DSCAM cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	DSCAM
Entrez Gene ID	1826
Full Name	DS cell adhesion molecule
Synonyms	CHD2,CHD2-42,CHD2-52
General protein information	Preferred Names DS cell adhesion molecule Names Down syndrome cell adhesion molecule
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 21 Map Location: 21q22.2
Summary	This gene is a member of the immunoglobulin superfamily of cell adhesion molecules (Ig-CAMs), and is involved in human central and peripheral nervous system development. This gene is a candidate for Down syndrome and congenital heart disease (DSCHD). A gene encoding a similar Ig-CAM protein is located on chromosome 11. Alternatively spliced transcript variants encoding multiple isoforms have been observed for this gene. [provided by RefSeq, Oct 2012].
Disorder MIM:	602523

mRNA and Protein(s)

mRNA	Protein	Name
NM_001389.5	NP_001380.2	Down syndrome cell adhesion molecule isoform CHD2-42 precursor
NM_001271534.3	NP_001258463.1	Down syndrome cell adhesion molecule isoform 2 precursor
NM_001389.3	NP_001380.2	Down syndrome cell adhesion molecule isoform CHD2-42 precursor
NM_001389.4	NP_001380.2	Down syndrome cell adhesion molecule isoform CHD2-42 precursor
NM_001271534.1	NP_001258463.1	Down syndrome cell adhesion molecule isoform 2 precursor
NM_001271534.2	NP_001258463.1	Down syndrome cell adhesion molecule isoform 2 precursor
XM_017028281.1	XP_016883770.1	Down syndrome cell adhesion molecule isoform X1

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	DSCAM	XP_001171538.1
Gallus gallus (chicken)	DSCAM	XP_416734.4
Danio rerio (zebrafish)	dscama	NP_001025395.1
Canis lupus familiaris (dog)	DSCAM	XP_005639051.1
Mus musculus (house mouse)	Dscam	NP_112451.1
Bos taurus (cattle)	DSCAM	XP_002685157.1
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP007092	XP_308666.4
Homo sapiens (human)	DSCAM	NP_001380.2
	DSCAM	XP_002803170.1
Rattus norvegicus (Norway rat)	Dscam	NP_598271.1
Drosophila melanogaster (fruit fly)	Dscam4	NP_001137908.1
Xenopus tropicalis (tropical clawed frog)	dscam	NP_001136135.1

Gene Ontology
Bibliography

Related articles in PubMed

An analysis of gene expression in PTSD implicates genes involved in the glucocorticoid receptor pathway and neural responses to stress.
Logue MW, Smith AK, Baldwin C, Wolf EJ, Guffanti G, Ratanatharathorn A, Stone A, Schichman SA, Humphries D, Binder EB, Arloth J, Menke A, Uddin M, Wildman D, Galea S, Aiello AE, Koenen KC, Miller MW
Psychoneuroendocrinology571-13(2015 Jul)

Linking cell surface receptors to microtubules: tubulin folding cofactor D mediates Dscam functions during neuronal morphogenesis.
Okumura M, Sakuma C, Miura M, Chihara T
The Journal of neuroscience : the official journal of the Society for Neuroscience35(5)1979-90(2015 Feb)

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

The most significant was DSCAM, a neurological gene expressed widely in the developing brain and in the amygdala and hippocampus of the adult brain.
Title: An analysis of gene expression in PTSD implicates genes involved in the glucocorticoid receptor pathway and neural responses to stress.

DSCAM physically interacts with tubulin folding cofactor D.
Title: Linking cell surface receptors to microtubules: tubulin folding cofactor D mediates Dscam functions during neuronal morphogenesis.

Our study did not repeatedly confirm the association of the rs2222973 or the rs11770843 SNP with adolescent idiopathic scoliosis in a Chinese Han population.
Title: Lack of association between DSCAM gene polymorphisms and adolescent idiopathic scoliosis susceptibility in a Chinese Han population.

Down syndrome cell adhesion molecule interacts with PRKAG1 subunit and plays an important role in netrin-1 induced neurite outgrowth.
Title: AMPK interacts with DSCAM and plays an important role in netrin-1 induced neurite outgrowth.

DSCAM as a Hirschsprung disease (HSCR) susceptibility locus, both in Down syndrome and HSCR isolated cases.
Title: Chromosome 21 scan in Down syndrome reveals DSCAM as a predisposing locus in Hirschsprung disease.

The following DSCAM gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DSCAM 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)
OHu21938	NM_001389.5 Latest version!	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$779.50-$1091.30 $1559.00
OHu21920	NM_001271534.3 Latest version!	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu93224	XM_017028281.1 Latest version!	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
View Old Accession Versions >>
OHu21938	NM_001389.3	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$779.50-$1091.30 $1559.00
OHu21938	NM_001389.4	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$779.50-$1091.30 $1559.00
OHu21920	NM_001271534.1	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu21920	NM_001271534.2	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
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)

DSCAM ( NM_001389.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_001380.2 Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu21938
Clone ID Related Accession (Same CDS sequence)	NM_001389.5 , NM_001389.3 , NM_001389.4
Accession Version	NM_001389.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6039bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-30
Organism	Homo sapiens(human)
Product	Down syndrome cell adhesion molecule isoform CHD2-42 precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AF043945.2, AF217525.1, BE503065.1, AF064862.2 and BM684380.1. On Nov 23, 2018 this sequence version replaced NM_001389.4. Transcript Variant: This variant (1) encodes the longer isoform (CHD2-42). 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. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB209136.1, AF217525.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000400454.6/ ENSP00000383303.1 RefSeq Select criteria :: based on conservation, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGA CCTCATACAT 
TTGCCTCCAT ACCTTAGAAT GGACTTTTTG TTAAACCGAG GTGGTCCAGG CACCAGCAGG 
GACCTGAGCT TAGGACAAGC ATGCTTGGAA CCTCAGAAAA GCCGGACCCT GAAGCGCCCC 
ACGGTCCTGG AGCCCATCCC GATGGAAGCC GCCTCCTCCG CCTCCTCCAC GAGAGAAGGA 
CAGTCGTGGC AGCCGGGGGC CGTGGCCACA TTACCTCAGC GGGAGGGAGC AGAGCTGGGA 
CAGGCAGCTA AAATGAGCAG CTCCCAAGAA TCACTGCTCG ACTCCCGGGG CCATTTGAAA 
GGAAACAATC CTTACGCAAA ATCTTACACC CTGGTATAA

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

RefSeq	NP_001380.2
CDS	498..6536
Translation	MWILALSLFQSFANVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGIPPVTLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSLVSGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPGSLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELTITADEAAPDGPPQEVHLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISVDTSGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNITTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQNEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGDLIHLPPYLRMDFLLNRGGPGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEAASSASSTREGQSWQPGAVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	NM_001389.5
Organism	Homo sapiens(human)
Definition	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.

Target ORF information:

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

NM_001389.5

ORF Insert Sequence:

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGA CCTCATACAT 
TTGCCTCCAT ACCTTAGAAT GGACTTTTTG TTAAACCGAG GTGGTCCAGG CACCAGCAGG 
GACCTGAGCT TAGGACAAGC ATGCTTGGAA CCTCAGAAAA GCCGGACCCT GAAGCGCCCC 
ACGGTCCTGG AGCCCATCCC GATGGAAGCC GCCTCCTCCG CCTCCTCCAC GAGAGAAGGA 
CAGTCGTGGC AGCCGGGGGC CGTGGCCACA TTACCTCAGC GGGAGGGAGC AGAGCTGGGA 
CAGGCAGCTA AAATGAGCAG CTCCCAAGAA TCACTGCTCG ACTCCCGGGG CCATTTGAAA 
GGAAACAATC CTTACGCAAA ATCTTACACC CTGGTATAA

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

DSCAM ( NM_001389.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001380.2 Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.

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CloneID	OHu21938
Clone ID Related Accession (Same CDS sequence)	NM_001389.5 , NM_001389.3 , NM_001389.4
Accession Version	NM_001389.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6039bp) 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	2017-04-29
Organism	Homo sapiens(Human)
Product	Down syndrome cell adhesion molecule isoform CHD2-42 precursor
Comment	REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AF217525.1 and BE503065.1. On Mar 30, 2004 this sequence version replaced NM_001389.2. Transcript Variant: This variant (1) encodes the longest isoform (CHD2-42), also referred to as the long isoform. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB209136.1, AF217525.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END##

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGA CCTCATACAT 
TTGCCTCCAT ACCTTAGAAT GGACTTTTTG TTAAACCGAG GTGGTCCAGG CACCAGCAGG 
GACCTGAGCT TAGGACAAGC ATGCTTGGAA CCTCAGAAAA GCCGGACCCT GAAGCGCCCC 
ACGGTCCTGG AGCCCATCCC GATGGAAGCC GCCTCCTCCG CCTCCTCCAC GAGAGAAGGA 
CAGTCGTGGC AGCCGGGGGC CGTGGCCACA TTACCTCAGC GGGAGGGAGC AGAGCTGGGA 
CAGGCAGCTA AAATGAGCAG CTCCCAAGAA TCACTGCTCG ACTCCCGGGG CCATTTGAAA 
GGAAACAATC CTTACGCAAA ATCTTACACC CTGGTATAA

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

RefSeq	NP_001380.2
CDS	453..6491
Translation	MWILALSLFQSFANVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGIPPVTLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSLVSGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPGSLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELTITADEAAPDGPPQEVHLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISVDTSGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNITTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQNEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGDLIHLPPYLRMDFLLNRGGPGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEAASSASSTREGQSWQPGAVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	NM_001389.3
Organism	Homo sapiens(Human)
Definition	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.

Target ORF information:

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

NM_001389.3

ORF Insert Sequence:

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGA CCTCATACAT 
TTGCCTCCAT ACCTTAGAAT GGACTTTTTG TTAAACCGAG GTGGTCCAGG CACCAGCAGG 
GACCTGAGCT TAGGACAAGC ATGCTTGGAA CCTCAGAAAA GCCGGACCCT GAAGCGCCCC 
ACGGTCCTGG AGCCCATCCC GATGGAAGCC GCCTCCTCCG CCTCCTCCAC GAGAGAAGGA 
CAGTCGTGGC AGCCGGGGGC CGTGGCCACA TTACCTCAGC GGGAGGGAGC AGAGCTGGGA 
CAGGCAGCTA AAATGAGCAG CTCCCAAGAA TCACTGCTCG ACTCCCGGGG CCATTTGAAA 
GGAAACAATC CTTACGCAAA ATCTTACACC CTGGTATAA

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

DSCAM ( NM_001389.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_001380.2 Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.

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CloneID	OHu21938
Clone ID Related Accession (Same CDS sequence)	NM_001389.5 , NM_001389.3 , NM_001389.4
Accession Version	NM_001389.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6039bp) 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	2017-09-10
Organism	Homo sapiens(human)
Product	Down syndrome cell adhesion molecule isoform CHD2-42 precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AF217525.1, BE503065.1, AF064862.2 and BM684380.1. On Jul 5, 2017 this sequence version replaced NM_001389.3. Transcript Variant: This variant (1) encodes the longer isoform (CHD2-42). 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. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AF217525.1, AB209136.1 [ECO:0000332] ##Evidence-Data-END##

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGA CCTCATACAT 
TTGCCTCCAT ACCTTAGAAT GGACTTTTTG TTAAACCGAG GTGGTCCAGG CACCAGCAGG 
GACCTGAGCT TAGGACAAGC ATGCTTGGAA CCTCAGAAAA GCCGGACCCT GAAGCGCCCC 
ACGGTCCTGG AGCCCATCCC GATGGAAGCC GCCTCCTCCG CCTCCTCCAC GAGAGAAGGA 
CAGTCGTGGC AGCCGGGGGC CGTGGCCACA TTACCTCAGC GGGAGGGAGC AGAGCTGGGA 
CAGGCAGCTA AAATGAGCAG CTCCCAAGAA TCACTGCTCG ACTCCCGGGG CCATTTGAAA 
GGAAACAATC CTTACGCAAA ATCTTACACC CTGGTATAA

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

RefSeq	NP_001380.2
CDS	479..6517
Translation	MWILALSLFQSFANVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGIPPVTLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSLVSGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPGSLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELTITADEAAPDGPPQEVHLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISVDTSGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNITTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQNEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGDLIHLPPYLRMDFLLNRGGPGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEAASSASSTREGQSWQPGAVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	NM_001389.4
Organism	Homo sapiens(human)
Definition	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 1, mRNA.

Target ORF information:

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

NM_001389.4

ORF Insert Sequence:

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGA CCTCATACAT 
TTGCCTCCAT ACCTTAGAAT GGACTTTTTG TTAAACCGAG GTGGTCCAGG CACCAGCAGG 
GACCTGAGCT TAGGACAAGC ATGCTTGGAA CCTCAGAAAA GCCGGACCCT GAAGCGCCCC 
ACGGTCCTGG AGCCCATCCC GATGGAAGCC GCCTCCTCCG CCTCCTCCAC GAGAGAAGGA 
CAGTCGTGGC AGCCGGGGGC CGTGGCCACA TTACCTCAGC GGGAGGGAGC AGAGCTGGGA 
CAGGCAGCTA AAATGAGCAG CTCCCAAGAA TCACTGCTCG ACTCCCGGGG CCATTTGAAA 
GGAAACAATC CTTACGCAAA ATCTTACACC CTGGTATAA

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

DSCAM ( NM_001271534.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001258463.1 Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.

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CloneID	OHu21920
Clone ID Related Accession (Same CDS sequence)	NM_001271534.3 , NM_001271534.1 , NM_001271534.2
Accession Version	NM_001271534.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5985bp) 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	Down syndrome cell adhesion molecule isoform 2 precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AF043945.2, AF023449.1, AF289030.1, AF064862.2 and BM684380.1. On Jun 1, 2019 this sequence version replaced NM_001271534.2. Transcript Variant: This variant (2) uses an alternate in-frame splice site in the 3' coding region, compared to variant 1. This results in a shorter protein (isoform 2), compared to isoform CHD2-42. 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. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END##

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGG TCCAGGCACC 
AGCAGGGACC TGAGCTTAGG ACAAGCATGC TTGGAACCTC AGAAAAGCCG GACCCTGAAG 
CGCCCCACGG TCCTGGAGCC CATCCCGATG GAAGCCGCCT CCTCCGCCTC CTCCACGAGA 
GAAGGACAGT CGTGGCAGCC GGGGGCCGTG GCCACATTAC CTCAGCGGGA GGGAGCAGAG 
CTGGGACAGG CAGCTAAAAT GAGCAGCTCC CAAGAATCAC TGCTCGACTC CCGGGGCCAT 
TTGAAAGGAA ACAATCCTTA CGCAAAATCT TACACCCTGG TATAA

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

RefSeq	NP_001258463.1
CDS	498..6482
Translation	MWILALSLFQSFANVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGIPPVTLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSLVSGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPGSLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELTITADEAAPDGPPQEVHLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISVDTSGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNITTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQNEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGGPGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEAASSASSTREGQSWQPGAVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	NM_001271534.3
Organism	Homo sapiens(human)
Definition	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.

Target ORF information:

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

NM_001271534.3

ORF Insert Sequence:

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGG TCCAGGCACC 
AGCAGGGACC TGAGCTTAGG ACAAGCATGC TTGGAACCTC AGAAAAGCCG GACCCTGAAG 
CGCCCCACGG TCCTGGAGCC CATCCCGATG GAAGCCGCCT CCTCCGCCTC CTCCACGAGA 
GAAGGACAGT CGTGGCAGCC GGGGGCCGTG GCCACATTAC CTCAGCGGGA GGGAGCAGAG 
CTGGGACAGG CAGCTAAAAT GAGCAGCTCC CAAGAATCAC TGCTCGACTC CCGGGGCCAT 
TTGAAAGGAA ACAATCCTTA CGCAAAATCT TACACCCTGG TATAA

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

DSCAM ( NM_001271534.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001258463.1 Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.

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CloneID	OHu21920
Clone ID Related Accession (Same CDS sequence)	NM_001271534.3 , NM_001271534.1 , NM_001271534.2
Accession Version	NM_001271534.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5985bp) 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	2017-04-08
Organism	Homo sapiens(Human)
Product	Down syndrome cell adhesion molecule isoform 2 precursor
Comment	REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AF043945.2, AF023449.1, AF289030.1 and AF064862.2. Transcript Variant: This variant (2) uses an alternate in-frame splice site in the 3' coding region, compared to variant 1. This results in a shorter protein (isoform 2), compared to isoform CHD2-42. 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. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END##

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGG TCCAGGCACC 
AGCAGGGACC TGAGCTTAGG ACAAGCATGC TTGGAACCTC AGAAAAGCCG GACCCTGAAG 
CGCCCCACGG TCCTGGAGCC CATCCCGATG GAAGCCGCCT CCTCCGCCTC CTCCACGAGA 
GAAGGACAGT CGTGGCAGCC GGGGGCCGTG GCCACATTAC CTCAGCGGGA GGGAGCAGAG 
CTGGGACAGG CAGCTAAAAT GAGCAGCTCC CAAGAATCAC TGCTCGACTC CCGGGGCCAT 
TTGAAAGGAA ACAATCCTTA CGCAAAATCT TACACCCTGG TATAA

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

RefSeq	NP_001258463.1
CDS	453..6437
Translation	MWILALSLFQSFANVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGIPPVTLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSLVSGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPGSLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELTITADEAAPDGPPQEVHLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISVDTSGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNITTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQNEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGGPGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEAASSASSTREGQSWQPGAVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	NM_001271534.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.

Target ORF information:

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

NM_001271534.1

ORF Insert Sequence:

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGG TCCAGGCACC 
AGCAGGGACC TGAGCTTAGG ACAAGCATGC TTGGAACCTC AGAAAAGCCG GACCCTGAAG 
CGCCCCACGG TCCTGGAGCC CATCCCGATG GAAGCCGCCT CCTCCGCCTC CTCCACGAGA 
GAAGGACAGT CGTGGCAGCC GGGGGCCGTG GCCACATTAC CTCAGCGGGA GGGAGCAGAG 
CTGGGACAGG CAGCTAAAAT GAGCAGCTCC CAAGAATCAC TGCTCGACTC CCGGGGCCAT 
TTGAAAGGAA ACAATCCTTA CGCAAAATCT TACACCCTGG TATAA

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

DSCAM ( NM_001271534.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001258463.1 Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.

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CloneID	OHu21920
Clone ID Related Accession (Same CDS sequence)	NM_001271534.3 , NM_001271534.1 , NM_001271534.2
Accession Version	NM_001271534.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5985bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-02-09
Organism	Homo sapiens(human)
Product	Down syndrome cell adhesion molecule isoform 2 precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AF043945.2, AF023449.1, AF289030.1, AF064862.2 and BM684380.1. On Jul 5, 2017 this sequence version replaced NM_001271534.1. Transcript Variant: This variant (2) uses an alternate in-frame splice site in the 3' coding region, compared to variant 1. This results in a shorter protein (isoform 2), compared to isoform CHD2-42. 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. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END##

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGG TCCAGGCACC 
AGCAGGGACC TGAGCTTAGG ACAAGCATGC TTGGAACCTC AGAAAAGCCG GACCCTGAAG 
CGCCCCACGG TCCTGGAGCC CATCCCGATG GAAGCCGCCT CCTCCGCCTC CTCCACGAGA 
GAAGGACAGT CGTGGCAGCC GGGGGCCGTG GCCACATTAC CTCAGCGGGA GGGAGCAGAG 
CTGGGACAGG CAGCTAAAAT GAGCAGCTCC CAAGAATCAC TGCTCGACTC CCGGGGCCAT 
TTGAAAGGAA ACAATCCTTA CGCAAAATCT TACACCCTGG TATAA

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

RefSeq	NP_001258463.1
CDS	479..6463
Translation	MWILALSLFQSFANVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGIPPVTLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSLVSGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPGSLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELTITADEAAPDGPPQEVHLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISVDTSGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNITTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQNEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGGPGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEAASSASSTREGQSWQPGAVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	NM_001271534.2
Organism	Homo sapiens(human)
Definition	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant 2, mRNA.

Target ORF information:

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

NM_001271534.2

ORF Insert Sequence:

ATGTGGATAC TGGCTCTCTC CTTGTTCCAG AGCTTCGCGA ATGTTTTCAG TGAAGACCTA 
CACTCCAGCC TCTACTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC CAGCACCACG 
GGGACTCTGG TGCCCTGCCC CGCAGCAGGC ATCCCTCCTG TGACTCTCAG ATGGTACCTA 
GCCACGGGCG AGGAGATCTA CGATGTCCCC GGGATCCGCC ACGTCCACCC CAACGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTCAGTACCT TAATCCATGA TAATACTTAT 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATTAGAAGTC AGGATGTCCA CATCAAGGCT 
GTTTTACGGG AGCCCTATAC AGTCCGTGTG GAGGACCAGA AAACCATGAG AGGCAATGTT 
GCGGTCTTCA AGTGCATTAT CCCCTCCTCG GTGGAGGCGT ACATCACTGT CGTCTCATGG 
GAGAAAGACA CTGTTTCACT TGTCTCAGGA TCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTA AAGATGTACA GAATGAAGAT GGATTGTATA ACTACCGCTG CATCACGCGG 
CATCGATACA CCGGAGAGAC GAGGCAGAGC AACAGCGCCA GACTTTTTGT ATCAGACCCA 
GCGAACTCAG CCCCATCCAT ACTGGATGGG TTTGACCATC GCAAAGCCAT GGCTGGGCAG 
CGTGTGGAGC TGCCTTGCAA AGCGCTCGGG CACCCTGAGC CAGATTACCG CTGGCTGAAG 
GACAACATGC CCCTGGAACT TTCAGGGAGG TTCCAGAAGA CCGTGACGGG GCTGCTCATT 
GAGAACATTC GCCCCTCGGA CTCAGGCAGC TATGTTTGTG AAGTGTCCAA CAGATACGGA 
ACTGCTAAGG TGATAGGCCG CCTGTACGTG AAACAGCCAC TGAAAGCCAC CATCAGTCCC 
AGGAAGGTTA AAAGCAGCGT GGGTAGCCAA GTTTCCTTGT CCTGCAGCGT GACAGGAACT 
GAGGACCAGG AACTCTCCTG GTACCGCAAT GGTGAAATCC TCAACCCTGG AAAAAATGTG 
AGGATCACAG GGATCAACCA CGAAAACCTT ATAATGGATC ACATGGTCAA AAGTGACGGG 
GGCGCATACC AGTGCTTTGT GCGCAAGGAC AAGCTGTCCG CTCAAGACTA TGTGCAGGTG 
GTCCTTGAAG ATGGAACTCC CAAAATTATT TCTGCCTTTA GTGAAAAGGT GGTGAGTCCA 
GCAGAGCCGG TTTCCCTTAT GTGCAACGTG AAGGGAACAC CTTTGCCCAC GATCACGTGG 
ACCCTGGACG ATGACCCGAT TCTCAAGGGT GGCAGTCACC GCATCAGCCA GATGATCACG 
TCGGAGGGGA ACGTGGTCAG CTACCTGAAC ATCTCCAGCT CCCAGGTCCG GGACGGGGGA 
GTCTACCGCT GCACTGCCAA CAACTCGGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CTGCAAGCAT TCGACCAATG AAAAACATCA CAGCAATAGC AGGACGGGAC 
ACATACATTC ACTGTCGTGT GATTGGCTAT CCGTATTACT CCATTAAATG GTACAAGAAC 
TCTAACCTGC TTCCTTTCAA CCACCGCCAA GTGGCATTTG AGAACAATGG AACTCTTAAA 
CTTTCAGATG TGCAAAAGGA AGTGGACGAG GGGGAGTACA CGTGCAACGT GTTGGTTCAA 
CCACAACTCT CCACCAGCCA GAGCGTCCAC GTGACCGTGA AAGTTCCGCC TTTCATACAA 
CCCTTTGAGT TTCCAAGATT CTCCATTGGG CAGCGGGTCT TCATCCCCTG TGTTGTGGTC 
TCAGGGGACT TACCCATCAC GATCACCTGG CAGAAGGATG GCCGGCCAAT CCCTGGGAGC 
CTTGGGGTGA CCATTGACAA TATTGACTTC ACGAGCTCCT TGAGGATTTC CAATCTCTCG 
CTCATGCACA ATGGGAATTA CACCTGCATA GCCCGGAATG AGGCCGCCGC TGTGGAGCAC 
CAAAGCCAGT TGATTGTCAG AGTTCCTCCC AAGTTTGTGG TTCAGCCACG GGACCAGGAC 
GGGATTTATG GCAAAGCAGT CATCCTCAAT TGTTCTGCTG AGGGTTACCC TGTACCTACC 
ATCGTGTGGA AATTCTCTAA AGGTGCTGGG GTTCCCCAGT TCCAGCCAAT TGCCCTAAAT 
GGCCGAATCC AAGTTCTCAG CAATGGGTCG TTGCTGATCA AGCATGTCGT GGAGGAAGAC 
AGTGGCTACT ACCTCTGCAA GGTCAGCAAC GATGTGGGCG CAGACGTCAG CAAGTCCATG 
TACCTCACGG TTAAAATTCC TGCGATGATA ACATCCTATC CAAATACTAC CCTGGCCACG 
CAGGGGCAGA AAAAGGAGAT GAGCTGCACG GCGCATGGTG AGAAGCCCAT TATAGTCCGC 
TGGGAGAAGG AGGACCGAAT CATTAACCCT GAGATGGCCC GTTATCTTGT GTCCACCAAG 
GAGGTGGGAG AAGAGGTGAT TTCTACTCTG CAGATTTTGC CAACTGTGAG AGAAGATTCT 
GGTTTCTTTT CCTGCCATGC TATTAATTCT TATGGGGAGG ACCGTGGAAT AATTCAGCTC 
ACAGTGCAAG AGCCCCCAGA CCCTCCCGAA ATTGAGATCA AAGATGTCAA AGCACGCACA 
ATTACGCTCA GGTGGACCAT GGGGTTTGAT GGAAACAGTC CCATCACAGG CTACGATATT 
GAATGCAAAA ATAAATCAGA CTCCTGGGAT TCTGCTCAGA GAACCAAAGA TGTTTCCCCT 
CAGCTGAACT CGGCCACCAT CATTGATATC CACCCTTCCT CCACCTACAG CATCCGCATG 
TACGCCAAGA ACCGGATTGG CAAGAGCGAG CCCAGCAACG AGCTCACCAT CACGGCGGAC 
GAGGCAGCTC CTGATGGTCC ACCTCAGGAA GTTCACCTGG AGCCTATATC ATCTCAGAGC 
ATCAGGGTCA CATGGAAGGC TCCCAAGAAA CATTTGCAAA ATGGGATTAT CCGTGGCTAC 
CAAATAGGTT ACCGAGAGTA CAGCACTGGG GGTAACTTCC AATTCAACAT TATCAGTGTC 
GACACCAGCG GGGACAGTGA GGTTTACACC CTGGACAACC TGAATAAGTT CACTCAGTAC 
GGCCTGGTGG TGCAGGCCTG TAACCGGGCC GGCACGGGGC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TCGAGGATGT GCCCAGTTAC CCCCCCGAAA ATGTCCAAGC CATAGCAACA 
TCACCAGAAA GCATATCAAT ATCCTGGTCC ACACTTTCCA AGGAAGCCTT GAATGGAATT 
CTCCAGGGGT TCAGAGTCAT TTACTGGGCC AACCTCATGG ACGGAGAGCT GGGTGAGATT 
AAAAACATCA CCACCACACA GCCTTCACTG GAGCTGGACG GGCTGGAAAA GTACACCAAC 
TACAGCATCC AGGTGCTGGC CTTCACCCGC GCAGGAGACG GGGTCAGGAG TGAGCAGATC 
TTCACCCGGA CCAAAGAGGA TGTTCCAGGT CCTCCCGCGG GTGTGAAGGC AGCGGCGGCC 
TCAGCCTCCA TGGTCTTTGT GTCCTGGCTT CCCCCTCTCA AGCTGAACGG CATCATCCGA 
AAGTACACTG TATTCTGCTC CCACCCCTAT CCCACAGTGA TCAGCGAGTT TGAGGCCTCT 
CCCGACTCGT TTTCCTACAG AATTCCCAAC CTGAGTAGGA ATCGTCAGTA CAGCGTCTGG 
GTGGTGGCTG TTACTTCAGC CGGAAGAGGC AACAGCAGTG AAATCATCAC AGTCGAGCCA 
CTAGCAAAAG CTCCTGCACG AATCCTGACC TTCAGTGGGA CAGTGACTAC TCCATGGATG 
AAAGACATTG TCTTGCCTTG TAAGGCTGTT GGGGACCCTT CTCCTGCAGT CAAATGGATG 
AAAGACAGTA ACGGGACACC CAGTCTAGTA ACGATTGATG GGCGGAGGAG CATCTTTAGC 
AACGGAAGCT TCATTATTCG CACGGTGAAA GCAGAAGACT CCGGCTATTA CAGCTGCATT 
GCCAATAACA ACTGGGGATC TGATGAAATT ATTTTAAACT TACAAGTACA AGTTCCACCA 
GATCAGCCTC GGCTTACAGT CTCCAAGACC ACGTCTTCCT CCATCACCCT TTCTTGGCTC 
CCTGGAGACA ACGGGGGCAG CTCTATCAGA GGATACATAC TGCAGTACTC CGAGGACAAT 
AGTGAGCAGT GGGGGAGTTT TCCAATCAGC CCCAGCGAAC GTTCCTATCG CTTGGAAAAT 
CTCAAATGTG GGACTTGGTA TAAGTTCACA CTGACAGCCC AAAATGGAGT GGGCCCAGGG 
CGCATAAGTG AAATCATAGA AGCAAAGACC TTAGGAAAAG AGCCCCAGTT CTCAAAGGAG 
CAGGAGCTGT TTGCCAGCAT CAACACCACA CGCGTGAGGC TGAACCTCAT TGGCTGGAAT 
GATGGCGGCT GCCCCATCAC CTCCTTCACA CTAGAGTACA GGCCCTTTGG GACCACAGTT 
TGGACCACAG CTCAGAGGAC CTCTCTCTCC AAGTCCTACA TCCTGTATGA CCTGCAGGAA 
GCCACCTGGT ATGAGCTGCA GATGCGGGTG TGCAACAGTG CGGGCTGCGC GGAGAAGCAG 
GCCAACTTCG CTACGCTGAA CTACGATGGC AGTACAATTC CTCCACTCAT TAAGTCAGTT 
GTCCAAAACG AAGAAGGGCT GACGACCAAC GAGGGGCTCA AGATGCTGGT GACCATCTCC 
TGTATCCTGG TGGGGGTCTT GCTGCTGTTT GTGCTCCTGC TGGTTGTGCG GAGGAGGCGG 
CGGGAGCAGA GGCTAAAGAG GCTGCGAGAT GCAAAGAGTT TAGCTGAAAT GCTCATGAGT 
AAGAATACCC GGACTTCAGA TACGTTAAGC AAGCAACAGC AGACCCTGCG AATGCACATC 
GACATACCCA GGGCTCAGCT TTTGATTGAA GAGAGAGACA CGATGGAGAC CATTGATGAT 
CGCTCCACGG TTCTGTTGAC GGATGCTGAC TTTGGAGAGG CAGCTAAGCA GAAGTCCCTG 
ACGGTCACTC ACACGGTCCA TTACCAATCG GTGTCTCAGG CCACTGGGCC CTTAGTGGAT 
GTTTCAGACG CTCGGCCGGG AACGAATCCC ACCACCAGGA GGAATGCCAA GGCTGGGCCC 
ACAGCGAGAA ACCGCTATGC CAGCCAGTGG ACCCTCAACC GACCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTG CCAACACCCA GGGCTGCAGG ATCAGTAGAC 
AAAGAGAGCG ACAGTTACAG CGTCAGCCCC TCGCAAGACA CAGATCGAGC AAGAAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACT TACGAAGAAC TGGCCAGGGC CTACGAACAC 
GCCAAGATGG AAGAGCAACT GAGGCACGCC AAGTTCACCA TCACGGAGTG CTTCATATCA 
GACACGTCAT CGGAGCAGTT GACGGCAGGG ACAAATGAGT ACACGGACAG TCTGACCTCC 
AGCACCCCTT CCGAATCGGG AATCTGCAGG TTCACTGCAT CTCCCCCCAA ACCTCAGGAT 
GGAGGAAGAG TAATGAATAT GGCAGTTCCA AAGGCACATC GGCCAGGTGG TCCAGGCACC 
AGCAGGGACC TGAGCTTAGG ACAAGCATGC TTGGAACCTC AGAAAAGCCG GACCCTGAAG 
CGCCCCACGG TCCTGGAGCC CATCCCGATG GAAGCCGCCT CCTCCGCCTC CTCCACGAGA 
GAAGGACAGT CGTGGCAGCC GGGGGCCGTG GCCACATTAC CTCAGCGGGA GGGAGCAGAG 
CTGGGACAGG CAGCTAAAAT GAGCAGCTCC CAAGAATCAC TGCTCGACTC CCGGGGCCAT 
TTGAAAGGAA ACAATCCTTA CGCAAAATCT TACACCCTGG TATAA

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

DSCAM ( XM_017028281.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883770.1 Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant X1, mRNA.

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CloneID	OHu93224
Clone ID Related Accession (Same CDS sequence)	XM_017028281.1
Accession Version	XM_017028281.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5331bp) 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	Down syndrome cell adhesion molecule isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000021.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGGGC AGCGTGTGGA GCTGCCTTGC AAAGCGCTCG GGCACCCTGA GCCAGATTAC 
CGCTGGCTGA AGGACAACAT GCCCCTGGAA CTTTCAGGGA GGTTCCAGAA GACCGTGACG 
GGGCTGCTCA TTGAGAACAT TCGCCCCTCG GACTCAGGCA GCTATGTTTG TGAAGTGTCC 
AACAGATACG GAACTGCTAA GGTGATAGGC CGCCTGTACG TGAAACAGCC ACTGAAAGCC 
ACCATCAGTC CCAGGAAGGT TAAAAGCAGC GTGGGTAGCC AAGTTTCCTT GTCCTGCAGC 
GTGACAGGAA CTGAGGACCA GGAACTCTCC TGGTACCGCA ATGGTGAAAT CCTCAACCCT 
GGAAAAAATG TGAGGATCAC AGGGATCAAC CACGAAAACC TTATAATGGA TCACATGGTC 
AAAAGTGACG GGGGCGCATA CCAGTGCTTT GTGCGCAAGG ACAAGCTGTC CGCTCAAGAC 
TATGTGCAGG TGGTCCTTGA AGATGGAACT CCCAAAATTA TTTCTGCCTT TAGTGAAAAG 
GTGGTGAGTC CAGCAGAGCC GGTTTCCCTT ATGTGCAACG TGAAGGGAAC ACCTTTGCCC 
ACGATCACGT GGACCCTGGA CGATGACCCG ATTCTCAAGG GTGGCAGTCA CCGCATCAGC 
CAGATGATCA CGTCGGAGGG GAACGTGGTC AGCTACCTGA ACATCTCCAG CTCCCAGGTC 
CGGGACGGGG GAGTCTACCG CTGCACTGCC AACAACTCGG CGGGAGTCGT CCTGTACCAG 
GCTCGAATAA ACGTAAGAGG GCCTGCAAGC ATTCGACCAA TGAAAAACAT CACAGCAATA 
GCAGGACGGG ACACATACAT TCACTGTCGT GTGATTGGCT ATCCGTATTA CTCCATTAAA 
TGGTACAAGA ACTCTAACCT GCTTCCTTTC AACCACCGCC AAGTGGCATT TGAGAACAAT 
GGAACTCTTA AACTTTCAGA TGTGCAAAAG GAAGTGGACG AGGGGGAGTA CACGTGCAAC 
GTGTTGGTTC AACCACAACT CTCCACCAGC CAGAGCGTCC ACGTGACCGT GAAAGTTCCG 
CCTTTCATAC AACCCTTTGA GTTTCCAAGA TTCTCCATTG GGCAGCGGGT CTTCATCCCC 
TGTGTTGTGG TCTCAGGGGA CTTACCCATC ACGATCACCT GGCAGAAGGA TGGCCGGCCA 
ATCCCTGGGA GCCTTGGGGT GACCATTGAC AATATTGACT TCACGAGCTC CTTGAGGATT 
TCCAATCTCT CGCTCATGCA CAATGGGAAT TACACCTGCA TAGCCCGGAA TGAGGCCGCC 
GCTGTGGAGC ACCAAAGCCA GTTGATTGTC AGAGTTCCTC CCAAGTTTGT GGTTCAGCCA 
CGGGACCAGG ACGGGATTTA TGGCAAAGCA GTCATCCTCA ATTGTTCTGC TGAGGGTTAC 
CCTGTACCTA CCATCGTGTG GAAATTCTCT AAAGGTGCTG GGGTTCCCCA GTTCCAGCCA 
ATTGCCCTAA ATGGCCGAAT CCAAGTTCTC AGCAATGGGT CGTTGCTGAT CAAGCATGTC 
GTGGAGGAAG ACAGTGGCTA CTACCTCTGC AAGGTCAGCA ACGATGTGGG CGCAGACGTC 
AGCAAGTCCA TGTACCTCAC GGTTAAAATT CCTGCGATGA TAACATCCTA TCCAAATACT 
ACCCTGGCCA CGCAGGGGCA GAAAAAGGAG ATGAGCTGCA CGGCGCATGG TGAGAAGCCC 
ATTATAGTCC GCTGGGAGAA GGAGGACCGA ATCATTAACC CTGAGATGGC CCGTTATCTT 
GTGTCCACCA AGGAGGTGGG AGAAGAGGTG ATTTCTACTC TGCAGATTTT GCCAACTGTG 
AGAGAAGATT CTGGTTTCTT TTCCTGCCAT GCTATTAATT CTTATGGGGA GGACCGTGGA 
ATAATTCAGC TCACAGTGCA AGAGCCCCCA GACCCTCCCG AAATTGAGAT CAAAGATGTC 
AAAGCACGCA CAATTACGCT CAGGTGGACC ATGGGGTTTG ATGGAAACAG TCCCATCACA 
GGCTACGATA TTGAATGCAA AAATAAATCA GACTCCTGGG ATTCTGCTCA GAGAACCAAA 
GATGTTTCCC CTCAGCTGAA CTCGGCCACC ATCATTGATA TCCACCCTTC CTCCACCTAC 
AGCATCCGCA TGTACGCCAA GAACCGGATT GGCAAGAGCG AGCCCAGCAA CGAGCTCACC 
ATCACGGCGG ACGAGGCAGC TCCTGATGGT CCACCTCAGG AAGTTCACCT GGAGCCTATA 
TCATCTCAGA GCATCAGGGT CACATGGAAG GCTCCCAAGA AACATTTGCA AAATGGGATT 
ATCCGTGGCT ACCAAATAGG TTACCGAGAG TACAGCACTG GGGGTAACTT CCAATTCAAC 
ATTATCAGTG TCGACACCAG CGGGGACAGT GAGGTTTACA CCCTGGACAA CCTGAATAAG 
TTCACTCAGT ACGGCCTGGT GGTGCAGGCC TGTAACCGGG CCGGCACGGG GCCTTCTTCT 
CAGGAAATCA TCACCACCAC TCTCGAGGAT GTGCCCAGTT ACCCCCCCGA AAATGTCCAA 
GCCATAGCAA CATCACCAGA AAGCATATCA ATATCCTGGT CCACACTTTC CAAGGAAGCC 
TTGAATGGAA TTCTCCAGGG GTTCAGAGTC ATTTACTGGG CCAACCTCAT GGACGGAGAG 
CTGGGTGAGA TTAAAAACAT CACCACCACA CAGCCTTCAC TGGAGCTGGA CGGGCTGGAA 
AAGTACACCA ACTACAGCAT CCAGGTGCTG GCCTTCACCC GCGCAGGAGA CGGGGTCAGG 
AGTGAGCAGA TCTTCACCCG GACCAAAGAG GATGTTCCAG GTCCTCCCGC GGGTGTGAAG 
GCAGCGGCGG CCTCAGCCTC CATGGTCTTT GTGTCCTGGC TTCCCCCTCT CAAGCTGAAC 
GGCATCATCC GAAAGTACAC TGTATTCTGC TCCCACCCCT ATCCCACAGT GATCAGCGAG 
TTTGAGGCCT CTCCCGACTC GTTTTCCTAC AGAATTCCCA ACCTGAGTAG GAATCGTCAG 
TACAGCGTCT GGGTGGTGGC TGTTACTTCA GCCGGAAGAG GCAACAGCAG TGAAATCATC 
ACAGTCGAGC CACTAGCAAA AGCTCCTGCA CGAATCCTGA CCTTCAGTGG GACAGTGACT 
ACTCCATGGA TGAAAGACAT TGTCTTGCCT TGTAAGGCTG TTGGGGACCC TTCTCCTGCA 
GTCAAATGGA TGAAAGACAG TAACGGGACA CCCAGTCTAG TAACGATTGA TGGGCGGAGG 
AGCATCTTTA GCAACGGAAG CTTCATTATT CGCACGGTGA AAGCAGAAGA CTCCGGCTAT 
TACAGCTGCA TTGCCAATAA CAACTGGGGA TCTGATGAAA TTATTTTAAA CTTACAAGTA 
CAAGTTCCAC CAGATCAGCC TCGGCTTACA GTCTCCAAGA CCACGTCTTC CTCCATCACC 
CTTTCTTGGC TCCCTGGAGA CAACGGGGGC AGCTCTATCA GAGGATACAT ACTGCAGTAC 
TCCGAGGACA ATAGTGAGCA GTGGGGGAGT TTTCCAATCA GCCCCAGCGA ACGTTCCTAT 
CGCTTGGAAA ATCTCAAATG TGGGACTTGG TATAAGTTCA CACTGACAGC CCAAAATGGA 
GTGGGCCCAG GGCGCATAAG TGAAATCATA GAAGCAAAGA CCTTAGGAAA AGAGCCCCAG 
TTCTCAAAGG AGCAGGAGCT GTTTGCCAGC ATCAACACCA CACGCGTGAG GCTGAACCTC 
ATTGGCTGGA ATGATGGCGG CTGCCCCATC ACCTCCTTCA CACTAGAGTA CAGGCCCTTT 
GGGACCACAG TTTGGACCAC AGCTCAGAGG ACCTCTCTCT CCAAGTCCTA CATCCTGTAT 
GACCTGCAGG AAGCCACCTG GTATGAGCTG CAGATGCGGG TGTGCAACAG TGCGGGCTGC 
GCGGAGAAGC AGGCCAACTT CGCTACGCTG AACTACGATG GCAGTACAAT TCCTCCACTC 
ATTAAGTCAG TTGTCCAAAA CGAAGAAGGG CTGACGACCA ACGAGGGGCT CAAGATGCTG 
GTGACCATCT CCTGTATCCT GGTGGGGGTC TTGCTGCTGT TTGTGCTCCT GCTGGTTGTG 
CGGAGGAGGC GGCGGGAGCA GAGGCTAAAG AGGCTGCGAG ATGCAAAGAG TTTAGCTGAA 
ATGCTCATGA GTAAGAATAC CCGGACTTCA GATACGTTAA GCAAGCAACA GCAGACCCTG 
CGAATGCACA TCGACATACC CAGGGCTCAG CTTTTGATTG AAGAGAGAGA CACGATGGAG 
ACCATTGATG ATCGCTCCAC GGTTCTGTTG ACGGATGCTG ACTTTGGAGA GGCAGCTAAG 
CAGAAGTCCC TGACGGTCAC TCACACGGTC CATTACCAAT CGGTGTCTCA GGCCACTGGG 
CCCTTAGTGG ATGTTTCAGA CGCTCGGCCG GGAACGAATC CCACCACCAG GAGGAATGCC 
AAGGCTGGGC CCACAGCGAG AAACCGCTAT GCCAGCCAGT GGACCCTCAA CCGACCCCAC 
CCCACCATCT CAGCACACAC CCTCACCACA GACTGGAGGC TGCCAACACC CAGGGCTGCA 
GGATCAGTAG ACAAAGAGAG CGACAGTTAC AGCGTCAGCC CCTCGCAAGA CACAGATCGA 
GCAAGAAGCA GCATGGTCTC CACAGAAAGT GCCTCCTCCA CTTACGAAGA ACTGGCCAGG 
GCCTACGAAC ACGCCAAGAT GGAAGAGCAA CTGAGGCACG CCAAGTTCAC CATCACGGAG 
TGCTTCATAT CAGACACGTC ATCGGAGCAG TTGACGGCAG GGACAAATGA GTACACGGAC 
AGTCTGACCT CCAGCACCCC TTCCGAATCG GGAATCTGCA GGTTCACTGC ATCTCCCCCC 
AAACCTCAGG ATGGAGGAAG AGTAATGAAT ATGGCAGTTC CAAAGGCACA TCGGCCAGGT 
GACCTCATAC ATTTGCCTCC ATACCTTAGA ATGGACTTTT TGTTAAACCG AGGTGGTCCA 
GGCACCAGCA GGGACCTGAG CTTAGGACAA GCATGCTTGG AACCTCAGAA AAGCCGGACC 
CTGAAGCGCC CCACGGTCCT GGAGCCCATC CCGATGGAAG CCGCCTCCTC CGCCTCCTCC 
ACGAGAGAAG GACAGTCGTG GCAGCCGGGG GCCGTGGCCA CATTACCTCA GCGGGAGGGA 
GCAGAGCTGG GACAGGCAGC TAAAATGAGC AGCTCCCAAG AATCACTGCT CGACTCCCGG 
GGCCATTTGA AAGGAAACAA TCCTTACGCA AAATCTTACA CCCTGGTATA A

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

RefSeq	XP_016883770.1
CDS	216..5546
Translation	MAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPGSLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELTITADEAAPDGPPQEVHLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISVDTSGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNITTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQNEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGDLIHLPPYLRMDFLLNRGGPGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEAASSASSTREGQSWQPGAVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	XM_017028281.1
Organism	Homo sapiens(human)
Definition	Homo sapiens DS cell adhesion molecule (DSCAM), transcript variant X1, mRNA.

Target ORF information:

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

XM_017028281.1

ORF Insert Sequence:

ATGGCTGGGC AGCGTGTGGA GCTGCCTTGC AAAGCGCTCG GGCACCCTGA GCCAGATTAC 
CGCTGGCTGA AGGACAACAT GCCCCTGGAA CTTTCAGGGA GGTTCCAGAA GACCGTGACG 
GGGCTGCTCA TTGAGAACAT TCGCCCCTCG GACTCAGGCA GCTATGTTTG TGAAGTGTCC 
AACAGATACG GAACTGCTAA GGTGATAGGC CGCCTGTACG TGAAACAGCC ACTGAAAGCC 
ACCATCAGTC CCAGGAAGGT TAAAAGCAGC GTGGGTAGCC AAGTTTCCTT GTCCTGCAGC 
GTGACAGGAA CTGAGGACCA GGAACTCTCC TGGTACCGCA ATGGTGAAAT CCTCAACCCT 
GGAAAAAATG TGAGGATCAC AGGGATCAAC CACGAAAACC TTATAATGGA TCACATGGTC 
AAAAGTGACG GGGGCGCATA CCAGTGCTTT GTGCGCAAGG ACAAGCTGTC CGCTCAAGAC 
TATGTGCAGG TGGTCCTTGA AGATGGAACT CCCAAAATTA TTTCTGCCTT TAGTGAAAAG 
GTGGTGAGTC CAGCAGAGCC GGTTTCCCTT ATGTGCAACG TGAAGGGAAC ACCTTTGCCC 
ACGATCACGT GGACCCTGGA CGATGACCCG ATTCTCAAGG GTGGCAGTCA CCGCATCAGC 
CAGATGATCA CGTCGGAGGG GAACGTGGTC AGCTACCTGA ACATCTCCAG CTCCCAGGTC 
CGGGACGGGG GAGTCTACCG CTGCACTGCC AACAACTCGG CGGGAGTCGT CCTGTACCAG 
GCTCGAATAA ACGTAAGAGG GCCTGCAAGC ATTCGACCAA TGAAAAACAT CACAGCAATA 
GCAGGACGGG ACACATACAT TCACTGTCGT GTGATTGGCT ATCCGTATTA CTCCATTAAA 
TGGTACAAGA ACTCTAACCT GCTTCCTTTC AACCACCGCC AAGTGGCATT TGAGAACAAT 
GGAACTCTTA AACTTTCAGA TGTGCAAAAG GAAGTGGACG AGGGGGAGTA CACGTGCAAC 
GTGTTGGTTC AACCACAACT CTCCACCAGC CAGAGCGTCC ACGTGACCGT GAAAGTTCCG 
CCTTTCATAC AACCCTTTGA GTTTCCAAGA TTCTCCATTG GGCAGCGGGT CTTCATCCCC 
TGTGTTGTGG TCTCAGGGGA CTTACCCATC ACGATCACCT GGCAGAAGGA TGGCCGGCCA 
ATCCCTGGGA GCCTTGGGGT GACCATTGAC AATATTGACT TCACGAGCTC CTTGAGGATT 
TCCAATCTCT CGCTCATGCA CAATGGGAAT TACACCTGCA TAGCCCGGAA TGAGGCCGCC 
GCTGTGGAGC ACCAAAGCCA GTTGATTGTC AGAGTTCCTC CCAAGTTTGT GGTTCAGCCA 
CGGGACCAGG ACGGGATTTA TGGCAAAGCA GTCATCCTCA ATTGTTCTGC TGAGGGTTAC 
CCTGTACCTA CCATCGTGTG GAAATTCTCT AAAGGTGCTG GGGTTCCCCA GTTCCAGCCA 
ATTGCCCTAA ATGGCCGAAT CCAAGTTCTC AGCAATGGGT CGTTGCTGAT CAAGCATGTC 
GTGGAGGAAG ACAGTGGCTA CTACCTCTGC AAGGTCAGCA ACGATGTGGG CGCAGACGTC 
AGCAAGTCCA TGTACCTCAC GGTTAAAATT CCTGCGATGA TAACATCCTA TCCAAATACT 
ACCCTGGCCA CGCAGGGGCA GAAAAAGGAG ATGAGCTGCA CGGCGCATGG TGAGAAGCCC 
ATTATAGTCC GCTGGGAGAA GGAGGACCGA ATCATTAACC CTGAGATGGC CCGTTATCTT 
GTGTCCACCA AGGAGGTGGG AGAAGAGGTG ATTTCTACTC TGCAGATTTT GCCAACTGTG 
AGAGAAGATT CTGGTTTCTT TTCCTGCCAT GCTATTAATT CTTATGGGGA GGACCGTGGA 
ATAATTCAGC TCACAGTGCA AGAGCCCCCA GACCCTCCCG AAATTGAGAT CAAAGATGTC 
AAAGCACGCA CAATTACGCT CAGGTGGACC ATGGGGTTTG ATGGAAACAG TCCCATCACA 
GGCTACGATA TTGAATGCAA AAATAAATCA GACTCCTGGG ATTCTGCTCA GAGAACCAAA 
GATGTTTCCC CTCAGCTGAA CTCGGCCACC ATCATTGATA TCCACCCTTC CTCCACCTAC 
AGCATCCGCA TGTACGCCAA GAACCGGATT GGCAAGAGCG AGCCCAGCAA CGAGCTCACC 
ATCACGGCGG ACGAGGCAGC TCCTGATGGT CCACCTCAGG AAGTTCACCT GGAGCCTATA 
TCATCTCAGA GCATCAGGGT CACATGGAAG GCTCCCAAGA AACATTTGCA AAATGGGATT 
ATCCGTGGCT ACCAAATAGG TTACCGAGAG TACAGCACTG GGGGTAACTT CCAATTCAAC 
ATTATCAGTG TCGACACCAG CGGGGACAGT GAGGTTTACA CCCTGGACAA CCTGAATAAG 
TTCACTCAGT ACGGCCTGGT GGTGCAGGCC TGTAACCGGG CCGGCACGGG GCCTTCTTCT 
CAGGAAATCA TCACCACCAC TCTCGAGGAT GTGCCCAGTT ACCCCCCCGA AAATGTCCAA 
GCCATAGCAA CATCACCAGA AAGCATATCA ATATCCTGGT CCACACTTTC CAAGGAAGCC 
TTGAATGGAA TTCTCCAGGG GTTCAGAGTC ATTTACTGGG CCAACCTCAT GGACGGAGAG 
CTGGGTGAGA TTAAAAACAT CACCACCACA CAGCCTTCAC TGGAGCTGGA CGGGCTGGAA 
AAGTACACCA ACTACAGCAT CCAGGTGCTG GCCTTCACCC GCGCAGGAGA CGGGGTCAGG 
AGTGAGCAGA TCTTCACCCG GACCAAAGAG GATGTTCCAG GTCCTCCCGC GGGTGTGAAG 
GCAGCGGCGG CCTCAGCCTC CATGGTCTTT GTGTCCTGGC TTCCCCCTCT CAAGCTGAAC 
GGCATCATCC GAAAGTACAC TGTATTCTGC TCCCACCCCT ATCCCACAGT GATCAGCGAG 
TTTGAGGCCT CTCCCGACTC GTTTTCCTAC AGAATTCCCA ACCTGAGTAG GAATCGTCAG 
TACAGCGTCT GGGTGGTGGC TGTTACTTCA GCCGGAAGAG GCAACAGCAG TGAAATCATC 
ACAGTCGAGC CACTAGCAAA AGCTCCTGCA CGAATCCTGA CCTTCAGTGG GACAGTGACT 
ACTCCATGGA TGAAAGACAT TGTCTTGCCT TGTAAGGCTG TTGGGGACCC TTCTCCTGCA 
GTCAAATGGA TGAAAGACAG TAACGGGACA CCCAGTCTAG TAACGATTGA TGGGCGGAGG 
AGCATCTTTA GCAACGGAAG CTTCATTATT CGCACGGTGA AAGCAGAAGA CTCCGGCTAT 
TACAGCTGCA TTGCCAATAA CAACTGGGGA TCTGATGAAA TTATTTTAAA CTTACAAGTA 
CAAGTTCCAC CAGATCAGCC TCGGCTTACA GTCTCCAAGA CCACGTCTTC CTCCATCACC 
CTTTCTTGGC TCCCTGGAGA CAACGGGGGC AGCTCTATCA GAGGATACAT ACTGCAGTAC 
TCCGAGGACA ATAGTGAGCA GTGGGGGAGT TTTCCAATCA GCCCCAGCGA ACGTTCCTAT 
CGCTTGGAAA ATCTCAAATG TGGGACTTGG TATAAGTTCA CACTGACAGC CCAAAATGGA 
GTGGGCCCAG GGCGCATAAG TGAAATCATA GAAGCAAAGA CCTTAGGAAA AGAGCCCCAG 
TTCTCAAAGG AGCAGGAGCT GTTTGCCAGC ATCAACACCA CACGCGTGAG GCTGAACCTC 
ATTGGCTGGA ATGATGGCGG CTGCCCCATC ACCTCCTTCA CACTAGAGTA CAGGCCCTTT 
GGGACCACAG TTTGGACCAC AGCTCAGAGG ACCTCTCTCT CCAAGTCCTA CATCCTGTAT 
GACCTGCAGG AAGCCACCTG GTATGAGCTG CAGATGCGGG TGTGCAACAG TGCGGGCTGC 
GCGGAGAAGC AGGCCAACTT CGCTACGCTG AACTACGATG GCAGTACAAT TCCTCCACTC 
ATTAAGTCAG TTGTCCAAAA CGAAGAAGGG CTGACGACCA ACGAGGGGCT CAAGATGCTG 
GTGACCATCT CCTGTATCCT GGTGGGGGTC TTGCTGCTGT TTGTGCTCCT GCTGGTTGTG 
CGGAGGAGGC GGCGGGAGCA GAGGCTAAAG AGGCTGCGAG ATGCAAAGAG TTTAGCTGAA 
ATGCTCATGA GTAAGAATAC CCGGACTTCA GATACGTTAA GCAAGCAACA GCAGACCCTG 
CGAATGCACA TCGACATACC CAGGGCTCAG CTTTTGATTG AAGAGAGAGA CACGATGGAG 
ACCATTGATG ATCGCTCCAC GGTTCTGTTG ACGGATGCTG ACTTTGGAGA GGCAGCTAAG 
CAGAAGTCCC TGACGGTCAC TCACACGGTC CATTACCAAT CGGTGTCTCA GGCCACTGGG 
CCCTTAGTGG ATGTTTCAGA CGCTCGGCCG GGAACGAATC CCACCACCAG GAGGAATGCC 
AAGGCTGGGC CCACAGCGAG AAACCGCTAT GCCAGCCAGT GGACCCTCAA CCGACCCCAC 
CCCACCATCT CAGCACACAC CCTCACCACA GACTGGAGGC TGCCAACACC CAGGGCTGCA 
GGATCAGTAG ACAAAGAGAG CGACAGTTAC AGCGTCAGCC CCTCGCAAGA CACAGATCGA 
GCAAGAAGCA GCATGGTCTC CACAGAAAGT GCCTCCTCCA CTTACGAAGA ACTGGCCAGG 
GCCTACGAAC ACGCCAAGAT GGAAGAGCAA CTGAGGCACG CCAAGTTCAC CATCACGGAG 
TGCTTCATAT CAGACACGTC ATCGGAGCAG TTGACGGCAG GGACAAATGA GTACACGGAC 
AGTCTGACCT CCAGCACCCC TTCCGAATCG GGAATCTGCA GGTTCACTGC ATCTCCCCCC 
AAACCTCAGG ATGGAGGAAG AGTAATGAAT ATGGCAGTTC CAAAGGCACA TCGGCCAGGT 
GACCTCATAC ATTTGCCTCC ATACCTTAGA ATGGACTTTT TGTTAAACCG AGGTGGTCCA 
GGCACCAGCA GGGACCTGAG CTTAGGACAA GCATGCTTGG AACCTCAGAA AAGCCGGACC 
CTGAAGCGCC CCACGGTCCT GGAGCCCATC CCGATGGAAG CCGCCTCCTC CGCCTCCTCC 
ACGAGAGAAG GACAGTCGTG GCAGCCGGGG GCCGTGGCCA CATTACCTCA GCGGGAGGGA 
GCAGAGCTGG GACAGGCAGC TAAAATGAGC AGCTCCCAAG AATCACTGCT CGACTCCCGG 
GGCCATTTGA AAGGAAACAA TCCTTACGCA AAATCTTACA CCCTGGTATA A

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

PubMed

An analysis of gene expression in PTSD implicates genes involved in the glucocorticoid receptor pathway and neural responses to stress.
Psychoneuroendocrinology571-13(2015 Jul)
Logue MW,Smith AK,Baldwin C,Wolf EJ,Guffanti G,Ratanatharathorn A,Stone A,Schichman SA,Humphries D,Binder EB,Arloth J,Menke A,Uddin M,Wildman D,Galea S,Aiello AE,Koenen KC,Miller MW

Linking cell surface receptors to microtubules: tubulin folding cofactor D mediates Dscam functions during neuronal morphogenesis.
The Journal of neuroscience : the official journal of the Society for Neuroscience35(5)1979-90(2015 Feb)
Okumura M,Sakuma C,Miura M,Chihara T

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DSCAM cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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