATCTCG GAGTCATACC AGAGAGCGCT CAAGATCCCG GGGCCGCAGC 
CGCAGCAGCA GTTGTAGTCG TAGTCGAAGC AAGCGGAGAA GCCGTAGCAC CACAGCCCAC 
AGCTGGCAAC GGAGCCGGAG CTATAGCCGG GACCGCAGCC GCAGCACCAG GAGCCCTTCC 
CAGAGATCAG GCTCCAGGAA GAGATCATGG GGTCACGAGA GCCCTGAGGA GAGGCATTCT 
GGGCGTCGGG ACTTCATTCG TTCTAAGATC TACCGCTCCC AGTCCCCCCA CTATTTCCGA 
TCAGGCCGGG GAGAAGGTCC TGGGAAGAAA GATGATGGCA GAGGAGATGA CAGTAAAGCA 
ACAGGTCCAC CTTCCCAGAA CAGCAACATT GGCACAGGAA GAGGGTCAGA AGGTGACTGC 
AGTCCTGAAG ACAAGAACTC TGTCACTGCC AAACTGCTAC TGGAGAAGAT CCAGTCAAGG 
AAAGTGGAGA GGAAACCTAG TGTGAGTGAG GAGGTGCAGG CCACCCCTAA TAAAGCTGGG 
CCCAAGCTCA AGGACCCCCC ACAAGGTTAC TTTGGGCCCA AGCTCCCCCC ATCTCTTGGC 
AATAAGCCTG TCCTTCCACT GATAGGGAAG CTCCCAGCTA CCCGAAAGCC CAATAAGAAG 
TGTGAAGAGT CTGGCTTGGA AAGGGGGGAA GAGCAAGAAC AGTCAGAGAC AGAAGAGGGG 
CCCCCAGGGA GTAGTGATGC CCTATTTGGG CATCAGTTCC CTTCAGAGGA AACAACTGGC 
CCCTTATTAG ACCCACCCCC AGAAGAGTCA AAGTCTGGAG AAGCTACTGC TGATCACCCT 
GTGGCTCCAC TAGGCACCCC AGCACATTCT GACTGCTACC CTGGGGACCC AACCATCTCC 
CATAACTACC TCCCCGACCC CAGTGATGGG GACACCCTGG AGTCCCTGGA TAGCAGCAGT 
CAGCCAGGCC CTGTGGAGTC CAGCTTGCTG CCTATAGCAC CAGACCTTGA GCATTTCCCC 
AGTTATGCAC CTCCCAGTGG GGATCCTAGT ATTGAGTCAA CAGATGGGGC TGAGGATGCT 
TCACTGGCCC CCCTGGAAAG CCAGCCCATC ACCTTCACCC CTGAGGAGAT GGAGAAGTAC 
AGCAAGCTCC AGCAGGCTGC TCAGCAACAC ATCCAGCAGC AGCTTCTGGC CAAGCAAGTA 
AAGGCCTTTC CAGCCTCAGC TGCCCTGGCC CCAGCCACAC CAGCCCTGCA ACCCATCCAC 
ATTCAGCAGC CAGCTACAGC CTCTGCCACC TCCATCACAA CTGTTCAGCA TGCCATCCTA 
CAACATCATG CTGCCGCAGC TGCTGCCGCC ATCGGCATTC ACCCTCACCC CCATCCCCAA 
CCACTTGCCC AGGTGCATCA TATTCCCCAG CCCCATCTGA CCCCCATTTC TTTGTCCCAC 
CTCACTCACT CAATCATCCC TGGCCACCCT GCCACCTTTC TCGCTAGCCA TCCCATCCAC 
ATCATTCCCG CCTCAGCCAT CCATCCTGGG CCCTTCACCT TTCACCCTGT CCCACATGCT 
GCCCTCTACC CCACCCTACT TGCTCCACGG CCTGCTGCAG CAGCTGCCAC TGCACTTCAC 
CTTCACCCAC TACTTCACCC CATCTTCTCA GGTCAGGACC TGCAACATCC CCCCAGCCAT 
GGCACGTGA

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

RefSeq	NP_001002909.1
CDS	233..4741
Translation	MADRFSRFNEDRDFQGNHFDQYEEGHLEIEQASLDKPIESDNIGHRLLQKHGWKLGQGLGKSLQGRTDPIPIVVKYDVMGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001002909.3
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 1, mRNA.

Target ORF information:

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

NM_001002909.3

ORF Insert Sequence:

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGGTAA TCACTTTGAT 
CAGTATGAGG AAGGACACTT GGAAATTGAA CAAGCGTCAC TTGACAAGCC TATAGAATCG 
GATAATATTG GACACCGCTT ACTCCAGAAA CATGGGTGGA AGCTGGGCCA GGGATTGGGA 
AAATCTCTTC AGGGGAGAAC AGATCCCATT CCAATCGTTG TCAAGTATGA TGTCATGGGC 
ATGGGTCGCA TGGAAATGGA GCTTGATTAT GCTGAAGATG CTACCGAACG GCGCCGTGTC 
CTAGAAGTAG AAAAAGAAGA CACAGAAGAG CTGAGACAAA AGTACAAGGA TTATGTTGAC 
AAAGAGAAGG CAATTGCCAA AGCCTTGGAA GACCTCAGAG CCAACTTTTA TTGTGAACTG 
TGTGATAAGC AATATCAGAA ACATCAGGAA TTTGATAACC ATATCAACTC CTATGATCAT 
GCACACAAGC AGAGATTAAA AGATCTGAAG CAGAGAGAGT TTGCTCGAAA TGTCTCTTCA 
AGATCCCGCA AGGATGAGAA AAAACAGGAA AAAGCCCTTC GGCGGCTCCA TGAGTTGGCA 
GAGCAAAGAA AACAAGCTGA ATGTGCACCT GGAAGTGGTC CCATGTTCAA ACCAACCACA 
GTGGCTGTAG ATGAAGAAGG TGGAGAAGAT GATAAAGATG AATCAGCTAC AAATAGTGGC 
ACAGGTGCCA CTGCTTCTTG TGGCCTGGGA TCTGAATTCT CCACAGATAA AGGAGGCCCT 
TTCACTGCAG TACAAATCAC TAATACCACT GGACTGGCCC AGGCTCCTGG GTTAGCCTCC 
CAAGGCATCA GCTTTGGCAT TAAGAATAAT CTGGGGACCC CATTGCAAAA ATTGGGAGTG 
TCATTTTCTT TTGCCAAAAA GGCTCCTGTC AAACTCGAAT CAATAGCATC AGTTTTCAAG 
GACCATGCGG AGGAAGGGAC CTCTGAAGAT GGAACAAAAC CCGATGAGAA GAGTTCTGAC 
CAAGGACTGC AGAAGGTAGG AGACTCTGAT GGGAGCAGTA ATCTTGATGG TAAAAAAGAG 
GATGAAGACC CTCAGGATGG AGGGTCCCTT GCCTCAACAT TATCCAAATT AAAAAGGATG 
AAACGAGAAG AAGGAGCTGG GGCTACAGAG CCTGAGTATT ACCACTACAT CCCCCCAGCA 
CACTGCAAAG TAAAACCTAA TTTTCCCTTT CTACTTTTTA TGAGAGCCAG TGAACAAATG 
GATGGTGATA ATACTACACA CCCAAAGAAT GCCCCAGAGA GTAAAAAAGG CAGTTCTCCC 
AAGCCTAAAA GCTGCATCAA GGCGGCAGCA AGCCAAGGAG CAGAAAAGAC AGTTAGTGAA 
GTCTCTGAGC AGCCGAAGGA AACCAGCATG ACCGAGCCCT CAGAACCAGG AAGCAAAGCT 
GAGGCAAAGA AGGCCTTAGG AGGGGATGTA AGTGATCAGA GTTTAGAAAG TCATAGTCAG 
AAGGTTTCAG AGACCCAAAT GTGTGAGTCC AACTCTTCTA AAGAAACCTC TCTGGCCACC 
CCAGCAGGGA AAGAAAGCCA AGAAGGACCC AAACATCCTA CTGGTCCCTT CTTCCCAGTT 
TTGAGCAAAG ATGAAAGCAC TGCCCTCCAG TGGCCATCAG AACTATTAAT TTTCACCAAG 
GCAGAACCCT CCATTTCATA CAGTTGTAAC CCTTTATATT TTGACTTTAA ACTTTCAAGG 
AACAAAGATG CCAGAACTAA AGGAACAGAA AAACCAAAGG ATATAGGAAG CTCCTCAAAG 
GACCATCTCC AAGGCCTAGA TCCTGGTGAG CCAAATAAAA GCAAGGAAGT GGGCGGAGAG 
AAAATAGTAC GTTCCTCAGG AGGCAGAATG GACGCACCTG CTTCAGGGTC TGCCTGTAGC 
GGCCTGAACA AGCAGGAGCC TGGGGGTAGC CATGGGTCTG AGACAGAAGA CACAGGGAGA 
AGCCTTCCCA GCAAGAAAGA ACGATCTGGG AAGTCCCACC GGCACAAAAA GAAAAAGAAG 
CACAAAAAAT CCAGCAAACA CAAACGTAAA CACAAGGCTG ACACAGAAGA GAAAAGCTCT 
AAGGCAGAGT CAGGGGAGAA ATCTAAGAAG CGCAAGAAAC GAAAACGAAA GAAGAATAAG 
TCATCAGCCC CAGCAGATTC TGAACGAGGA CCCAAACCAG AACCCCCTGG GAGTGGCAGT 
CCCGCACCAC CAAGAAGAAG GCGGAGAGCT CAAGATGACT CCCAGCGGAG ATCCCTCCCA 
GCTGAAGAGG GGAGCAGTGG CAAAAAGGAT GAAGGTGGGG GTGGTAGCAG CTCCCAAGAC 
CATGGTGGGA GGAAACACAA AGGTGAACTT CCACCTTCAT CCTGCCAGCG AAGAGCAGGC 
ACCAAACGGA GCAGCCGGTC TAGCCATCGG AGCCAACCCA GTAGTGGAGA TGAGGATAGT 
GATGATGCTT CCTCACACCG GCTGCACCAG AAGTCTCCAT CCCAGTACAG TGAGGAAGAA 
GAAGAGGAAG ATTCAGGCAG TGAGCATTCC CGCAGCCGCT CAAGGTCTGG CCGGCGCCAT 
TCCTCGCATC GTTCCTCCCG GCGTTCTTAC TCAAGTAGCT CAGATGCCTC TTCAGACCAG 
AGCTGCTATA GTAGACAGCG CAGTTACTCT GATGACAGCT ACAGTGACTA CAGTGACAGA 
TCACGAAGGC ACTCCAAGCG CTCCCATGAC TCAGATGACT CAGACTATGC CAGCTCCAAA 
CACCGATCAA AACGGCACAA ATATTCATCT TCTGATGATG ACTATAGCCT CAGTTGCAGC 
CAGTCCCGAA GCCGATCTCG GAGTCATACC AGAGAGCGCT CAAGATCCCG GGGCCGCAGC 
CGCAGCAGCA GTTGTAGTCG TAGTCGAAGC AAGCGGAGAA GCCGTAGCAC CACAGCCCAC 
AGCTGGCAAC GGAGCCGGAG CTATAGCCGG GACCGCAGCC GCAGCACCAG GAGCCCTTCC 
CAGAGATCAG GCTCCAGGAA GAGATCATGG GGTCACGAGA GCCCTGAGGA GAGGCATTCT 
GGGCGTCGGG ACTTCATTCG TTCTAAGATC TACCGCTCCC AGTCCCCCCA CTATTTCCGA 
TCAGGCCGGG GAGAAGGTCC TGGGAAGAAA GATGATGGCA GAGGAGATGA CAGTAAAGCA 
ACAGGTCCAC CTTCCCAGAA CAGCAACATT GGCACAGGAA GAGGGTCAGA AGGTGACTGC 
AGTCCTGAAG ACAAGAACTC TGTCACTGCC AAACTGCTAC TGGAGAAGAT CCAGTCAAGG 
AAAGTGGAGA GGAAACCTAG TGTGAGTGAG GAGGTGCAGG CCACCCCTAA TAAAGCTGGG 
CCCAAGCTCA AGGACCCCCC ACAAGGTTAC TTTGGGCCCA AGCTCCCCCC ATCTCTTGGC 
AATAAGCCTG TCCTTCCACT GATAGGGAAG CTCCCAGCTA CCCGAAAGCC CAATAAGAAG 
TGTGAAGAGT CTGGCTTGGA AAGGGGGGAA GAGCAAGAAC AGTCAGAGAC AGAAGAGGGG 
CCCCCAGGGA GTAGTGATGC CCTATTTGGG CATCAGTTCC CTTCAGAGGA AACAACTGGC 
CCCTTATTAG ACCCACCCCC AGAAGAGTCA AAGTCTGGAG AAGCTACTGC TGATCACCCT 
GTGGCTCCAC TAGGCACCCC AGCACATTCT GACTGCTACC CTGGGGACCC AACCATCTCC 
CATAACTACC TCCCCGACCC CAGTGATGGG GACACCCTGG AGTCCCTGGA TAGCAGCAGT 
CAGCCAGGCC CTGTGGAGTC CAGCTTGCTG CCTATAGCAC CAGACCTTGA GCATTTCCCC 
AGTTATGCAC CTCCCAGTGG GGATCCTAGT ATTGAGTCAA CAGATGGGGC TGAGGATGCT 
TCACTGGCCC CCCTGGAAAG CCAGCCCATC ACCTTCACCC CTGAGGAGAT GGAGAAGTAC 
AGCAAGCTCC AGCAGGCTGC TCAGCAACAC ATCCAGCAGC AGCTTCTGGC CAAGCAAGTA 
AAGGCCTTTC CAGCCTCAGC TGCCCTGGCC CCAGCCACAC CAGCCCTGCA ACCCATCCAC 
ATTCAGCAGC CAGCTACAGC CTCTGCCACC TCCATCACAA CTGTTCAGCA TGCCATCCTA 
CAACATCATG CTGCCGCAGC TGCTGCCGCC ATCGGCATTC ACCCTCACCC CCATCCCCAA 
CCACTTGCCC AGGTGCATCA TATTCCCCAG CCCCATCTGA CCCCCATTTC TTTGTCCCAC 
CTCACTCACT CAATCATCCC TGGCCACCCT GCCACCTTTC TCGCTAGCCA TCCCATCCAC 
ATCATTCCCG CCTCAGCCAT CCATCCTGGG CCCTTCACCT TTCACCCTGT CCCACATGCT 
GCCCTCTACC CCACCCTACT TGCTCCACGG CCTGCTGCAG CAGCTGCCAC TGCACTTCAC 
CTTCACCCAC TACTTCACCC CATCTTCTCA GGTCAGGACC TGCAACATCC CCCCAGCCAT 
GGCACGTGA

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

GPATCH8 ( NM_001304941.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291870.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 4, mRNA.

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CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	NM_001304941.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, BC136629.1 and BC024147.2. On May 31, 2019 this sequence version replaced NM_001304941.1. Transcript Variant: This variant (4) contains an alternate exon in the 5' region compared to variant 1. This variant represents translation initiation at an in-frame downstream start codon compared to variant 1; the 5'-most initiation codon, as used in variant 1, is associated with a truncated ORF that would render the transcript a candidate for nonsense-mediated decay (NMD). Leaky scanning may allow translation initiation at the downstream start codon to encode an isoform (3) that has a shorter N-terminus, compared to isoform 1. Variants 3, 4, 5 and 6 encode the same protein. ##Evidence-Data-START## Transcript exon combination :: BC144323.1, SRR1803613.16566.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	NP_001291870.1
CDS	289..4563
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304941.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 4, mRNA.

Target ORF information:

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

NM_001304941.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( NM_001304940.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291869.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 3, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	NM_001304940.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, DA736259.1, AK025600.1, BC136629.1, BC024147.2 and CA443965.1. Transcript Variant: This variant (3) contains two alternate exons in the 5' region compared to variant 1. This variant represents translation initiation at an in-frame downstream start codon compared to variant 1; the 5'-most initiation codon, as used in variant 1, is associated with a truncated ORF that would render the transcript a candidate for nonsense-mediated decay (NMD). Leaky scanning may allow translation initiation at the downstream start codon to encode an isoform (3) that has a shorter N-terminus, compared to isoform 1. Variants 3, 4, 5 and 6 encode the same protein. ##Evidence-Data-START## Transcript exon combination :: DA736259.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	NP_001291869.1
CDS	608..4882
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304940.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 3, mRNA.

Target ORF information:

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

NM_001304940.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( NM_001304942.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291871.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 5, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	NM_001304942.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, CN388517.1, BC136629.1, BC024147.2 and CA443965.1. On Feb 12, 2015 this sequence version replaced XM_006721783.1. Transcript Variant: This variant (5) lacks an alternate 5' exon compared to variant 1. This variant represents translation initiation at an in-frame downstream start codon compared to variant 1; the 5'-most initiation codon, as used in variant 1, is associated with a truncated ORF that would render the transcript a candidate for nonsense-mediated decay (NMD). Leaky scanning may allow translation initiation at the downstream start codon to encode an isoform (3) that has a shorter N-terminus, compared to isoform 1. Variants 3, 4, 5 and 6 encode the same protein. ##Evidence-Data-START## Transcript exon combination :: SRR1803614.134955.1, CN388517.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2467148 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	NP_001291871.1
CDS	394..4668
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304942.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 5, mRNA.

Target ORF information:

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

NM_001304942.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( NM_001304941.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291870.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 4, mRNA.

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CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	NM_001304941.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, BC136629.1, BC024147.2 and CA443965.1. On Feb 12, 2015 this sequence version replaced NR_036474.1. Transcript Variant: This variant (4) contains an alternate exon in the 5' region compared to variant 1. This variant represents translation initiation at an in-frame downstream start codon compared to variant 1; the 5'-most initiation codon, as used in variant 1, is associated with a truncated ORF that would render the transcript a candidate for nonsense-mediated decay (NMD). Leaky scanning may allow translation initiation at the downstream start codon to encode an isoform (3) that has a shorter N-terminus, compared to isoform 1. Variants 3, 4, 5 and 6 encode the same protein. ##Evidence-Data-START## Transcript exon combination :: BC144323.1, SRR1803613.16566.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	NP_001291870.1
CDS	485..4759
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304941.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 4, mRNA.

Target ORF information:

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

NM_001304941.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( NM_001304942.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291871.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 5, mRNA.

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CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	NM_001304942.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, CN388517.1, BC136629.1 and BC024147.2. On May 31, 2019 this sequence version replaced NM_001304942.1. Transcript Variant: This variant (5) lacks an alternate 5' exon compared to variant 1. This variant represents translation initiation at an in-frame downstream start codon compared to variant 1; the 5'-most initiation codon, as used in variant 1, is associated with a truncated ORF that would render the transcript a candidate for nonsense-mediated decay (NMD). Leaky scanning may allow translation initiation at the downstream start codon to encode an isoform (3) that has a shorter N-terminus, compared to isoform 1. Variants 3, 4, 5 and 6 encode the same protein. ##Evidence-Data-START## Transcript exon combination :: SRR1803614.134955.1, CN388517.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2467148 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	NP_001291871.1
CDS	198..4472
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304942.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 5, mRNA.

Target ORF information:

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

NM_001304942.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( NM_001304940.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291869.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 3, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	NM_001304940.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, DA736259.1, AK025600.1, BC136629.1 and BC024147.2. On May 31, 2019 this sequence version replaced NM_001304940.1. Transcript Variant: This variant (3) contains two alternate exons in the 5' region compared to variant 1. This variant represents translation initiation at an in-frame downstream start codon compared to variant 1; the 5'-most initiation codon, as used in variant 1, is associated with a truncated ORF that would render the transcript a candidate for nonsense-mediated decay (NMD). Leaky scanning may allow translation initiation at the downstream start codon to encode an isoform (3) that has a shorter N-terminus, compared to isoform 1. Variants 3, 4, 5 and 6 encode the same protein. ##Evidence-Data-START## Transcript exon combination :: DA736259.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	NP_001291869.1
CDS	412..4686
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304940.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 3, mRNA.

Target ORF information:

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

NM_001304940.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( NM_001304943.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291872.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 6, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	NM_001304943.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BM722954.1, AK025600.1, BC136629.1, BC024147.2 and CA443965.1. Transcript Variant: This variant (6) lacks several exons in the 5' coding region, its 5' terminal exon extends upstream of a splice site that is used in variant 1, and it represents use of an alternate promoter. These differences result in a distinct 5' UTR and cause translation initiation at a downstream start codon, compared to variant 1.The encoded isoform (3) is shorter than isoform 1. Variants 3, 4, 5 and 6 encode the same protein. ##Evidence-Data-START## Transcript exon combination :: SRR1660809.118005.1, SRR1803615.198509.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2467148 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	NP_001291872.1
CDS	348..4622
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304943.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 6, mRNA.

Target ORF information:

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

NM_001304943.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( NM_001304939.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291868.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 2, mRNA.

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CloneID	OHu65527
Clone ID Related Accession (Same CDS sequence)	NM_001304939.2 , NM_001304939.1
Accession Version	NM_001304939.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4434bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, CN388519.1, BC136629.1 and BC024147.2. On May 31, 2019 this sequence version replaced NM_001304939.1. Transcript Variant: This variant (2) lacks an alternate in-frame exon in the 5' coding region compared to variant 1. The encoded isoform (2) is shorter than isoform 1. ##Evidence-Data-START## Transcript exon combination :: SRR1803613.177818.1, SRR1803611.98650.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGATAA TATTGGACAC 
CGCTTACTCC AGAAACATGG GTGGAAGCTG GGCCAGGGAT TGGGAAAATC TCTTCAGGGG 
AGAACAGATC CCATTCCAAT CGTTGTCAAG TATGATGTCA TGGGCATGGG TCGCATGGAA 
ATGGAGCTTG ATTATGCTGA AGATGCTACC GAACGGCGCC GTGTCCTAGA AGTAGAAAAA 
GAAGACACAG AAGAGCTGAG ACAAAAGTAC AAGGATTATG TTGACAAAGA GAAGGCAATT 
GCCAAAGCCT TGGAAGACCT CAGAGCCAAC TTTTATTGTG AACTGTGTGA TAAGCAATAT 
CAGAAACATC AGGAATTTGA TAACCATATC AACTCCTATG ATCATGCACA CAAGCAGAGA 
TTAAAAGATC TGAAGCAGAG AGAGTTTGCT CGAAATGTCT CTTCAAGATC CCGCAAGGAT 
GAGAAAAAAC AGGAAAAAGC CCTTCGGCGG CTCCATGAGT TGGCAGAGCA AAGAAAACAA 
GCTGAATGTG CACCTGGAAG TGGTCCCATG TTCAAACCAA CCACAGTGGC TGTAGATGAA 
GAAGGTGGAG AAGATGATAA AGATGAATCA GCTACAAATA GTGGCACAGG TGCCACTGCT 
TCTTGTGGCC TGGGATCTGA ATTCTCCACA GATAAAGGAG GCCCTTTCAC TGCAGTACAA 
ATCACTAATA CCACTGGACT GGCCCAGGCT CCTGGGTTAG CCTCCCAAGG CATCAGCTTT 
GGCATTAAGA ATAATCTGGG GACCCCATTG CAAAAATTGG GAGTGTCATT TTCTTTTGCC 
AAAAAGGCTC CTGTCAAACT CGAATCAATA GCATCAGTTT TCAAGGACCA TGCGGAGGAA 
GGGACCTCTG AAGATGGAAC AAAACCCGAT GAGAAGAGTT CTGACCAAGG ACTGCAGAAG 
GTAGGAGACT CTGATGGGAG CAGTAATCTT GATGGTAAAA AAGAGGATGA AGACCCTCAG 
GATGGAGGGT CCCTTGCCTC AACATTATCC AAATTAAAAA GGATGAAACG AGAAGAAGGA 
GCTGGGGCTA CAGAGCCTGA GTATTACCAC TACATCCCCC CAGCACACTG CAAAGTAAAA 
CCTAATTTTC CCTTTCTACT TTTTATGAGA GCCAGTGAAC AAATGGATGG TGATAATACT 
ACACACCCAA AGAATGCCCC AGAGAGTAAA AAAGGCAGTT CTCCCAAGCC TAAAAGCTGC 
ATCAAGGCGG CAGCAAGCCA AGGAGCAGAA AAGACAGTTA GTGAAGTCTC TGAGCAGCCG 
AAGGAAACCA GCATGACCGA GCCCTCAGAA CCAGGAAGCA AAGCTGAGGC AAAGAAGGCC 
TTAGGAGGGG ATGTAAGTGA TCAGAGTTTA GAAAGTCATA GTCAGAAGGT TTCAGAGACC 
CAAATGTGTG AGTCCAACTC TTCTAAAGAA ACCTCTCTGG CCACCCCAGC AGGGAAAGAA 
AGCCAAGAAG GACCCAAACA TCCTACTGGT CCCTTCTTCC CAGTTTTGAG CAAAGATGAA 
AGCACTGCCC TCCAGTGGCC ATCAGAACTA TTAATTTTCA CCAAGGCAGA ACCCTCCATT 
TCATACAGTT GTAACCCTTT ATATTTTGAC TTTAAACTTT CAAGGAACAA AGATGCCAGA 
ACTAAAGGAA CAGAAAAACC AAAGGATATA GGAAGCTCCT CAAAGGACCA TCTCCAAGGC 
CTAGATCCTG GTGAGCCAAA TAAAAGCAAG GAAGTGGGCG GAGAGAAAAT AGTACGTTCC 
TCAGGAGGCA GAATGGACGC ACCTGCTTCA GGGTCTGCCT GTAGCGGCCT GAACAAGCAG 
GAGCCTGGGG GTAGCCATGG GTCTGAGACA GAAGACACAG GGAGAAGCCT TCCCAGCAAG 
AAAGAACGAT CTGGGAAGTC CCACCGGCAC AAAAAGAAAA AGAAGCACAA AAAATCCAGC 
AAACACAAAC GTAAACACAA GGCTGACACA GAAGAGAAAA GCTCTAAGGC AGAGTCAGGG 
GAGAAATCTA AGAAGCGCAA GAAACGAAAA CGAAAGAAGA ATAAGTCATC AGCCCCAGCA 
GATTCTGAAC GAGGACCCAA ACCAGAACCC CCTGGGAGTG GCAGTCCCGC ACCACCAAGA 
AGAAGGCGGA GAGCTCAAGA TGACTCCCAG CGGAGATCCC TCCCAGCTGA AGAGGGGAGC 
AGTGGCAAAA AGGATGAAGG TGGGGGTGGT AGCAGCTCCC AAGACCATGG TGGGAGGAAA 
CACAAAGGTG AACTTCCACC TTCATCCTGC CAGCGAAGAG CAGGCACCAA ACGGAGCAGC 
CGGTCTAGCC ATCGGAGCCA ACCCAGTAGT GGAGATGAGG ATAGTGATGA TGCTTCCTCA 
CACCGGCTGC ACCAGAAGTC TCCATCCCAG TACAGTGAGG AAGAAGAAGA GGAAGATTCA 
GGCAGTGAGC ATTCCCGCAG CCGCTCAAGG TCTGGCCGGC GCCATTCCTC GCATCGTTCC 
TCCCGGCGTT CTTACTCAAG TAGCTCAGAT GCCTCTTCAG ACCAGAGCTG CTATAGTAGA 
CAGCGCAGTT ACTCTGATGA CAGCTACAGT GACTACAGTG ACAGATCACG AAGGCACTCC 
AAGCGCTCCC ATGACTCAGA TGACTCAGAC TATGCCAGCT CCAAACACCG ATCAAAACGG 
CACAAATATT CATCTTCTGA TGATGACTAT AGCCTCAGTT GCAGCCAGTC CCGAAGCCGA 
TCTCGGAGTC ATACCAGAGA GCGCTCAAGA TCCCGGGGCC GCAGCCGCAG CAGCAGTTGT 
AGTCGTAGTC GAAGCAAGCG GAGAAGCCGT AGCACCACAG CCCACAGCTG GCAACGGAGC 
CGGAGCTATA GCCGGGACCG CAGCCGCAGC ACCAGGAGCC CTTCCCAGAG ATCAGGCTCC 
AGGAAGAGAT CATGGGGTCA CGAGAGCCCT GAGGAGAGGC ATTCTGGGCG TCGGGACTTC 
ATTCGTTCTA AGATCTACCG CTCCCAGTCC CCCCACTATT TCCGATCAGG CCGGGGAGAA 
GGTCCTGGGA AGAAAGATGA TGGCAGAGGA GATGACAGTA AAGCAACAGG TCCACCTTCC 
CAGAACAGCA ACATTGGCAC AGGAAGAGGG TCAGAAGGTG ACTGCAGTCC TGAAGACAAG 
AACTCTGTCA CTGCCAAACT GCTACTGGAG AAGATCCAGT CAAGGAAAGT GGAGAGGAAA 
CCTAGTGTGA GTGAGGAGGT GCAGGCCACC CCTAATAAAG CTGGGCCCAA GCTCAAGGAC 
CCCCCACAAG GTTACTTTGG GCCCAAGCTC CCCCCATCTC TTGGCAATAA GCCTGTCCTT 
CCACTGATAG GGAAGCTCCC AGCTACCCGA AAGCCCAATA AGAAGTGTGA AGAGTCTGGC 
TTGGAAAGGG GGGAAGAGCA AGAACAGTCA GAGACAGAAG AGGGGCCCCC AGGGAGTAGT 
GATGCCCTAT TTGGGCATCA GTTCCCTTCA GAGGAAACAA CTGGCCCCTT ATTAGACCCA 
CCCCCAGAAG AGTCAAAGTC TGGAGAAGCT ACTGCTGATC ACCCTGTGGC TCCACTAGGC 
ACCCCAGCAC ATTCTGACTG CTACCCTGGG GACCCAACCA TCTCCCATAA CTACCTCCCC 
GACCCCAGTG ATGGGGACAC CCTGGAGTCC CTGGATAGCA GCAGTCAGCC AGGCCCTGTG 
GAGTCCAGCT TGCTGCCTAT AGCACCAGAC CTTGAGCATT TCCCCAGTTA TGCACCTCCC 
AGTGGGGATC CTAGTATTGA GTCAACAGAT GGGGCTGAGG ATGCTTCACT GGCCCCCCTG 
GAAAGCCAGC CCATCACCTT CACCCCTGAG GAGATGGAGA AGTACAGCAA GCTCCAGCAG 
GCTGCTCAGC AACACATCCA GCAGCAGCTT CTGGCCAAGC AAGTAAAGGC CTTTCCAGCC 
TCAGCTGCCC TGGCCCCAGC CACACCAGCC CTGCAACCCA TCCACATTCA GCAGCCAGCT 
ACAGCCTCTG CCACCTCCAT CACAACTGTT CAGCATGCCA TCCTACAACA TCATGCTGCC 
GCAGCTGCTG CCGCCATCGG CATTCACCCT CACCCCCATC CCCAACCACT TGCCCAGGTG 
CATCATATTC CCCAGCCCCA TCTGACCCCC ATTTCTTTGT CCCACCTCAC TCACTCAATC 
ATCCCTGGCC ACCCTGCCAC CTTTCTCGCT AGCCATCCCA TCCACATCAT TCCCGCCTCA 
GCCATCCATC CTGGGCCCTT CACCTTTCAC CCTGTCCCAC ATGCTGCCCT CTACCCCACC 
CTACTTGCTC CACGGCCTGC TGCAGCAGCT GCCACTGCAC TTCACCTTCA CCCACTACTT 
CACCCCATCT TCTCAGGTCA GGACCTGCAA CATCCCCCCA GCCATGGCAC GTGA

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

RefSeq	NP_001291868.1
CDS	37..4470
Translation	MADRFSRFNEDRDFQDNIGHRLLQKHGWKLGQGLGKSLQGRTDPIPIVVKYDVMGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304939.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 2, mRNA.

Target ORF information:

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

NM_001304939.2

ORF Insert Sequence:

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGATAA TATTGGACAC 
CGCTTACTCC AGAAACATGG GTGGAAGCTG GGCCAGGGAT TGGGAAAATC TCTTCAGGGG 
AGAACAGATC CCATTCCAAT CGTTGTCAAG TATGATGTCA TGGGCATGGG TCGCATGGAA 
ATGGAGCTTG ATTATGCTGA AGATGCTACC GAACGGCGCC GTGTCCTAGA AGTAGAAAAA 
GAAGACACAG AAGAGCTGAG ACAAAAGTAC AAGGATTATG TTGACAAAGA GAAGGCAATT 
GCCAAAGCCT TGGAAGACCT CAGAGCCAAC TTTTATTGTG AACTGTGTGA TAAGCAATAT 
CAGAAACATC AGGAATTTGA TAACCATATC AACTCCTATG ATCATGCACA CAAGCAGAGA 
TTAAAAGATC TGAAGCAGAG AGAGTTTGCT CGAAATGTCT CTTCAAGATC CCGCAAGGAT 
GAGAAAAAAC AGGAAAAAGC CCTTCGGCGG CTCCATGAGT TGGCAGAGCA AAGAAAACAA 
GCTGAATGTG CACCTGGAAG TGGTCCCATG TTCAAACCAA CCACAGTGGC TGTAGATGAA 
GAAGGTGGAG AAGATGATAA AGATGAATCA GCTACAAATA GTGGCACAGG TGCCACTGCT 
TCTTGTGGCC TGGGATCTGA ATTCTCCACA GATAAAGGAG GCCCTTTCAC TGCAGTACAA 
ATCACTAATA CCACTGGACT GGCCCAGGCT CCTGGGTTAG CCTCCCAAGG CATCAGCTTT 
GGCATTAAGA ATAATCTGGG GACCCCATTG CAAAAATTGG GAGTGTCATT TTCTTTTGCC 
AAAAAGGCTC CTGTCAAACT CGAATCAATA GCATCAGTTT TCAAGGACCA TGCGGAGGAA 
GGGACCTCTG AAGATGGAAC AAAACCCGAT GAGAAGAGTT CTGACCAAGG ACTGCAGAAG 
GTAGGAGACT CTGATGGGAG CAGTAATCTT GATGGTAAAA AAGAGGATGA AGACCCTCAG 
GATGGAGGGT CCCTTGCCTC AACATTATCC AAATTAAAAA GGATGAAACG AGAAGAAGGA 
GCTGGGGCTA CAGAGCCTGA GTATTACCAC TACATCCCCC CAGCACACTG CAAAGTAAAA 
CCTAATTTTC CCTTTCTACT TTTTATGAGA GCCAGTGAAC AAATGGATGG TGATAATACT 
ACACACCCAA AGAATGCCCC AGAGAGTAAA AAAGGCAGTT CTCCCAAGCC TAAAAGCTGC 
ATCAAGGCGG CAGCAAGCCA AGGAGCAGAA AAGACAGTTA GTGAAGTCTC TGAGCAGCCG 
AAGGAAACCA GCATGACCGA GCCCTCAGAA CCAGGAAGCA AAGCTGAGGC AAAGAAGGCC 
TTAGGAGGGG ATGTAAGTGA TCAGAGTTTA GAAAGTCATA GTCAGAAGGT TTCAGAGACC 
CAAATGTGTG AGTCCAACTC TTCTAAAGAA ACCTCTCTGG CCACCCCAGC AGGGAAAGAA 
AGCCAAGAAG GACCCAAACA TCCTACTGGT CCCTTCTTCC CAGTTTTGAG CAAAGATGAA 
AGCACTGCCC TCCAGTGGCC ATCAGAACTA TTAATTTTCA CCAAGGCAGA ACCCTCCATT 
TCATACAGTT GTAACCCTTT ATATTTTGAC TTTAAACTTT CAAGGAACAA AGATGCCAGA 
ACTAAAGGAA CAGAAAAACC AAAGGATATA GGAAGCTCCT CAAAGGACCA TCTCCAAGGC 
CTAGATCCTG GTGAGCCAAA TAAAAGCAAG GAAGTGGGCG GAGAGAAAAT AGTACGTTCC 
TCAGGAGGCA GAATGGACGC ACCTGCTTCA GGGTCTGCCT GTAGCGGCCT GAACAAGCAG 
GAGCCTGGGG GTAGCCATGG GTCTGAGACA GAAGACACAG GGAGAAGCCT TCCCAGCAAG 
AAAGAACGAT CTGGGAAGTC CCACCGGCAC AAAAAGAAAA AGAAGCACAA AAAATCCAGC 
AAACACAAAC GTAAACACAA GGCTGACACA GAAGAGAAAA GCTCTAAGGC AGAGTCAGGG 
GAGAAATCTA AGAAGCGCAA GAAACGAAAA CGAAAGAAGA ATAAGTCATC AGCCCCAGCA 
GATTCTGAAC GAGGACCCAA ACCAGAACCC CCTGGGAGTG GCAGTCCCGC ACCACCAAGA 
AGAAGGCGGA GAGCTCAAGA TGACTCCCAG CGGAGATCCC TCCCAGCTGA AGAGGGGAGC 
AGTGGCAAAA AGGATGAAGG TGGGGGTGGT AGCAGCTCCC AAGACCATGG TGGGAGGAAA 
CACAAAGGTG AACTTCCACC TTCATCCTGC CAGCGAAGAG CAGGCACCAA ACGGAGCAGC 
CGGTCTAGCC ATCGGAGCCA ACCCAGTAGT GGAGATGAGG ATAGTGATGA TGCTTCCTCA 
CACCGGCTGC ACCAGAAGTC TCCATCCCAG TACAGTGAGG AAGAAGAAGA GGAAGATTCA 
GGCAGTGAGC ATTCCCGCAG CCGCTCAAGG TCTGGCCGGC GCCATTCCTC GCATCGTTCC 
TCCCGGCGTT CTTACTCAAG TAGCTCAGAT GCCTCTTCAG ACCAGAGCTG CTATAGTAGA 
CAGCGCAGTT ACTCTGATGA CAGCTACAGT GACTACAGTG ACAGATCACG AAGGCACTCC 
AAGCGCTCCC ATGACTCAGA TGACTCAGAC TATGCCAGCT CCAAACACCG ATCAAAACGG 
CACAAATATT CATCTTCTGA TGATGACTAT AGCCTCAGTT GCAGCCAGTC CCGAAGCCGA 
TCTCGGAGTC ATACCAGAGA GCGCTCAAGA TCCCGGGGCC GCAGCCGCAG CAGCAGTTGT 
AGTCGTAGTC GAAGCAAGCG GAGAAGCCGT AGCACCACAG CCCACAGCTG GCAACGGAGC 
CGGAGCTATA GCCGGGACCG CAGCCGCAGC ACCAGGAGCC CTTCCCAGAG ATCAGGCTCC 
AGGAAGAGAT CATGGGGTCA CGAGAGCCCT GAGGAGAGGC ATTCTGGGCG TCGGGACTTC 
ATTCGTTCTA AGATCTACCG CTCCCAGTCC CCCCACTATT TCCGATCAGG CCGGGGAGAA 
GGTCCTGGGA AGAAAGATGA TGGCAGAGGA GATGACAGTA AAGCAACAGG TCCACCTTCC 
CAGAACAGCA ACATTGGCAC AGGAAGAGGG TCAGAAGGTG ACTGCAGTCC TGAAGACAAG 
AACTCTGTCA CTGCCAAACT GCTACTGGAG AAGATCCAGT CAAGGAAAGT GGAGAGGAAA 
CCTAGTGTGA GTGAGGAGGT GCAGGCCACC CCTAATAAAG CTGGGCCCAA GCTCAAGGAC 
CCCCCACAAG GTTACTTTGG GCCCAAGCTC CCCCCATCTC TTGGCAATAA GCCTGTCCTT 
CCACTGATAG GGAAGCTCCC AGCTACCCGA AAGCCCAATA AGAAGTGTGA AGAGTCTGGC 
TTGGAAAGGG GGGAAGAGCA AGAACAGTCA GAGACAGAAG AGGGGCCCCC AGGGAGTAGT 
GATGCCCTAT TTGGGCATCA GTTCCCTTCA GAGGAAACAA CTGGCCCCTT ATTAGACCCA 
CCCCCAGAAG AGTCAAAGTC TGGAGAAGCT ACTGCTGATC ACCCTGTGGC TCCACTAGGC 
ACCCCAGCAC ATTCTGACTG CTACCCTGGG GACCCAACCA TCTCCCATAA CTACCTCCCC 
GACCCCAGTG ATGGGGACAC CCTGGAGTCC CTGGATAGCA GCAGTCAGCC AGGCCCTGTG 
GAGTCCAGCT TGCTGCCTAT AGCACCAGAC CTTGAGCATT TCCCCAGTTA TGCACCTCCC 
AGTGGGGATC CTAGTATTGA GTCAACAGAT GGGGCTGAGG ATGCTTCACT GGCCCCCCTG 
GAAAGCCAGC CCATCACCTT CACCCCTGAG GAGATGGAGA AGTACAGCAA GCTCCAGCAG 
GCTGCTCAGC AACACATCCA GCAGCAGCTT CTGGCCAAGC AAGTAAAGGC CTTTCCAGCC 
TCAGCTGCCC TGGCCCCAGC CACACCAGCC CTGCAACCCA TCCACATTCA GCAGCCAGCT 
ACAGCCTCTG CCACCTCCAT CACAACTGTT CAGCATGCCA TCCTACAACA TCATGCTGCC 
GCAGCTGCTG CCGCCATCGG CATTCACCCT CACCCCCATC CCCAACCACT TGCCCAGGTG 
CATCATATTC CCCAGCCCCA TCTGACCCCC ATTTCTTTGT CCCACCTCAC TCACTCAATC 
ATCCCTGGCC ACCCTGCCAC CTTTCTCGCT AGCCATCCCA TCCACATCAT TCCCGCCTCA 
GCCATCCATC CTGGGCCCTT CACCTTTCAC CCTGTCCCAC ATGCTGCCCT CTACCCCACC 
CTACTTGCTC CACGGCCTGC TGCAGCAGCT GCCACTGCAC TTCACCTTCA CCCACTACTT 
CACCCCATCT TCTCAGGTCA GGACCTGCAA CATCCCCCCA GCCATGGCAC GTGA

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

GPATCH8 ( NM_001304939.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291868.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 2, mRNA.

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CloneID	OHu65527
Clone ID Related Accession (Same CDS sequence)	NM_001304939.2 , NM_001304939.1
Accession Version	NM_001304939.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4434bp) 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	2019-02-24
Organism	Homo sapiens(human)
Product	G patch domain-containing protein 8 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY048299.1, CN388519.1, BC136629.1, BC024147.2 and CA443965.1. Transcript Variant: This variant (2) lacks an alternate in-frame exon in the 5' coding region compared to variant 1. The encoded isoform (2) is shorter than isoform 1. ##Evidence-Data-START## Transcript exon combination :: SRR1803613.177818.1, SRR1803611.98650.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGATAA TATTGGACAC 
CGCTTACTCC AGAAACATGG GTGGAAGCTG GGCCAGGGAT TGGGAAAATC TCTTCAGGGG 
AGAACAGATC CCATTCCAAT CGTTGTCAAG TATGATGTCA TGGGCATGGG TCGCATGGAA 
ATGGAGCTTG ATTATGCTGA AGATGCTACC GAACGGCGCC GTGTCCTAGA AGTAGAAAAA 
GAAGACACAG AAGAGCTGAG ACAAAAGTAC AAGGATTATG TTGACAAAGA GAAGGCAATT 
GCCAAAGCCT TGGAAGACCT CAGAGCCAAC TTTTATTGTG AACTGTGTGA TAAGCAATAT 
CAGAAACATC AGGAATTTGA TAACCATATC AACTCCTATG ATCATGCACA CAAGCAGAGA 
TTAAAAGATC TGAAGCAGAG AGAGTTTGCT CGAAATGTCT CTTCAAGATC CCGCAAGGAT 
GAGAAAAAAC AGGAAAAAGC CCTTCGGCGG CTCCATGAGT TGGCAGAGCA AAGAAAACAA 
GCTGAATGTG CACCTGGAAG TGGTCCCATG TTCAAACCAA CCACAGTGGC TGTAGATGAA 
GAAGGTGGAG AAGATGATAA AGATGAATCA GCTACAAATA GTGGCACAGG TGCCACTGCT 
TCTTGTGGCC TGGGATCTGA ATTCTCCACA GATAAAGGAG GCCCTTTCAC TGCAGTACAA 
ATCACTAATA CCACTGGACT GGCCCAGGCT CCTGGGTTAG CCTCCCAAGG CATCAGCTTT 
GGCATTAAGA ATAATCTGGG GACCCCATTG CAAAAATTGG GAGTGTCATT TTCTTTTGCC 
AAAAAGGCTC CTGTCAAACT CGAATCAATA GCATCAGTTT TCAAGGACCA TGCGGAGGAA 
GGGACCTCTG AAGATGGAAC AAAACCCGAT GAGAAGAGTT CTGACCAAGG ACTGCAGAAG 
GTAGGAGACT CTGATGGGAG CAGTAATCTT GATGGTAAAA AAGAGGATGA AGACCCTCAG 
GATGGAGGGT CCCTTGCCTC AACATTATCC AAATTAAAAA GGATGAAACG AGAAGAAGGA 
GCTGGGGCTA CAGAGCCTGA GTATTACCAC TACATCCCCC CAGCACACTG CAAAGTAAAA 
CCTAATTTTC CCTTTCTACT TTTTATGAGA GCCAGTGAAC AAATGGATGG TGATAATACT 
ACACACCCAA AGAATGCCCC AGAGAGTAAA AAAGGCAGTT CTCCCAAGCC TAAAAGCTGC 
ATCAAGGCGG CAGCAAGCCA AGGAGCAGAA AAGACAGTTA GTGAAGTCTC TGAGCAGCCG 
AAGGAAACCA GCATGACCGA GCCCTCAGAA CCAGGAAGCA AAGCTGAGGC AAAGAAGGCC 
TTAGGAGGGG ATGTAAGTGA TCAGAGTTTA GAAAGTCATA GTCAGAAGGT TTCAGAGACC 
CAAATGTGTG AGTCCAACTC TTCTAAAGAA ACCTCTCTGG CCACCCCAGC AGGGAAAGAA 
AGCCAAGAAG GACCCAAACA TCCTACTGGT CCCTTCTTCC CAGTTTTGAG CAAAGATGAA 
AGCACTGCCC TCCAGTGGCC ATCAGAACTA TTAATTTTCA CCAAGGCAGA ACCCTCCATT 
TCATACAGTT GTAACCCTTT ATATTTTGAC TTTAAACTTT CAAGGAACAA AGATGCCAGA 
ACTAAAGGAA CAGAAAAACC AAAGGATATA GGAAGCTCCT CAAAGGACCA TCTCCAAGGC 
CTAGATCCTG GTGAGCCAAA TAAAAGCAAG GAAGTGGGCG GAGAGAAAAT AGTACGTTCC 
TCAGGAGGCA GAATGGACGC ACCTGCTTCA GGGTCTGCCT GTAGCGGCCT GAACAAGCAG 
GAGCCTGGGG GTAGCCATGG GTCTGAGACA GAAGACACAG GGAGAAGCCT TCCCAGCAAG 
AAAGAACGAT CTGGGAAGTC CCACCGGCAC AAAAAGAAAA AGAAGCACAA AAAATCCAGC 
AAACACAAAC GTAAACACAA GGCTGACACA GAAGAGAAAA GCTCTAAGGC AGAGTCAGGG 
GAGAAATCTA AGAAGCGCAA GAAACGAAAA CGAAAGAAGA ATAAGTCATC AGCCCCAGCA 
GATTCTGAAC GAGGACCCAA ACCAGAACCC CCTGGGAGTG GCAGTCCCGC ACCACCAAGA 
AGAAGGCGGA GAGCTCAAGA TGACTCCCAG CGGAGATCCC TCCCAGCTGA AGAGGGGAGC 
AGTGGCAAAA AGGATGAAGG TGGGGGTGGT AGCAGCTCCC AAGACCATGG TGGGAGGAAA 
CACAAAGGTG AACTTCCACC TTCATCCTGC CAGCGAAGAG CAGGCACCAA ACGGAGCAGC 
CGGTCTAGCC ATCGGAGCCA ACCCAGTAGT GGAGATGAGG ATAGTGATGA TGCTTCCTCA 
CACCGGCTGC ACCAGAAGTC TCCATCCCAG TACAGTGAGG AAGAAGAAGA GGAAGATTCA 
GGCAGTGAGC ATTCCCGCAG CCGCTCAAGG TCTGGCCGGC GCCATTCCTC GCATCGTTCC 
TCCCGGCGTT CTTACTCAAG TAGCTCAGAT GCCTCTTCAG ACCAGAGCTG CTATAGTAGA 
CAGCGCAGTT ACTCTGATGA CAGCTACAGT GACTACAGTG ACAGATCACG AAGGCACTCC 
AAGCGCTCCC ATGACTCAGA TGACTCAGAC TATGCCAGCT CCAAACACCG ATCAAAACGG 
CACAAATATT CATCTTCTGA TGATGACTAT AGCCTCAGTT GCAGCCAGTC CCGAAGCCGA 
TCTCGGAGTC ATACCAGAGA GCGCTCAAGA TCCCGGGGCC GCAGCCGCAG CAGCAGTTGT 
AGTCGTAGTC GAAGCAAGCG GAGAAGCCGT AGCACCACAG CCCACAGCTG GCAACGGAGC 
CGGAGCTATA GCCGGGACCG CAGCCGCAGC ACCAGGAGCC CTTCCCAGAG ATCAGGCTCC 
AGGAAGAGAT CATGGGGTCA CGAGAGCCCT GAGGAGAGGC ATTCTGGGCG TCGGGACTTC 
ATTCGTTCTA AGATCTACCG CTCCCAGTCC CCCCACTATT TCCGATCAGG CCGGGGAGAA 
GGTCCTGGGA AGAAAGATGA TGGCAGAGGA GATGACAGTA AAGCAACAGG TCCACCTTCC 
CAGAACAGCA ACATTGGCAC AGGAAGAGGG TCAGAAGGTG ACTGCAGTCC TGAAGACAAG 
AACTCTGTCA CTGCCAAACT GCTACTGGAG AAGATCCAGT CAAGGAAAGT GGAGAGGAAA 
CCTAGTGTGA GTGAGGAGGT GCAGGCCACC CCTAATAAAG CTGGGCCCAA GCTCAAGGAC 
CCCCCACAAG GTTACTTTGG GCCCAAGCTC CCCCCATCTC TTGGCAATAA GCCTGTCCTT 
CCACTGATAG GGAAGCTCCC AGCTACCCGA AAGCCCAATA AGAAGTGTGA AGAGTCTGGC 
TTGGAAAGGG GGGAAGAGCA AGAACAGTCA GAGACAGAAG AGGGGCCCCC AGGGAGTAGT 
GATGCCCTAT TTGGGCATCA GTTCCCTTCA GAGGAAACAA CTGGCCCCTT ATTAGACCCA 
CCCCCAGAAG AGTCAAAGTC TGGAGAAGCT ACTGCTGATC ACCCTGTGGC TCCACTAGGC 
ACCCCAGCAC ATTCTGACTG CTACCCTGGG GACCCAACCA TCTCCCATAA CTACCTCCCC 
GACCCCAGTG ATGGGGACAC CCTGGAGTCC CTGGATAGCA GCAGTCAGCC AGGCCCTGTG 
GAGTCCAGCT TGCTGCCTAT AGCACCAGAC CTTGAGCATT TCCCCAGTTA TGCACCTCCC 
AGTGGGGATC CTAGTATTGA GTCAACAGAT GGGGCTGAGG ATGCTTCACT GGCCCCCCTG 
GAAAGCCAGC CCATCACCTT CACCCCTGAG GAGATGGAGA AGTACAGCAA GCTCCAGCAG 
GCTGCTCAGC AACACATCCA GCAGCAGCTT CTGGCCAAGC AAGTAAAGGC CTTTCCAGCC 
TCAGCTGCCC TGGCCCCAGC CACACCAGCC CTGCAACCCA TCCACATTCA GCAGCCAGCT 
ACAGCCTCTG CCACCTCCAT CACAACTGTT CAGCATGCCA TCCTACAACA TCATGCTGCC 
GCAGCTGCTG CCGCCATCGG CATTCACCCT CACCCCCATC CCCAACCACT TGCCCAGGTG 
CATCATATTC CCCAGCCCCA TCTGACCCCC ATTTCTTTGT CCCACCTCAC TCACTCAATC 
ATCCCTGGCC ACCCTGCCAC CTTTCTCGCT AGCCATCCCA TCCACATCAT TCCCGCCTCA 
GCCATCCATC CTGGGCCCTT CACCTTTCAC CCTGTCCCAC ATGCTGCCCT CTACCCCACC 
CTACTTGCTC CACGGCCTGC TGCAGCAGCT GCCACTGCAC TTCACCTTCA CCCACTACTT 
CACCCCATCT TCTCAGGTCA GGACCTGCAA CATCCCCCCA GCCATGGCAC GTGA

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

RefSeq	NP_001291868.1
CDS	233..4666
Translation	MADRFSRFNEDRDFQDNIGHRLLQKHGWKLGQGLGKSLQGRTDPIPIVVKYDVMGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	NM_001304939.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant 2, mRNA.

Target ORF information:

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

NM_001304939.1

ORF Insert Sequence:

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGATAA TATTGGACAC 
CGCTTACTCC AGAAACATGG GTGGAAGCTG GGCCAGGGAT TGGGAAAATC TCTTCAGGGG 
AGAACAGATC CCATTCCAAT CGTTGTCAAG TATGATGTCA TGGGCATGGG TCGCATGGAA 
ATGGAGCTTG ATTATGCTGA AGATGCTACC GAACGGCGCC GTGTCCTAGA AGTAGAAAAA 
GAAGACACAG AAGAGCTGAG ACAAAAGTAC AAGGATTATG TTGACAAAGA GAAGGCAATT 
GCCAAAGCCT TGGAAGACCT CAGAGCCAAC TTTTATTGTG AACTGTGTGA TAAGCAATAT 
CAGAAACATC AGGAATTTGA TAACCATATC AACTCCTATG ATCATGCACA CAAGCAGAGA 
TTAAAAGATC TGAAGCAGAG AGAGTTTGCT CGAAATGTCT CTTCAAGATC CCGCAAGGAT 
GAGAAAAAAC AGGAAAAAGC CCTTCGGCGG CTCCATGAGT TGGCAGAGCA AAGAAAACAA 
GCTGAATGTG CACCTGGAAG TGGTCCCATG TTCAAACCAA CCACAGTGGC TGTAGATGAA 
GAAGGTGGAG AAGATGATAA AGATGAATCA GCTACAAATA GTGGCACAGG TGCCACTGCT 
TCTTGTGGCC TGGGATCTGA ATTCTCCACA GATAAAGGAG GCCCTTTCAC TGCAGTACAA 
ATCACTAATA CCACTGGACT GGCCCAGGCT CCTGGGTTAG CCTCCCAAGG CATCAGCTTT 
GGCATTAAGA ATAATCTGGG GACCCCATTG CAAAAATTGG GAGTGTCATT TTCTTTTGCC 
AAAAAGGCTC CTGTCAAACT CGAATCAATA GCATCAGTTT TCAAGGACCA TGCGGAGGAA 
GGGACCTCTG AAGATGGAAC AAAACCCGAT GAGAAGAGTT CTGACCAAGG ACTGCAGAAG 
GTAGGAGACT CTGATGGGAG CAGTAATCTT GATGGTAAAA AAGAGGATGA AGACCCTCAG 
GATGGAGGGT CCCTTGCCTC AACATTATCC AAATTAAAAA GGATGAAACG AGAAGAAGGA 
GCTGGGGCTA CAGAGCCTGA GTATTACCAC TACATCCCCC CAGCACACTG CAAAGTAAAA 
CCTAATTTTC CCTTTCTACT TTTTATGAGA GCCAGTGAAC AAATGGATGG TGATAATACT 
ACACACCCAA AGAATGCCCC AGAGAGTAAA AAAGGCAGTT CTCCCAAGCC TAAAAGCTGC 
ATCAAGGCGG CAGCAAGCCA AGGAGCAGAA AAGACAGTTA GTGAAGTCTC TGAGCAGCCG 
AAGGAAACCA GCATGACCGA GCCCTCAGAA CCAGGAAGCA AAGCTGAGGC AAAGAAGGCC 
TTAGGAGGGG ATGTAAGTGA TCAGAGTTTA GAAAGTCATA GTCAGAAGGT TTCAGAGACC 
CAAATGTGTG AGTCCAACTC TTCTAAAGAA ACCTCTCTGG CCACCCCAGC AGGGAAAGAA 
AGCCAAGAAG GACCCAAACA TCCTACTGGT CCCTTCTTCC CAGTTTTGAG CAAAGATGAA 
AGCACTGCCC TCCAGTGGCC ATCAGAACTA TTAATTTTCA CCAAGGCAGA ACCCTCCATT 
TCATACAGTT GTAACCCTTT ATATTTTGAC TTTAAACTTT CAAGGAACAA AGATGCCAGA 
ACTAAAGGAA CAGAAAAACC AAAGGATATA GGAAGCTCCT CAAAGGACCA TCTCCAAGGC 
CTAGATCCTG GTGAGCCAAA TAAAAGCAAG GAAGTGGGCG GAGAGAAAAT AGTACGTTCC 
TCAGGAGGCA GAATGGACGC ACCTGCTTCA GGGTCTGCCT GTAGCGGCCT GAACAAGCAG 
GAGCCTGGGG GTAGCCATGG GTCTGAGACA GAAGACACAG GGAGAAGCCT TCCCAGCAAG 
AAAGAACGAT CTGGGAAGTC CCACCGGCAC AAAAAGAAAA AGAAGCACAA AAAATCCAGC 
AAACACAAAC GTAAACACAA GGCTGACACA GAAGAGAAAA GCTCTAAGGC AGAGTCAGGG 
GAGAAATCTA AGAAGCGCAA GAAACGAAAA CGAAAGAAGA ATAAGTCATC AGCCCCAGCA 
GATTCTGAAC GAGGACCCAA ACCAGAACCC CCTGGGAGTG GCAGTCCCGC ACCACCAAGA 
AGAAGGCGGA GAGCTCAAGA TGACTCCCAG CGGAGATCCC TCCCAGCTGA AGAGGGGAGC 
AGTGGCAAAA AGGATGAAGG TGGGGGTGGT AGCAGCTCCC AAGACCATGG TGGGAGGAAA 
CACAAAGGTG AACTTCCACC TTCATCCTGC CAGCGAAGAG CAGGCACCAA ACGGAGCAGC 
CGGTCTAGCC ATCGGAGCCA ACCCAGTAGT GGAGATGAGG ATAGTGATGA TGCTTCCTCA 
CACCGGCTGC ACCAGAAGTC TCCATCCCAG TACAGTGAGG AAGAAGAAGA GGAAGATTCA 
GGCAGTGAGC ATTCCCGCAG CCGCTCAAGG TCTGGCCGGC GCCATTCCTC GCATCGTTCC 
TCCCGGCGTT CTTACTCAAG TAGCTCAGAT GCCTCTTCAG ACCAGAGCTG CTATAGTAGA 
CAGCGCAGTT ACTCTGATGA CAGCTACAGT GACTACAGTG ACAGATCACG AAGGCACTCC 
AAGCGCTCCC ATGACTCAGA TGACTCAGAC TATGCCAGCT CCAAACACCG ATCAAAACGG 
CACAAATATT CATCTTCTGA TGATGACTAT AGCCTCAGTT GCAGCCAGTC CCGAAGCCGA 
TCTCGGAGTC ATACCAGAGA GCGCTCAAGA TCCCGGGGCC GCAGCCGCAG CAGCAGTTGT 
AGTCGTAGTC GAAGCAAGCG GAGAAGCCGT AGCACCACAG CCCACAGCTG GCAACGGAGC 
CGGAGCTATA GCCGGGACCG CAGCCGCAGC ACCAGGAGCC CTTCCCAGAG ATCAGGCTCC 
AGGAAGAGAT CATGGGGTCA CGAGAGCCCT GAGGAGAGGC ATTCTGGGCG TCGGGACTTC 
ATTCGTTCTA AGATCTACCG CTCCCAGTCC CCCCACTATT TCCGATCAGG CCGGGGAGAA 
GGTCCTGGGA AGAAAGATGA TGGCAGAGGA GATGACAGTA AAGCAACAGG TCCACCTTCC 
CAGAACAGCA ACATTGGCAC AGGAAGAGGG TCAGAAGGTG ACTGCAGTCC TGAAGACAAG 
AACTCTGTCA CTGCCAAACT GCTACTGGAG AAGATCCAGT CAAGGAAAGT GGAGAGGAAA 
CCTAGTGTGA GTGAGGAGGT GCAGGCCACC CCTAATAAAG CTGGGCCCAA GCTCAAGGAC 
CCCCCACAAG GTTACTTTGG GCCCAAGCTC CCCCCATCTC TTGGCAATAA GCCTGTCCTT 
CCACTGATAG GGAAGCTCCC AGCTACCCGA AAGCCCAATA AGAAGTGTGA AGAGTCTGGC 
TTGGAAAGGG GGGAAGAGCA AGAACAGTCA GAGACAGAAG AGGGGCCCCC AGGGAGTAGT 
GATGCCCTAT TTGGGCATCA GTTCCCTTCA GAGGAAACAA CTGGCCCCTT ATTAGACCCA 
CCCCCAGAAG AGTCAAAGTC TGGAGAAGCT ACTGCTGATC ACCCTGTGGC TCCACTAGGC 
ACCCCAGCAC ATTCTGACTG CTACCCTGGG GACCCAACCA TCTCCCATAA CTACCTCCCC 
GACCCCAGTG ATGGGGACAC CCTGGAGTCC CTGGATAGCA GCAGTCAGCC AGGCCCTGTG 
GAGTCCAGCT TGCTGCCTAT AGCACCAGAC CTTGAGCATT TCCCCAGTTA TGCACCTCCC 
AGTGGGGATC CTAGTATTGA GTCAACAGAT GGGGCTGAGG ATGCTTCACT GGCCCCCCTG 
GAAAGCCAGC CCATCACCTT CACCCCTGAG GAGATGGAGA AGTACAGCAA GCTCCAGCAG 
GCTGCTCAGC AACACATCCA GCAGCAGCTT CTGGCCAAGC AAGTAAAGGC CTTTCCAGCC 
TCAGCTGCCC TGGCCCCAGC CACACCAGCC CTGCAACCCA TCCACATTCA GCAGCCAGCT 
ACAGCCTCTG CCACCTCCAT CACAACTGTT CAGCATGCCA TCCTACAACA TCATGCTGCC 
GCAGCTGCTG CCGCCATCGG CATTCACCCT CACCCCCATC CCCAACCACT TGCCCAGGTG 
CATCATATTC CCCAGCCCCA TCTGACCCCC ATTTCTTTGT CCCACCTCAC TCACTCAATC 
ATCCCTGGCC ACCCTGCCAC CTTTCTCGCT AGCCATCCCA TCCACATCAT TCCCGCCTCA 
GCCATCCATC CTGGGCCCTT CACCTTTCAC CCTGTCCCAC ATGCTGCCCT CTACCCCACC 
CTACTTGCTC CACGGCCTGC TGCAGCAGCT GCCACTGCAC TTCACCTTCA CCCACTACTT 
CACCCCATCT TCTCAGGTCA GGACCTGCAA CATCCCCCCA GCCATGGCAC GTGA

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

GPATCH8 ( XM_017024379.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879868.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	XM_017024379.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	G patch domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	XP_016879868.1
CDS	396..4670
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024379.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X12, mRNA.

Target ORF information:

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

XM_017024379.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( XM_017024375.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879864.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	XM_017024375.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	G patch domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	XP_016879864.1
CDS	496..4770
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024375.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X10, mRNA.

Target ORF information:

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

XM_017024375.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( XM_017024376.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879865.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X11, mRNA.

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CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	XM_017024376.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	G patch domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) 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_017024376.1. ##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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	XP_016879865.1
CDS	504..4778
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024376.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X11, mRNA.

Target ORF information:

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

XM_017024376.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( XM_017024376.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879865.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X9, mRNA.

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CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	XM_017024376.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	G patch domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	XP_016879865.1
CDS	356..4630
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024376.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X9, mRNA.

Target ORF information:

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

XM_017024376.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( XM_017024378.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879867.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	XM_017024378.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	G patch domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	XP_016879867.1
CDS	514..4788
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024378.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X12, mRNA.

Target ORF information:

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

XM_017024378.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( XM_017024377.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879866.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	XM_017024377.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	G patch domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	XP_016879866.1
CDS	333..4607
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024377.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X10, mRNA.

Target ORF information:

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

XM_017024377.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( XM_017024379.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879868.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X13, mRNA.

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CloneID	OHu50234
Clone ID Related Accession (Same CDS sequence)	XM_017024379.1 , NM_001304941.2 , XM_017024375.1 , XM_017024376.2 , XM_017024376.1 , NM_001304940.1 , XM_017024378.1 , NM_001304942.1 , NM_001304941.1 , NM_001304942.2 , NM_001304940.2 , XM_017024377.1 , NM_001304943.1 , XM_017024379.2
Accession Version	XM_017024379.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	G patch domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) 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_017024379.1. ##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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

RefSeq	XP_016879868.1
CDS	549..4823
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024379.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X13, mRNA.

Target ORF information:

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

XM_017024379.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGAG ATTAAAAGAT CTGAAGCAGA GAGAGTTTGC TCGAAATGTC 
TCTTCAAGAT CCCGCAAGGA TGAGAAAAAA CAGGAAAAAG CCCTTCGGCG GCTCCATGAG 
TTGGCAGAGC AAAGAAAACA AGCTGAATGT GCACCTGGAA GTGGTCCCAT GTTCAAACCA 
ACCACAGTGG CTGTAGATGA AGAAGGTGGA GAAGATGATA AAGATGAATC AGCTACAAAT 
AGTGGCACAG GTGCCACTGC TTCTTGTGGC CTGGGATCTG AATTCTCCAC AGATAAAGGA 
GGCCCTTTCA CTGCAGTACA AATCACTAAT ACCACTGGAC TGGCCCAGGC TCCTGGGTTA 
GCCTCCCAAG GCATCAGCTT TGGCATTAAG AATAATCTGG GGACCCCATT GCAAAAATTG 
GGAGTGTCAT TTTCTTTTGC CAAAAAGGCT CCTGTCAAAC TCGAATCAAT AGCATCAGTT 
TTCAAGGACC ATGCGGAGGA AGGGACCTCT GAAGATGGAA CAAAACCCGA TGAGAAGAGT 
TCTGACCAAG GACTGCAGAA GGTAGGAGAC TCTGATGGGA GCAGTAATCT TGATGGTAAA 
AAAGAGGATG AAGACCCTCA GGATGGAGGG TCCCTTGCCT CAACATTATC CAAATTAAAA 
AGGATGAAAC GAGAAGAAGG AGCTGGGGCT ACAGAGCCTG AGTATTACCA CTACATCCCC 
CCAGCACACT GCAAAGTAAA ACCTAATTTT CCCTTTCTAC TTTTTATGAG AGCCAGTGAA 
CAAATGGATG GTGATAATAC TACACACCCA AAGAATGCCC CAGAGAGTAA AAAAGGCAGT 
TCTCCCAAGC CTAAAAGCTG CATCAAGGCG GCAGCAAGCC AAGGAGCAGA AAAGACAGTT 
AGTGAAGTCT CTGAGCAGCC GAAGGAAACC AGCATGACCG AGCCCTCAGA ACCAGGAAGC 
AAAGCTGAGG CAAAGAAGGC CTTAGGAGGG GATGTAAGTG ATCAGAGTTT AGAAAGTCAT 
AGTCAGAAGG TTTCAGAGAC CCAAATGTGT GAGTCCAACT CTTCTAAAGA AACCTCTCTG 
GCCACCCCAG CAGGGAAAGA AAGCCAAGAA GGACCCAAAC ATCCTACTGG TCCCTTCTTC 
CCAGTTTTGA GCAAAGATGA AAGCACTGCC CTCCAGTGGC CATCAGAACT ATTAATTTTC 
ACCAAGGCAG AACCCTCCAT TTCATACAGT TGTAACCCTT TATATTTTGA CTTTAAACTT 
TCAAGGAACA AAGATGCCAG AACTAAAGGA ACAGAAAAAC CAAAGGATAT AGGAAGCTCC 
TCAAAGGACC ATCTCCAAGG CCTAGATCCT GGTGAGCCAA ATAAAAGCAA GGAAGTGGGC 
GGAGAGAAAA TAGTACGTTC CTCAGGAGGC AGAATGGACG CACCTGCTTC AGGGTCTGCC 
TGTAGCGGCC TGAACAAGCA GGAGCCTGGG GGTAGCCATG GGTCTGAGAC AGAAGACACA 
GGGAGAAGCC TTCCCAGCAA GAAAGAACGA TCTGGGAAGT CCCACCGGCA CAAAAAGAAA 
AAGAAGCACA AAAAATCCAG CAAACACAAA CGTAAACACA AGGCTGACAC AGAAGAGAAA 
AGCTCTAAGG CAGAGTCAGG GGAGAAATCT AAGAAGCGCA AGAAACGAAA ACGAAAGAAG 
AATAAGTCAT CAGCCCCAGC AGATTCTGAA CGAGGACCCA AACCAGAACC CCCTGGGAGT 
GGCAGTCCCG CACCACCAAG AAGAAGGCGG AGAGCTCAAG ATGACTCCCA GCGGAGATCC 
CTCCCAGCTG AAGAGGGGAG CAGTGGCAAA AAGGATGAAG GTGGGGGTGG TAGCAGCTCC 
CAAGACCATG GTGGGAGGAA ACACAAAGGT GAACTTCCAC CTTCATCCTG CCAGCGAAGA 
GCAGGCACCA AACGGAGCAG CCGGTCTAGC CATCGGAGCC AACCCAGTAG TGGAGATGAG 
GATAGTGATG ATGCTTCCTC ACACCGGCTG CACCAGAAGT CTCCATCCCA GTACAGTGAG 
GAAGAAGAAG AGGAAGATTC AGGCAGTGAG CATTCCCGCA GCCGCTCAAG GTCTGGCCGG 
CGCCATTCCT CGCATCGTTC CTCCCGGCGT TCTTACTCAA GTAGCTCAGA TGCCTCTTCA 
GACCAGAGCT GCTATAGTAG ACAGCGCAGT TACTCTGATG ACAGCTACAG TGACTACAGT 
GACAGATCAC GAAGGCACTC CAAGCGCTCC CATGACTCAG ATGACTCAGA CTATGCCAGC 
TCCAAACACC GATCAAAACG GCACAAATAT TCATCTTCTG ATGATGACTA TAGCCTCAGT 
TGCAGCCAGT CCCGAAGCCG ATCTCGGAGT CATACCAGAG AGCGCTCAAG ATCCCGGGGC 
CGCAGCCGCA GCAGCAGTTG TAGTCGTAGT CGAAGCAAGC GGAGAAGCCG TAGCACCACA 
GCCCACAGCT GGCAACGGAG CCGGAGCTAT AGCCGGGACC GCAGCCGCAG CACCAGGAGC 
CCTTCCCAGA GATCAGGCTC CAGGAAGAGA TCATGGGGTC ACGAGAGCCC TGAGGAGAGG 
CATTCTGGGC GTCGGGACTT CATTCGTTCT AAGATCTACC GCTCCCAGTC CCCCCACTAT 
TTCCGATCAG GCCGGGGAGA AGGTCCTGGG AAGAAAGATG ATGGCAGAGG AGATGACAGT 
AAAGCAACAG GTCCACCTTC CCAGAACAGC AACATTGGCA CAGGAAGAGG GTCAGAAGGT 
GACTGCAGTC CTGAAGACAA GAACTCTGTC ACTGCCAAAC TGCTACTGGA GAAGATCCAG 
TCAAGGAAAG TGGAGAGGAA ACCTAGTGTG AGTGAGGAGG TGCAGGCCAC CCCTAATAAA 
GCTGGGCCCA AGCTCAAGGA CCCCCCACAA GGTTACTTTG GGCCCAAGCT CCCCCCATCT 
CTTGGCAATA AGCCTGTCCT TCCACTGATA GGGAAGCTCC CAGCTACCCG AAAGCCCAAT 
AAGAAGTGTG AAGAGTCTGG CTTGGAAAGG GGGGAAGAGC AAGAACAGTC AGAGACAGAA 
GAGGGGCCCC CAGGGAGTAG TGATGCCCTA TTTGGGCATC AGTTCCCTTC AGAGGAAACA 
ACTGGCCCCT TATTAGACCC ACCCCCAGAA GAGTCAAAGT CTGGAGAAGC TACTGCTGAT 
CACCCTGTGG CTCCACTAGG CACCCCAGCA CATTCTGACT GCTACCCTGG GGACCCAACC 
ATCTCCCATA ACTACCTCCC CGACCCCAGT GATGGGGACA CCCTGGAGTC CCTGGATAGC 
AGCAGTCAGC CAGGCCCTGT GGAGTCCAGC TTGCTGCCTA TAGCACCAGA CCTTGAGCAT 
TTCCCCAGTT ATGCACCTCC CAGTGGGGAT CCTAGTATTG AGTCAACAGA TGGGGCTGAG 
GATGCTTCAC TGGCCCCCCT GGAAAGCCAG CCCATCACCT TCACCCCTGA GGAGATGGAG 
AAGTACAGCA AGCTCCAGCA GGCTGCTCAG CAACACATCC AGCAGCAGCT TCTGGCCAAG 
CAAGTAAAGG CCTTTCCAGC CTCAGCTGCC CTGGCCCCAG CCACACCAGC CCTGCAACCC 
ATCCACATTC AGCAGCCAGC TACAGCCTCT GCCACCTCCA TCACAACTGT TCAGCATGCC 
ATCCTACAAC ATCATGCTGC CGCAGCTGCT GCCGCCATCG GCATTCACCC TCACCCCCAT 
CCCCAACCAC TTGCCCAGGT GCATCATATT CCCCAGCCCC ATCTGACCCC CATTTCTTTG 
TCCCACCTCA CTCACTCAAT CATCCCTGGC CACCCTGCCA CCTTTCTCGC TAGCCATCCC 
ATCCACATCA TTCCCGCCTC AGCCATCCAT CCTGGGCCCT TCACCTTTCA CCCTGTCCCA 
CATGCTGCCC TCTACCCCAC CCTACTTGCT CCACGGCCTG CTGCAGCAGC TGCCACTGCA 
CTTCACCTTC ACCCACTACT TCACCCCATC TTCTCAGGTC AGGACCTGCA ACATCCCCCC 
AGCCATGGCA CGTGA

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

GPATCH8 ( XM_011524557.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011522859.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X1, mRNA.

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CloneID	OHu65525
Clone ID Related Accession (Same CDS sequence)	XM_011524557.1
Accession Version	XM_011524557.1 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	G patch domain-containing protein 8 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGGTAA TCACTTTGAT 
CAGTATGAGG AAGGACACTT GGAAATTGAA CAAGCGTCAC TTGACAAGCC TATAGAATCG 
GATAATATTG GACACCGCTT ACTCCAGAAA CATGGGTGGA AGCTGGGCCA GGGATTGGGA 
AAATCTCTTC AGGGGAGAAC AGATCCCATT CCAATCGTTG TCAAGTATGA TGTCATGGGC 
ATGGGTCGCA TGGAAATGGA GCTTGATTAT GCTGAAGATG CTACCGAACG GCGCCGTGTC 
CTAGAAGTAG AAAAAGAAGA CACAGAAGAG CTGAGACAAA AGTACAAGGA TTATGTTGAC 
AAAGAGAAGG CAATTGCCAA AGCCTTGGAA GACCTCAGAG CCAACTTTTA TTGTGAACTG 
TGTGATAAGC AATATCAGAA ACATCAGGAA TTTGATAACC ATATCAACTC CTATGATCAT 
GCACACAAGC AGGAAGGCAC ACAGGATTAT TATGAATCTG AGATAATAGC TGATGTATTG 
AAAGCAAATC CTTCTAATTT GGGAGCCCAG ATCACAAGAA GATTAAAAGA TCTGAAGCAG 
AGAGAGTTTG CTCGAAATGT CTCTTCAAGA TCCCGCAAGG ATGAGAAAAA ACAGGAAAAA 
GCCCTTCGGC GGCTCCATGA GTTGGCAGAG CAAAGAAAAC AAGCTGAATG TGCACCTGGA 
AGTGGTCCCA TGTTCAAACC AACCACAGTG GCTGTAGATG AAGAAGGTGG AGAAGATGAT 
AAAGATGAAT CAGCTACAAA TAGTGGCACA GGTGCCACTG CTTCTTGTGG CCTGGGATCT 
GAATTCTCCA CAGATAAAGG AGGCCCTTTC ACTGCAGTAC AAATCACTAA TACCACTGGA 
CTGGCCCAGG CTCCTGGGTT AGCCTCCCAA GGCATCAGCT TTGGCATTAA GAATAATCTG 
GGGACCCCAT TGCAAAAATT GGGAGTGTCA TTTTCTTTTG CCAAAAAGGC TCCTGTCAAA 
CTCGAATCAA TAGCATCAGT TTTCAAGGAC CATGCGGAGG AAGGGACCTC TGAAGATGGA 
ACAAAACCCG ATGAGAAGAG TTCTGACCAA GGACTGCAGA AGGTAGGAGA CTCTGATGGG 
AGCAGTAATC TTGATGGTAA AAAAGAGGAT GAAGACCCTC AGGATGGAGG GTCCCTTGCC 
TCAACATTAT CCAAATTAAA AAGGATGAAA CGAGAAGAAG GAGCTGGGGC TACAGAGCCT 
GAGTATTACC ACTACATCCC CCCAGCACAC TGCAAAGTAA AACCTAATTT TCCCTTTCTA 
CTTTTTATGA GAGCCAGTGA ACAAATGGAT GGTGATAATA CTACACACCC AAAGAATGCC 
CCAGAGAGTA AAAAAGGCAG TTCTCCCAAG CCTAAAAGCT GCATCAAGGC GGCAGCAAGC 
CAAGGAGCAG AAAAGACAGT TAGTGAAGTC TCTGAGCAGC CGAAGGAAAC CAGCATGACC 
GAGCCCTCAG AACCAGGAAG CAAAGCTGAG GCAAAGAAGG CCTTAGGAGG GGATGTAAGT 
GATCAGAGTT TAGAAAGTCA TAGTCAGAAG GTTTCAGAGA CCCAAATGTG TGAGTCCAAC 
TCTTCTAAAG AAACCTCTCT GGCCACCCCA GCAGGGAAAG AAAGCCAAGA AGGACCCAAA 
CATCCTACTG GTCCCTTCTT CCCAGTTTTG AGCAAAGATG AAAGCACTGC CCTCCAGTGG 
CCATCAGAAC TATTAATTTT CACCAAGGCA GAACCCTCCA TTTCATACAG TTGTAACCCT 
TTATATTTTG ACTTTAAACT TTCAAGGAAC AAAGATGCCA GAACTAAAGG AACAGAAAAA 
CCAAAGGATA TAGGAAGCTC CTCAAAGGAC CATCTCCAAG GCCTAGATCC TGGTGAGCCA 
AATAAAAGCA AGGAAGTGGG CGGAGAGAAA ATAGTACGTT CCTCAGGAGG CAGAATGGAC 
GCACCTGCTT CAGGGTCTGC CTGTAGCGGC CTGAACAAGC AGGAGCCTGG GGGTAGCCAT 
GGGTCTGAGA CAGAAGACAC AGGGAGAAGC CTTCCCAGCA AGAAAGAACG ATCTGGGAAG 
TCCCACCGGC ACAAAAAGAA AAAGAAGCAC AAAAAATCCA GCAAACACAA ACGTAAACAC 
AAGGCTGACA CAGAAGAGAA AAGCTCTAAG GCAGAGTCAG GGGAGAAATC TAAGAAGCGC 
AAGAAACGAA AACGAAAGAA GAATAAGTCA TCAGCCCCAG CAGATTCTGA ACGAGGACCC 
AAACCAGAAC CCCCTGGGAG TGGCAGTCCC GCACCACCAA GAAGAAGGCG GAGAGCTCAA 
GATGACTCCC AGCGGAGATC CCTCCCAGCT GAAGAGGGGA GCAGTGGCAA AAAGGATGAA 
GGTGGGGGTG GTAGCAGCTC CCAAGACCAT GGTGGGAGGA AACACAAAGG TGAACTTCCA 
CCTTCATCCT GCCAGCGAAG AGCAGGCACC AAACGGAGCA GCCGGTCTAG CCATCGGAGC 
CAACCCAGTA GTGGAGATGA GGATAGTGAT GATGCTTCCT CACACCGGCT GCACCAGAAG 
TCTCCATCCC AGTACAGTGA GGAAGAAGAA GAGGAAGATT CAGGCAGTGA GCATTCCCGC 
AGCCGCTCAA GGTCTGGCCG GCGCCATTCC TCGCATCGTT CCTCCCGGCG TTCTTACTCA 
AGTAGCTCAG ATGCCTCTTC AGACCAGAGC TGCTATAGTA GACAGCGCAG TTACTCTGAT 
GACAGCTACA GTGACTACAG TGACAGATCA CGAAGGCACT CCAAGCGCTC CCATGACTCA 
GATGACTCAG ACTATGCCAG CTCCAAACAC CGATCAAAAC GGCACAAATA TTCATCTTCT 
GATGATGACT ATAGCCTCAG TTGCAGCCAG TCCCGAAGCC GATCTCGGAG TCATACCAGA 
GAGCGCTCAA GATCCCGGGG CCGCAGCCGC AGCAGCAGTT GTAGTCGTAG TCGAAGCAAG 
CGGAGAAGCC GTAGCACCAC AGCCCACAGC TGGCAACGGA GCCGGAGCTA TAGCCGGGAC 
CGCAGCCGCA GCACCAGGAG CCCTTCCCAG AGATCAGGCT CCAGGAAGAG ATCATGGGGT 
CACGAGAGCC CTGAGGAGAG GCATTCTGGG CGTCGGGACT TCATTCGTTC TAAGATCTAC 
CGCTCCCAGT CCCCCCACTA TTTCCGATCA GGCCGGGGAG AAGGTCCTGG GAAGAAAGAT 
GATGGCAGAG GAGATGACAG TAAAGCAACA GGTCCACCTT CCCAGAACAG CAACATTGGC 
ACAGGAAGAG GGTCAGAAGG TGACTGCAGT CCTGAAGACA AGAACTCTGT CACTGCCAAA 
CTGCTACTGG AGAAGATCCA GTCAAGGAAA GTGGAGAGGA AACCTAGTGT GAGTGAGGAG 
GTGCAGGCCA CCCCTAATAA AGCTGGGCCC AAGCTCAAGG ACCCCCCACA AGGTTACTTT 
GGGCCCAAGC TCCCCCCATC TCTTGGCAAT AAGCCTGTCC TTCCACTGAT AGGGAAGCTC 
CCAGCTACCC GAAAGCCCAA TAAGAAGTGT GAAGAGTCTG GCTTGGAAAG GGGGGAAGAG 
CAAGAACAGT CAGAGACAGA AGAGGGGCCC CCAGGGAGTA GTGATGCCCT ATTTGGGCAT 
CAGTTCCCTT CAGAGGAAAC AACTGGCCCC TTATTAGACC CACCCCCAGA AGAGTCAAAG 
TCTGGAGAAG CTACTGCTGA TCACCCTGTG GCTCCACTAG GCACCCCAGC ACATTCTGAC 
TGCTACCCTG GGGACCCAAC CATCTCCCAT AACTACCTCC CCGACCCCAG TGATGGGGAC 
ACCCTGGAGT CCCTGGATAG CAGCAGTCAG CCAGGCCCTG TGGAGTCCAG CTTGCTGCCT 
ATAGCACCAG ACCTTGAGCA TTTCCCCAGT TATGCACCTC CCAGTGGGGA TCCTAGTATT 
GAGTCAACAG ATGGGGCTGA GGATGCTTCA CTGGCCCCCC TGGAAAGCCA GCCCATCACC 
TTCACCCCTG AGGAGATGGA GAAGTACAGC AAGCTCCAGC AGGCTGCTCA GCAACACATC 
CAGCAGCAGC TTCTGGCCAA GCAAGTAAAG GCCTTTCCAG CCTCAGCTGC CCTGGCCCCA 
GCCACACCAG CCCTGCAACC CATCCACATT CAGCAGCCAG CTACAGCCTC TGCCACCTCC 
ATCACAACTG TTCAGCATGC CATCCTACAA CATCATGCTG CCGCAGCTGC TGCCGCCATC 
GGCATTCACC CTCACCCCCA TCCCCAACCA CTTGCCCAGG TGCATCATAT TCCCCAGCCC 
CATCTGACCC CCATTTCTTT GTCCCACCTC ACTCACTCAA TCATCCCTGG CCACCCTGCC 
ACCTTTCTCG CTAGCCATCC CATCCACATC ATTCCCGCCT CAGCCATCCA TCCTGGGCCC 
TTCACCTTTC ACCCTGTCCC ACATGCTGCC CTCTACCCCA CCCTACTTGC TCCACGGCCT 
GCTGCAGCAG CTGCCACTGC ACTTCACCTT CACCCACTAC TTCACCCCAT CTTCTCAGGT 
CAGGACCTGC AACATCCCCC CAGCCATGGC ACGTGA

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

RefSeq	XP_011522859.1
CDS	220..4815
Translation	MADRFSRFNEDRDFQGNHFDQYEEGHLEIEQASLDKPIESDNIGHRLLQKHGWKLGQGLGKSLQGRTDPIPIVVKYDVMGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_011524557.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X1, mRNA.

Target ORF information:

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

XM_011524557.1

ORF Insert Sequence:

ATGGCGGACC GCTTCTCCCG CTTCAACGAA GACCGAGACT TTCAGGGTAA TCACTTTGAT 
CAGTATGAGG AAGGACACTT GGAAATTGAA CAAGCGTCAC TTGACAAGCC TATAGAATCG 
GATAATATTG GACACCGCTT ACTCCAGAAA CATGGGTGGA AGCTGGGCCA GGGATTGGGA 
AAATCTCTTC AGGGGAGAAC AGATCCCATT CCAATCGTTG TCAAGTATGA TGTCATGGGC 
ATGGGTCGCA TGGAAATGGA GCTTGATTAT GCTGAAGATG CTACCGAACG GCGCCGTGTC 
CTAGAAGTAG AAAAAGAAGA CACAGAAGAG CTGAGACAAA AGTACAAGGA TTATGTTGAC 
AAAGAGAAGG CAATTGCCAA AGCCTTGGAA GACCTCAGAG CCAACTTTTA TTGTGAACTG 
TGTGATAAGC AATATCAGAA ACATCAGGAA TTTGATAACC ATATCAACTC CTATGATCAT 
GCACACAAGC AGGAAGGCAC ACAGGATTAT TATGAATCTG AGATAATAGC TGATGTATTG 
AAAGCAAATC CTTCTAATTT GGGAGCCCAG ATCACAAGAA GATTAAAAGA TCTGAAGCAG 
AGAGAGTTTG CTCGAAATGT CTCTTCAAGA TCCCGCAAGG ATGAGAAAAA ACAGGAAAAA 
GCCCTTCGGC GGCTCCATGA GTTGGCAGAG CAAAGAAAAC AAGCTGAATG TGCACCTGGA 
AGTGGTCCCA TGTTCAAACC AACCACAGTG GCTGTAGATG AAGAAGGTGG AGAAGATGAT 
AAAGATGAAT CAGCTACAAA TAGTGGCACA GGTGCCACTG CTTCTTGTGG CCTGGGATCT 
GAATTCTCCA CAGATAAAGG AGGCCCTTTC ACTGCAGTAC AAATCACTAA TACCACTGGA 
CTGGCCCAGG CTCCTGGGTT AGCCTCCCAA GGCATCAGCT TTGGCATTAA GAATAATCTG 
GGGACCCCAT TGCAAAAATT GGGAGTGTCA TTTTCTTTTG CCAAAAAGGC TCCTGTCAAA 
CTCGAATCAA TAGCATCAGT TTTCAAGGAC CATGCGGAGG AAGGGACCTC TGAAGATGGA 
ACAAAACCCG ATGAGAAGAG TTCTGACCAA GGACTGCAGA AGGTAGGAGA CTCTGATGGG 
AGCAGTAATC TTGATGGTAA AAAAGAGGAT GAAGACCCTC AGGATGGAGG GTCCCTTGCC 
TCAACATTAT CCAAATTAAA AAGGATGAAA CGAGAAGAAG GAGCTGGGGC TACAGAGCCT 
GAGTATTACC ACTACATCCC CCCAGCACAC TGCAAAGTAA AACCTAATTT TCCCTTTCTA 
CTTTTTATGA GAGCCAGTGA ACAAATGGAT GGTGATAATA CTACACACCC AAAGAATGCC 
CCAGAGAGTA AAAAAGGCAG TTCTCCCAAG CCTAAAAGCT GCATCAAGGC GGCAGCAAGC 
CAAGGAGCAG AAAAGACAGT TAGTGAAGTC TCTGAGCAGC CGAAGGAAAC CAGCATGACC 
GAGCCCTCAG AACCAGGAAG CAAAGCTGAG GCAAAGAAGG CCTTAGGAGG GGATGTAAGT 
GATCAGAGTT TAGAAAGTCA TAGTCAGAAG GTTTCAGAGA CCCAAATGTG TGAGTCCAAC 
TCTTCTAAAG AAACCTCTCT GGCCACCCCA GCAGGGAAAG AAAGCCAAGA AGGACCCAAA 
CATCCTACTG GTCCCTTCTT CCCAGTTTTG AGCAAAGATG AAAGCACTGC CCTCCAGTGG 
CCATCAGAAC TATTAATTTT CACCAAGGCA GAACCCTCCA TTTCATACAG TTGTAACCCT 
TTATATTTTG ACTTTAAACT TTCAAGGAAC AAAGATGCCA GAACTAAAGG AACAGAAAAA 
CCAAAGGATA TAGGAAGCTC CTCAAAGGAC CATCTCCAAG GCCTAGATCC TGGTGAGCCA 
AATAAAAGCA AGGAAGTGGG CGGAGAGAAA ATAGTACGTT CCTCAGGAGG CAGAATGGAC 
GCACCTGCTT CAGGGTCTGC CTGTAGCGGC CTGAACAAGC AGGAGCCTGG GGGTAGCCAT 
GGGTCTGAGA CAGAAGACAC AGGGAGAAGC CTTCCCAGCA AGAAAGAACG ATCTGGGAAG 
TCCCACCGGC ACAAAAAGAA AAAGAAGCAC AAAAAATCCA GCAAACACAA ACGTAAACAC 
AAGGCTGACA CAGAAGAGAA AAGCTCTAAG GCAGAGTCAG GGGAGAAATC TAAGAAGCGC 
AAGAAACGAA AACGAAAGAA GAATAAGTCA TCAGCCCCAG CAGATTCTGA ACGAGGACCC 
AAACCAGAAC CCCCTGGGAG TGGCAGTCCC GCACCACCAA GAAGAAGGCG GAGAGCTCAA 
GATGACTCCC AGCGGAGATC CCTCCCAGCT GAAGAGGGGA GCAGTGGCAA AAAGGATGAA 
GGTGGGGGTG GTAGCAGCTC CCAAGACCAT GGTGGGAGGA AACACAAAGG TGAACTTCCA 
CCTTCATCCT GCCAGCGAAG AGCAGGCACC AAACGGAGCA GCCGGTCTAG CCATCGGAGC 
CAACCCAGTA GTGGAGATGA GGATAGTGAT GATGCTTCCT CACACCGGCT GCACCAGAAG 
TCTCCATCCC AGTACAGTGA GGAAGAAGAA GAGGAAGATT CAGGCAGTGA GCATTCCCGC 
AGCCGCTCAA GGTCTGGCCG GCGCCATTCC TCGCATCGTT CCTCCCGGCG TTCTTACTCA 
AGTAGCTCAG ATGCCTCTTC AGACCAGAGC TGCTATAGTA GACAGCGCAG TTACTCTGAT 
GACAGCTACA GTGACTACAG TGACAGATCA CGAAGGCACT CCAAGCGCTC CCATGACTCA 
GATGACTCAG ACTATGCCAG CTCCAAACAC CGATCAAAAC GGCACAAATA TTCATCTTCT 
GATGATGACT ATAGCCTCAG TTGCAGCCAG TCCCGAAGCC GATCTCGGAG TCATACCAGA 
GAGCGCTCAA GATCCCGGGG CCGCAGCCGC AGCAGCAGTT GTAGTCGTAG TCGAAGCAAG 
CGGAGAAGCC GTAGCACCAC AGCCCACAGC TGGCAACGGA GCCGGAGCTA TAGCCGGGAC 
CGCAGCCGCA GCACCAGGAG CCCTTCCCAG AGATCAGGCT CCAGGAAGAG ATCATGGGGT 
CACGAGAGCC CTGAGGAGAG GCATTCTGGG CGTCGGGACT TCATTCGTTC TAAGATCTAC 
CGCTCCCAGT CCCCCCACTA TTTCCGATCA GGCCGGGGAG AAGGTCCTGG GAAGAAAGAT 
GATGGCAGAG GAGATGACAG TAAAGCAACA GGTCCACCTT CCCAGAACAG CAACATTGGC 
ACAGGAAGAG GGTCAGAAGG TGACTGCAGT CCTGAAGACA AGAACTCTGT CACTGCCAAA 
CTGCTACTGG AGAAGATCCA GTCAAGGAAA GTGGAGAGGA AACCTAGTGT GAGTGAGGAG 
GTGCAGGCCA CCCCTAATAA AGCTGGGCCC AAGCTCAAGG ACCCCCCACA AGGTTACTTT 
GGGCCCAAGC TCCCCCCATC TCTTGGCAAT AAGCCTGTCC TTCCACTGAT AGGGAAGCTC 
CCAGCTACCC GAAAGCCCAA TAAGAAGTGT GAAGAGTCTG GCTTGGAAAG GGGGGAAGAG 
CAAGAACAGT CAGAGACAGA AGAGGGGCCC CCAGGGAGTA GTGATGCCCT ATTTGGGCAT 
CAGTTCCCTT CAGAGGAAAC AACTGGCCCC TTATTAGACC CACCCCCAGA AGAGTCAAAG 
TCTGGAGAAG CTACTGCTGA TCACCCTGTG GCTCCACTAG GCACCCCAGC ACATTCTGAC 
TGCTACCCTG GGGACCCAAC CATCTCCCAT AACTACCTCC CCGACCCCAG TGATGGGGAC 
ACCCTGGAGT CCCTGGATAG CAGCAGTCAG CCAGGCCCTG TGGAGTCCAG CTTGCTGCCT 
ATAGCACCAG ACCTTGAGCA TTTCCCCAGT TATGCACCTC CCAGTGGGGA TCCTAGTATT 
GAGTCAACAG ATGGGGCTGA GGATGCTTCA CTGGCCCCCC TGGAAAGCCA GCCCATCACC 
TTCACCCCTG AGGAGATGGA GAAGTACAGC AAGCTCCAGC AGGCTGCTCA GCAACACATC 
CAGCAGCAGC TTCTGGCCAA GCAAGTAAAG GCCTTTCCAG CCTCAGCTGC CCTGGCCCCA 
GCCACACCAG CCCTGCAACC CATCCACATT CAGCAGCCAG CTACAGCCTC TGCCACCTCC 
ATCACAACTG TTCAGCATGC CATCCTACAA CATCATGCTG CCGCAGCTGC TGCCGCCATC 
GGCATTCACC CTCACCCCCA TCCCCAACCA CTTGCCCAGG TGCATCATAT TCCCCAGCCC 
CATCTGACCC CCATTTCTTT GTCCCACCTC ACTCACTCAA TCATCCCTGG CCACCCTGCC 
ACCTTTCTCG CTAGCCATCC CATCCACATC ATTCCCGCCT CAGCCATCCA TCCTGGGCCC 
TTCACCTTTC ACCCTGTCCC ACATGCTGCC CTCTACCCCA CCCTACTTGC TCCACGGCCT 
GCTGCAGCAG CTGCCACTGC ACTTCACCTT CACCCACTAC TTCACCCCAT CTTCTCAGGT 
CAGGACCTGC AACATCCCCC CAGCCATGGC ACGTGA

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

GPATCH8 ( XM_017024374.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879863.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_017024374.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_016879863.1
CDS	314..4675
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024374.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X6, mRNA.

Target ORF information:

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

XM_017024374.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_017024372.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879861.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_017024372.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_016879861.1
CDS	396..4757
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024372.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X3, mRNA.

Target ORF information:

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

XM_017024372.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_011524559.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011522861.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X5, mRNA.

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CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_011524559.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) 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_011524559.1. ##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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_011522861.1
CDS	351..4712
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_011524559.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X5, mRNA.

Target ORF information:

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

XM_011524559.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_024450662.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024306430.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X6, mRNA.

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CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_024450662.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_024306430.1
CDS	7159..11520
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_024450662.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X6, mRNA.

Target ORF information:

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

XM_024450662.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_011524561.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011522863.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_011524561.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) 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_011524561.1. ##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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_011522863.1
CDS	112..4473
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_011524561.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X9, mRNA.

Target ORF information:

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

XM_011524561.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_024450661.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024306429.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_024450661.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_024306429.1
CDS	7114..11475
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_024450661.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X4, mRNA.

Target ORF information:

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

XM_024450661.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_024450663.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024306431.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X7, mRNA.

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CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_024450663.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_024306431.1
CDS	2439..6800
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_024450663.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X7, mRNA.

Target ORF information:

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

XM_024450663.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_017024373.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016879862.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X8, mRNA.

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CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_017024373.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_016879862.1
CDS	1231..5592
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_017024373.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X8, mRNA.

Target ORF information:

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

XM_017024373.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_024450660.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024306428.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_024450660.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_024306428.1
CDS	2622..6983
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_024450660.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X2, mRNA.

Target ORF information:

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

XM_024450660.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_011524558.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011522860.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_011524558.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_011522860.1
CDS	273..4634
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_011524558.1
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X4, mRNA.

Target ORF information:

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

XM_011524558.1

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

GPATCH8 ( XM_011524558.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011522860.1 Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X3, mRNA.

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CloneID	OHu65526
Clone ID Related Accession (Same CDS sequence)	XM_017024374.1 , XM_017024372.1 , XM_011524559.2 , XM_024450662.1 , XM_011524561.2 , XM_024450661.1 , XM_024450663.1 , XM_017024373.1 , XM_024450660.1 , XM_011524558.1 , XM_011524558.2
Accession Version	XM_011524558.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	G patch domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000017.11) 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_011524558.1. ##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##

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

RefSeq	XP_011522860.1
CDS	469..4830
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQEGTQDYYESEIIADVLKANPSNLGAQITRRLKDLKQREFARNVSSRSRKDEKKQEKALRRLHELAEQRKQAECAPGSGPMFKPTTVAVDEEGGEDDKDESATNSGTGATASCGLGSEFSTDKGGPFTAVQITNTTGLAQAPGLASQGISFGIKNNLGTPLQKLGVSFSFAKKAPVKLESIASVFKDHAEEGTSEDGTKPDEKSSDQGLQKVGDSDGSSNLDGKKEDEDPQDGGSLASTLSKLKRMKREEGAGATEPEYYHYIPPAHCKVKPNFPFLLFMRASEQMDGDNTTHPKNAPESKKGSSPKPKSCIKAAASQGAEKTVSEVSEQPKETSMTEPSEPGSKAEAKKALGGDVSDQSLESHSQKVSETQMCESNSSKETSLATPAGKESQEGPKHPTGPFFPVLSKDESTALQWPSELLIFTKAEPSISYSCNPLYFDFKLSRNKDARTKGTEKPKDIGSSSKDHLQGLDPGEPNKSKEVGGEKIVRSSGGRMDAPASGSACSGLNKQEPGGSHGSETEDTGRSLPSKKERSGKSHRHKKKKKHKKSSKHKRKHKADTEEKSSKAESGEKSKKRKKRKRKKNKSSAPADSERGPKPEPPGSGSPAPPRRRRRAQDDSQRRSLPAEEGSSGKKDEGGGGSSSQDHGGRKHKGELPPSSCQRRAGTKRSSRSSHRSQPSSGDEDSDDASSHRLHQKSPSQYSEEEEEEDSGSEHSRSRSRSGRRHSSHRSSRRSYSSSSDASSDQSCYSRQRSYSDDSYSDYSDRSRRHSKRSHDSDDSDYASSKHRSKRHKYSSSDDDYSLSCSQSRSRSRSHTRERSRSRGRSRSSSCSRSRSKRRSRSTTAHSWQRSRSYSRDRSRSTRSPSQRSGSRKRSWGHESPEERHSGRRDFIRSKIYRSQSPHYFRSGRGEGPGKKDDGRGDDSKATGPPSQNSNIGTGRGSEGDCSPEDKNSVTAKLLLEKIQSRKVERKPSVSEEVQATPNKAGPKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPATRKPNKKCEESGLERGEEQEQSETEEGPPGSSDALFGHQFPSEETTGPLLDPPPEESKSGEATADHPVAPLGTPAHSDCYPGDPTISHNYLPDPSDGDTLESLDSSSQPGPVESSLLPIAPDLEHFPSYAPPSGDPSIESTDGAEDASLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPATPALQPIHIQQPATASATSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHAALYPTLLAPRPAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_011524558.2
Organism	Homo sapiens(human)
Definition	Homo sapiens G-patch domain containing 8 (GPATCH8), transcript variant X3, mRNA.

Target ORF information:

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

XM_011524558.2

ORF Insert Sequence:

ATGGGCATGG GTCGCATGGA AATGGAGCTT GATTATGCTG AAGATGCTAC CGAACGGCGC 
CGTGTCCTAG AAGTAGAAAA AGAAGACACA GAAGAGCTGA GACAAAAGTA CAAGGATTAT 
GTTGACAAAG AGAAGGCAAT TGCCAAAGCC TTGGAAGACC TCAGAGCCAA CTTTTATTGT 
GAACTGTGTG ATAAGCAATA TCAGAAACAT CAGGAATTTG ATAACCATAT CAACTCCTAT 
GATCATGCAC ACAAGCAGGA AGGCACACAG GATTATTATG AATCTGAGAT AATAGCTGAT 
GTATTGAAAG CAAATCCTTC TAATTTGGGA GCCCAGATCA CAAGAAGATT AAAAGATCTG 
AAGCAGAGAG AGTTTGCTCG AAATGTCTCT TCAAGATCCC GCAAGGATGA GAAAAAACAG 
GAAAAAGCCC TTCGGCGGCT CCATGAGTTG GCAGAGCAAA GAAAACAAGC TGAATGTGCA 
CCTGGAAGTG GTCCCATGTT CAAACCAACC ACAGTGGCTG TAGATGAAGA AGGTGGAGAA 
GATGATAAAG ATGAATCAGC TACAAATAGT GGCACAGGTG CCACTGCTTC TTGTGGCCTG 
GGATCTGAAT TCTCCACAGA TAAAGGAGGC CCTTTCACTG CAGTACAAAT CACTAATACC 
ACTGGACTGG CCCAGGCTCC TGGGTTAGCC TCCCAAGGCA TCAGCTTTGG CATTAAGAAT 
AATCTGGGGA CCCCATTGCA AAAATTGGGA GTGTCATTTT CTTTTGCCAA AAAGGCTCCT 
GTCAAACTCG AATCAATAGC ATCAGTTTTC AAGGACCATG CGGAGGAAGG GACCTCTGAA 
GATGGAACAA AACCCGATGA GAAGAGTTCT GACCAAGGAC TGCAGAAGGT AGGAGACTCT 
GATGGGAGCA GTAATCTTGA TGGTAAAAAA GAGGATGAAG ACCCTCAGGA TGGAGGGTCC 
CTTGCCTCAA CATTATCCAA ATTAAAAAGG ATGAAACGAG AAGAAGGAGC TGGGGCTACA 
GAGCCTGAGT ATTACCACTA CATCCCCCCA GCACACTGCA AAGTAAAACC TAATTTTCCC 
TTTCTACTTT TTATGAGAGC CAGTGAACAA ATGGATGGTG ATAATACTAC ACACCCAAAG 
AATGCCCCAG AGAGTAAAAA AGGCAGTTCT CCCAAGCCTA AAAGCTGCAT CAAGGCGGCA 
GCAAGCCAAG GAGCAGAAAA GACAGTTAGT GAAGTCTCTG AGCAGCCGAA GGAAACCAGC 
ATGACCGAGC CCTCAGAACC AGGAAGCAAA GCTGAGGCAA AGAAGGCCTT AGGAGGGGAT 
GTAAGTGATC AGAGTTTAGA AAGTCATAGT CAGAAGGTTT CAGAGACCCA AATGTGTGAG 
TCCAACTCTT CTAAAGAAAC CTCTCTGGCC ACCCCAGCAG GGAAAGAAAG CCAAGAAGGA 
CCCAAACATC CTACTGGTCC CTTCTTCCCA GTTTTGAGCA AAGATGAAAG CACTGCCCTC 
CAGTGGCCAT CAGAACTATT AATTTTCACC AAGGCAGAAC CCTCCATTTC ATACAGTTGT 
AACCCTTTAT ATTTTGACTT TAAACTTTCA AGGAACAAAG ATGCCAGAAC TAAAGGAACA 
GAAAAACCAA AGGATATAGG AAGCTCCTCA AAGGACCATC TCCAAGGCCT AGATCCTGGT 
GAGCCAAATA AAAGCAAGGA AGTGGGCGGA GAGAAAATAG TACGTTCCTC AGGAGGCAGA 
ATGGACGCAC CTGCTTCAGG GTCTGCCTGT AGCGGCCTGA ACAAGCAGGA GCCTGGGGGT 
AGCCATGGGT CTGAGACAGA AGACACAGGG AGAAGCCTTC CCAGCAAGAA AGAACGATCT 
GGGAAGTCCC ACCGGCACAA AAAGAAAAAG AAGCACAAAA AATCCAGCAA ACACAAACGT 
AAACACAAGG CTGACACAGA AGAGAAAAGC TCTAAGGCAG AGTCAGGGGA GAAATCTAAG 
AAGCGCAAGA AACGAAAACG AAAGAAGAAT AAGTCATCAG CCCCAGCAGA TTCTGAACGA 
GGACCCAAAC CAGAACCCCC TGGGAGTGGC AGTCCCGCAC CACCAAGAAG AAGGCGGAGA 
GCTCAAGATG ACTCCCAGCG GAGATCCCTC CCAGCTGAAG AGGGGAGCAG TGGCAAAAAG 
GATGAAGGTG GGGGTGGTAG CAGCTCCCAA GACCATGGTG GGAGGAAACA CAAAGGTGAA 
CTTCCACCTT CATCCTGCCA GCGAAGAGCA GGCACCAAAC GGAGCAGCCG GTCTAGCCAT 
CGGAGCCAAC CCAGTAGTGG AGATGAGGAT AGTGATGATG CTTCCTCACA CCGGCTGCAC 
CAGAAGTCTC CATCCCAGTA CAGTGAGGAA GAAGAAGAGG AAGATTCAGG CAGTGAGCAT 
TCCCGCAGCC GCTCAAGGTC TGGCCGGCGC CATTCCTCGC ATCGTTCCTC CCGGCGTTCT 
TACTCAAGTA GCTCAGATGC CTCTTCAGAC CAGAGCTGCT ATAGTAGACA GCGCAGTTAC 
TCTGATGACA GCTACAGTGA CTACAGTGAC AGATCACGAA GGCACTCCAA GCGCTCCCAT 
GACTCAGATG ACTCAGACTA TGCCAGCTCC AAACACCGAT CAAAACGGCA CAAATATTCA 
TCTTCTGATG ATGACTATAG CCTCAGTTGC AGCCAGTCCC GAAGCCGATC TCGGAGTCAT 
ACCAGAGAGC GCTCAAGATC CCGGGGCCGC AGCCGCAGCA GCAGTTGTAG TCGTAGTCGA 
AGCAAGCGGA GAAGCCGTAG CACCACAGCC CACAGCTGGC AACGGAGCCG GAGCTATAGC 
CGGGACCGCA GCCGCAGCAC CAGGAGCCCT TCCCAGAGAT CAGGCTCCAG GAAGAGATCA 
TGGGGTCACG AGAGCCCTGA GGAGAGGCAT TCTGGGCGTC GGGACTTCAT TCGTTCTAAG 
ATCTACCGCT CCCAGTCCCC CCACTATTTC CGATCAGGCC GGGGAGAAGG TCCTGGGAAG 
AAAGATGATG GCAGAGGAGA TGACAGTAAA GCAACAGGTC CACCTTCCCA GAACAGCAAC 
ATTGGCACAG GAAGAGGGTC AGAAGGTGAC TGCAGTCCTG AAGACAAGAA CTCTGTCACT 
GCCAAACTGC TACTGGAGAA GATCCAGTCA AGGAAAGTGG AGAGGAAACC TAGTGTGAGT 
GAGGAGGTGC AGGCCACCCC TAATAAAGCT GGGCCCAAGC TCAAGGACCC CCCACAAGGT 
TACTTTGGGC CCAAGCTCCC CCCATCTCTT GGCAATAAGC CTGTCCTTCC ACTGATAGGG 
AAGCTCCCAG CTACCCGAAA GCCCAATAAG AAGTGTGAAG AGTCTGGCTT GGAAAGGGGG 
GAAGAGCAAG AACAGTCAGA GACAGAAGAG GGGCCCCCAG GGAGTAGTGA TGCCCTATTT 
GGGCATCAGT TCCCTTCAGA GGAAACAACT GGCCCCTTAT TAGACCCACC CCCAGAAGAG 
TCAAAGTCTG GAGAAGCTAC TGCTGATCAC CCTGTGGCTC CACTAGGCAC CCCAGCACAT 
TCTGACTGCT ACCCTGGGGA CCCAACCATC TCCCATAACT ACCTCCCCGA CCCCAGTGAT 
GGGGACACCC TGGAGTCCCT GGATAGCAGC AGTCAGCCAG GCCCTGTGGA GTCCAGCTTG 
CTGCCTATAG CACCAGACCT TGAGCATTTC CCCAGTTATG CACCTCCCAG TGGGGATCCT 
AGTATTGAGT CAACAGATGG GGCTGAGGAT GCTTCACTGG CCCCCCTGGA AAGCCAGCCC 
ATCACCTTCA CCCCTGAGGA GATGGAGAAG TACAGCAAGC TCCAGCAGGC TGCTCAGCAA 
CACATCCAGC AGCAGCTTCT GGCCAAGCAA GTAAAGGCCT TTCCAGCCTC AGCTGCCCTG 
GCCCCAGCCA CACCAGCCCT GCAACCCATC CACATTCAGC AGCCAGCTAC AGCCTCTGCC 
ACCTCCATCA CAACTGTTCA GCATGCCATC CTACAACATC ATGCTGCCGC AGCTGCTGCC 
GCCATCGGCA TTCACCCTCA CCCCCATCCC CAACCACTTG CCCAGGTGCA TCATATTCCC 
CAGCCCCATC TGACCCCCAT TTCTTTGTCC CACCTCACTC ACTCAATCAT CCCTGGCCAC 
CCTGCCACCT TTCTCGCTAG CCATCCCATC CACATCATTC CCGCCTCAGC CATCCATCCT 
GGGCCCTTCA CCTTTCACCC TGTCCCACAT GCTGCCCTCT ACCCCACCCT ACTTGCTCCA 
CGGCCTGCTG CAGCAGCTGC CACTGCACTT CACCTTCACC CACTACTTCA CCCCATCTTC 
TCAGGTCAGG ACCTGCAACA TCCCCCCAGC CATGGCACGT GA

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

PubMed

A human interactome in three quantitative dimensions organized by stoichiometries and abundances.
Cell163(3)712-23(2015 Oct)
Hein MY,Hubner NC,Poser I,Cox J,Nagaraj N,Toyoda Y,Gak IA,Weisswange I,Mansfeld J,Buchholz F,Hyman AA,Mann M

Hyperuricemia cosegregating with osteogenesis imperfecta is associated with a mutation in GPATCH8.
Human genetics130(5)671-83(2011 Nov)
Kaneko H,Kitoh H,Matsuura T,Masuda A,Ito M,Mottes M,Rauch F,Ishiguro N,Ohno K

Variation at the NFATC2 locus increases the risk of thiazolidinedione-induced edema in the Diabetes REduction Assessment with ramipril and rosiglitazone Medication (DREAM) study.
Diabetes care33(10)2250-3(2010 Oct)
Bailey SD,Xie C,Do R,Montpetit A,Diaz R,Mohan V,Keavney B,Yusuf S,Gerstein HC,Engert JC,Anand S,

Gene-centric association signals for lipids and apolipoproteins identified via the HumanCVD BeadChip.
American journal of human genetics85(5)628-42(2009 Nov)
Talmud PJ,Drenos F,Shah S,Shah T,Palmen J,Verzilli C,Gaunt TR,Pallas J,Lovering R,Li K,Casas JP,Sofat R,Kumari M,Rodriguez S,Johnson T,Newhouse SJ,Dominiczak A,Samani NJ,Caulfield M,Sever P,Stanton A,Shields DC,Padmanabhan S,Melander O,Hastie C,Delles C,Ebrahim S,Marmot MG,Smith GD,Lawlor DA,Munroe PB,Day IN,Kivimaki M,Whittaker J,Humphries SE,Hingorani AD,,,

Phosphoproteome analysis of the human mitotic spindle.
Proceedings of the National Academy of Sciences of the United States of America103(14)5391-6(2006 Apr)
Nousiainen M,Sillj? HH,Sauer G,Nigg EA,K?rner R

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GPATCH8 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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