DCDC1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	DCDC1
Entrez Gene ID	341019
Full Name	doublecortin domain containing 1
General protein information	Preferred Names doublecortin domain containing 1 Names doublecortin domain-containing protein 1 doublecortin domain containing 5 doublecortin domain-containing protein 5
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 11 Map Location: 11p13
Summary	This gene encodes a member of the doublecortin family. The protein encoded by this gene is a hydrophilic, intracellular protein. It contains a single doublecortin domain and is unable to bind microtubules and to regulate microtubule polymerization. This gene is mainly expressed in adult testis. It does not have a mouse homolog. [provided by RefSeq, Sep 2010].
Disorder MIM:	608062

mRNA and Protein(s)

mRNA	Protein	Name
XM_024448473.1	XP_024304241.1	doublecortin domain-containing protein 1 isoform X1
XM_024448480.1	XP_024304248.1	doublecortin domain-containing protein 1 isoform X8
XM_024448484.1	XP_024304252.1	doublecortin domain-containing protein 1 isoform X12
XM_024448485.1	XP_024304253.1	doublecortin domain-containing protein 1 isoform X13
XM_024448489.1	XP_024304257.1	doublecortin domain-containing protein 1 isoform X17
NM_181807.4	NP_861523.2	doublecortin domain-containing protein 1 isoform 2
NM_181807.3	NP_861523.2	doublecortin domain-containing protein 1 isoform 2
XM_024448472.1	XP_024304240.1	doublecortin domain-containing protein 1 isoform X1
XM_024448479.1	XP_024304247.1	doublecortin domain-containing protein 1 isoform X7
XM_024448487.1	XP_024304255.1	doublecortin domain-containing protein 1 isoform X15
XM_024448475.1	XP_024304243.1	doublecortin domain-containing protein 1 isoform X3
XM_024448483.1	XP_024304251.1	doublecortin domain-containing protein 1 isoform X11
XM_024448488.1	XP_024304256.1	doublecortin domain-containing protein 1 isoform X16
NM_001367979.1	NP_001354908.1	doublecortin domain-containing protein 1 isoform 4
NM_001350255.1	NP_001337184.1	doublecortin domain-containing protein 1 isoform 1
XM_024448477.1	XP_024304245.1	doublecortin domain-containing protein 1 isoform X5
XM_024448478.1	XP_024304246.1	doublecortin domain-containing protein 1 isoform X6
XM_024448481.1	XP_024304249.1	doublecortin domain-containing protein 1 isoform X9
XM_024448482.1	XP_024304250.1	doublecortin domain-containing protein 1 isoform X10
NM_020869.3	NP_065920.2	doublecortin domain-containing protein 1 isoform 3
XM_024448470.1	XP_024304238.1	doublecortin domain-containing protein 1 isoform X1
XM_024448471.1	XP_024304239.1	doublecortin domain-containing protein 1 isoform X1
XM_024448476.1	XP_024304244.1	doublecortin domain-containing protein 1 isoform X4
XM_024448486.1	XP_024304254.1	doublecortin domain-containing protein 1 isoform X14

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	DCDC1	XP_540561.3
Homo sapiens (human)	DCDC1	NP_861523.2
Pan troglodytes (chimpanzee)	DCDC1	XP_001140322.1
	DCDC1	XP_001086476.1
Bos taurus (cattle)	DCDC1	NP_001069902.1

Gene Ontology
Bibliography

Related articles in PubMed

Meta-analysis identifies multiple loci associated with kidney function-related traits in east Asian populations.
Okada Y, Sim X, Go MJ, Wu JY, Gu D, Takeuchi F, Takahashi A, Maeda S, Tsunoda T, Chen P, Lim SC, Wong TY, Liu J, Young TL, Aung T, Seielstad M, Teo YY, Kim YJ, Lee JY, Han BG, Kang D, Chen CH, Tsai FJ, Chang LC, Fann SJ, Mei H, Rao DC, Hixson JE, Chen S, Katsuya T, Isono M, Ogihara T, Chambers JC, Zhang W, Kooner JS, , , Albrecht E, , Yamamoto K, Kubo M, Nakamura Y, Kamatani N, Kato N, He J, Chen YT, Cho YS, Tai ES, Tanaka T
Nature genetics44(8)904-9(2012 Jul)

Genome-wide meta-analysis identifies 56 bone mineral density loci and reveals 14 loci associated with risk of fracture.
Estrada K, Styrkarsdottir U, Evangelou E, Hsu YH, Duncan EL, Ntzani EE, Oei L, Albagha OM, Amin N, Kemp JP, Koller DL, Li G, Liu CT, Minster RL, Moayyeri A, Vandenput L, Willner D, Xiao SM, Yerges-Armstrong LM, Zheng HF, Alonso N, Eriksson J, Kammerer CM, Kaptoge SK, Leo PJ, Thorleifsson G, Wilson SG, Wilson JF, Aalto V, Alen M, Aragaki AK, Aspelund T, Center JR, Dailiana Z, Duggan DJ, Garcia M, Garcia-Giralt N, Giroux S, Hallmans G, Hocking LJ, Husted LB, Jameson KA, Khusainova R, Kim GS, Kooperberg C, Koromila T, Kruk M, Laaksonen M, Lacroix AZ, Lee SH, Leung PC, Lewis JR, Masi L, Mencej-Bedrac S, Nguyen TV, Nogues X, Patel MS, Prezelj J, Rose LM, Scollen S, Siggeirsdottir K, Smith AV, Svensson O, Trompet S, Trummer O, van Schoor NM, Woo J, Zhu K, Balcells S, Brandi ML, Buckley BM, Cheng S, Christiansen C, Cooper C, Dedoussis G, Ford I, Frost M, Goltzman D, Gonz?lez-Mac?as J, K?h?nen M, Karlsson M, Khusnutdinova E, Koh JM, Kollia P, Langdahl BL, Leslie WD, Lips P, Ljunggren ?, Lorenc RS, Marc J, Mellstr?m D, Obermayer-Pietsch B, Olmos JM, Pettersson-Kymmer U, Reid DM, Riancho JA, Ridker PM, Rousseau F, Slagboom PE, Tang NL, Urreizti R, Van Hul W, Viikari J, Zarrabeitia MT, Aulchenko YS, Castano-Betancourt M, Grundberg E, Herrera L, Ingvarsson T, Johannsdottir H, Kwan T, Li R, Luben R, Medina-G?mez C, Palsson ST, Reppe S, Rotter JI, Sigurdsson G, van Meurs JB, Verlaan D, Williams FM, Wood AR, Zhou Y, Gautvik KM, Pastinen T, Raychaudhuri S, Cauley JA, Chasman DI, Clark GR, Cummings SR, Danoy P, Dennison EM, Eastell R, Eisman JA, Gudnason V, Hofman A, Jackson RD, Jones G, Jukema JW, Khaw KT, Lehtim?ki T, Liu Y, Lorentzon M, McCloskey E, Mitchell BD, Nandakumar K, Nicholson GC, Oostra BA, Peacock M, Pols HA, Prince RL, Raitakari O, Reid IR, Robbins J, Sambrook PN, Sham PC, Shuldiner AR, Tylavsky FA, van Duijn CM, Wareham NJ, Cupples LA, Econs MJ, Evans DM, Harris TB, Kung AW, Psaty BM, Reeve J, Spector TD, Streeten EA, Zillikens MC, Thorsteinsdottir U, Ohlsson C, Karasik D, Richards JB, Brown MA, Stefansson K, Uitterlinden AG, Ralston SH, Ioannidis JP, Kiel DP, Rivadeneira F
Nature genetics44(5)491-501(2012 Apr)

Linking cytoplasmic dynein and transport of Rab8 vesicles to the midbody during cytokinesis by the doublecortin domain-containing 5 protein.
Kaplan A, Reiner O
Journal of cell science124(Pt 23)3989-4000(2011 Dec)

A 556 kb deletion in the downstream region of the PAX6 gene causes familial aniridia and other eye anomalies in a Chinese family.
Cheng F, Song W, Kang Y, Yu S, Yuan H
Molecular vision17448-55(2011 Feb)

The doublecortin gene family and disorders of neuronal structure.
Dijkmans TF, van Hooijdonk LW, Fitzsimons CP, Vreugdenhil E
Central nervous system agents in medicinal chemistry10(1)32-46(2010 Mar)

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

DCDC5 colocalizes with Rab8 and links it to dynein during cytokinesis. DCDC5 knockdown increased apoptosis and the number of multinucleated cells.
Title: Linking cytoplasmic dynein and transport of Rab8 vesicles to the midbody during cytokinesis by the doublecortin domain-containing 5 protein.

Observational study, meta-analysis, and genome-wide association study of gene-disease association. (HuGE Navigator)
Title: Genome-wide association studies of serum magnesium, potassium, and sodium concentrations identify six Loci influencing serum magnesium levels.

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

DCDC1 was mapped to 11p13; mainly expressed in adult testis; and its expression in fetal brain was much higher than in adult brain
Title: Identification of a novel human doublecortin-domain-containing gene (DCDC1) expressed mainly in testis.

The following DCDC1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DCDC1 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)
OHu32278	NM_181807.4 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$159.50-$223.30 $319.00
OHu106664	XM_024448489.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	9-11	$223.30 $319.00
OHu08003	NM_020869.3 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu106658	XM_024448483.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu106659	XM_024448484.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu106660	XM_024448485.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu106661	XM_024448486.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OHu106662	XM_024448487.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OHu106663	XM_024448488.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OHu102302	NM_001350255.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu106656	XM_024448481.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu106657	XM_024448482.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu107892	NM_001367979.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106649	XM_024448472.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106649	XM_024448473.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106649	XM_024448470.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106649	XM_024448471.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106650	XM_024448475.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106651	XM_024448476.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106652	XM_024448477.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106653	XM_024448478.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu106654	XM_024448479.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu106655	XM_024448480.1 Latest version!	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OHu32278	NM_181807.3	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$159.50-$223.30 $319.00
Hide Old Accession Versions >>

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

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

Reference Sequences (Refseq)

DCDC1 ( NM_181807.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_861523.2 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu32278
Clone ID Related Accession (Same CDS sequence)	NM_181807.4 , NM_181807.3
Accession Version	NM_181807.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1065bp) 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	2020-01-03
Organism	Homo sapiens(human)
Product	doublecortin domain-containing protein 1 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AY247970.1, AA846321.1 and AA954541.1. On Jun 2, 2019 this sequence version replaced NM_181807.3. ##Evidence-Data-START## Transcript exon combination :: AY247970.1 [ECO:0000332] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGGAAAGC ACTGA

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

RefSeq	NP_861523.2
CDS	168..1232
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKGKH

Target ORF information:

RefSeq Version	NM_181807.4
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 2, mRNA.

Target ORF information:

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

NM_181807.4

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGGAAAGC ACTGA

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

DCDC1 ( NM_181807.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_861523.2 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu32278
Clone ID Related Accession (Same CDS sequence)	NM_181807.4 , NM_181807.3
Accession Version	NM_181807.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1065bp) 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	2019-01-19
Organism	Homo sapiens(human)
Product	doublecortin domain-containing protein 1 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB090201.1, AY247970.1, AA846321.1 and AA954541.1. On Feb 26, 2011 this sequence version replaced NM_181807.2. ##Evidence-Data-START## Transcript exon combination :: AY247970.1 [ECO:0000332] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGGAAAGC ACTGA

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

RefSeq	NP_861523.2
CDS	239..1303
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKGKH

Target ORF information:

RefSeq Version	NM_181807.3
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 2, mRNA.

Target ORF information:

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

NM_181807.3

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGGAAAGC ACTGA

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

DCDC1 ( XM_024448489.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304257.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X22, mRNA.

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CloneID	OHu106664
Clone ID Related Accession (Same CDS sequence)	XM_024448489.1
Accession Version	XM_024448489.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1437bp) 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	doublecortin domain-containing protein 1 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAACTCTGG 
CTCAAAAAGT CTTTTGCTTA CTTCAAAAAC AAATACACAG CGAGGAGAAT ACATATTCAT 
GTATGTGTAT GTTCATATGT GTGTGTACAT CTGATACTTT CTAAATATAT TCCATAG

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

RefSeq	XP_024304257.1
CDS	239..1675
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEELWLKKSFAYFKNKYTARRIHIHVCVCSYVCVHLILSKYIP

Target ORF information:

RefSeq Version	XM_024448489.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X22, mRNA.

Target ORF information:

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

XM_024448489.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAACTCTGG 
CTCAAAAAGT CTTTTGCTTA CTTCAAAAAC AAATACACAG CGAGGAGAAT ACATATTCAT 
GTATGTGTAT GTTCATATGT GTGTGTACAT CTGATACTTT CTAAATATAT TCCATAG

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

DCDC1 ( NM_020869.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_065920.2 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 3, mRNA.

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CloneID	OHu08003
Clone ID Related Accession (Same CDS sequence)	NM_020869.3
Accession Version	NM_020869.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2673bp) 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	2019-12-21
Organism	Homo sapiens(human)
Product	doublecortin domain-containing protein 1 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BX647348.1, AL135932.7 and CV569749.1. On Feb 26, 2011 this sequence version replaced NM_020869.2. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2155590, SAMEA2159912 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGTGGCCTG TCCTTCCCAG TGGCCAACTT AATGAGGAGT TTGATTGGCC AATACAAGGA 
CTGCTTGTTC CGAGCAGTCC TCCCATGAAG AAACCCATCT GTAAGACAAC AGAGCCATAT 
GCCCCTGTGC GACTCAGAGT TTTGCAGAAT GGAGAGAAGA ATAAAAACAG ATCCGTTACT 
ATCCTTGGTC CAGATATCTC ACCTGGACGG AAAACGCAGT GCACTGAGAT TTTAAATTTA 
CCTTCTGCAG CTCGGAGATT GTACAATGAA AAGGGGAAGG AAATATTTGC CTTAAAAGAC 
CTGCAAAGAG ATGAACTGGT GTATGTTTCA TGTGGAGAAC TCTGGATCAA TCCTGACCTG 
TCCATTGCTC AGCAAAAGAA ACAAATATTC CTGAGGAACC TAGAATCAGA CATTGCCAAA 
ATTCAAATCT TCTGCAGCAC ACATAAAATA GAAGCTCTTG TTTTAGAAGT CCAAAGTGAC 
ATTGTATCTG GAAGCAAGCT TGCTGTGCAT AAACCTGTAG CAATTTTTGG AGAAGAGAAG 
CAAGTTACAG AACCGGAAGA AAAGCAAATG CAAGAAGATC CTCTAACAAC GGAAAATGCT 
TCCAGTGAAA TTCTAGATTC ACACGTAAGA GCTCATCTTC GAATGAAGGC TTGTCACACA 
CTTCCCAGGT ATGCCTGGCA GGAAACTTCA CATGACTTTG ATGAGGATGA CAGTCTTCCA 
AAGAAAACGG AAAAAGGGCT CTTTGAAAAT GTGGAACCAC AGAAGAAACA CAGCTGTTCA 
CCAAAGCATA GTAAATTGCA CAAGCATTGT CATCAGCAGT TCGAATACAG AGATGGGCAG 
ATTATAAGCC ATGCTGCTCC TCAGCTAGTC TTGGGGGTTC AAGGTCCCAA TCTCCGATCA 
GGCATGGAGG TGGTTTTGGT GGAGAAGAAA TCTGATGGTA GTCATCAGCG CTGGATACAC 
CAGGAAGACA GCAGGACCTT TCACCTTGTG AGTAACCCTG ACCTTGTGCT GGCAGTGTCT 
ATGACCAAGA CTAGAAATGA AGTTTGTGGC TATCCAGTTA TTGTTCAGAA ATATAAGCCG 
TACAACAATG GAGCTGCCAA TCAAAAGTGG CATTACATGA AAAATATAAA AGCACTTGTG 
GCCTTTCATA GCACTGCCTT GGATAAGGAA ATTACATCAG CAAATTATGC TGGTGTCTGT 
ACATCATCTG TGATTAAAGA AGAAAACATT GATCAACCAG GATACTGTTA TCTCTCACCT 
GATGGAAAGA GAAAAACTAT GCTCTGCTTG GCTTGTGGAC AATCCATGAG AACAGAGAAA 
GGACTGAAAC AATTGCTTCC AGGGGTTCCA TTCCTCTGTA TTTCAGGCAC CAAGACTCAG 
AAGCCCTTCT TACAAGGGCC CTTCAAGGTC ATCAGTGTGG CTGAGGTTGA TTTGTCGTGT 
GACAAGGCTG AAAAAACTCT AAGTTACTAC CAAGCACGTC TATTGTCTTT ACGGATGAAG 
ACCTGCACGC AAGCTGCATC TCACAGTGGC ATGGCAGCCA CACACCAGAA GGCAGTGAAA 
ATAATTGCAT ACAAAAATGG GGATGGGTAT CGTAATGGGA AGTTAATTGT GGCTGGAACA 
TTCCCCATGC TTCTTACAGA ATGCACGGAA CAACTTGGGC TTGCCAGAGC AGCCTCCAAA 
GTATATACCA AAGATGGAAC CCCAATCTTT ACCTTGCGTG ATTTGGTTTT ATGGGCTCTA 
GATGAATCCT TTCTCCAGAG AGACTCTGAG AAACAAAAGC AAGATGCAGC TCCTGTTGGA 
AAAGAACAGA TAATTGTTGA AAAAAATCCA AGAATGAAAG TGAAAAACAG ATTATTTGCA 
AAATCTGTGA CATCCGATAG TTTGGATGGT ATAGACAAGT CTTTGCTTAC CCTCATCCTC 
AGAAATCCTA TTGCCATCTG GGTGTCTTGT GGTGAACCAT TTCTACCTCC AAATGCTTTG 
CAGAAAGCAG AAAAATTAGA GAAACAGAAC TGGCTAAAAA AGGACAGAAT TTTGGCTGAT 
CTAGATACCA TGAGACACAA AATGAGACAG TTAAAAGGGC GGCGAGTAGC GGCATGTCAG 
CCAGCCACCA TGGTTCCTAC CAAGAGCCCT GTGCAGCCCG TGGTGGTTGA AGGAGGCTGG 
ACCGAACAGA CTCAACAGGA AATTAAACTC ATGGAACTTA TAAGACATAC AGAGGCACAC 
CTTTCTGAAA TCCAAGAAAT GGAATCCAAA ATAAATTTTC CAATTGCAAC CAAACGTATA 
GCAGTCAAGC CGAGCAACCT GTATAAGCAG CCCAACACAA AACGAGTGTG GATTTATCTA 
AATGGAGGCA GACCTGAAGA TGGCACTTAT GCCTGGGGCA AAACTATTTC AGAGCTGCTG 
CAAGACTGCT CCTCTCGTCT CAAAATGACC CACCCAGCTA GAGCACTGTA CACCCCCAGT 
GGAGAGCCAA TTCAGTCCTG GGACGACATA GAGCGAGATA TGGTCATCTG TGTGTCTATG 
GGACATGGTT TCAAAACCCC AAAAGAGTTA AAACAACTGA TGGAGATCAG AGCAAATTAT 
GCCAGAATCC GAAGGCAGCA GGGCCCTCAA GCCACAGACA TTGTGGTGTC ACCATCCACG 
AAGCTGCTGT CTCTGGCACA TCTCCACAAT TAA

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

RefSeq	NP_065920.2
CDS	317..2989
Translation	MWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVEKNPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	NM_020869.3
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 3, mRNA.

Target ORF information:

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

NM_020869.3

ORF Insert Sequence:

ATGTGGCCTG TCCTTCCCAG TGGCCAACTT AATGAGGAGT TTGATTGGCC AATACAAGGA 
CTGCTTGTTC CGAGCAGTCC TCCCATGAAG AAACCCATCT GTAAGACAAC AGAGCCATAT 
GCCCCTGTGC GACTCAGAGT TTTGCAGAAT GGAGAGAAGA ATAAAAACAG ATCCGTTACT 
ATCCTTGGTC CAGATATCTC ACCTGGACGG AAAACGCAGT GCACTGAGAT TTTAAATTTA 
CCTTCTGCAG CTCGGAGATT GTACAATGAA AAGGGGAAGG AAATATTTGC CTTAAAAGAC 
CTGCAAAGAG ATGAACTGGT GTATGTTTCA TGTGGAGAAC TCTGGATCAA TCCTGACCTG 
TCCATTGCTC AGCAAAAGAA ACAAATATTC CTGAGGAACC TAGAATCAGA CATTGCCAAA 
ATTCAAATCT TCTGCAGCAC ACATAAAATA GAAGCTCTTG TTTTAGAAGT CCAAAGTGAC 
ATTGTATCTG GAAGCAAGCT TGCTGTGCAT AAACCTGTAG CAATTTTTGG AGAAGAGAAG 
CAAGTTACAG AACCGGAAGA AAAGCAAATG CAAGAAGATC CTCTAACAAC GGAAAATGCT 
TCCAGTGAAA TTCTAGATTC ACACGTAAGA GCTCATCTTC GAATGAAGGC TTGTCACACA 
CTTCCCAGGT ATGCCTGGCA GGAAACTTCA CATGACTTTG ATGAGGATGA CAGTCTTCCA 
AAGAAAACGG AAAAAGGGCT CTTTGAAAAT GTGGAACCAC AGAAGAAACA CAGCTGTTCA 
CCAAAGCATA GTAAATTGCA CAAGCATTGT CATCAGCAGT TCGAATACAG AGATGGGCAG 
ATTATAAGCC ATGCTGCTCC TCAGCTAGTC TTGGGGGTTC AAGGTCCCAA TCTCCGATCA 
GGCATGGAGG TGGTTTTGGT GGAGAAGAAA TCTGATGGTA GTCATCAGCG CTGGATACAC 
CAGGAAGACA GCAGGACCTT TCACCTTGTG AGTAACCCTG ACCTTGTGCT GGCAGTGTCT 
ATGACCAAGA CTAGAAATGA AGTTTGTGGC TATCCAGTTA TTGTTCAGAA ATATAAGCCG 
TACAACAATG GAGCTGCCAA TCAAAAGTGG CATTACATGA AAAATATAAA AGCACTTGTG 
GCCTTTCATA GCACTGCCTT GGATAAGGAA ATTACATCAG CAAATTATGC TGGTGTCTGT 
ACATCATCTG TGATTAAAGA AGAAAACATT GATCAACCAG GATACTGTTA TCTCTCACCT 
GATGGAAAGA GAAAAACTAT GCTCTGCTTG GCTTGTGGAC AATCCATGAG AACAGAGAAA 
GGACTGAAAC AATTGCTTCC AGGGGTTCCA TTCCTCTGTA TTTCAGGCAC CAAGACTCAG 
AAGCCCTTCT TACAAGGGCC CTTCAAGGTC ATCAGTGTGG CTGAGGTTGA TTTGTCGTGT 
GACAAGGCTG AAAAAACTCT AAGTTACTAC CAAGCACGTC TATTGTCTTT ACGGATGAAG 
ACCTGCACGC AAGCTGCATC TCACAGTGGC ATGGCAGCCA CACACCAGAA GGCAGTGAAA 
ATAATTGCAT ACAAAAATGG GGATGGGTAT CGTAATGGGA AGTTAATTGT GGCTGGAACA 
TTCCCCATGC TTCTTACAGA ATGCACGGAA CAACTTGGGC TTGCCAGAGC AGCCTCCAAA 
GTATATACCA AAGATGGAAC CCCAATCTTT ACCTTGCGTG ATTTGGTTTT ATGGGCTCTA 
GATGAATCCT TTCTCCAGAG AGACTCTGAG AAACAAAAGC AAGATGCAGC TCCTGTTGGA 
AAAGAACAGA TAATTGTTGA AAAAAATCCA AGAATGAAAG TGAAAAACAG ATTATTTGCA 
AAATCTGTGA CATCCGATAG TTTGGATGGT ATAGACAAGT CTTTGCTTAC CCTCATCCTC 
AGAAATCCTA TTGCCATCTG GGTGTCTTGT GGTGAACCAT TTCTACCTCC AAATGCTTTG 
CAGAAAGCAG AAAAATTAGA GAAACAGAAC TGGCTAAAAA AGGACAGAAT TTTGGCTGAT 
CTAGATACCA TGAGACACAA AATGAGACAG TTAAAAGGGC GGCGAGTAGC GGCATGTCAG 
CCAGCCACCA TGGTTCCTAC CAAGAGCCCT GTGCAGCCCG TGGTGGTTGA AGGAGGCTGG 
ACCGAACAGA CTCAACAGGA AATTAAACTC ATGGAACTTA TAAGACATAC AGAGGCACAC 
CTTTCTGAAA TCCAAGAAAT GGAATCCAAA ATAAATTTTC CAATTGCAAC CAAACGTATA 
GCAGTCAAGC CGAGCAACCT GTATAAGCAG CCCAACACAA AACGAGTGTG GATTTATCTA 
AATGGAGGCA GACCTGAAGA TGGCACTTAT GCCTGGGGCA AAACTATTTC AGAGCTGCTG 
CAAGACTGCT CCTCTCGTCT CAAAATGACC CACCCAGCTA GAGCACTGTA CACCCCCAGT 
GGAGAGCCAA TTCAGTCCTG GGACGACATA GAGCGAGATA TGGTCATCTG TGTGTCTATG 
GGACATGGTT TCAAAACCCC AAAAGAGTTA AAACAACTGA TGGAGATCAG AGCAAATTAT 
GCCAGAATCC GAAGGCAGCA GGGCCCTCAA GCCACAGACA TTGTGGTGTC ACCATCCACG 
AAGCTGCTGT CTCTGGCACA TCTCCACAAT TAA

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

DCDC1 ( XM_024448483.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304251.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu106658
Clone ID Related Accession (Same CDS sequence)	XM_024448483.1
Accession Version	XM_024448483.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2745bp) 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	doublecortin domain-containing protein 1 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGCAAT GCAGACAGAG CAAGGAAGGA GATAG

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

RefSeq	XP_024304251.1
CDS	239..2983
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEAMQTEQGRR

Target ORF information:

RefSeq Version	XM_024448483.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X14, mRNA.

Target ORF information:

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

XM_024448483.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGCAAT GCAGACAGAG CAAGGAAGGA GATAG

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

DCDC1 ( XM_024448484.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304252.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu106659
Clone ID Related Accession (Same CDS sequence)	XM_024448484.1
Accession Version	XM_024448484.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2643bp) 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	doublecortin domain-containing protein 1 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGAGTTTGAT TGGCCAATAC AAGGACTGCT TGTTCCGAGC AGTCCTCCCA 
TGA

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

RefSeq	XP_024304252.1
CDS	239..2881
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRSLIGQYKDCLFRAVLP

Target ORF information:

RefSeq Version	XM_024448484.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X15, mRNA.

Target ORF information:

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

XM_024448484.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGAGTTTGAT TGGCCAATAC AAGGACTGCT TGTTCCGAGC AGTCCTCCCA 
TGA

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

DCDC1 ( XM_024448485.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304253.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu106660
Clone ID Related Accession (Same CDS sequence)	XM_024448485.1
Accession Version	XM_024448485.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2625bp) 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	doublecortin domain-containing protein 1 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GTTCTGCCTT CAGGAGGCTT GAAGAAGGAA CATGA

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

RefSeq	XP_024304253.1
CDS	239..2863
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQSSAFRRLEEGT

Target ORF information:

RefSeq Version	XM_024448485.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X16, mRNA.

Target ORF information:

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

XM_024448485.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GTTCTGCCTT CAGGAGGCTT GAAGAAGGAA CATGA

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

DCDC1 ( XM_024448486.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304254.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu106661
Clone ID Related Accession (Same CDS sequence)	XM_024448486.1
Accession Version	XM_024448486.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1881bp) 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	doublecortin domain-containing protein 1 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAAGTA A

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

RefSeq	XP_024304254.1
CDS	239..2119
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGK

Target ORF information:

RefSeq Version	XM_024448486.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X18, mRNA.

Target ORF information:

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

XM_024448486.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAAGTA A

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

DCDC1 ( XM_024448487.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304255.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X19, mRNA.

Price & Availability↑

CloneID	OHu106662
Clone ID Related Accession (Same CDS sequence)	XM_024448487.1
Accession Version	XM_024448487.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1623bp) 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	doublecortin domain-containing protein 1 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGAATC TCCACTAAAT CTTGCTTTGG GTTTGACCTT 
TGA

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

RefSeq	XP_024304255.1
CDS	239..1861
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERISTKSCFGFDL

Target ORF information:

RefSeq Version	XM_024448487.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X19, mRNA.

Target ORF information:

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

XM_024448487.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGAATC TCCACTAAAT CTTGCTTTGG GTTTGACCTT 
TGA

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

DCDC1 ( XM_024448488.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304256.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu106663
Clone ID Related Accession (Same CDS sequence)	XM_024448488.1
Accession Version	XM_024448488.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1584bp) 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	doublecortin domain-containing protein 1 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGCTTTT TCACGGAGTG 
TTTGATATGT TCAAGTTGCT GAGATTCCTT TCCTACATAT GTTCCCGTCC CCTGGATTAC 
CGACTGACAT CTATGTTAGT CTGA

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

RefSeq	XP_024304256.1
CDS	239..1822
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKLFHGVFDMFKLLRFLSYICSRPLDYRLTSMLV

Target ORF information:

RefSeq Version	XM_024448488.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X20, mRNA.

Target ORF information:

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

XM_024448488.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGCTTTT TCACGGAGTG 
TTTGATATGT TCAAGTTGCT GAGATTCCTT TCCTACATAT GTTCCCGTCC CCTGGATTAC 
CGACTGACAT CTATGTTAGT CTGA

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

DCDC1 ( NM_001350255.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001337184.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 1, mRNA.

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CloneID	OHu102302
Clone ID Related Accession (Same CDS sequence)	NM_001350255.1
Accession Version	NM_001350255.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4209bp) 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	2017-12-01
Organism	Homo sapiens(human)
Product	doublecortin domain-containing protein 1 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK126066.1, AY247970.1, AL162614.25, AK128035.1, BX647348.1 and AL135932.7. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGTTGCCCA GGCAAGCCTC AATCTCCTGT GCTCAAGGGA TCCTCCTGCC TCAGCCTTCC 
GAGTTGCTGA GACTACAGTT GAACCTGGTC ATGAATGAAC AGAAGGAGAA AATTACAGAA 
AAAGTCATTC TTTCAATGAC GGCAAAGGAA CACCATAAGG AACAGGAAGA AGTGAGCAGG 
CTGATTGATG AATTGCAGAC AGCTATCAAA AGTAACATAG GTCATCTCTG TAAACTTGGC 
CCCCAATTAC AGGCTGAGCA GGAGCAATTC TCCTCTTATG TCTACCAACA CATTAAAAGC 
CTTCCAGCAA ACACGCTTGT CCCAGGAGGC CTGCAGCTTA AGGTATTTGA AAATGGTAAA 
AACACTGGAG AGATCTCTGT TGGTATCAGT AAAAAAGATT TGGGATCGGA TAGCCCAATT 
CAAACTGACC ATATGATGGA AAGATTACTT CTCAAGATTC ATCAAAGGCT TCAAGGTTCT 
TCCATCAACC CACCAGGCCT CAATTATTCT TCAATGCGGC TTTTTGATGA GAATGGCCAA 
GAAATTAAGA ATCCACTTTC GCTGAAGAAT GAGCAAAAAA TTTGGGTCTC TTATGGTAGA 
GCATACAGAT CTCCACTAAA TCTTGCTTTG GGTTTGACCT TTGACCGAGT GAGTGCATTT 
GCCAGAGGTG ATATCATGGT TGCATATAAG ACCTTTTTGG ATCCTAATGC TGTTCTGCTA 
CCTGGATGTG GCAATTGGGA AGTTTGTGAG GGATTTCCAA TTAATTTCAA CTGTACCAGT 
CAACAGATAC CTGACCAGTT TGAAAAGGTG GACTTGGAGA ACCATTTTCT ACAGAACAAG 
GTAGATCCCA ATATTGTCCT TCATGCCTCT GTTTCCATTG GAAAGTGGAG TTTCTCAGGC 
AGTGAAGCAA GCAGCAGGAG TCAAATAGCG CCATCGATCC TGTGGCCTGT AGCCAGTGTG 
TGGCTGATCA CCAAGACTGG AATGATCCTG AGCCGAGCGA TAACTCAGGG CTGCCTGGCT 
ATTGGTCATC CTATCAGAGT CAAGGCTGCT GAGGGAACAT CACTAGAAGG ATATAAATTA 
ATCTTACAGA AAAGACATAG TGGAGATGAC TCTCAGAAGT GGGTGTTTGG AACTGATGGT 
TGCATTTATT CAAAGGCTTA TCCTCAGTTT GTTCTGACCT ACCTAGAGGA GCTAAATGCA 
CAAGTAGATG TGACCCAGAC AGAGTATCAC ATTCACCATG GTGCCTGGAC CACAGCTCAT 
CAGGAACATG GCAGAAACTT AGCAGAAGAG GTTCTGCAAG AAAGTGCCAG CAACCTTGGT 
CTGAAGCAAC TGCCAGAACC CTCAGACACC CATTTAATGC CAGAAGGTTC TCTTGAGGAG 
ACGGGGGAGC TGACAGTAGC ACTGGTGAGG AAACTGGAAG AGAAACATCC TAAGGCTTCT 
GCTCAGAGGT GGGCCATAAA ACATGAAGGA ACCAGTAAGC CAGGCCAGTG GAAACATTCT 
AGAGTTGAAA ATCCTCTATG GAACAAGCTT ACCTACATGT GGCCTGTCCT TCCCAGTGGC 
CAACTTAATG AGGAGTTTGA TTGGCCAATA CAAGGACTGC TTGTTCCGAG CAGTCCTCCC 
ATGAAGAAAC CCATCTGTAA GACAACAGAG CCATATGCCC CTGTGCGACT CAGAGTTTTG 
CAGAATGGAG AGAAGAATAA AAACAGATCC GTTACTATCC TTGGTCCAGA TATCTCACCT 
GGACGGAAAA CGCAGTGCAC TGAGATTTTA AATTTACCTT CTGCAGCTCG GAGATTGTAC 
AATGAAAAGG GGAAGGAAAT ATTTGCCTTA AAAGACCTGC AAAGAGATGA ACTGGTGTAT 
GTTTCATGTG GAGAACTCTG GATCAATCCT GACCTGTCCA TTGCTCAGCA AAAGAAACAA 
ATATTCCTGA GGAACCTAGA ATCAGACATT GCCAAAATTC AAATCTTCTG CAGCACACAT 
AAAATAGAAG CTCTTGTTTT AGAAGTCCAA AGTGACATTG TATCTGGAAG CAAGCTTGCT 
GTGCATAAAC CTGTAGCAAT TTTTGGAGAA GAGAAGCAAG TTACAGAACC GGAAGAAAAG 
CAAATGCAAG AAGATCCTCT AACAACGGAA AATGCTTCCA GTGAAATTCT AGATTCACAC 
GTAAGAGCTC ATCTTCGAAT GAAGGCTTGT CACACACTTC CCAGGTATGC CTGGCAGGAA 
ACTTCACATG ACTTTGATGA GGATGACAGT CTTCCAAAGA AAACGGAAAA AGGGCTCTTT 
GAAAATGTGG AACCACAGAA GAAACACAGC TGTTCACCAA AGCATAGTAA ATTGCACAAG 
CATTGTCATC AGCAGTTCGA ATACAGAGAT GGGCAGATTA TAAGCCATGC TGCTCCTCAG 
CTAGTCTTGG GGGTTCAAGG TCCCAATCTC CGATCAGGCA TGGAGGTGGT TTTGGTGGAG 
AAGAAATCTG ATGGTAGTCA TCAGCGCTGG ATACACCAGG AAGACAGCAG GACCTTTCAC 
CTTGTGAGTA ACCCTGACCT TGTGCTGGCA GTGTCTATGA CCAAGACTAG AAATGAAGTT 
TGTGGCTATC CAGTTATTGT TCAGAAATAT AAGCCGTACA ACAATGGAGC TGCCAATCAA 
AAGTGGCATT ACATGAAAAA TATAAAAGCA CTTGTGGCCT TTCATAGCAC TGCCTTGGAT 
AAGGAAATTA CATCAGCAAA TTATGCTGGT GTCTGTACAT CATCTGTGAT TAAAGAAGAA 
AACATTGATC AACCAGGATA CTGTTATCTC TCACCTGATG GAAAGAGAAA AACTATGCTC 
TGCTTGGCTT GTGGACAATC CATGAGAACA GAGAAAGGAC TGAAACAATT GCTTCCAGGG 
GTTCCATTCC TCTGTATTTC AGGCACCAAG ACTCAGAAGC CCTTCTTACA AGGGCCCTTC 
AAGGTCATCA GTGTGGCTGA GGTTGATTTG TCGTGTGACA AGGCTGAAAA AACTCTAAGT 
TACTACCAAG CACGTCTATT GTCTTTACGG ATGAAGACCT GCACGCAAGC TGCATCTCAC 
AGTGGCATGG CAGCCACACA CCAGAAGGCA GTGAAAATAA TTGCATACAA AAATGGGGAT 
GGGTATCGTA ATGGGAAGTT AATTGTGGCT GGAACATTCC CCATGCTTCT TACAGAATGC 
ACGGAACAAC TTGGGCTTGC CAGAGCAGCC TCCAAAGTAT ATACCAAAGA TGGAACCCCA 
ATCTTTACCT TGCGTGATTT GGTTTTATGG GCTCTAGATG AATCCTTTCT CCAGAGAGAC 
TCTGAGAAAC AAAAGCAAGA TGCAGCTCCT GTTGGAAAAG AACAGATAAT TGTTGAAAAA 
AATCCAAGAA TGAAAGTGAA AAACAGATTA TTTGCAAAAT CTGTGACATC CGATAGTTTG 
GATGGTATAG ACAAGTCTTT GCTTACCCTC ATCCTCAGAA ATCCTATTGC CATCTGGGTG 
TCTTGTGGTG AACCATTTCT ACCTCCAAAT GCTTTGCAGA AAGCAGAAAA ATTAGAGAAA 
CAGAACTGGC TAAAAAAGGA CAGAATTTTG GCTGATCTAG ATACCATGAG ACACAAAATG 
AGACAGTTAA AAGGGCGGCG AGTAGCGGCA TGTCAGCCAG CCACCATGGT TCCTACCAAG 
AGCCCTGTGC AGCCCGTGGT GGTTGAAGGA GGCTGGACCG AACAGACTCA ACAGGAAATT 
AAACTCATGG AACTTATAAG ACATACAGAG GCACACCTTT CTGAAATCCA AGAAATGGAA 
TCCAAAATAA ATTTTCCAAT TGCAACCAAA CGTATAGCAG TCAAGCCGAG CAACCTGTAT 
AAGCAGCCCA ACACAAAACG AGTGTGGATT TATCTAAATG GAGGCAGACC TGAAGATGGC 
ACTTATGCCT GGGGCAAAAC TATTTCAGAG CTGCTGCAAG ACTGCTCCTC TCGTCTCAAA 
ATGACCCACC CAGCTAGAGC ACTGTACACC CCCAGTGGAG AGCCAATTCA GTCCTGGGAC 
GACATAGAGC GAGATATGGT CATCTGTGTG TCTATGGGAC ATGGTTTCAA AACCCCAAAA 
GAGTTAAAAC AACTGATGGA GATCAGAGCA AATTATGCCA GAATCCGAAG GCAGCAGGGC 
CCTCAAGCCA CAGACATTGT GGTGTCACCA TCCACGAAGC TGCTGTCTCT GGCACATCTC 
CACAATTAA

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

RefSeq	NP_001337184.1
CDS	1476..5684
Translation	MLPRQASISCAQGILLPQPSELLRLQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVEKNPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	NM_001350255.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 1, mRNA.

Target ORF information:

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

NM_001350255.1

ORF Insert Sequence:

ATGTTGCCCA GGCAAGCCTC AATCTCCTGT GCTCAAGGGA TCCTCCTGCC TCAGCCTTCC 
GAGTTGCTGA GACTACAGTT GAACCTGGTC ATGAATGAAC AGAAGGAGAA AATTACAGAA 
AAAGTCATTC TTTCAATGAC GGCAAAGGAA CACCATAAGG AACAGGAAGA AGTGAGCAGG 
CTGATTGATG AATTGCAGAC AGCTATCAAA AGTAACATAG GTCATCTCTG TAAACTTGGC 
CCCCAATTAC AGGCTGAGCA GGAGCAATTC TCCTCTTATG TCTACCAACA CATTAAAAGC 
CTTCCAGCAA ACACGCTTGT CCCAGGAGGC CTGCAGCTTA AGGTATTTGA AAATGGTAAA 
AACACTGGAG AGATCTCTGT TGGTATCAGT AAAAAAGATT TGGGATCGGA TAGCCCAATT 
CAAACTGACC ATATGATGGA AAGATTACTT CTCAAGATTC ATCAAAGGCT TCAAGGTTCT 
TCCATCAACC CACCAGGCCT CAATTATTCT TCAATGCGGC TTTTTGATGA GAATGGCCAA 
GAAATTAAGA ATCCACTTTC GCTGAAGAAT GAGCAAAAAA TTTGGGTCTC TTATGGTAGA 
GCATACAGAT CTCCACTAAA TCTTGCTTTG GGTTTGACCT TTGACCGAGT GAGTGCATTT 
GCCAGAGGTG ATATCATGGT TGCATATAAG ACCTTTTTGG ATCCTAATGC TGTTCTGCTA 
CCTGGATGTG GCAATTGGGA AGTTTGTGAG GGATTTCCAA TTAATTTCAA CTGTACCAGT 
CAACAGATAC CTGACCAGTT TGAAAAGGTG GACTTGGAGA ACCATTTTCT ACAGAACAAG 
GTAGATCCCA ATATTGTCCT TCATGCCTCT GTTTCCATTG GAAAGTGGAG TTTCTCAGGC 
AGTGAAGCAA GCAGCAGGAG TCAAATAGCG CCATCGATCC TGTGGCCTGT AGCCAGTGTG 
TGGCTGATCA CCAAGACTGG AATGATCCTG AGCCGAGCGA TAACTCAGGG CTGCCTGGCT 
ATTGGTCATC CTATCAGAGT CAAGGCTGCT GAGGGAACAT CACTAGAAGG ATATAAATTA 
ATCTTACAGA AAAGACATAG TGGAGATGAC TCTCAGAAGT GGGTGTTTGG AACTGATGGT 
TGCATTTATT CAAAGGCTTA TCCTCAGTTT GTTCTGACCT ACCTAGAGGA GCTAAATGCA 
CAAGTAGATG TGACCCAGAC AGAGTATCAC ATTCACCATG GTGCCTGGAC CACAGCTCAT 
CAGGAACATG GCAGAAACTT AGCAGAAGAG GTTCTGCAAG AAAGTGCCAG CAACCTTGGT 
CTGAAGCAAC TGCCAGAACC CTCAGACACC CATTTAATGC CAGAAGGTTC TCTTGAGGAG 
ACGGGGGAGC TGACAGTAGC ACTGGTGAGG AAACTGGAAG AGAAACATCC TAAGGCTTCT 
GCTCAGAGGT GGGCCATAAA ACATGAAGGA ACCAGTAAGC CAGGCCAGTG GAAACATTCT 
AGAGTTGAAA ATCCTCTATG GAACAAGCTT ACCTACATGT GGCCTGTCCT TCCCAGTGGC 
CAACTTAATG AGGAGTTTGA TTGGCCAATA CAAGGACTGC TTGTTCCGAG CAGTCCTCCC 
ATGAAGAAAC CCATCTGTAA GACAACAGAG CCATATGCCC CTGTGCGACT CAGAGTTTTG 
CAGAATGGAG AGAAGAATAA AAACAGATCC GTTACTATCC TTGGTCCAGA TATCTCACCT 
GGACGGAAAA CGCAGTGCAC TGAGATTTTA AATTTACCTT CTGCAGCTCG GAGATTGTAC 
AATGAAAAGG GGAAGGAAAT ATTTGCCTTA AAAGACCTGC AAAGAGATGA ACTGGTGTAT 
GTTTCATGTG GAGAACTCTG GATCAATCCT GACCTGTCCA TTGCTCAGCA AAAGAAACAA 
ATATTCCTGA GGAACCTAGA ATCAGACATT GCCAAAATTC AAATCTTCTG CAGCACACAT 
AAAATAGAAG CTCTTGTTTT AGAAGTCCAA AGTGACATTG TATCTGGAAG CAAGCTTGCT 
GTGCATAAAC CTGTAGCAAT TTTTGGAGAA GAGAAGCAAG TTACAGAACC GGAAGAAAAG 
CAAATGCAAG AAGATCCTCT AACAACGGAA AATGCTTCCA GTGAAATTCT AGATTCACAC 
GTAAGAGCTC ATCTTCGAAT GAAGGCTTGT CACACACTTC CCAGGTATGC CTGGCAGGAA 
ACTTCACATG ACTTTGATGA GGATGACAGT CTTCCAAAGA AAACGGAAAA AGGGCTCTTT 
GAAAATGTGG AACCACAGAA GAAACACAGC TGTTCACCAA AGCATAGTAA ATTGCACAAG 
CATTGTCATC AGCAGTTCGA ATACAGAGAT GGGCAGATTA TAAGCCATGC TGCTCCTCAG 
CTAGTCTTGG GGGTTCAAGG TCCCAATCTC CGATCAGGCA TGGAGGTGGT TTTGGTGGAG 
AAGAAATCTG ATGGTAGTCA TCAGCGCTGG ATACACCAGG AAGACAGCAG GACCTTTCAC 
CTTGTGAGTA ACCCTGACCT TGTGCTGGCA GTGTCTATGA CCAAGACTAG AAATGAAGTT 
TGTGGCTATC CAGTTATTGT TCAGAAATAT AAGCCGTACA ACAATGGAGC TGCCAATCAA 
AAGTGGCATT ACATGAAAAA TATAAAAGCA CTTGTGGCCT TTCATAGCAC TGCCTTGGAT 
AAGGAAATTA CATCAGCAAA TTATGCTGGT GTCTGTACAT CATCTGTGAT TAAAGAAGAA 
AACATTGATC AACCAGGATA CTGTTATCTC TCACCTGATG GAAAGAGAAA AACTATGCTC 
TGCTTGGCTT GTGGACAATC CATGAGAACA GAGAAAGGAC TGAAACAATT GCTTCCAGGG 
GTTCCATTCC TCTGTATTTC AGGCACCAAG ACTCAGAAGC CCTTCTTACA AGGGCCCTTC 
AAGGTCATCA GTGTGGCTGA GGTTGATTTG TCGTGTGACA AGGCTGAAAA AACTCTAAGT 
TACTACCAAG CACGTCTATT GTCTTTACGG ATGAAGACCT GCACGCAAGC TGCATCTCAC 
AGTGGCATGG CAGCCACACA CCAGAAGGCA GTGAAAATAA TTGCATACAA AAATGGGGAT 
GGGTATCGTA ATGGGAAGTT AATTGTGGCT GGAACATTCC CCATGCTTCT TACAGAATGC 
ACGGAACAAC TTGGGCTTGC CAGAGCAGCC TCCAAAGTAT ATACCAAAGA TGGAACCCCA 
ATCTTTACCT TGCGTGATTT GGTTTTATGG GCTCTAGATG AATCCTTTCT CCAGAGAGAC 
TCTGAGAAAC AAAAGCAAGA TGCAGCTCCT GTTGGAAAAG AACAGATAAT TGTTGAAAAA 
AATCCAAGAA TGAAAGTGAA AAACAGATTA TTTGCAAAAT CTGTGACATC CGATAGTTTG 
GATGGTATAG ACAAGTCTTT GCTTACCCTC ATCCTCAGAA ATCCTATTGC CATCTGGGTG 
TCTTGTGGTG AACCATTTCT ACCTCCAAAT GCTTTGCAGA AAGCAGAAAA ATTAGAGAAA 
CAGAACTGGC TAAAAAAGGA CAGAATTTTG GCTGATCTAG ATACCATGAG ACACAAAATG 
AGACAGTTAA AAGGGCGGCG AGTAGCGGCA TGTCAGCCAG CCACCATGGT TCCTACCAAG 
AGCCCTGTGC AGCCCGTGGT GGTTGAAGGA GGCTGGACCG AACAGACTCA ACAGGAAATT 
AAACTCATGG AACTTATAAG ACATACAGAG GCACACCTTT CTGAAATCCA AGAAATGGAA 
TCCAAAATAA ATTTTCCAAT TGCAACCAAA CGTATAGCAG TCAAGCCGAG CAACCTGTAT 
AAGCAGCCCA ACACAAAACG AGTGTGGATT TATCTAAATG GAGGCAGACC TGAAGATGGC 
ACTTATGCCT GGGGCAAAAC TATTTCAGAG CTGCTGCAAG ACTGCTCCTC TCGTCTCAAA 
ATGACCCACC CAGCTAGAGC ACTGTACACC CCCAGTGGAG AGCCAATTCA GTCCTGGGAC 
GACATAGAGC GAGATATGGT CATCTGTGTG TCTATGGGAC ATGGTTTCAA AACCCCAAAA 
GAGTTAAAAC AACTGATGGA GATCAGAGCA AATTATGCCA GAATCCGAAG GCAGCAGGGC 
CCTCAAGCCA CAGACATTGT GGTGTCACCA TCCACGAAGC TGCTGTCTCT GGCACATCTC 
CACAATTAA

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

DCDC1 ( XM_024448481.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304249.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu106656
Clone ID Related Accession (Same CDS sequence)	XM_024448481.1
Accession Version	XM_024448481.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4377bp) 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	doublecortin domain-containing protein 1 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATCTAA ATTTACCAGC CAGATATTTT TATGATTTGT ATGGCAGAAA AATTGAAGAT 
ATTTCAAAAG TTCCTCTGCT TGAAAAATGC CTGCAAAATT CCATCACACC TTTGCGAGGA 
CTACTTTGGG TCTCTAAGGG AGAAGGTTTC AGCCCCTCAG GAGCTAAGAT GTACATCCAA 
GGAGTTCTTT TGGCCCTGTA CCAACGATTA AAGTCTGCAA AAAAATATTA TAAACAGTTG 
AACCTGGTCA TGAATGAACA GAAGGAGAAA ATTACAGAAA AAGTCATTCT TTCAATGACG 
GCAAAGGAAC ACCATAAGGA ACAGGAAGAA GTGAGCAGGC TGATTGATGA ATTGCAGACA 
GCTATCAAAA GTAACATAGG TCATCTCTGT AAACTTGGCC CCCAATTACA GGCTGAGCAG 
GAGCAATTCT CCTCTTATGT CTACCAACAC ATTAAAAGCC TTCCAGCAAA CACGCTTGTC 
CCAGGAGGCC TGCAGCTTAA GGTATTTGAA AATGGTAAAA ACACTGGAGA GATCTCTGTT 
GGTATCAGTA AAAAAGATTT GGGATCGGAT AGCCCAATTC AAACTGACCA TATGATGGAA 
AGATTACTTC TCAAGATTCA TCAAAGGCTT CAAGGTTCTT CCATCAACCC ACCAGGCCTC 
AATTATTCTT CAATGCGGCT TTTTGATGAG AATGGCCAAG AAATTAAGAA TCCACTTTCG 
CTGAAGAATG AGCAAAAAAT TTGGGTCTCT TATGGTAGAG CATACAGATC TCCACTAAAT 
CTTGCTTTGG GTTTGACCTT TGACCGAGTG AGTGCATTTG CCAGAGGTGA TATCATGGTT 
GCATATAAGA CCTTTTTGGA TCCTAATGCT GTTCTGCTAC CTGGATGTGG CAATTGGGAA 
GTTTGTGAGG GATTTCCAAT TAATTTCAAC TGTACCAGTC AACAGATACC TGACCAGTTT 
GAAAAGGTGG ACTTGGAGAA CCATTTTCTA CAGAACAAGG TAGATCCCAA TATTGTCCTT 
CATGCCTCTG TTTCCATTGG AAAGTGGAGT TTCTCAGGCA GTGAAGCAAG CAGCAGGAGT 
CAAATAGCGC CATCGATCCT GTGGCCTGTA GCCAGTGTGT GGCTGATCAC CAAGACTGGA 
ATGATCCTGA GCCGAGCGAT AACTCAGGGC TGCCTGGCTA TTGGTCATCC TATCAGAGTC 
AAGGCTGCTG AGGGAACATC ACTAGAAGGA TATAAATTAA TCTTACAGAA AAGACATAGT 
GGAGATGACT CTCAGAAGTG GGTGTTTGGA ACTGATGGTT GCATTTATTC AAAGGCTTAT 
CCTCAGTTTG TTCTGACCTA CCTAGAGGAG CTAAATGCAC AAGTAGATGT GACCCAGACA 
GAGTATCACA TTCACCATGG TGCCTGGACC ACAGCTCATC AGGAACATGG CAGAAACTTA 
GCAGAAGAGG TTCTGCAAGA AAGTGCCAGC AACCTTGGTC TGAAGCAACT GCCAGAACCC 
TCAGACACCC ATTTAATGCC AGAAGGTTCT CTTGAGGAGA CGGGGGAGCT GACAGTAGCA 
CTGGTGAGGA AACTGGAAGA GAAACATCCT AAGGCTTCTG CTCAGAGGTG GGCCATAAAA 
CATGAAGGAA CCAGTAAGCC AGGCCAGTGG AAACATTCTA GAGTTGAAAA TCCTCTATGG 
AACAAGCTTA CCTACATGTG GCCTGTCCTT CCCAGTGGCC AACTTAATGA GGAGTTTGAT 
TGGCCAATAC AAGGACTGCT TGTTCCGAGC AGTCCTCCCA TGAAGAAACC CATCTGTAAG 
ACAACAGAGC CATATGCCCC TGTGCGACTC AGAGTTTTGC AGAATGGAGA GAAGAATAAA 
AACAGATCCG TTACTATCCT TGGTCCAGAT ATCTCACCTG GACGGAAAAC GCAGTGCACT 
GAGATTTTAA ATTTACCTTC TGCAGCTCGG AGATTGTACA ATGAAAAGGG GAAGGAAATA 
TTTGCCTTAA AAGACCTGCA AAGAGATGAA CTGGTGTATG TTTCATGTGG AGAACTCTGG 
ATCAATCCTG ACCTGTCCAT TGCTCAGCAA AAGAAACAAA TATTCCTGAG GAACCTAGAA 
TCAGACATTG CCAAAATTCA AATCTTCTGC AGCACACATA AAATAGAAGC TCTTGTTTTA 
GAAGTCCAAA GTGACATTGT ATCTGGAAGC AAGCTTGCTG TGCATAAACC TGTAGCAATT 
TTTGGAGAAG AGAAGCAAGT TACAGAACCG GAAGAAAAGC AAATGCAAGA AGATCCTCTA 
ACAACGGAAA ATGCTTCCAG TGAAATTCTA GATTCACACG TAAGAGCTCA TCTTCGAATG 
AAGGCTTGTC ACACACTTCC CAGGTATGCC TGGCAGGAAA CTTCACATGA CTTTGATGAG 
GATGACAGTC TTCCAAAGAA AACGGAAAAA GGGCTCTTTG AAAATGTGGA ACCACAGAAG 
AAACACAGCT GTTCACCAAA GCATAGTAAA TTGCACAAGC ATTGTCATCA GCAGTTCGAA 
TACAGAGATG GGCAGATTAT AAGCCATGCT GCTCCTCAGC TAGTCTTGGG GGTTCAAGGT 
CCCAATCTCC GATCAGGCAT GGAGGTGGTT TTGGTGGAGA AGAAATCTGA TGGTAGTCAT 
CAGCGCTGGA TACACCAGGA AGACAGCAGG ACCTTTCACC TTGTGAGTAA CCCTGACCTT 
GTGCTGGCAG TGTCTATGAC CAAGACTAGA AATGAAGTTT GTGGCTATCC AGTTATTGTT 
CAGAAATATA AGCCGTACAA CAATGGAGCT GCCAATCAAA AGTGGCATTA CATGAAAAAT 
ATAAAAGCAC TTGTGGCCTT TCATAGCACT GCCTTGGATA AGGAAATTAC ATCAGCAAAT 
TATGCTGGTG TCTGTACATC ATCTGTGATT AAAGAAGAAA ACATTGATCA ACCAGGATAC 
TGTTATCTCT CACCTGATGG AAAGAGAAAA ACTATGCTCT GCTTGGCTTG TGGACAATCC 
ATGAGAACAG AGAAAGGACT GAAACAATTG CTTCCAGGGG TTCCATTCCT CTGTATTTCA 
GGCACCAAGA CTCAGAAGCC CTTCTTACAA GGGCCCTTCA AGGTCATCAG TGTGGCTGAG 
GTTGATTTGT CGTGTGACAA GGCTGAAAAA ACTCTAAGTT ACTACCAAGC ACGTCTATTG 
TCTTTACGGA TGAAGACCTG CACGCAAGCT GCATCTCACA GTGGCATGGC AGCCACACAC 
CAGAAGGCAG TGAAAATAAT TGCATACAAA AATGGGGATG GGTATCGTAA TGGGAAGTTA 
ATTGTGGCTG GAACATTCCC CATGCTTCTT ACAGAATGCA CGGAACAACT TGGGCTTGCC 
AGAGCAGCCT CCAAAGTATA TACCAAAGAT GGAACCCCAA TCTTTACCTT GCGTGATTTG 
GTTTTATGGG CTCTAGATGA ATCCTTTCTC CAGAGAGACT CTGAGAAACA AAAGCAAGAT 
GCAGCTCCTG TTGGAAAAGA ACAGATAATT GTTGAAAGTA TGGAAGAAAA TCCAAGAATG 
AAAGTGAAAA ACAGATTATT TGCAAAATCT GTGACATCCG ATAGTTTGGA TGGTATAGAC 
AAGTCTTTGC TTACCCTCAT CCTCAGAAAT CCTATTGCCA TCTGGGTGTC TTGTGGTGAA 
CCATTTCTAC CTCCAAATGC TTTGCAGAAA GCAGAAAAAT TAGAGAAACA GAACTGGCTA 
AAAAAGGACA GAATTTTGGC TGATCTAGAT ACCATGAGAC ACAAAATGAG ACAGTTAAAA 
GGGCGGCGAG TAGCGGCATG TCAGCCAGCC ACCATGGTTC CTACCAAGAG CCCTGTGCAG 
CCCGTGGTGG TTGAAGGAGG CTGGACCGAA CAGACTCAAC AGGAAATTAA ACTCATGGAA 
CTTATAAGAC ATACAGAGGC ACACCTTTCT GAAATCCAAG AAATGGAATC CAAAATAAAT 
TTTCCAATTG CAACCAAACG TATAGCAGTC AAGCCGAGCA ACCTGTATAA GCAGCCCAAC 
ACAAAACGAG TGTGGATTTA TCTAAATGGA GGCAGACCTG AAGATGGCAC TTATGCCTGG 
GGCAAAACTA TTTCAGAGCT GCTGCAAGAC TGCTCCTCTC GTCTCAAAAT GACCCACCCA 
GCTAGAGCAC TGTACACCCC CAGTGGAGAG CCAATTCAGT CCTGGGACGA CATAGAGCGA 
GATATGGTCA TCTGTGTGTC TATGGGACAT GGTTTCAAAA CCCCAAAAGA GTTAAAACAA 
CTGATGGAGA TCAGAGCAAA TTATGCCAGA ATCCGAAGGC AGCAGGGCCC TCAAGCCACA 
GACATTGTGG TGTCACCATC CACGAAGCTG CTGTCTCTGG CACATCTCCA CAATTAA

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

RefSeq	XP_024304249.1
CDS	108..4484
Translation	MNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448481.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X12, mRNA.

Target ORF information:

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

XM_024448481.1

ORF Insert Sequence:

ATGAATCTAA ATTTACCAGC CAGATATTTT TATGATTTGT ATGGCAGAAA AATTGAAGAT 
ATTTCAAAAG TTCCTCTGCT TGAAAAATGC CTGCAAAATT CCATCACACC TTTGCGAGGA 
CTACTTTGGG TCTCTAAGGG AGAAGGTTTC AGCCCCTCAG GAGCTAAGAT GTACATCCAA 
GGAGTTCTTT TGGCCCTGTA CCAACGATTA AAGTCTGCAA AAAAATATTA TAAACAGTTG 
AACCTGGTCA TGAATGAACA GAAGGAGAAA ATTACAGAAA AAGTCATTCT TTCAATGACG 
GCAAAGGAAC ACCATAAGGA ACAGGAAGAA GTGAGCAGGC TGATTGATGA ATTGCAGACA 
GCTATCAAAA GTAACATAGG TCATCTCTGT AAACTTGGCC CCCAATTACA GGCTGAGCAG 
GAGCAATTCT CCTCTTATGT CTACCAACAC ATTAAAAGCC TTCCAGCAAA CACGCTTGTC 
CCAGGAGGCC TGCAGCTTAA GGTATTTGAA AATGGTAAAA ACACTGGAGA GATCTCTGTT 
GGTATCAGTA AAAAAGATTT GGGATCGGAT AGCCCAATTC AAACTGACCA TATGATGGAA 
AGATTACTTC TCAAGATTCA TCAAAGGCTT CAAGGTTCTT CCATCAACCC ACCAGGCCTC 
AATTATTCTT CAATGCGGCT TTTTGATGAG AATGGCCAAG AAATTAAGAA TCCACTTTCG 
CTGAAGAATG AGCAAAAAAT TTGGGTCTCT TATGGTAGAG CATACAGATC TCCACTAAAT 
CTTGCTTTGG GTTTGACCTT TGACCGAGTG AGTGCATTTG CCAGAGGTGA TATCATGGTT 
GCATATAAGA CCTTTTTGGA TCCTAATGCT GTTCTGCTAC CTGGATGTGG CAATTGGGAA 
GTTTGTGAGG GATTTCCAAT TAATTTCAAC TGTACCAGTC AACAGATACC TGACCAGTTT 
GAAAAGGTGG ACTTGGAGAA CCATTTTCTA CAGAACAAGG TAGATCCCAA TATTGTCCTT 
CATGCCTCTG TTTCCATTGG AAAGTGGAGT TTCTCAGGCA GTGAAGCAAG CAGCAGGAGT 
CAAATAGCGC CATCGATCCT GTGGCCTGTA GCCAGTGTGT GGCTGATCAC CAAGACTGGA 
ATGATCCTGA GCCGAGCGAT AACTCAGGGC TGCCTGGCTA TTGGTCATCC TATCAGAGTC 
AAGGCTGCTG AGGGAACATC ACTAGAAGGA TATAAATTAA TCTTACAGAA AAGACATAGT 
GGAGATGACT CTCAGAAGTG GGTGTTTGGA ACTGATGGTT GCATTTATTC AAAGGCTTAT 
CCTCAGTTTG TTCTGACCTA CCTAGAGGAG CTAAATGCAC AAGTAGATGT GACCCAGACA 
GAGTATCACA TTCACCATGG TGCCTGGACC ACAGCTCATC AGGAACATGG CAGAAACTTA 
GCAGAAGAGG TTCTGCAAGA AAGTGCCAGC AACCTTGGTC TGAAGCAACT GCCAGAACCC 
TCAGACACCC ATTTAATGCC AGAAGGTTCT CTTGAGGAGA CGGGGGAGCT GACAGTAGCA 
CTGGTGAGGA AACTGGAAGA GAAACATCCT AAGGCTTCTG CTCAGAGGTG GGCCATAAAA 
CATGAAGGAA CCAGTAAGCC AGGCCAGTGG AAACATTCTA GAGTTGAAAA TCCTCTATGG 
AACAAGCTTA CCTACATGTG GCCTGTCCTT CCCAGTGGCC AACTTAATGA GGAGTTTGAT 
TGGCCAATAC AAGGACTGCT TGTTCCGAGC AGTCCTCCCA TGAAGAAACC CATCTGTAAG 
ACAACAGAGC CATATGCCCC TGTGCGACTC AGAGTTTTGC AGAATGGAGA GAAGAATAAA 
AACAGATCCG TTACTATCCT TGGTCCAGAT ATCTCACCTG GACGGAAAAC GCAGTGCACT 
GAGATTTTAA ATTTACCTTC TGCAGCTCGG AGATTGTACA ATGAAAAGGG GAAGGAAATA 
TTTGCCTTAA AAGACCTGCA AAGAGATGAA CTGGTGTATG TTTCATGTGG AGAACTCTGG 
ATCAATCCTG ACCTGTCCAT TGCTCAGCAA AAGAAACAAA TATTCCTGAG GAACCTAGAA 
TCAGACATTG CCAAAATTCA AATCTTCTGC AGCACACATA AAATAGAAGC TCTTGTTTTA 
GAAGTCCAAA GTGACATTGT ATCTGGAAGC AAGCTTGCTG TGCATAAACC TGTAGCAATT 
TTTGGAGAAG AGAAGCAAGT TACAGAACCG GAAGAAAAGC AAATGCAAGA AGATCCTCTA 
ACAACGGAAA ATGCTTCCAG TGAAATTCTA GATTCACACG TAAGAGCTCA TCTTCGAATG 
AAGGCTTGTC ACACACTTCC CAGGTATGCC TGGCAGGAAA CTTCACATGA CTTTGATGAG 
GATGACAGTC TTCCAAAGAA AACGGAAAAA GGGCTCTTTG AAAATGTGGA ACCACAGAAG 
AAACACAGCT GTTCACCAAA GCATAGTAAA TTGCACAAGC ATTGTCATCA GCAGTTCGAA 
TACAGAGATG GGCAGATTAT AAGCCATGCT GCTCCTCAGC TAGTCTTGGG GGTTCAAGGT 
CCCAATCTCC GATCAGGCAT GGAGGTGGTT TTGGTGGAGA AGAAATCTGA TGGTAGTCAT 
CAGCGCTGGA TACACCAGGA AGACAGCAGG ACCTTTCACC TTGTGAGTAA CCCTGACCTT 
GTGCTGGCAG TGTCTATGAC CAAGACTAGA AATGAAGTTT GTGGCTATCC AGTTATTGTT 
CAGAAATATA AGCCGTACAA CAATGGAGCT GCCAATCAAA AGTGGCATTA CATGAAAAAT 
ATAAAAGCAC TTGTGGCCTT TCATAGCACT GCCTTGGATA AGGAAATTAC ATCAGCAAAT 
TATGCTGGTG TCTGTACATC ATCTGTGATT AAAGAAGAAA ACATTGATCA ACCAGGATAC 
TGTTATCTCT CACCTGATGG AAAGAGAAAA ACTATGCTCT GCTTGGCTTG TGGACAATCC 
ATGAGAACAG AGAAAGGACT GAAACAATTG CTTCCAGGGG TTCCATTCCT CTGTATTTCA 
GGCACCAAGA CTCAGAAGCC CTTCTTACAA GGGCCCTTCA AGGTCATCAG TGTGGCTGAG 
GTTGATTTGT CGTGTGACAA GGCTGAAAAA ACTCTAAGTT ACTACCAAGC ACGTCTATTG 
TCTTTACGGA TGAAGACCTG CACGCAAGCT GCATCTCACA GTGGCATGGC AGCCACACAC 
CAGAAGGCAG TGAAAATAAT TGCATACAAA AATGGGGATG GGTATCGTAA TGGGAAGTTA 
ATTGTGGCTG GAACATTCCC CATGCTTCTT ACAGAATGCA CGGAACAACT TGGGCTTGCC 
AGAGCAGCCT CCAAAGTATA TACCAAAGAT GGAACCCCAA TCTTTACCTT GCGTGATTTG 
GTTTTATGGG CTCTAGATGA ATCCTTTCTC CAGAGAGACT CTGAGAAACA AAAGCAAGAT 
GCAGCTCCTG TTGGAAAAGA ACAGATAATT GTTGAAAGTA TGGAAGAAAA TCCAAGAATG 
AAAGTGAAAA ACAGATTATT TGCAAAATCT GTGACATCCG ATAGTTTGGA TGGTATAGAC 
AAGTCTTTGC TTACCCTCAT CCTCAGAAAT CCTATTGCCA TCTGGGTGTC TTGTGGTGAA 
CCATTTCTAC CTCCAAATGC TTTGCAGAAA GCAGAAAAAT TAGAGAAACA GAACTGGCTA 
AAAAAGGACA GAATTTTGGC TGATCTAGAT ACCATGAGAC ACAAAATGAG ACAGTTAAAA 
GGGCGGCGAG TAGCGGCATG TCAGCCAGCC ACCATGGTTC CTACCAAGAG CCCTGTGCAG 
CCCGTGGTGG TTGAAGGAGG CTGGACCGAA CAGACTCAAC AGGAAATTAA ACTCATGGAA 
CTTATAAGAC ATACAGAGGC ACACCTTTCT GAAATCCAAG AAATGGAATC CAAAATAAAT 
TTTCCAATTG CAACCAAACG TATAGCAGTC AAGCCGAGCA ACCTGTATAA GCAGCCCAAC 
ACAAAACGAG TGTGGATTTA TCTAAATGGA GGCAGACCTG AAGATGGCAC TTATGCCTGG 
GGCAAAACTA TTTCAGAGCT GCTGCAAGAC TGCTCCTCTC GTCTCAAAAT GACCCACCCA 
GCTAGAGCAC TGTACACCCC CAGTGGAGAG CCAATTCAGT CCTGGGACGA CATAGAGCGA 
GATATGGTCA TCTGTGTGTC TATGGGACAT GGTTTCAAAA CCCCAAAAGA GTTAAAACAA 
CTGATGGAGA TCAGAGCAAA TTATGCCAGA ATCCGAAGGC AGCAGGGCCC TCAAGCCACA 
GACATTGTGG TGTCACCATC CACGAAGCTG CTGTCTCTGG CACATCTCCA CAATTAA

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

DCDC1 ( XM_024448482.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304250.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu106657
Clone ID Related Accession (Same CDS sequence)	XM_024448482.1
Accession Version	XM_024448482.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3666bp) 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	doublecortin domain-containing protein 1 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGCTAGTA 
AATTAG

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

RefSeq	XP_024304250.1
CDS	239..3904
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRLVN

Target ORF information:

RefSeq Version	XM_024448482.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X13, mRNA.

Target ORF information:

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

XM_024448482.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGCTAGTA 
AATTAG

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

DCDC1 ( NM_001367979.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001354908.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 4, mRNA.

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CloneID	OHu107892
Clone ID Related Accession (Same CDS sequence)	NM_001367979.1
Accession Version	NM_001367979.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5352bp) 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	2019-12-22
Organism	Homo sapiens(human)
Product	doublecortin domain-containing protein 1 isoform 4
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AL137804.7, AL162614.25, AL133376.6, AL137160.7 and AL135932.7. On Jan 4, 2019 this sequence version replaced XM_024448474.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on conservation ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AAAAATCCAA GAATGAAAGT GAAAAACAGA TTATTTGCAA AATCTGTGAC ATCCGATAGT 
TTGGATGGTA TAGACAAGTC TTTGCTTACC CTCATCCTCA GAAATCCTAT TGCCATCTGG 
GTGTCTTGTG GTGAACCATT TCTACCTCCA AATGCTTTGC AGAAAGCAGA AAAATTAGAG 
AAACAGAACT GGCTAAAAAA GGACAGAATT TTGGCTGATC TAGATACCAT GAGACACAAA 
ATGAGACAGT TAAAAGGGCG GCGAGTAGCG GCATGTCAGC CAGCCACCAT GGTTCCTACC 
AAGAGCCCTG TGCAGCCCGT GGTGGTTGAA GGAGGCTGGA CCGAACAGAC TCAACAGGAA 
ATTAAACTCA TGGAACTTAT AAGACATACA GAGGCACACC TTTCTGAAAT CCAAGAAATG 
GAATCCAAAA TAAATTTTCC AATTGCAACC AAACGTATAG CAGTCAAGCC GAGCAACCTG 
TATAAGCAGC CCAACACAAA ACGAGTGTGG ATTTATCTAA ATGGAGGCAG ACCTGAAGAT 
GGCACTTATG CCTGGGGCAA AACTATTTCA GAGCTGCTGC AAGACTGCTC CTCTCGTCTC 
AAAATGACCC ACCCAGCTAG AGCACTGTAC ACCCCCAGTG GAGAGCCAAT TCAGTCCTGG 
GACGACATAG AGCGAGATAT GGTCATCTGT GTGTCTATGG GACATGGTTT CAAAACCCCA 
AAAGAGTTAA AACAACTGAT GGAGATCAGA GCAAATTATG CCAGAATCCG AAGGCAGCAG 
GGCCCTCAAG CCACAGACAT TGTGGTGTCA CCATCCACGA AGCTGCTGTC TCTGGCACAT 
CTCCACAATT AA

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

RefSeq	NP_001354908.1
CDS	168..5519
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVEKNPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	NM_001367979.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant 4, mRNA.

Target ORF information:

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

NM_001367979.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AAAAATCCAA GAATGAAAGT GAAAAACAGA TTATTTGCAA AATCTGTGAC ATCCGATAGT 
TTGGATGGTA TAGACAAGTC TTTGCTTACC CTCATCCTCA GAAATCCTAT TGCCATCTGG 
GTGTCTTGTG GTGAACCATT TCTACCTCCA AATGCTTTGC AGAAAGCAGA AAAATTAGAG 
AAACAGAACT GGCTAAAAAA GGACAGAATT TTGGCTGATC TAGATACCAT GAGACACAAA 
ATGAGACAGT TAAAAGGGCG GCGAGTAGCG GCATGTCAGC CAGCCACCAT GGTTCCTACC 
AAGAGCCCTG TGCAGCCCGT GGTGGTTGAA GGAGGCTGGA CCGAACAGAC TCAACAGGAA 
ATTAAACTCA TGGAACTTAT AAGACATACA GAGGCACACC TTTCTGAAAT CCAAGAAATG 
GAATCCAAAA TAAATTTTCC AATTGCAACC AAACGTATAG CAGTCAAGCC GAGCAACCTG 
TATAAGCAGC CCAACACAAA ACGAGTGTGG ATTTATCTAA ATGGAGGCAG ACCTGAAGAT 
GGCACTTATG CCTGGGGCAA AACTATTTCA GAGCTGCTGC AAGACTGCTC CTCTCGTCTC 
AAAATGACCC ACCCAGCTAG AGCACTGTAC ACCCCCAGTG GAGAGCCAAT TCAGTCCTGG 
GACGACATAG AGCGAGATAT GGTCATCTGT GTGTCTATGG GACATGGTTT CAAAACCCCA 
AAAGAGTTAA AACAACTGAT GGAGATCAGA GCAAATTATG CCAGAATCCG AAGGCAGCAG 
GGCCCTCAAG CCACAGACAT TGTGGTGTCA CCATCCACGA AGCTGCTGTC TCTGGCACAT 
CTCCACAATT AA

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

DCDC1 ( XM_024448473.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304241.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X4, mRNA.

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CloneID	OHu106649
Clone ID Related Accession (Same CDS sequence)	XM_024448473.1 , XM_024448472.1 , XM_024448470.1 , XM_024448471.1
Accession Version	XM_024448473.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5361bp) 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	doublecortin domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

RefSeq	XP_024304241.1
CDS	432..5792
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448473.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X4, mRNA.

Target ORF information:

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

XM_024448473.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

DCDC1 ( XM_024448472.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304240.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X3, mRNA.

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CloneID	OHu106649
Clone ID Related Accession (Same CDS sequence)	XM_024448473.1 , XM_024448472.1 , XM_024448470.1 , XM_024448471.1
Accession Version	XM_024448472.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5361bp) 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	doublecortin domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

RefSeq	XP_024304240.1
CDS	239..5599
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448472.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X3, mRNA.

Target ORF information:

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

XM_024448472.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

DCDC1 ( XM_024448470.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304238.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X1, mRNA.

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CloneID	OHu106649
Clone ID Related Accession (Same CDS sequence)	XM_024448473.1 , XM_024448472.1 , XM_024448470.1 , XM_024448471.1
Accession Version	XM_024448470.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5361bp) 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	doublecortin domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

RefSeq	XP_024304238.1
CDS	239..5599
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448470.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X1, mRNA.

Target ORF information:

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

XM_024448470.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

DCDC1 ( XM_024448471.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304239.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu106649
Clone ID Related Accession (Same CDS sequence)	XM_024448473.1 , XM_024448472.1 , XM_024448470.1 , XM_024448471.1
Accession Version	XM_024448471.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5361bp) 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	doublecortin domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

RefSeq	XP_024304239.1
CDS	232..5592
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448471.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X2, mRNA.

Target ORF information:

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

XM_024448471.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

DCDC1 ( XM_024448475.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304243.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X6, mRNA.

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CloneID	OHu106650
Clone ID Related Accession (Same CDS sequence)	XM_024448475.1
Accession Version	XM_024448475.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5307bp) 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	doublecortin domain-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTGTATGCC 
TGGCAGGAAA CTTCACATGA CTTTGATGAG GATGACAGTC TTCCAAAGAA AACGGAAAAA 
GGGCTCTTTG AAAATGTGGA ACCACAGAAG AAACACAGCT GTTCACCAAA GCATAGTAAA 
TTGCACAAGC ATTGTCATCA GCAGTTCGAA TACAGAGATG GGCAGATTAT AAGCCATGCT 
GCTCCTCAGC TAGTCTTGGG GGTTCAAGGT CCCAATCTCC GATCAGGCAT GGAGGTGGTT 
TTGGTGGAGA AGAAATCTGA TGGTAGTCAT CAGCGCTGGA TACACCAGGA AGACAGCAGG 
ACCTTTCACC TTGTGAGTAA CCCTGACCTT GTGCTGGCAG TGTCTATGAC CAAGACTAGA 
AATGAAGTTT GTGGCTATCC AGTTATTGTT CAGAAATATA AGCCGTACAA CAATGGAGCT 
GCCAATCAAA AGTGGCATTA CATGAAAAAT ATAAAAGCAC TTGTGGCCTT TCATAGCACT 
GCCTTGGATA AGGAAATTAC ATCAGCAAAT TATGCTGGTG TCTGTACATC ATCTGTGATT 
AAAGAAGAAA ACATTGATCA ACCAGGATAC TGTTATCTCT CACCTGATGG AAAGAGAAAA 
ACTATGCTCT GCTTGGCTTG TGGACAATCC ATGAGAACAG AGAAAGGACT GAAACAATTG 
CTTCCAGGGG TTCCATTCCT CTGTATTTCA GGCACCAAGA CTCAGAAGCC CTTCTTACAA 
GGGCCCTTCA AGGTCATCAG TGTGGCTGAG GTTGATTTGT CGTGTGACAA GGCTGAAAAA 
ACTCTAAGTT ACTACCAAGC ACGTCTATTG TCTTTACGGA TGAAGACCTG CACGCAAGCT 
GCATCTCACA GTGGCATGGC AGCCACACAC CAGAAGGCAG TGAAAATAAT TGCATACAAA 
AATGGGGATG GGTATCGTAA TGGGAAGTTA ATTGTGGCTG GAACATTCCC CATGCTTCTT 
ACAGAATGCA CGGAACAACT TGGGCTTGCC AGAGCAGCCT CCAAAGTATA TACCAAAGAT 
GGAACCCCAA TCTTTACCTT GCGTGATTTG GTTTTATGGG CTCTAGATGA ATCCTTTCTC 
CAGAGAGACT CTGAGAAACA AAAGCAAGAT GCAGCTCCTG TTGGAAAAGA ACAGATAATT 
GTTGAAAGTA TGGAAGAAAA TCCAAGAATG AAAGTGAAAA ACAGATTATT TGCAAAATCT 
GTGACATCCG ATAGTTTGGA TGGTATAGAC AAGTCTTTGC TTACCCTCAT CCTCAGAAAT 
CCTATTGCCA TCTGGGTGTC TTGTGGTGAA CCATTTCTAC CTCCAAATGC TTTGCAGAAA 
GCAGAAAAAT TAGAGAAACA GAACTGGCTA AAAAAGGACA GAATTTTGGC TGATCTAGAT 
ACCATGAGAC ACAAAATGAG ACAGTTAAAA GGGCGGCGAG TAGCGGCATG TCAGCCAGCC 
ACCATGGTTC CTACCAAGAG CCCTGTGCAG CCCGTGGTGG TTGAAGGAGG CTGGACCGAA 
CAGACTCAAC AGGAAATTAA ACTCATGGAA CTTATAAGAC ATACAGAGGC ACACCTTTCT 
GAAATCCAAG AAATGGAATC CAAAATAAAT TTTCCAATTG CAACCAAACG TATAGCAGTC 
AAGCCGAGCA ACCTGTATAA GCAGCCCAAC ACAAAACGAG TGTGGATTTA TCTAAATGGA 
GGCAGACCTG AAGATGGCAC TTATGCCTGG GGCAAAACTA TTTCAGAGCT GCTGCAAGAC 
TGCTCCTCTC GTCTCAAAAT GACCCACCCA GCTAGAGCAC TGTACACCCC CAGTGGAGAG 
CCAATTCAGT CCTGGGACGA CATAGAGCGA GATATGGTCA TCTGTGTGTC TATGGGACAT 
GGTTTCAAAA CCCCAAAAGA GTTAAAACAA CTGATGGAGA TCAGAGCAAA TTATGCCAGA 
ATCCGAAGGC AGCAGGGCCC TCAAGCCACA GACATTGTGG TGTCACCATC CACGAAGCTG 
CTGTCTCTGG CACATCTCCA CAATTAA

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

RefSeq	XP_024304243.1
CDS	239..5545
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448475.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X6, mRNA.

Target ORF information:

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

XM_024448475.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTGTATGCC 
TGGCAGGAAA CTTCACATGA CTTTGATGAG GATGACAGTC TTCCAAAGAA AACGGAAAAA 
GGGCTCTTTG AAAATGTGGA ACCACAGAAG AAACACAGCT GTTCACCAAA GCATAGTAAA 
TTGCACAAGC ATTGTCATCA GCAGTTCGAA TACAGAGATG GGCAGATTAT AAGCCATGCT 
GCTCCTCAGC TAGTCTTGGG GGTTCAAGGT CCCAATCTCC GATCAGGCAT GGAGGTGGTT 
TTGGTGGAGA AGAAATCTGA TGGTAGTCAT CAGCGCTGGA TACACCAGGA AGACAGCAGG 
ACCTTTCACC TTGTGAGTAA CCCTGACCTT GTGCTGGCAG TGTCTATGAC CAAGACTAGA 
AATGAAGTTT GTGGCTATCC AGTTATTGTT CAGAAATATA AGCCGTACAA CAATGGAGCT 
GCCAATCAAA AGTGGCATTA CATGAAAAAT ATAAAAGCAC TTGTGGCCTT TCATAGCACT 
GCCTTGGATA AGGAAATTAC ATCAGCAAAT TATGCTGGTG TCTGTACATC ATCTGTGATT 
AAAGAAGAAA ACATTGATCA ACCAGGATAC TGTTATCTCT CACCTGATGG AAAGAGAAAA 
ACTATGCTCT GCTTGGCTTG TGGACAATCC ATGAGAACAG AGAAAGGACT GAAACAATTG 
CTTCCAGGGG TTCCATTCCT CTGTATTTCA GGCACCAAGA CTCAGAAGCC CTTCTTACAA 
GGGCCCTTCA AGGTCATCAG TGTGGCTGAG GTTGATTTGT CGTGTGACAA GGCTGAAAAA 
ACTCTAAGTT ACTACCAAGC ACGTCTATTG TCTTTACGGA TGAAGACCTG CACGCAAGCT 
GCATCTCACA GTGGCATGGC AGCCACACAC CAGAAGGCAG TGAAAATAAT TGCATACAAA 
AATGGGGATG GGTATCGTAA TGGGAAGTTA ATTGTGGCTG GAACATTCCC CATGCTTCTT 
ACAGAATGCA CGGAACAACT TGGGCTTGCC AGAGCAGCCT CCAAAGTATA TACCAAAGAT 
GGAACCCCAA TCTTTACCTT GCGTGATTTG GTTTTATGGG CTCTAGATGA ATCCTTTCTC 
CAGAGAGACT CTGAGAAACA AAAGCAAGAT GCAGCTCCTG TTGGAAAAGA ACAGATAATT 
GTTGAAAGTA TGGAAGAAAA TCCAAGAATG AAAGTGAAAA ACAGATTATT TGCAAAATCT 
GTGACATCCG ATAGTTTGGA TGGTATAGAC AAGTCTTTGC TTACCCTCAT CCTCAGAAAT 
CCTATTGCCA TCTGGGTGTC TTGTGGTGAA CCATTTCTAC CTCCAAATGC TTTGCAGAAA 
GCAGAAAAAT TAGAGAAACA GAACTGGCTA AAAAAGGACA GAATTTTGGC TGATCTAGAT 
ACCATGAGAC ACAAAATGAG ACAGTTAAAA GGGCGGCGAG TAGCGGCATG TCAGCCAGCC 
ACCATGGTTC CTACCAAGAG CCCTGTGCAG CCCGTGGTGG TTGAAGGAGG CTGGACCGAA 
CAGACTCAAC AGGAAATTAA ACTCATGGAA CTTATAAGAC ATACAGAGGC ACACCTTTCT 
GAAATCCAAG AAATGGAATC CAAAATAAAT TTTCCAATTG CAACCAAACG TATAGCAGTC 
AAGCCGAGCA ACCTGTATAA GCAGCCCAAC ACAAAACGAG TGTGGATTTA TCTAAATGGA 
GGCAGACCTG AAGATGGCAC TTATGCCTGG GGCAAAACTA TTTCAGAGCT GCTGCAAGAC 
TGCTCCTCTC GTCTCAAAAT GACCCACCCA GCTAGAGCAC TGTACACCCC CAGTGGAGAG 
CCAATTCAGT CCTGGGACGA CATAGAGCGA GATATGGTCA TCTGTGTGTC TATGGGACAT 
GGTTTCAAAA CCCCAAAAGA GTTAAAACAA CTGATGGAGA TCAGAGCAAA TTATGCCAGA 
ATCCGAAGGC AGCAGGGCCC TCAAGCCACA GACATTGTGG TGTCACCATC CACGAAGCTG 
CTGTCTCTGG CACATCTCCA CAATTAA

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

DCDC1 ( XM_024448476.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304244.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X7, mRNA.

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CloneID	OHu106651
Clone ID Related Accession (Same CDS sequence)	XM_024448476.1
Accession Version	XM_024448476.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5226bp) 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	doublecortin domain-containing protein 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGACTGGAA TGATCCTGAG CCGAGCGATA ACTCAGGGCT GCCTGGCTAT TGGTCATCCT 
ATCAGAGTCA AGGCTGCTGA GGGAACATCA CTAGAAGGAT ATAAATTAAT CTTACAGAAA 
AGACATAGTG GAGATGACTC TCAGAAGTGG GTGTTTGGAA CTGATGGTTG CATTTATTCA 
AAGGCTTATC CTCAGTTTGT TCTGACCTAC CTAGAGGAGC TAAATGCACA AGTAGATGTG 
ACCCAGACAG AGTATCACAT TCACCATGGT GCCTGGACCA CAGCTCATCA GGAACATGGC 
AGAAACTTAG CAGAAGAGGT TCTGCAAGAA AGTGCCAGCA ACCTTGGTCT GAAGCAACTG 
CCAGAACCCT CAGACACCCA TTTAATGCCA GAAGGTTCTC TTGAGGAGAC GGGGGAGCTG 
ACAGTAGCAC TGGTGAGGAA ACTGGAAGAG AAACATCCTA AGGCTTCTGC TCAGAGGTGG 
GCCATAAAAC ATGAAGGAAC CAGTAAGCCA GGCCAGTGGA AACATTCTAG AGTTGAAAAT 
CCTCTATGGA ACAAGCTTAC CTACATGTGG CCTGTCCTTC CCAGTGGCCA ACTTAATGAG 
GAGTTTGATT GGCCAATACA AGGACTGCTT GTTCCGAGCA GTCCTCCCAT GAAGAAACCC 
ATCTGTAAGA CAACAGAGCC ATATGCCCCT GTGCGACTCA GAGTTTTGCA GAATGGAGAG 
AAGAATAAAA ACAGATCCGT TACTATCCTT GGTCCAGATA TCTCACCTGG ACGGAAAACG 
CAGTGCACTG AGATTTTAAA TTTACCTTCT GCAGCTCGGA GATTGTACAA TGAAAAGGGG 
AAGGAAATAT TTGCCTTAAA AGACCTGCAA AGAGATGAAC TGGTGTATGT TTCATGTGGA 
GAACTCTGGA TCAATCCTGA CCTGTCCATT GCTCAGCAAA AGAAACAAAT ATTCCTGAGG 
AACCTAGAAT CAGACATTGC CAAAATTCAA ATCTTCTGCA GCACACATAA AATAGAAGCT 
CTTGTTTTAG AAGTCCAAAG TGACATTGTA TCTGGAAGCA AGCTTGCTGT GCATAAACCT 
GTAGCAATTT TTGGAGAAGA GAAGCAAGTT ACAGAACCGG AAGAAAAGCA AATGCAAGAA 
GATCCTCTAA CAACGGAAAA TGCTTCCAGT GAAATTCTAG ATTCACACGT AAGAGCTCAT 
CTTCGAATGA AGGCTTGTCA CACACTTCCC AGGTATGCCT GGCAGGAAAC TTCACATGAC 
TTTGATGAGG ATGACAGTCT TCCAAAGAAA ACGGAAAAAG GGCTCTTTGA AAATGTGGAA 
CCACAGAAGA AACACAGCTG TTCACCAAAG CATAGTAAAT TGCACAAGCA TTGTCATCAG 
CAGTTCGAAT ACAGAGATGG GCAGATTATA AGCCATGCTG CTCCTCAGCT AGTCTTGGGG 
GTTCAAGGTC CCAATCTCCG ATCAGGCATG GAGGTGGTTT TGGTGGAGAA GAAATCTGAT 
GGTAGTCATC AGCGCTGGAT ACACCAGGAA GACAGCAGGA CCTTTCACCT TGTGAGTAAC 
CCTGACCTTG TGCTGGCAGT GTCTATGACC AAGACTAGAA ATGAAGTTTG TGGCTATCCA 
GTTATTGTTC AGAAATATAA GCCGTACAAC AATGGAGCTG CCAATCAAAA GTGGCATTAC 
ATGAAAAATA TAAAAGCACT TGTGGCCTTT CATAGCACTG CCTTGGATAA GGAAATTACA 
TCAGCAAATT ATGCTGGTGT CTGTACATCA TCTGTGATTA AAGAAGAAAA CATTGATCAA 
CCAGGATACT GTTATCTCTC ACCTGATGGA AAGAGAAAAA CTATGCTCTG CTTGGCTTGT 
GGACAATCCA TGAGAACAGA GAAAGGACTG AAACAATTGC TTCCAGGGGT TCCATTCCTC 
TGTATTTCAG GCACCAAGAC TCAGAAGCCC TTCTTACAAG GGCCCTTCAA GGTCATCAGT 
GTGGCTGAGG TTGATTTGTC GTGTGACAAG GCTGAAAAAA CTCTAAGTTA CTACCAAGCA 
CGTCTATTGT CTTTACGGAT GAAGACCTGC ACGCAAGCTG CATCTCACAG TGGCATGGCA 
GCCACACACC AGAAGGCAGT GAAAATAATT GCATACAAAA ATGGGGATGG GTATCGTAAT 
GGGAAGTTAA TTGTGGCTGG AACATTCCCC ATGCTTCTTA CAGAATGCAC GGAACAACTT 
GGGCTTGCCA GAGCAGCCTC CAAAGTATAT ACCAAAGATG GAACCCCAAT CTTTACCTTG 
CGTGATTTGG TTTTATGGGC TCTAGATGAA TCCTTTCTCC AGAGAGACTC TGAGAAACAA 
AAGCAAGATG CAGCTCCTGT TGGAAAAGAA CAGATAATTG TTGAAAGTAT GGAAGAAAAT 
CCAAGAATGA AAGTGAAAAA CAGATTATTT GCAAAATCTG TGACATCCGA TAGTTTGGAT 
GGTATAGACA AGTCTTTGCT TACCCTCATC CTCAGAAATC CTATTGCCAT CTGGGTGTCT 
TGTGGTGAAC CATTTCTACC TCCAAATGCT TTGCAGAAAG CAGAAAAATT AGAGAAACAG 
AACTGGCTAA AAAAGGACAG AATTTTGGCT GATCTAGATA CCATGAGACA CAAAATGAGA 
CAGTTAAAAG GGCGGCGAGT AGCGGCATGT CAGCCAGCCA CCATGGTTCC TACCAAGAGC 
CCTGTGCAGC CCGTGGTGGT TGAAGGAGGC TGGACCGAAC AGACTCAACA GGAAATTAAA 
CTCATGGAAC TTATAAGACA TACAGAGGCA CACCTTTCTG AAATCCAAGA AATGGAATCC 
AAAATAAATT TTCCAATTGC AACCAAACGT ATAGCAGTCA AGCCGAGCAA CCTGTATAAG 
CAGCCCAACA CAAAACGAGT GTGGATTTAT CTAAATGGAG GCAGACCTGA AGATGGCACT 
TATGCCTGGG GCAAAACTAT TTCAGAGCTG CTGCAAGACT GCTCCTCTCG TCTCAAAATG 
ACCCACCCAG CTAGAGCACT GTACACCCCC AGTGGAGAGC CAATTCAGTC CTGGGACGAC 
ATAGAGCGAG ATATGGTCAT CTGTGTGTCT ATGGGACATG GTTTCAAAAC CCCAAAAGAG 
TTAAAACAAC TGATGGAGAT CAGAGCAAAT TATGCCAGAA TCCGAAGGCA GCAGGGCCCT 
CAAGCCACAG ACATTGTGGT GTCACCATCC ACGAAGCTGC TGTCTCTGGC ACATCTCCAC 
AATTAA

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

RefSeq	XP_024304244.1
CDS	239..5464
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448476.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X7, mRNA.

Target ORF information:

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

XM_024448476.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGACTGGAA TGATCCTGAG CCGAGCGATA ACTCAGGGCT GCCTGGCTAT TGGTCATCCT 
ATCAGAGTCA AGGCTGCTGA GGGAACATCA CTAGAAGGAT ATAAATTAAT CTTACAGAAA 
AGACATAGTG GAGATGACTC TCAGAAGTGG GTGTTTGGAA CTGATGGTTG CATTTATTCA 
AAGGCTTATC CTCAGTTTGT TCTGACCTAC CTAGAGGAGC TAAATGCACA AGTAGATGTG 
ACCCAGACAG AGTATCACAT TCACCATGGT GCCTGGACCA CAGCTCATCA GGAACATGGC 
AGAAACTTAG CAGAAGAGGT TCTGCAAGAA AGTGCCAGCA ACCTTGGTCT GAAGCAACTG 
CCAGAACCCT CAGACACCCA TTTAATGCCA GAAGGTTCTC TTGAGGAGAC GGGGGAGCTG 
ACAGTAGCAC TGGTGAGGAA ACTGGAAGAG AAACATCCTA AGGCTTCTGC TCAGAGGTGG 
GCCATAAAAC ATGAAGGAAC CAGTAAGCCA GGCCAGTGGA AACATTCTAG AGTTGAAAAT 
CCTCTATGGA ACAAGCTTAC CTACATGTGG CCTGTCCTTC CCAGTGGCCA ACTTAATGAG 
GAGTTTGATT GGCCAATACA AGGACTGCTT GTTCCGAGCA GTCCTCCCAT GAAGAAACCC 
ATCTGTAAGA CAACAGAGCC ATATGCCCCT GTGCGACTCA GAGTTTTGCA GAATGGAGAG 
AAGAATAAAA ACAGATCCGT TACTATCCTT GGTCCAGATA TCTCACCTGG ACGGAAAACG 
CAGTGCACTG AGATTTTAAA TTTACCTTCT GCAGCTCGGA GATTGTACAA TGAAAAGGGG 
AAGGAAATAT TTGCCTTAAA AGACCTGCAA AGAGATGAAC TGGTGTATGT TTCATGTGGA 
GAACTCTGGA TCAATCCTGA CCTGTCCATT GCTCAGCAAA AGAAACAAAT ATTCCTGAGG 
AACCTAGAAT CAGACATTGC CAAAATTCAA ATCTTCTGCA GCACACATAA AATAGAAGCT 
CTTGTTTTAG AAGTCCAAAG TGACATTGTA TCTGGAAGCA AGCTTGCTGT GCATAAACCT 
GTAGCAATTT TTGGAGAAGA GAAGCAAGTT ACAGAACCGG AAGAAAAGCA AATGCAAGAA 
GATCCTCTAA CAACGGAAAA TGCTTCCAGT GAAATTCTAG ATTCACACGT AAGAGCTCAT 
CTTCGAATGA AGGCTTGTCA CACACTTCCC AGGTATGCCT GGCAGGAAAC TTCACATGAC 
TTTGATGAGG ATGACAGTCT TCCAAAGAAA ACGGAAAAAG GGCTCTTTGA AAATGTGGAA 
CCACAGAAGA AACACAGCTG TTCACCAAAG CATAGTAAAT TGCACAAGCA TTGTCATCAG 
CAGTTCGAAT ACAGAGATGG GCAGATTATA AGCCATGCTG CTCCTCAGCT AGTCTTGGGG 
GTTCAAGGTC CCAATCTCCG ATCAGGCATG GAGGTGGTTT TGGTGGAGAA GAAATCTGAT 
GGTAGTCATC AGCGCTGGAT ACACCAGGAA GACAGCAGGA CCTTTCACCT TGTGAGTAAC 
CCTGACCTTG TGCTGGCAGT GTCTATGACC AAGACTAGAA ATGAAGTTTG TGGCTATCCA 
GTTATTGTTC AGAAATATAA GCCGTACAAC AATGGAGCTG CCAATCAAAA GTGGCATTAC 
ATGAAAAATA TAAAAGCACT TGTGGCCTTT CATAGCACTG CCTTGGATAA GGAAATTACA 
TCAGCAAATT ATGCTGGTGT CTGTACATCA TCTGTGATTA AAGAAGAAAA CATTGATCAA 
CCAGGATACT GTTATCTCTC ACCTGATGGA AAGAGAAAAA CTATGCTCTG CTTGGCTTGT 
GGACAATCCA TGAGAACAGA GAAAGGACTG AAACAATTGC TTCCAGGGGT TCCATTCCTC 
TGTATTTCAG GCACCAAGAC TCAGAAGCCC TTCTTACAAG GGCCCTTCAA GGTCATCAGT 
GTGGCTGAGG TTGATTTGTC GTGTGACAAG GCTGAAAAAA CTCTAAGTTA CTACCAAGCA 
CGTCTATTGT CTTTACGGAT GAAGACCTGC ACGCAAGCTG CATCTCACAG TGGCATGGCA 
GCCACACACC AGAAGGCAGT GAAAATAATT GCATACAAAA ATGGGGATGG GTATCGTAAT 
GGGAAGTTAA TTGTGGCTGG AACATTCCCC ATGCTTCTTA CAGAATGCAC GGAACAACTT 
GGGCTTGCCA GAGCAGCCTC CAAAGTATAT ACCAAAGATG GAACCCCAAT CTTTACCTTG 
CGTGATTTGG TTTTATGGGC TCTAGATGAA TCCTTTCTCC AGAGAGACTC TGAGAAACAA 
AAGCAAGATG CAGCTCCTGT TGGAAAAGAA CAGATAATTG TTGAAAGTAT GGAAGAAAAT 
CCAAGAATGA AAGTGAAAAA CAGATTATTT GCAAAATCTG TGACATCCGA TAGTTTGGAT 
GGTATAGACA AGTCTTTGCT TACCCTCATC CTCAGAAATC CTATTGCCAT CTGGGTGTCT 
TGTGGTGAAC CATTTCTACC TCCAAATGCT TTGCAGAAAG CAGAAAAATT AGAGAAACAG 
AACTGGCTAA AAAAGGACAG AATTTTGGCT GATCTAGATA CCATGAGACA CAAAATGAGA 
CAGTTAAAAG GGCGGCGAGT AGCGGCATGT CAGCCAGCCA CCATGGTTCC TACCAAGAGC 
CCTGTGCAGC CCGTGGTGGT TGAAGGAGGC TGGACCGAAC AGACTCAACA GGAAATTAAA 
CTCATGGAAC TTATAAGACA TACAGAGGCA CACCTTTCTG AAATCCAAGA AATGGAATCC 
AAAATAAATT TTCCAATTGC AACCAAACGT ATAGCAGTCA AGCCGAGCAA CCTGTATAAG 
CAGCCCAACA CAAAACGAGT GTGGATTTAT CTAAATGGAG GCAGACCTGA AGATGGCACT 
TATGCCTGGG GCAAAACTAT TTCAGAGCTG CTGCAAGACT GCTCCTCTCG TCTCAAAATG 
ACCCACCCAG CTAGAGCACT GTACACCCCC AGTGGAGAGC CAATTCAGTC CTGGGACGAC 
ATAGAGCGAG ATATGGTCAT CTGTGTGTCT ATGGGACATG GTTTCAAAAC CCCAAAAGAG 
TTAAAACAAC TGATGGAGAT CAGAGCAAAT TATGCCAGAA TCCGAAGGCA GCAGGGCCCT 
CAAGCCACAG ACATTGTGGT GTCACCATCC ACGAAGCTGC TGTCTCTGGC ACATCTCCAC 
AATTAA

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

DCDC1 ( XM_024448477.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304245.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X8, mRNA.

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CloneID	OHu106652
Clone ID Related Accession (Same CDS sequence)	XM_024448477.1
Accession Version	XM_024448477.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5157bp) 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	doublecortin domain-containing protein 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGCTTCTT ACAGAATGCA CGGAACAACT TGGGCTTGCC 
AGAGCAGCCT CCAAAGTATA TACCAAAGAT GGAACCCCAA TCTTTACCTT GCGTGATTTG 
GTTTTATGGG CTCTAGATGA ATCCTTTCTC CAGAGAGACT CTGAGAAACA AAAGCAAGAT 
GCAGCTCCTG TTGGAAAAGA ACAGATAATT GTTGAAAGTA TGGAAGAAAA TCCAAGAATG 
AAAGTGAAAA ACAGATTATT TGCAAAATCT GTGACATCCG ATAGTTTGGA TGGTATAGAC 
AAGTCTTTGC TTACCCTCAT CCTCAGAAAT CCTATTGCCA TCTGGGTGTC TTGTGGTGAA 
CCATTTCTAC CTCCAAATGC TTTGCAGAAA GCAGAAAAAT TAGAGAAACA GAACTGGCTA 
AAAAAGGACA GAATTTTGGC TGATCTAGAT ACCATGAGAC ACAAAATGAG ACAGTTAAAA 
GGGCGGCGAG TAGCGGCATG TCAGCCAGCC ACCATGGTTC CTACCAAGAG CCCTGTGCAG 
CCCGTGGTGG TTGAAGGAGG CTGGACCGAA CAGACTCAAC AGGAAATTAA ACTCATGGAA 
CTTATAAGAC ATACAGAGGC ACACCTTTCT GAAATCCAAG AAATGGAATC CAAAATAAAT 
TTTCCAATTG CAACCAAACG TATAGCAGTC AAGCCGAGCA ACCTGTATAA GCAGCCCAAC 
ACAAAACGAG TGTGGATTTA TCTAAATGGA GGCAGACCTG AAGATGGCAC TTATGCCTGG 
GGCAAAACTA TTTCAGAGCT GCTGCAAGAC TGCTCCTCTC GTCTCAAAAT GACCCACCCA 
GCTAGAGCAC TGTACACCCC CAGTGGAGAG CCAATTCAGT CCTGGGACGA CATAGAGCGA 
GATATGGTCA TCTGTGTGTC TATGGGACAT GGTTTCAAAA CCCCAAAAGA GTTAAAACAA 
CTGATGGAGA TCAGAGCAAA TTATGCCAGA ATCCGAAGGC AGCAGGGCCC TCAAGCCACA 
GACATTGTGG TGTCACCATC CACGAAGCTG CTGTCTCTGG CACATCTCCA CAATTAA

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

RefSeq	XP_024304245.1
CDS	239..5395
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAELLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448477.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X8, mRNA.

Target ORF information:

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

XM_024448477.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGCTTCTT ACAGAATGCA CGGAACAACT TGGGCTTGCC 
AGAGCAGCCT CCAAAGTATA TACCAAAGAT GGAACCCCAA TCTTTACCTT GCGTGATTTG 
GTTTTATGGG CTCTAGATGA ATCCTTTCTC CAGAGAGACT CTGAGAAACA AAAGCAAGAT 
GCAGCTCCTG TTGGAAAAGA ACAGATAATT GTTGAAAGTA TGGAAGAAAA TCCAAGAATG 
AAAGTGAAAA ACAGATTATT TGCAAAATCT GTGACATCCG ATAGTTTGGA TGGTATAGAC 
AAGTCTTTGC TTACCCTCAT CCTCAGAAAT CCTATTGCCA TCTGGGTGTC TTGTGGTGAA 
CCATTTCTAC CTCCAAATGC TTTGCAGAAA GCAGAAAAAT TAGAGAAACA GAACTGGCTA 
AAAAAGGACA GAATTTTGGC TGATCTAGAT ACCATGAGAC ACAAAATGAG ACAGTTAAAA 
GGGCGGCGAG TAGCGGCATG TCAGCCAGCC ACCATGGTTC CTACCAAGAG CCCTGTGCAG 
CCCGTGGTGG TTGAAGGAGG CTGGACCGAA CAGACTCAAC AGGAAATTAA ACTCATGGAA 
CTTATAAGAC ATACAGAGGC ACACCTTTCT GAAATCCAAG AAATGGAATC CAAAATAAAT 
TTTCCAATTG CAACCAAACG TATAGCAGTC AAGCCGAGCA ACCTGTATAA GCAGCCCAAC 
ACAAAACGAG TGTGGATTTA TCTAAATGGA GGCAGACCTG AAGATGGCAC TTATGCCTGG 
GGCAAAACTA TTTCAGAGCT GCTGCAAGAC TGCTCCTCTC GTCTCAAAAT GACCCACCCA 
GCTAGAGCAC TGTACACCCC CAGTGGAGAG CCAATTCAGT CCTGGGACGA CATAGAGCGA 
GATATGGTCA TCTGTGTGTC TATGGGACAT GGTTTCAAAA CCCCAAAAGA GTTAAAACAA 
CTGATGGAGA TCAGAGCAAA TTATGCCAGA ATCCGAAGGC AGCAGGGCCC TCAAGCCACA 
GACATTGTGG TGTCACCATC CACGAAGCTG CTGTCTCTGG CACATCTCCA CAATTAA

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

DCDC1 ( XM_024448478.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304246.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X9, mRNA.

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CloneID	OHu106653
Clone ID Related Accession (Same CDS sequence)	XM_024448478.1
Accession Version	XM_024448478.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5061bp) 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	doublecortin domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

RefSeq	XP_024304246.1
CDS	239..5299
Translation	MAKTGAEDHREALSQSSLSLLTEAMEVLQQSSPEGTLDGNTVNPIYKYILNDLPREFMSSQAKAVIKTTDDYLQSQFGPNRLVHSAAVSEGSGLQDCSTHQTASDHSHDEISDLDSYKSNSKNNSCSISASKRNRPVSAPVGQLRVAEFSSLKFQSARNWQKLSQRHKLQPRVIKVTAYKNGSRTVFARVTVPTITLLLEECTEKLNLNMAARRVFLADGKEALEPEDIPHEADVYVSTGEPFLNPFKKIKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448478.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X9, mRNA.

Target ORF information:

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

XM_024448478.1

ORF Insert Sequence:

ATGGCAAAAA CAGGAGCAGA AGATCACAGA GAAGCACTAT CTCAGTCTTC CTTATCCCTC 
TTGACTGAAG CAATGGAAGT ATTACAGCAA AGTAGCCCTG AAGGCACTTT GGATGGGAAT 
ACTGTAAACC CAATTTACAA ATATATTTTG AATGATTTAC CAAGAGAGTT TATGTCATCC 
CAGGCAAAAG CAGTTATTAA AACTACTGAT GATTATTTGC AGTCTCAGTT TGGCCCCAAC 
AGACTCGTGC ATTCAGCAGC AGTATCAGAA GGGTCAGGAC TTCAAGATTG CTCCACACAT 
CAAACAGCAT CAGATCACAG CCATGATGAA ATATCAGACC TAGATAGCTA CAAATCAAAC 
AGTAAAAACA ATTCTTGTTC TATATCAGCA TCCAAGAGAA ACAGACCTGT CAGTGCTCCA 
GTGGGTCAAC TGAGGGTTGC AGAGTTCTCT TCTTTAAAAT TTCAGTCAGC CCGGAATTGG 
CAGAAATTGT CTCAAAGACA CAAACTTCAA CCAAGAGTGA TTAAAGTAAC AGCTTACAAA 
AATGGATCTA GAACAGTCTT TGCCAGAGTT ACTGTACCAA CCATCACCTT GCTGCTGGAG 
GAGTGCACAG AAAAGCTGAA TCTGAACATG GCCGCAAGAC GAGTGTTCTT GGCAGACGGC 
AAGGAAGCCC TCGAACCTGA AGATATACCC CATGAAGCCG ATGTTTATGT TTCAACGGGA 
GAGCCCTTTT TAAATCCATT CAAAAAAATT AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

DCDC1 ( XM_024448479.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304247.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X10, mRNA.

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CloneID	OHu106654
Clone ID Related Accession (Same CDS sequence)	XM_024448479.1
Accession Version	XM_024448479.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4641bp) 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	doublecortin domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATCAGAA GTTGGATAAT TGAACATGCT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

RefSeq	XP_024304247.1
CDS	178..4818
Translation	MIRSWIIEHAKDHLLLIKKVTWTMNGLMLPTDIKRRKTKPVLSIRMKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448479.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X10, mRNA.

Target ORF information:

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

XM_024448479.1

ORF Insert Sequence:

ATGATCAGAA GTTGGATAAT TGAACATGCT AAAGACCATC TGTTGTTAAT TAAGAAAGTA 
ACTTGGACAA TGAATGGGTT GATGCTTCCT ACTGATATCA AAAGACGGAA AACCAAGCCT 
GTTCTTTCTA TTAGAATGAA GAAACTTACT GAGAGGACCT CAGTCCGAAT TCTGTTCTTT 
AAGAATGGCA TGGGGCAGGA TGGGCATGAG ATTACAGTGG GAAAAGAAAC AATGAAAAAG 
GTTTTAGATA CTTGTACAAT AAGAATGAAT CTAAATTTAC CAGCCAGATA TTTTTATGAT 
TTGTATGGCA GAAAAATTGA AGATATTTCA AAAGTTCCTC TGCTTGAAAA ATGCCTGCAA 
AATTCCATCA CACCTTTGCG AGGACTACTT TGGGTCTCTA AGGGAGAAGG TTTCAGCCCC 
TCAGGAGCTA AGATGTACAT CCAAGGAGTT CTTTTGGCCC TGTACCAACG ATTAAAGTCT 
GCAAAAAAAT ATTATAAACA GTTGAACCTG GTCATGAATG AACAGAAGGA GAAAATTACA 
GAAAAAGTCA TTCTTTCAAT GACGGCAAAG GAACACCATA AGGAACAGGA AGAAGTGAGC 
AGGCTGATTG ATGAATTGCA GACAGCTATC AAAAGTAACA TAGGTCATCT CTGTAAACTT 
GGCCCCCAAT TACAGGCTGA GCAGGAGCAA TTCTCCTCTT ATGTCTACCA ACACATTAAA 
AGCCTTCCAG CAAACACGCT TGTCCCAGGA GGCCTGCAGC TTAAGGTATT TGAAAATGGT 
AAAAACACTG GAGAGATCTC TGTTGGTATC AGTAAAAAAG ATTTGGGATC GGATAGCCCA 
ATTCAAACTG ACCATATGAT GGAAAGATTA CTTCTCAAGA TTCATCAAAG GCTTCAAGGT 
TCTTCCATCA ACCCACCAGG CCTCAATTAT TCTTCAATGC GGCTTTTTGA TGAGAATGGC 
CAAGAAATTA AGAATCCACT TTCGCTGAAG AATGAGCAAA AAATTTGGGT CTCTTATGGT 
AGAGCATACA GATCTCCACT AAATCTTGCT TTGGGTTTGA CCTTTGACCG AGTGAGTGCA 
TTTGCCAGAG GTGATATCAT GGTTGCATAT AAGACCTTTT TGGATCCTAA TGCTGTTCTG 
CTACCTGGAT GTGGCAATTG GGAAGTTTGT GAGGGATTTC CAATTAATTT CAACTGTACC 
AGTCAACAGA TACCTGACCA GTTTGAAAAG GTGGACTTGG AGAACCATTT TCTACAGAAC 
AAGGTAGATC CCAATATTGT CCTTCATGCC TCTGTTTCCA TTGGAAAGTG GAGTTTCTCA 
GGCAGTGAAG CAAGCAGCAG GAGTCAAATA GCGCCATCGA TCCTGTGGCC TGTAGCCAGT 
GTGTGGCTGA TCACCAAGAC TGGAATGATC CTGAGCCGAG CGATAACTCA GGGCTGCCTG 
GCTATTGGTC ATCCTATCAG AGTCAAGGCT GCTGAGGGAA CATCACTAGA AGGATATAAA 
TTAATCTTAC AGAAAAGACA TAGTGGAGAT GACTCTCAGA AGTGGGTGTT TGGAACTGAT 
GGTTGCATTT ATTCAAAGGC TTATCCTCAG TTTGTTCTGA CCTACCTAGA GGAGCTAAAT 
GCACAAGTAG ATGTGACCCA GACAGAGTAT CACATTCACC ATGGTGCCTG GACCACAGCT 
CATCAGGAAC ATGGCAGAAA CTTAGCAGAA GAGGTTCTGC AAGAAAGTGC CAGCAACCTT 
GGTCTGAAGC AACTGCCAGA ACCCTCAGAC ACCCATTTAA TGCCAGAAGG TTCTCTTGAG 
GAGACGGGGG AGCTGACAGT AGCACTGGTG AGGAAACTGG AAGAGAAACA TCCTAAGGCT 
TCTGCTCAGA GGTGGGCCAT AAAACATGAA GGAACCAGTA AGCCAGGCCA GTGGAAACAT 
TCTAGAGTTG AAAATCCTCT ATGGAACAAG CTTACCTACA TGTGGCCTGT CCTTCCCAGT 
GGCCAACTTA ATGAGGAGTT TGATTGGCCA ATACAAGGAC TGCTTGTTCC GAGCAGTCCT 
CCCATGAAGA AACCCATCTG TAAGACAACA GAGCCATATG CCCCTGTGCG ACTCAGAGTT 
TTGCAGAATG GAGAGAAGAA TAAAAACAGA TCCGTTACTA TCCTTGGTCC AGATATCTCA 
CCTGGACGGA AAACGCAGTG CACTGAGATT TTAAATTTAC CTTCTGCAGC TCGGAGATTG 
TACAATGAAA AGGGGAAGGA AATATTTGCC TTAAAAGACC TGCAAAGAGA TGAACTGGTG 
TATGTTTCAT GTGGAGAACT CTGGATCAAT CCTGACCTGT CCATTGCTCA GCAAAAGAAA 
CAAATATTCC TGAGGAACCT AGAATCAGAC ATTGCCAAAA TTCAAATCTT CTGCAGCACA 
CATAAAATAG AAGCTCTTGT TTTAGAAGTC CAAAGTGACA TTGTATCTGG AAGCAAGCTT 
GCTGTGCATA AACCTGTAGC AATTTTTGGA GAAGAGAAGC AAGTTACAGA ACCGGAAGAA 
AAGCAAATGC AAGAAGATCC TCTAACAACG GAAAATGCTT CCAGTGAAAT TCTAGATTCA 
CACGTAAGAG CTCATCTTCG AATGAAGGCT TGTCACACAC TTCCCAGGTA TGCCTGGCAG 
GAAACTTCAC ATGACTTTGA TGAGGATGAC AGTCTTCCAA AGAAAACGGA AAAAGGGCTC 
TTTGAAAATG TGGAACCACA GAAGAAACAC AGCTGTTCAC CAAAGCATAG TAAATTGCAC 
AAGCATTGTC ATCAGCAGTT CGAATACAGA GATGGGCAGA TTATAAGCCA TGCTGCTCCT 
CAGCTAGTCT TGGGGGTTCA AGGTCCCAAT CTCCGATCAG GCATGGAGGT GGTTTTGGTG 
GAGAAGAAAT CTGATGGTAG TCATCAGCGC TGGATACACC AGGAAGACAG CAGGACCTTT 
CACCTTGTGA GTAACCCTGA CCTTGTGCTG GCAGTGTCTA TGACCAAGAC TAGAAATGAA 
GTTTGTGGCT ATCCAGTTAT TGTTCAGAAA TATAAGCCGT ACAACAATGG AGCTGCCAAT 
CAAAAGTGGC ATTACATGAA AAATATAAAA GCACTTGTGG CCTTTCATAG CACTGCCTTG 
GATAAGGAAA TTACATCAGC AAATTATGCT GGTGTCTGTA CATCATCTGT GATTAAAGAA 
GAAAACATTG ATCAACCAGG ATACTGTTAT CTCTCACCTG ATGGAAAGAG AAAAACTATG 
CTCTGCTTGG CTTGTGGACA ATCCATGAGA ACAGAGAAAG GACTGAAACA ATTGCTTCCA 
GGGGTTCCAT TCCTCTGTAT TTCAGGCACC AAGACTCAGA AGCCCTTCTT ACAAGGGCCC 
TTCAAGGTCA TCAGTGTGGC TGAGGTTGAT TTGTCGTGTG ACAAGGCTGA AAAAACTCTA 
AGTTACTACC AAGCACGTCT ATTGTCTTTA CGGATGAAGA CCTGCACGCA AGCTGCATCT 
CACAGTGGCA TGGCAGCCAC ACACCAGAAG GCAGTGAAAA TAATTGCATA CAAAAATGGG 
GATGGGTATC GTAATGGGAA GTTAATTGTG GCTGGAACAT TCCCCATGCT TCTTACAGAA 
TGCACGGAAC AACTTGGGCT TGCCAGAGCA GCCTCCAAAG TATATACCAA AGATGGAACC 
CCAATCTTTA CCTTGCGTGA TTTGGTTTTA TGGGCTCTAG ATGAATCCTT TCTCCAGAGA 
GACTCTGAGA AACAAAAGCA AGATGCAGCT CCTGTTGGAA AAGAACAGAT AATTGTTGAA 
AGTATGGAAG AAAATCCAAG AATGAAAGTG AAAAACAGAT TATTTGCAAA ATCTGTGACA 
TCCGATAGTT TGGATGGTAT AGACAAGTCT TTGCTTACCC TCATCCTCAG AAATCCTATT 
GCCATCTGGG TGTCTTGTGG TGAACCATTT CTACCTCCAA ATGCTTTGCA GAAAGCAGAA 
AAATTAGAGA AACAGAACTG GCTAAAAAAG GACAGAATTT TGGCTGATCT AGATACCATG 
AGACACAAAA TGAGACAGTT AAAAGGGCGG CGAGTAGCGG CATGTCAGCC AGCCACCATG 
GTTCCTACCA AGAGCCCTGT GCAGCCCGTG GTGGTTGAAG GAGGCTGGAC CGAACAGACT 
CAACAGGAAA TTAAACTCAT GGAACTTATA AGACATACAG AGGCACACCT TTCTGAAATC 
CAAGAAATGG AATCCAAAAT AAATTTTCCA ATTGCAACCA AACGTATAGC AGTCAAGCCG 
AGCAACCTGT ATAAGCAGCC CAACACAAAA CGAGTGTGGA TTTATCTAAA TGGAGGCAGA 
CCTGAAGATG GCACTTATGC CTGGGGCAAA ACTATTTCAG AGCTGCTGCA AGACTGCTCC 
TCTCGTCTCA AAATGACCCA CCCAGCTAGA GCACTGTACA CCCCCAGTGG AGAGCCAATT 
CAGTCCTGGG ACGACATAGA GCGAGATATG GTCATCTGTG TGTCTATGGG ACATGGTTTC 
AAAACCCCAA AAGAGTTAAA ACAACTGATG GAGATCAGAG CAAATTATGC CAGAATCCGA 
AGGCAGCAGG GCCCTCAAGC CACAGACATT GTGGTGTCAC CATCCACGAA GCTGCTGTCT 
CTGGCACATC TCCACAATTA A

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

DCDC1 ( XM_024448480.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304248.1 Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X11, mRNA.

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CloneID	OHu106655
Clone ID Related Accession (Same CDS sequence)	XM_024448480.1
Accession Version	XM_024448480.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4506bp) 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	doublecortin domain-containing protein 1 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGAAAC TTACTGAGAG GACCTCAGTC CGAATTCTGT TCTTTAAGAA TGGCATGGGG 
CAGGATGGGC ATGAGATTAC AGTGGGAAAA GAAACAATGA AAAAGGTTTT AGATACTTGT 
ACAATAAGAA TGAATCTAAA TTTACCAGCC AGATATTTTT ATGATTTGTA TGGCAGAAAA 
ATTGAAGATA TTTCAAAAGT TCCTCTGCTT GAAAAATGCC TGCAAAATTC CATCACACCT 
TTGCGAGGAC TACTTTGGGT CTCTAAGGGA GAAGGTTTCA GCCCCTCAGG AGCTAAGATG 
TACATCCAAG GAGTTCTTTT GGCCCTGTAC CAACGATTAA AGTCTGCAAA AAAATATTAT 
AAACAGTTGA ACCTGGTCAT GAATGAACAG AAGGAGAAAA TTACAGAAAA AGTCATTCTT 
TCAATGACGG CAAAGGAACA CCATAAGGAA CAGGAAGAAG TGAGCAGGCT GATTGATGAA 
TTGCAGACAG CTATCAAAAG TAACATAGGT CATCTCTGTA AACTTGGCCC CCAATTACAG 
GCTGAGCAGG AGCAATTCTC CTCTTATGTC TACCAACACA TTAAAAGCCT TCCAGCAAAC 
ACGCTTGTCC CAGGAGGCCT GCAGCTTAAG GTATTTGAAA ATGGTAAAAA CACTGGAGAG 
ATCTCTGTTG GTATCAGTAA AAAAGATTTG GGATCGGATA GCCCAATTCA AACTGACCAT 
ATGATGGAAA GATTACTTCT CAAGATTCAT CAAAGGCTTC AAGGTTCTTC CATCAACCCA 
CCAGGCCTCA ATTATTCTTC AATGCGGCTT TTTGATGAGA ATGGCCAAGA AATTAAGAAT 
CCACTTTCGC TGAAGAATGA GCAAAAAATT TGGGTCTCTT ATGGTAGAGC ATACAGATCT 
CCACTAAATC TTGCTTTGGG TTTGACCTTT GACCGAGTGA GTGCATTTGC CAGAGGTGAT 
ATCATGGTTG CATATAAGAC CTTTTTGGAT CCTAATGCTG TTCTGCTACC TGGATGTGGC 
AATTGGGAAG TTTGTGAGGG ATTTCCAATT AATTTCAACT GTACCAGTCA ACAGATACCT 
GACCAGTTTG AAAAGGTGGA CTTGGAGAAC CATTTTCTAC AGAACAAGGT AGATCCCAAT 
ATTGTCCTTC ATGCCTCTGT TTCCATTGGA AAGTGGAGTT TCTCAGGCAG TGAAGCAAGC 
AGCAGGAGTC AAATAGCGCC ATCGATCCTG TGGCCTGTAG CCAGTGTGTG GCTGATCACC 
AAGACTGGAA TGATCCTGAG CCGAGCGATA ACTCAGGGCT GCCTGGCTAT TGGTCATCCT 
ATCAGAGTCA AGGCTGCTGA GGGAACATCA CTAGAAGGAT ATAAATTAAT CTTACAGAAA 
AGACATAGTG GAGATGACTC TCAGAAGTGG GTGTTTGGAA CTGATGGTTG CATTTATTCA 
AAGGCTTATC CTCAGTTTGT TCTGACCTAC CTAGAGGAGC TAAATGCACA AGTAGATGTG 
ACCCAGACAG AGTATCACAT TCACCATGGT GCCTGGACCA CAGCTCATCA GGAACATGGC 
AGAAACTTAG CAGAAGAGGT TCTGCAAGAA AGTGCCAGCA ACCTTGGTCT GAAGCAACTG 
CCAGAACCCT CAGACACCCA TTTAATGCCA GAAGGTTCTC TTGAGGAGAC GGGGGAGCTG 
ACAGTAGCAC TGGTGAGGAA ACTGGAAGAG AAACATCCTA AGGCTTCTGC TCAGAGGTGG 
GCCATAAAAC ATGAAGGAAC CAGTAAGCCA GGCCAGTGGA AACATTCTAG AGTTGAAAAT 
CCTCTATGGA ACAAGCTTAC CTACATGTGG CCTGTCCTTC CCAGTGGCCA ACTTAATGAG 
GAGTTTGATT GGCCAATACA AGGACTGCTT GTTCCGAGCA GTCCTCCCAT GAAGAAACCC 
ATCTGTAAGA CAACAGAGCC ATATGCCCCT GTGCGACTCA GAGTTTTGCA GAATGGAGAG 
AAGAATAAAA ACAGATCCGT TACTATCCTT GGTCCAGATA TCTCACCTGG ACGGAAAACG 
CAGTGCACTG AGATTTTAAA TTTACCTTCT GCAGCTCGGA GATTGTACAA TGAAAAGGGG 
AAGGAAATAT TTGCCTTAAA AGACCTGCAA AGAGATGAAC TGGTGTATGT TTCATGTGGA 
GAACTCTGGA TCAATCCTGA CCTGTCCATT GCTCAGCAAA AGAAACAAAT ATTCCTGAGG 
AACCTAGAAT CAGACATTGC CAAAATTCAA ATCTTCTGCA GCACACATAA AATAGAAGCT 
CTTGTTTTAG AAGTCCAAAG TGACATTGTA TCTGGAAGCA AGCTTGCTGT GCATAAACCT 
GTAGCAATTT TTGGAGAAGA GAAGCAAGTT ACAGAACCGG AAGAAAAGCA AATGCAAGAA 
GATCCTCTAA CAACGGAAAA TGCTTCCAGT GAAATTCTAG ATTCACACGT AAGAGCTCAT 
CTTCGAATGA AGGCTTGTCA CACACTTCCC AGGTATGCCT GGCAGGAAAC TTCACATGAC 
TTTGATGAGG ATGACAGTCT TCCAAAGAAA ACGGAAAAAG GGCTCTTTGA AAATGTGGAA 
CCACAGAAGA AACACAGCTG TTCACCAAAG CATAGTAAAT TGCACAAGCA TTGTCATCAG 
CAGTTCGAAT ACAGAGATGG GCAGATTATA AGCCATGCTG CTCCTCAGCT AGTCTTGGGG 
GTTCAAGGTC CCAATCTCCG ATCAGGCATG GAGGTGGTTT TGGTGGAGAA GAAATCTGAT 
GGTAGTCATC AGCGCTGGAT ACACCAGGAA GACAGCAGGA CCTTTCACCT TGTGAGTAAC 
CCTGACCTTG TGCTGGCAGT GTCTATGACC AAGACTAGAA ATGAAGTTTG TGGCTATCCA 
GTTATTGTTC AGAAATATAA GCCGTACAAC AATGGAGCTG CCAATCAAAA GTGGCATTAC 
ATGAAAAATA TAAAAGCACT TGTGGCCTTT CATAGCACTG CCTTGGATAA GGAAATTACA 
TCAGCAAATT ATGCTGGTGT CTGTACATCA TCTGTGATTA AAGAAGAAAA CATTGATCAA 
CCAGGATACT GTTATCTCTC ACCTGATGGA AAGAGAAAAA CTATGCTCTG CTTGGCTTGT 
GGACAATCCA TGAGAACAGA GAAAGGACTG AAACAATTGC TTCCAGGGGT TCCATTCCTC 
TGTATTTCAG GCACCAAGAC TCAGAAGCCC TTCTTACAAG GGCCCTTCAA GGTCATCAGT 
GTGGCTGAGG TTGATTTGTC GTGTGACAAG GCTGAAAAAA CTCTAAGTTA CTACCAAGCA 
CGTCTATTGT CTTTACGGAT GAAGACCTGC ACGCAAGCTG CATCTCACAG TGGCATGGCA 
GCCACACACC AGAAGGCAGT GAAAATAATT GCATACAAAA ATGGGGATGG GTATCGTAAT 
GGGAAGTTAA TTGTGGCTGG AACATTCCCC ATGCTTCTTA CAGAATGCAC GGAACAACTT 
GGGCTTGCCA GAGCAGCCTC CAAAGTATAT ACCAAAGATG GAACCCCAAT CTTTACCTTG 
CGTGATTTGG TTTTATGGGC TCTAGATGAA TCCTTTCTCC AGAGAGACTC TGAGAAACAA 
AAGCAAGATG CAGCTCCTGT TGGAAAAGAA CAGATAATTG TTGAAAGTAT GGAAGAAAAT 
CCAAGAATGA AAGTGAAAAA CAGATTATTT GCAAAATCTG TGACATCCGA TAGTTTGGAT 
GGTATAGACA AGTCTTTGCT TACCCTCATC CTCAGAAATC CTATTGCCAT CTGGGTGTCT 
TGTGGTGAAC CATTTCTACC TCCAAATGCT TTGCAGAAAG CAGAAAAATT AGAGAAACAG 
AACTGGCTAA AAAAGGACAG AATTTTGGCT GATCTAGATA CCATGAGACA CAAAATGAGA 
CAGTTAAAAG GGCGGCGAGT AGCGGCATGT CAGCCAGCCA CCATGGTTCC TACCAAGAGC 
CCTGTGCAGC CCGTGGTGGT TGAAGGAGGC TGGACCGAAC AGACTCAACA GGAAATTAAA 
CTCATGGAAC TTATAAGACA TACAGAGGCA CACCTTTCTG AAATCCAAGA AATGGAATCC 
AAAATAAATT TTCCAATTGC AACCAAACGT ATAGCAGTCA AGCCGAGCAA CCTGTATAAG 
CAGCCCAACA CAAAACGAGT GTGGATTTAT CTAAATGGAG GCAGACCTGA AGATGGCACT 
TATGCCTGGG GCAAAACTAT TTCAGAGCTG CTGCAAGACT GCTCCTCTCG TCTCAAAATG 
ACCCACCCAG CTAGAGCACT GTACACCCCC AGTGGAGAGC CAATTCAGTC CTGGGACGAC 
ATAGAGCGAG ATATGGTCAT CTGTGTGTCT ATGGGACATG GTTTCAAAAC CCCAAAAGAG 
TTAAAACAAC TGATGGAGAT CAGAGCAAAT TATGCCAGAA TCCGAAGGCA GCAGGGCCCT 
CAAGCCACAG ACATTGTGGT GTCACCATCC ACGAAGCTGC TGTCTCTGGC ACATCTCCAC 
AATTAA

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

RefSeq	XP_024304248.1
CDS	87..4592
Translation	MKKLTERTSVRILFFKNGMGQDGHEITVGKETMKKVLDTCTIRMNLNLPARYFYDLYGRKIEDISKVPLLEKCLQNSITPLRGLLWVSKGEGFSPSGAKMYIQGVLLALYQRLKSAKKYYKQLNLVMNEQKEKITEKVILSMTAKEHHKEQEEVSRLIDELQTAIKSNIGHLCKLGPQLQAEQEQFSSYVYQHIKSLPANTLVPGGLQLKVFENGKNTGEISVGISKKDLGSDSPIQTDHMMERLLLKIHQRLQGSSINPPGLNYSSMRLFDENGQEIKNPLSLKNEQKIWVSYGRAYRSPLNLALGLTFDRVSAFARGDIMVAYKTFLDPNAVLLPGCGNWEVCEGFPINFNCTSQQIPDQFEKVDLENHFLQNKVDPNIVLHASVSIGKWSFSGSEASSRSQIAPSILWPVASVWLITKTGMILSRAITQGCLAIGHPIRVKAAEGTSLEGYKLILQKRHSGDDSQKWVFGTDGCIYSKAYPQFVLTYLEELNAQVDVTQTEYHIHHGAWTTAHQEHGRNLAEEVLQESASNLGLKQLPEPSDTHLMPEGSLEETGELTVALVRKLEEKHPKASAQRWAIKHEGTSKPGQWKHSRVENPLWNKLTYMWPVLPSGQLNEEFDWPIQGLLVPSSPPMKKPICKTTEPYAPVRLRVLQNGEKNKNRSVTILGPDISPGRKTQCTEILNLPSAARRLYNEKGKEIFALKDLQRDELVYVSCGELWINPDLSIAQQKKQIFLRNLESDIAKIQIFCSTHKIEALVLEVQSDIVSGSKLAVHKPVAIFGEEKQVTEPEEKQMQEDPLTTENASSEILDSHVRAHLRMKACHTLPRYAWQETSHDFDEDDSLPKKTEKGLFENVEPQKKHSCSPKHSKLHKHCHQQFEYRDGQIISHAAPQLVLGVQGPNLRSGMEVVLVEKKSDGSHQRWIHQEDSRTFHLVSNPDLVLAVSMTKTRNEVCGYPVIVQKYKPYNNGAANQKWHYMKNIKALVAFHSTALDKEITSANYAGVCTSSVIKEENIDQPGYCYLSPDGKRKTMLCLACGQSMRTEKGLKQLLPGVPFLCISGTKTQKPFLQGPFKVISVAEVDLSCDKAEKTLSYYQARLLSLRMKTCTQAASHSGMAATHQKAVKIIAYKNGDGYRNGKLIVAGTFPMLLTECTEQLGLARAASKVYTKDGTPIFTLRDLVLWALDESFLQRDSEKQKQDAAPVGKEQIIVESMEENPRMKVKNRLFAKSVTSDSLDGIDKSLLTLILRNPIAIWVSCGEPFLPPNALQKAEKLEKQNWLKKDRILADLDTMRHKMRQLKGRRVAACQPATMVPTKSPVQPVVVEGGWTEQTQQEIKLMELIRHTEAHLSEIQEMESKINFPIATKRIAVKPSNLYKQPNTKRVWIYLNGGRPEDGTYAWGKTISELLQDCSSRLKMTHPARALYTPSGEPIQSWDDIERDMVICVSMGHGFKTPKELKQLMEIRANYARIRRQQGPQATDIVVSPSTKLLSLAHLHN

Target ORF information:

RefSeq Version	XM_024448480.1
Organism	Homo sapiens(human)
Definition	Homo sapiens doublecortin domain containing 1 (DCDC1), transcript variant X11, mRNA.

Target ORF information:

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

XM_024448480.1

ORF Insert Sequence:

ATGAAGAAAC TTACTGAGAG GACCTCAGTC CGAATTCTGT TCTTTAAGAA TGGCATGGGG 
CAGGATGGGC ATGAGATTAC AGTGGGAAAA GAAACAATGA AAAAGGTTTT AGATACTTGT 
ACAATAAGAA TGAATCTAAA TTTACCAGCC AGATATTTTT ATGATTTGTA TGGCAGAAAA 
ATTGAAGATA TTTCAAAAGT TCCTCTGCTT GAAAAATGCC TGCAAAATTC CATCACACCT 
TTGCGAGGAC TACTTTGGGT CTCTAAGGGA GAAGGTTTCA GCCCCTCAGG AGCTAAGATG 
TACATCCAAG GAGTTCTTTT GGCCCTGTAC CAACGATTAA AGTCTGCAAA AAAATATTAT 
AAACAGTTGA ACCTGGTCAT GAATGAACAG AAGGAGAAAA TTACAGAAAA AGTCATTCTT 
TCAATGACGG CAAAGGAACA CCATAAGGAA CAGGAAGAAG TGAGCAGGCT GATTGATGAA 
TTGCAGACAG CTATCAAAAG TAACATAGGT CATCTCTGTA AACTTGGCCC CCAATTACAG 
GCTGAGCAGG AGCAATTCTC CTCTTATGTC TACCAACACA TTAAAAGCCT TCCAGCAAAC 
ACGCTTGTCC CAGGAGGCCT GCAGCTTAAG GTATTTGAAA ATGGTAAAAA CACTGGAGAG 
ATCTCTGTTG GTATCAGTAA AAAAGATTTG GGATCGGATA GCCCAATTCA AACTGACCAT 
ATGATGGAAA GATTACTTCT CAAGATTCAT CAAAGGCTTC AAGGTTCTTC CATCAACCCA 
CCAGGCCTCA ATTATTCTTC AATGCGGCTT TTTGATGAGA ATGGCCAAGA AATTAAGAAT 
CCACTTTCGC TGAAGAATGA GCAAAAAATT TGGGTCTCTT ATGGTAGAGC ATACAGATCT 
CCACTAAATC TTGCTTTGGG TTTGACCTTT GACCGAGTGA GTGCATTTGC CAGAGGTGAT 
ATCATGGTTG CATATAAGAC CTTTTTGGAT CCTAATGCTG TTCTGCTACC TGGATGTGGC 
AATTGGGAAG TTTGTGAGGG ATTTCCAATT AATTTCAACT GTACCAGTCA ACAGATACCT 
GACCAGTTTG AAAAGGTGGA CTTGGAGAAC CATTTTCTAC AGAACAAGGT AGATCCCAAT 
ATTGTCCTTC ATGCCTCTGT TTCCATTGGA AAGTGGAGTT TCTCAGGCAG TGAAGCAAGC 
AGCAGGAGTC AAATAGCGCC ATCGATCCTG TGGCCTGTAG CCAGTGTGTG GCTGATCACC 
AAGACTGGAA TGATCCTGAG CCGAGCGATA ACTCAGGGCT GCCTGGCTAT TGGTCATCCT 
ATCAGAGTCA AGGCTGCTGA GGGAACATCA CTAGAAGGAT ATAAATTAAT CTTACAGAAA 
AGACATAGTG GAGATGACTC TCAGAAGTGG GTGTTTGGAA CTGATGGTTG CATTTATTCA 
AAGGCTTATC CTCAGTTTGT TCTGACCTAC CTAGAGGAGC TAAATGCACA AGTAGATGTG 
ACCCAGACAG AGTATCACAT TCACCATGGT GCCTGGACCA CAGCTCATCA GGAACATGGC 
AGAAACTTAG CAGAAGAGGT TCTGCAAGAA AGTGCCAGCA ACCTTGGTCT GAAGCAACTG 
CCAGAACCCT CAGACACCCA TTTAATGCCA GAAGGTTCTC TTGAGGAGAC GGGGGAGCTG 
ACAGTAGCAC TGGTGAGGAA ACTGGAAGAG AAACATCCTA AGGCTTCTGC TCAGAGGTGG 
GCCATAAAAC ATGAAGGAAC CAGTAAGCCA GGCCAGTGGA AACATTCTAG AGTTGAAAAT 
CCTCTATGGA ACAAGCTTAC CTACATGTGG CCTGTCCTTC CCAGTGGCCA ACTTAATGAG 
GAGTTTGATT GGCCAATACA AGGACTGCTT GTTCCGAGCA GTCCTCCCAT GAAGAAACCC 
ATCTGTAAGA CAACAGAGCC ATATGCCCCT GTGCGACTCA GAGTTTTGCA GAATGGAGAG 
AAGAATAAAA ACAGATCCGT TACTATCCTT GGTCCAGATA TCTCACCTGG ACGGAAAACG 
CAGTGCACTG AGATTTTAAA TTTACCTTCT GCAGCTCGGA GATTGTACAA TGAAAAGGGG 
AAGGAAATAT TTGCCTTAAA AGACCTGCAA AGAGATGAAC TGGTGTATGT TTCATGTGGA 
GAACTCTGGA TCAATCCTGA CCTGTCCATT GCTCAGCAAA AGAAACAAAT ATTCCTGAGG 
AACCTAGAAT CAGACATTGC CAAAATTCAA ATCTTCTGCA GCACACATAA AATAGAAGCT 
CTTGTTTTAG AAGTCCAAAG TGACATTGTA TCTGGAAGCA AGCTTGCTGT GCATAAACCT 
GTAGCAATTT TTGGAGAAGA GAAGCAAGTT ACAGAACCGG AAGAAAAGCA AATGCAAGAA 
GATCCTCTAA CAACGGAAAA TGCTTCCAGT GAAATTCTAG ATTCACACGT AAGAGCTCAT 
CTTCGAATGA AGGCTTGTCA CACACTTCCC AGGTATGCCT GGCAGGAAAC TTCACATGAC 
TTTGATGAGG ATGACAGTCT TCCAAAGAAA ACGGAAAAAG GGCTCTTTGA AAATGTGGAA 
CCACAGAAGA AACACAGCTG TTCACCAAAG CATAGTAAAT TGCACAAGCA TTGTCATCAG 
CAGTTCGAAT ACAGAGATGG GCAGATTATA AGCCATGCTG CTCCTCAGCT AGTCTTGGGG 
GTTCAAGGTC CCAATCTCCG ATCAGGCATG GAGGTGGTTT TGGTGGAGAA GAAATCTGAT 
GGTAGTCATC AGCGCTGGAT ACACCAGGAA GACAGCAGGA CCTTTCACCT TGTGAGTAAC 
CCTGACCTTG TGCTGGCAGT GTCTATGACC AAGACTAGAA ATGAAGTTTG TGGCTATCCA 
GTTATTGTTC AGAAATATAA GCCGTACAAC AATGGAGCTG CCAATCAAAA GTGGCATTAC 
ATGAAAAATA TAAAAGCACT TGTGGCCTTT CATAGCACTG CCTTGGATAA GGAAATTACA 
TCAGCAAATT ATGCTGGTGT CTGTACATCA TCTGTGATTA AAGAAGAAAA CATTGATCAA 
CCAGGATACT GTTATCTCTC ACCTGATGGA AAGAGAAAAA CTATGCTCTG CTTGGCTTGT 
GGACAATCCA TGAGAACAGA GAAAGGACTG AAACAATTGC TTCCAGGGGT TCCATTCCTC 
TGTATTTCAG GCACCAAGAC TCAGAAGCCC TTCTTACAAG GGCCCTTCAA GGTCATCAGT 
GTGGCTGAGG TTGATTTGTC GTGTGACAAG GCTGAAAAAA CTCTAAGTTA CTACCAAGCA 
CGTCTATTGT CTTTACGGAT GAAGACCTGC ACGCAAGCTG CATCTCACAG TGGCATGGCA 
GCCACACACC AGAAGGCAGT GAAAATAATT GCATACAAAA ATGGGGATGG GTATCGTAAT 
GGGAAGTTAA TTGTGGCTGG AACATTCCCC ATGCTTCTTA CAGAATGCAC GGAACAACTT 
GGGCTTGCCA GAGCAGCCTC CAAAGTATAT ACCAAAGATG GAACCCCAAT CTTTACCTTG 
CGTGATTTGG TTTTATGGGC TCTAGATGAA TCCTTTCTCC AGAGAGACTC TGAGAAACAA 
AAGCAAGATG CAGCTCCTGT TGGAAAAGAA CAGATAATTG TTGAAAGTAT GGAAGAAAAT 
CCAAGAATGA AAGTGAAAAA CAGATTATTT GCAAAATCTG TGACATCCGA TAGTTTGGAT 
GGTATAGACA AGTCTTTGCT TACCCTCATC CTCAGAAATC CTATTGCCAT CTGGGTGTCT 
TGTGGTGAAC CATTTCTACC TCCAAATGCT TTGCAGAAAG CAGAAAAATT AGAGAAACAG 
AACTGGCTAA AAAAGGACAG AATTTTGGCT GATCTAGATA CCATGAGACA CAAAATGAGA 
CAGTTAAAAG GGCGGCGAGT AGCGGCATGT CAGCCAGCCA CCATGGTTCC TACCAAGAGC 
CCTGTGCAGC CCGTGGTGGT TGAAGGAGGC TGGACCGAAC AGACTCAACA GGAAATTAAA 
CTCATGGAAC TTATAAGACA TACAGAGGCA CACCTTTCTG AAATCCAAGA AATGGAATCC 
AAAATAAATT TTCCAATTGC AACCAAACGT ATAGCAGTCA AGCCGAGCAA CCTGTATAAG 
CAGCCCAACA CAAAACGAGT GTGGATTTAT CTAAATGGAG GCAGACCTGA AGATGGCACT 
TATGCCTGGG GCAAAACTAT TTCAGAGCTG CTGCAAGACT GCTCCTCTCG TCTCAAAATG 
ACCCACCCAG CTAGAGCACT GTACACCCCC AGTGGAGAGC CAATTCAGTC CTGGGACGAC 
ATAGAGCGAG ATATGGTCAT CTGTGTGTCT ATGGGACATG GTTTCAAAAC CCCAAAAGAG 
TTAAAACAAC TGATGGAGAT CAGAGCAAAT TATGCCAGAA TCCGAAGGCA GCAGGGCCCT 
CAAGCCACAG ACATTGTGGT GTCACCATCC ACGAAGCTGC TGTCTCTGGC ACATCTCCAC 
AATTAA

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

PubMed

Meta-analysis identifies multiple loci associated with kidney function-related traits in east Asian populations.
Nature genetics44(8)904-9(2012 Jul)
Okada Y,Sim X,Go MJ,Wu JY,Gu D,Takeuchi F,Takahashi A,Maeda S,Tsunoda T,Chen P,Lim SC,Wong TY,Liu J,Young TL,Aung T,Seielstad M,Teo YY,Kim YJ,Lee JY,Han BG,Kang D,Chen CH,Tsai FJ,Chang LC,Fann SJ,Mei H,Rao DC,Hixson JE,Chen S,Katsuya T,Isono M,Ogihara T,Chambers JC,Zhang W,Kooner JS,,,Albrecht E,,Yamamoto K,Kubo M,Nakamura Y,Kamatani N,Kato N,He J,Chen YT,Cho YS,Tai ES,Tanaka T

Genome-wide meta-analysis identifies 56 bone mineral density loci and reveals 14 loci associated with risk of fracture.
Nature genetics44(5)491-501(2012 Apr)
Estrada K,Styrkarsdottir U,Evangelou E,Hsu YH,Duncan EL,Ntzani EE,Oei L,Albagha OM,Amin N,Kemp JP,Koller DL,Li G,Liu CT,Minster RL,Moayyeri A,Vandenput L,Willner D,Xiao SM,Yerges-Armstrong LM,Zheng HF,Alonso N,Eriksson J,Kammerer CM,Kaptoge SK,Leo PJ,Thorleifsson G,Wilson SG,Wilson JF,Aalto V,Alen M,Aragaki AK,Aspelund T,Center JR,Dailiana Z,Duggan DJ,Garcia M,Garcia-Giralt N,Giroux S,Hallmans G,Hocking LJ,Husted LB,Jameson KA,Khusainova R,Kim GS,Kooperberg C,Koromila T,Kruk M,Laaksonen M,Lacroix AZ,Lee SH,Leung PC,Lewis JR,Masi L,Mencej-Bedrac S,Nguyen TV,Nogues X,Patel MS,Prezelj J,Rose LM,Scollen S,Siggeirsdottir K,Smith AV,Svensson O,Trompet S,Trummer O,van Schoor NM,Woo J,Zhu K,Balcells S,Brandi ML,Buckley BM,Cheng S,Christiansen C,Cooper C,Dedoussis G,Ford I,Frost M,Goltzman D,Gonz?lez-Mac?as J,K?h?nen M,Karlsson M,Khusnutdinova E,Koh JM,Kollia P,Langdahl BL,Leslie WD,Lips P,Ljunggren ?,Lorenc RS,Marc J,Mellstr?m D,Obermayer-Pietsch B,Olmos JM,Pettersson-Kymmer U,Reid DM,Riancho JA,Ridker PM,Rousseau F,Slagboom PE,Tang NL,Urreizti R,Van Hul W,Viikari J,Zarrabeitia MT,Aulchenko YS,Castano-Betancourt M,Grundberg E,Herrera L,Ingvarsson T,Johannsdottir H,Kwan T,Li R,Luben R,Medina-G?mez C,Palsson ST,Reppe S,Rotter JI,Sigurdsson G,van Meurs JB,Verlaan D,Williams FM,Wood AR,Zhou Y,Gautvik KM,Pastinen T,Raychaudhuri S,Cauley JA,Chasman DI,Clark GR,Cummings SR,Danoy P,Dennison EM,Eastell R,Eisman JA,Gudnason V,Hofman A,Jackson RD,Jones G,Jukema JW,Khaw KT,Lehtim?ki T,Liu Y,Lorentzon M,McCloskey E,Mitchell BD,Nandakumar K,Nicholson GC,Oostra BA,Peacock M,Pols HA,Prince RL,Raitakari O,Reid IR,Robbins J,Sambrook PN,Sham PC,Shuldiner AR,Tylavsky FA,van Duijn CM,Wareham NJ,Cupples LA,Econs MJ,Evans DM,Harris TB,Kung AW,Psaty BM,Reeve J,Spector TD,Streeten EA,Zillikens MC,Thorsteinsdottir U,Ohlsson C,Karasik D,Richards JB,Brown MA,Stefansson K,Uitterlinden AG,Ralston SH,Ioannidis JP,Kiel DP,Rivadeneira F

Linking cytoplasmic dynein and transport of Rab8 vesicles to the midbody during cytokinesis by the doublecortin domain-containing 5 protein.
Journal of cell science124(Pt 23)3989-4000(2011 Dec)
Kaplan A,Reiner O

A 556 kb deletion in the downstream region of the PAX6 gene causes familial aniridia and other eye anomalies in a Chinese family.
Molecular vision17448-55(2011 Feb)
Cheng F,Song W,Kang Y,Yu S,Yuan H

The doublecortin gene family and disorders of neuronal structure.
Central nervous system agents in medicinal chemistry10(1)32-46(2010 Mar)
Dijkmans TF,van Hooijdonk LW,Fitzsimons CP,Vreugdenhil E

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DCDC1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

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