DSCAM cDNA ORF clone, Canis lupus familiaris(dog)

Gene
Clones
gRNAs

Summary

Gene Symbol	DSCAM
Entrez Gene ID	487768
Full Name	DS cell adhesion molecule
General protein information	Preferred Names DS cell adhesion molecule Names Down syndrome cell adhesion molecule
Gene Type	protein-coding
Organism	Canis lupus familiaris(dog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014109700.1	XP_013965175.1	Down syndrome cell adhesion molecule
XM_014109700.2	XP_013965175.1	Down syndrome cell adhesion molecule

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

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)
OCe44428	XM_014109700.2 Latest version!	Canis lupus familiaris DS cell adhesion molecule (DSCAM), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
View Old Accession Versions >>
OCe44428	XM_014109700.1	Canis lupus familiaris Down syndrome cell adhesion molecule (DSCAM), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
Hide Old Accession Versions >>

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

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

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

Reference Sequences (Refseq)

DSCAM ( XM_014109700.1 ) cDNA ORF clone, Canis lupus familiaris(dog) -> XP_013965175.1 Canis lupus familiaris Down syndrome cell adhesion molecule (DSCAM), mRNA.

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CloneID	OCe44428
Clone ID Related Accession (Same CDS sequence)	XM_014109700.1 , XM_014109700.2
Accession Version	XM_014109700.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6036bp) 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	2015-09-16
Organism	Canis lupus familiaris(Dog)
Product	Down syndrome cell adhesion molecule
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003726114.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Canis lupus familiaris Annotation Release 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCGCCCGA CTGACCGATT CTTGTGTTGT CTTTTTGTAG TTTTCAGTGA GGACCTTCAC 
TCCAGCCTCT ACTTTGTCAA TGCATCTCTG CAAGAGGTAG TGTTCGCGAG CACCACGGGG 
ACCCTGGTGC CCTGTCCCGC TGCAGGCGTC CCTCCTGTGT CTCTCAGATG GTACCTAGCG 
ACGGGCGAGG AGATCTACGA TGTCCCCGGG ATCCGCCACG TCCACCCCAA CGGCACTCTC 
CAAATTTTTC CCTTCCCTCC TTCAAGCTTT AGTACCTTAA TCCATGATAA TACTTATTAT 
TGCACAGCTG AAAATCCTTC AGGGAAAATT AGAAGTCAGG ATGTCCACAT CAAGGCTGTT 
TTACGGGAGC CCTATACAGT CCGTGTGGAG GACCAGAAAA CCATGAGAGG CAATGTTGCG 
GTCTTCAAGT GCATTATCCC CTCCTCGGTG GAGGCGTACG TCACCGTCGT CTCCTGGGAG 
AAAGACACCG TGTCACTCAT CTCAGGATCT AGATTTCTCA TCACATCCAC GGGAGCCTTG 
TATATTAAAG ATGTACAGAA TGAAGATGGA TTGTATAACT ACCGCTGTAT CACGCGGCAC 
AGATATACTG GGGAAAGCAG GCACAGTAAC AGCGCTAGAC TTTTTGTATC AGACCCAGCG 
AACTCAGCCC CATCCATACT GGATGGGTTT GATCATCGCA AAGCCATGGC AGGGCAGCGT 
GTGGAGTTGC CTTGCAAAGC GCTTGGACAT CCTGAGCCAG ATTATCGCTG GCTGAAGGAC 
AATATGCCCC TGGAACTTTC TGGAAGATTC CAGAAGACCG TGACAGGGCT GCTCATCGAG 
AACACTCGTC CTTCAGACTC AGGCAGCTAT GTGTGTGAAG TTTCCAACAG ATACGGCACT 
GCTAAGGTGA TAGGCCGCCT GTACGTGAAA CAGCCACTGA AAGCTACCAT CAGCCCCAGG 
AAAGTTAAAA GCAGCGTGGG TAGCCAGGTT TCCTTGTCCT GCAGCGTGAC AGGCAGTGAG 
GACCAGGAAC TCTCCTGGTA CCGAAACGGT GAAATCCTCA ACCCCGGAAA AAATGTGAGG 
ATCACAGGGA TCAACCACGA AAACCTTATA ATGGATCACA TGGTCAAAAG TGACGGGGGC 
GCATACCAGT GCTTTGTGCG CAAGGATAAG CTGTCCGCTC AAGACTATGT GCAGGTGGTC 
CTTGAAGATG GAACTCCCAA AATTATTTCT GCCTTTAGTG AAAAAGTGGT GAGTCCAGCA 
GAACCAGTTT CCCTCATGTG CAATGTGAAG GGAACTCCAT TGCCCACCAT CACGTGGACC 
CTGGACGATG ACCCGATCCT CAAGGGTGGC AGTCACCGCA TCAGCCAGAT GATCACGTCA 
GAGGGAAACG TGGTCAGCTA CCTGAACATC TCCAGCTCTC AGGTCCGGGA TGGGGGAGTC 
TACCGCTGTA CTGCCAACAA CTCGGCGGGA GTCGTCCTGT ACCAGGCTCG AATAAACGTA 
AGAGGGCCTG CAAGCATTCG ACCAATGAAA AATATCACAG CAATAGCAGG ACGGGACACG 
TACATCCACT GTCGTGTGAT TGGCTATCCG TATTACTCCA TCAAATGGTA CAAGAACTCT 
AATCTGCTTC CTTTCAACCA TCGCCAAGTG GCATTTGAGA ACAATGGCAC TCTAAAACTC 
TCGGATGTGC AAAAGGAAGT GGATGAGGGA GAGTACACGT GCAATGTGCT GGTTCAACCA 
CAGCTCTCCA CCAGCCAGAG TGTCCACGTG ACAGTCAAAG TTCCACCTTT TATCCAGCCT 
TTTGAGTTTC CAAGATTCTC CATTGGACAG CGTGTCTTTA TCCCATGTGT TGTGGTCTCA 
GGGGACTTAC CCATCACAAT CACCTGGCAG AAGGATGGCC GGCCAATCCC AGCAAGCCTT 
GGGGTGACCA TCGACAACAT TGACTTCACG AGCTCCTTAC GGATTTCCAA TCTCTCCCTC 
ATGCACAATG GGAATTATAC CTGCATAGCC CGGAATGAGG CAGCGGCTGT GGAGCACCAA 
AGCCAGCTGA TTGTGAGAGT TCCTCCCAAG TTTGTGGTTC AGCCACGGGA CCAGGATGGG 
ATTTATGGCA AGGCTGTCAT CCTCAATTGC TCAGCTGAGG GCTATCCTGT ACCCACCATA 
GTGTGGAAAT TCTCTAAAGG TGCTGGGGTT CCCCAGTTCC AACCAATTGC CCTCAATGGC 
CGAATTCAGG TCCTGAGCAA CGGGTCCTTG TTGATCAAGC ATGTCGTGGA GGAAGACAGC 
GGCTACTACC TGTGCAAGGT CAGCAACGAT GTGGGCGCGG ACGTCAGCAA GTCCATGTAC 
CTCACGGTGA AAATTCCTGC GATGATCACG TCCTATCCAA ACACAACCCT GGCCACTCAG 
GGTCAGAAGA AAGAAATGAG CTGTGCAGCC CATGGCGAGA AGCCCATCAT AGTCCGCTGG 
GAGAAGGAGG ACCGGATCAT TAACCCCGAG ATGGCCCGTT ACCTCGTGTC CACCAAGGAG 
GTGGGAGAGG AGGTGATCTC TACTCTGCAG ATTTTGCCAA CTGTTAGAGA AGATTCTGGC 
TTCTTCTCCT GTCATGCTAT CAATTCTTAT GGGGAGGACC GTGGAATAAT TCAGCTCACA 
GTGCAAGAGC CCCCAGACCC TCCCGAAATT GAGATCAAAG ACGTGAAAGC ACGCACAATC 
ACCCTCAGGT GGACCATGGG GTTTGACGGC AACAGCCCCA TCACGGGCTA CGATATTGAA 
TGCAAAAATA AATCAGACTC CTGGGATTCC GCTCAGAGAA CCAAAGATGT TTCCCCTCAG 
CTGAACTCGG CCACCATCAT TGATATCCAC CCTTCCTCCA CCTACAGCAT CCGCATGTAC 
GCCAAGAACC GGATTGGCAA GAGCGAGCCC AGCAACGAGC TCTCCATCAC CGCGGATGAG 
GCAGCTCCTG ACGGCCCACC TCAGGAAGTC CACCTGGAGC CCCTCTCATC TCAGAGCATC 
AGAGTCACCT GGAAGGCTCC CAAGAAACAT TTGCAAAATG GGATTATCCG TGGCTACCAA 
ATAGGTTACC GCGAGTACAG CACTGGGGGC AACTTCCAAT TCAACATTAT CAGTATTGAC 
ACCACTGGGG ACAGTGAGAT CTACACCCTC GACAACCTCA ATAAGTTCAC CCAGTACGGC 
CTGGTGGTGC AGGCCTGCAA CCGGGCCGGG ACGGGACCTT CTTCTCAGGA AATCATCACC 
ACCACCCTCG AGGATGTGCC GAGTTACCCC CCTGAAAATG TCCAAGCCAT AGCAACATCG 
CCAGAGAGCA TATCCATATC CTGGTCCACG CTTTCCAAGG AAGCCTTGAA TGGAATTCTC 
CAGGGGTTCA GAGTCATTTA CTGGGCCAAC CTGATGGATG GAGAACTGGG CGAGATTAAA 
AATGTCACCA CGACGCAGCC TTCTCTAGAG CTGGACGGGC TGGAGAAGTA CACCAACTAC 
AGCATCCAGG TGCTGGCCTT CACCCGCGCC GGGGACGGCG TCAGGAGTGA GCAGATCTTC 
ACTCGGACCA AAGAGGATGT TCCAGGTCCT CCTGCAGGAG TGAAGGCAGC TGCGGCCTCA 
GCCTCCATGG TCTTCGTCTC CTGGCTTCCC CCTCTCAAGC TGAACGGCAT CATCCGAAAG 
TACACTGTAT TCTGCTCCCA CCCCTACCCC ACAGTGATCA GCGAGTTTGA AGCCTCTCCT 
GACTCATTTT CCTACAGAAT TCCCAACCTG AGTCGGAACC GTCAGTACAG CGTCTGGGTG 
GTAGCTGTGA CTTCGGCTGG GAGAGGCAAC AGCAGTGAAA TCATCATGGT GGAGCCATTA 
GCTAAAGCTC CTGCACGAAT CCTGACCTTC AGTGGCACAG TGACTACTCC ATGGATGAAG 
GACATCGCCT TGCCTTGTAA AGCTGTTGGG GACCCTTCTC CTGCAGTAAA GTGGATGAAA 
GACAGTAACG GGACACCCAG CCTAGTAACG ATTGATGGGC GGAGGAGCAT CTTCAGCAAC 
GGGAGCTTCA TTATCCGTAC AGTGAAGGCG GAAGATTCTG GCTATTATAG CTGCATTGCC 
AATAACAACT GGGGATCTGA TGAAATTATT TTAAATTTAC AAGTACAAGT TCCACCCGAT 
CAGCCTCGGC TTACAGTGTC CAAAACAACA TCTTCTTCCA TCACGCTCTC ATGGCTCCCT 
GGAGACAACG GGGGCAGTTC TATCAGAGGA TACATATTGC AGTACTCCGA GGATAACAGT 
GAGCAGTGGG GAAGTTTTCC AATCAGCCCA AGTGAACGTT CTTACCGCTT GGAAAATCTG 
AAGTGTGGTA CTTGGTATAA GTTCACTCTT ACTGCCCAAA ATGGAGTGGG ACCGGGACGC 
ATAAGTGAAA TCATAGAAGC AAAAACATTG GGGAAAGAGC CCCAATTTTC AAAGGAGCAA 
GAACTCTTTG CCAGCATCAA CACCACGCGC GTGAGGCTGA ACCTCATTGG CTGGAATGAT 
GGCGGCTGTC CCATCACCTC CTTCACACTG GAGTACAGAC CCTTTGGGAC CACAGTCTGG 
ACCACAGCTC AGCGGACCTC TCTTTCCAAG TCGTACATTT TGTACGACCT GCAAGAAGCC 
ACGTGGTATG AGCTACAGAT GAGGGTGTGC AACAGTGCCG GCTGTGCAGA GAAGCAGGCC 
AACTTCGCCA CGCTGAACTA CGATGGCAGT ACAATCCCTC CACTCATTAA GTCAGTTGTC 
CAAAGTGAAG AAGGGCTGAC AACCAACGAA GGGCTCAAGA TGCTGGTGAC CATCTCCTGC 
ATCCTGGTGG GGGTCTTGCT GCTGTTTGTG CTCCTGCTCG TGGTACGGAG GAGGAGGCGG 
GAGCAGAGAC TGAAGAGGCT GAGAGATGCA AAGAGTTTAG CTGAAATGCT CATGAGTAAG 
AATACTCGGA CTTCGGATAC CTTGAGCAAG CAACAACAAA CCTTGAGAAT GCACATTGAC 
ATACCCAGGG CTCAGCTTTT GATTGAAGAG AGAGACACAA TGGAGACCAT AGATGATCGC 
TCCACGGTCC TGTTAACGGA TGCTGACTTT GGGGAGGCAG CAAAACAGAA GTCCCTGACA 
GTGACACACA CGGTACACTA CCAGTCGGTG TCACAGGCCA CCGGCCCCCT GGTAGATGTT 
TCGGACGCTC GACCGGGAAC AAATCCTACC ACCAGGAGGA ATGCAAAGGC AGGACCCACA 
GCAAGAAATC GGTATGCCAG CCAGTGGACC CTCAACAGAC CCCACCCCAC CATTTCAGCA 
CACACCCTCA CCACAGACTG GAGGCTGCCG ACGCCCAGGG CTGCAGGATC AATGGACAAG 
GAGAGTGACA GCTACAGTGT CAGCCCTTCA CAAGACACAG ATCGAGCGCG AAGCAGCATG 
GTCTCCACAG AAAGTGCCTC CTCCACTTAC GAAGAACTGG CCAGGGCCTA CGAGCACGCC 
AAGATGGAAG AGCAGCTGAG GCACGCCAAG TTCACCATCA CAGAGTGCTT CATATCAGAC 
ACATCATCTG AACAGTTGAC GGCAGGGACA AACGAGTACA CAGACAGTCT GACCTCCAGC 
ACCCCTTCAG AATCGGGGAT CTGCAGGTTC ACTGCATCTC CCCCCAAACC TCAGGATGGA 
GGTCGAGTGA TGAACATGGC GGTTCCAAAG GCACACCGGC CAGGTGACCT CATACATTTG 
CCTCCATACC TTAGAATGGA CTTTTTGTTA AACCGAAGCG GTGCAGGCAC CAGCAGGGAC 
CTGAGTTTAG GGCAAGCGTG CTTGGAACCT CAGAAAAGTC GGACCCTGAA GCGCCCCACG 
GTCCTTGAGC CAATCCCCAT GGAGGCCTCC TCCTCCACGT CCTCCACAAG AGAGGGACAG 
CAGTGGCAGC AAGGGACTGT GGCCACATTA CCTCAGCGAG AGGGAGCAGA GCTGGGACAG 
GCAGCTAAGA TGAGCAGCTC CCAAGAATCC CTGCTCGACT CTCGGGGCCA TTTGAAAGGA 
AACAATCCCT ACGCAAAATC CTACACCCTG GTATAA

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

RefSeq	XP_013965175.1
CDS	1..6036
Translation	MRPTDRFLCCLFVVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGVPPVSLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYVTVVSWEKDTVSLISGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGESRHSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENTRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGSEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCAAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELSITADEAAPDGPPQEVHLEPLSSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISIDTTGDSEIYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNVTTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIIMVEPLAKAPARILTFSGTVTTPWMKDIALPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQSEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSMDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGDLIHLPPYLRMDFLLNRSGAGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEASSSTSSTREGQQWQQGTVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	XM_014109700.1
Organism	Canis lupus familiaris(Dog)
Definition	Canis lupus familiaris Down syndrome cell adhesion molecule (DSCAM), mRNA.

Target ORF information:

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

XM_014109700.1

ORF Insert Sequence:

ATGCGCCCGA CTGACCGATT CTTGTGTTGT CTTTTTGTAG TTTTCAGTGA GGACCTTCAC 
TCCAGCCTCT ACTTTGTCAA TGCATCTCTG CAAGAGGTAG TGTTCGCGAG CACCACGGGG 
ACCCTGGTGC CCTGTCCCGC TGCAGGCGTC CCTCCTGTGT CTCTCAGATG GTACCTAGCG 
ACGGGCGAGG AGATCTACGA TGTCCCCGGG ATCCGCCACG TCCACCCCAA CGGCACTCTC 
CAAATTTTTC CCTTCCCTCC TTCAAGCTTT AGTACCTTAA TCCATGATAA TACTTATTAT 
TGCACAGCTG AAAATCCTTC AGGGAAAATT AGAAGTCAGG ATGTCCACAT CAAGGCTGTT 
TTACGGGAGC CCTATACAGT CCGTGTGGAG GACCAGAAAA CCATGAGAGG CAATGTTGCG 
GTCTTCAAGT GCATTATCCC CTCCTCGGTG GAGGCGTACG TCACCGTCGT CTCCTGGGAG 
AAAGACACCG TGTCACTCAT CTCAGGATCT AGATTTCTCA TCACATCCAC GGGAGCCTTG 
TATATTAAAG ATGTACAGAA TGAAGATGGA TTGTATAACT ACCGCTGTAT CACGCGGCAC 
AGATATACTG GGGAAAGCAG GCACAGTAAC AGCGCTAGAC TTTTTGTATC AGACCCAGCG 
AACTCAGCCC CATCCATACT GGATGGGTTT GATCATCGCA AAGCCATGGC AGGGCAGCGT 
GTGGAGTTGC CTTGCAAAGC GCTTGGACAT CCTGAGCCAG ATTATCGCTG GCTGAAGGAC 
AATATGCCCC TGGAACTTTC TGGAAGATTC CAGAAGACCG TGACAGGGCT GCTCATCGAG 
AACACTCGTC CTTCAGACTC AGGCAGCTAT GTGTGTGAAG TTTCCAACAG ATACGGCACT 
GCTAAGGTGA TAGGCCGCCT GTACGTGAAA CAGCCACTGA AAGCTACCAT CAGCCCCAGG 
AAAGTTAAAA GCAGCGTGGG TAGCCAGGTT TCCTTGTCCT GCAGCGTGAC AGGCAGTGAG 
GACCAGGAAC TCTCCTGGTA CCGAAACGGT GAAATCCTCA ACCCCGGAAA AAATGTGAGG 
ATCACAGGGA TCAACCACGA AAACCTTATA ATGGATCACA TGGTCAAAAG TGACGGGGGC 
GCATACCAGT GCTTTGTGCG CAAGGATAAG CTGTCCGCTC AAGACTATGT GCAGGTGGTC 
CTTGAAGATG GAACTCCCAA AATTATTTCT GCCTTTAGTG AAAAAGTGGT GAGTCCAGCA 
GAACCAGTTT CCCTCATGTG CAATGTGAAG GGAACTCCAT TGCCCACCAT CACGTGGACC 
CTGGACGATG ACCCGATCCT CAAGGGTGGC AGTCACCGCA TCAGCCAGAT GATCACGTCA 
GAGGGAAACG TGGTCAGCTA CCTGAACATC TCCAGCTCTC AGGTCCGGGA TGGGGGAGTC 
TACCGCTGTA CTGCCAACAA CTCGGCGGGA GTCGTCCTGT ACCAGGCTCG AATAAACGTA 
AGAGGGCCTG CAAGCATTCG ACCAATGAAA AATATCACAG CAATAGCAGG ACGGGACACG 
TACATCCACT GTCGTGTGAT TGGCTATCCG TATTACTCCA TCAAATGGTA CAAGAACTCT 
AATCTGCTTC CTTTCAACCA TCGCCAAGTG GCATTTGAGA ACAATGGCAC TCTAAAACTC 
TCGGATGTGC AAAAGGAAGT GGATGAGGGA GAGTACACGT GCAATGTGCT GGTTCAACCA 
CAGCTCTCCA CCAGCCAGAG TGTCCACGTG ACAGTCAAAG TTCCACCTTT TATCCAGCCT 
TTTGAGTTTC CAAGATTCTC CATTGGACAG CGTGTCTTTA TCCCATGTGT TGTGGTCTCA 
GGGGACTTAC CCATCACAAT CACCTGGCAG AAGGATGGCC GGCCAATCCC AGCAAGCCTT 
GGGGTGACCA TCGACAACAT TGACTTCACG AGCTCCTTAC GGATTTCCAA TCTCTCCCTC 
ATGCACAATG GGAATTATAC CTGCATAGCC CGGAATGAGG CAGCGGCTGT GGAGCACCAA 
AGCCAGCTGA TTGTGAGAGT TCCTCCCAAG TTTGTGGTTC AGCCACGGGA CCAGGATGGG 
ATTTATGGCA AGGCTGTCAT CCTCAATTGC TCAGCTGAGG GCTATCCTGT ACCCACCATA 
GTGTGGAAAT TCTCTAAAGG TGCTGGGGTT CCCCAGTTCC AACCAATTGC CCTCAATGGC 
CGAATTCAGG TCCTGAGCAA CGGGTCCTTG TTGATCAAGC ATGTCGTGGA GGAAGACAGC 
GGCTACTACC TGTGCAAGGT CAGCAACGAT GTGGGCGCGG ACGTCAGCAA GTCCATGTAC 
CTCACGGTGA AAATTCCTGC GATGATCACG TCCTATCCAA ACACAACCCT GGCCACTCAG 
GGTCAGAAGA AAGAAATGAG CTGTGCAGCC CATGGCGAGA AGCCCATCAT AGTCCGCTGG 
GAGAAGGAGG ACCGGATCAT TAACCCCGAG ATGGCCCGTT ACCTCGTGTC CACCAAGGAG 
GTGGGAGAGG AGGTGATCTC TACTCTGCAG ATTTTGCCAA CTGTTAGAGA AGATTCTGGC 
TTCTTCTCCT GTCATGCTAT CAATTCTTAT GGGGAGGACC GTGGAATAAT TCAGCTCACA 
GTGCAAGAGC CCCCAGACCC TCCCGAAATT GAGATCAAAG ACGTGAAAGC ACGCACAATC 
ACCCTCAGGT GGACCATGGG GTTTGACGGC AACAGCCCCA TCACGGGCTA CGATATTGAA 
TGCAAAAATA AATCAGACTC CTGGGATTCC GCTCAGAGAA CCAAAGATGT TTCCCCTCAG 
CTGAACTCGG CCACCATCAT TGATATCCAC CCTTCCTCCA CCTACAGCAT CCGCATGTAC 
GCCAAGAACC GGATTGGCAA GAGCGAGCCC AGCAACGAGC TCTCCATCAC CGCGGATGAG 
GCAGCTCCTG ACGGCCCACC TCAGGAAGTC CACCTGGAGC CCCTCTCATC TCAGAGCATC 
AGAGTCACCT GGAAGGCTCC CAAGAAACAT TTGCAAAATG GGATTATCCG TGGCTACCAA 
ATAGGTTACC GCGAGTACAG CACTGGGGGC AACTTCCAAT TCAACATTAT CAGTATTGAC 
ACCACTGGGG ACAGTGAGAT CTACACCCTC GACAACCTCA ATAAGTTCAC CCAGTACGGC 
CTGGTGGTGC AGGCCTGCAA CCGGGCCGGG ACGGGACCTT CTTCTCAGGA AATCATCACC 
ACCACCCTCG AGGATGTGCC GAGTTACCCC CCTGAAAATG TCCAAGCCAT AGCAACATCG 
CCAGAGAGCA TATCCATATC CTGGTCCACG CTTTCCAAGG AAGCCTTGAA TGGAATTCTC 
CAGGGGTTCA GAGTCATTTA CTGGGCCAAC CTGATGGATG GAGAACTGGG CGAGATTAAA 
AATGTCACCA CGACGCAGCC TTCTCTAGAG CTGGACGGGC TGGAGAAGTA CACCAACTAC 
AGCATCCAGG TGCTGGCCTT CACCCGCGCC GGGGACGGCG TCAGGAGTGA GCAGATCTTC 
ACTCGGACCA AAGAGGATGT TCCAGGTCCT CCTGCAGGAG TGAAGGCAGC TGCGGCCTCA 
GCCTCCATGG TCTTCGTCTC CTGGCTTCCC CCTCTCAAGC TGAACGGCAT CATCCGAAAG 
TACACTGTAT TCTGCTCCCA CCCCTACCCC ACAGTGATCA GCGAGTTTGA AGCCTCTCCT 
GACTCATTTT CCTACAGAAT TCCCAACCTG AGTCGGAACC GTCAGTACAG CGTCTGGGTG 
GTAGCTGTGA CTTCGGCTGG GAGAGGCAAC AGCAGTGAAA TCATCATGGT GGAGCCATTA 
GCTAAAGCTC CTGCACGAAT CCTGACCTTC AGTGGCACAG TGACTACTCC ATGGATGAAG 
GACATCGCCT TGCCTTGTAA AGCTGTTGGG GACCCTTCTC CTGCAGTAAA GTGGATGAAA 
GACAGTAACG GGACACCCAG CCTAGTAACG ATTGATGGGC GGAGGAGCAT CTTCAGCAAC 
GGGAGCTTCA TTATCCGTAC AGTGAAGGCG GAAGATTCTG GCTATTATAG CTGCATTGCC 
AATAACAACT GGGGATCTGA TGAAATTATT TTAAATTTAC AAGTACAAGT TCCACCCGAT 
CAGCCTCGGC TTACAGTGTC CAAAACAACA TCTTCTTCCA TCACGCTCTC ATGGCTCCCT 
GGAGACAACG GGGGCAGTTC TATCAGAGGA TACATATTGC AGTACTCCGA GGATAACAGT 
GAGCAGTGGG GAAGTTTTCC AATCAGCCCA AGTGAACGTT CTTACCGCTT GGAAAATCTG 
AAGTGTGGTA CTTGGTATAA GTTCACTCTT ACTGCCCAAA ATGGAGTGGG ACCGGGACGC 
ATAAGTGAAA TCATAGAAGC AAAAACATTG GGGAAAGAGC CCCAATTTTC AAAGGAGCAA 
GAACTCTTTG CCAGCATCAA CACCACGCGC GTGAGGCTGA ACCTCATTGG CTGGAATGAT 
GGCGGCTGTC CCATCACCTC CTTCACACTG GAGTACAGAC CCTTTGGGAC CACAGTCTGG 
ACCACAGCTC AGCGGACCTC TCTTTCCAAG TCGTACATTT TGTACGACCT GCAAGAAGCC 
ACGTGGTATG AGCTACAGAT GAGGGTGTGC AACAGTGCCG GCTGTGCAGA GAAGCAGGCC 
AACTTCGCCA CGCTGAACTA CGATGGCAGT ACAATCCCTC CACTCATTAA GTCAGTTGTC 
CAAAGTGAAG AAGGGCTGAC AACCAACGAA GGGCTCAAGA TGCTGGTGAC CATCTCCTGC 
ATCCTGGTGG GGGTCTTGCT GCTGTTTGTG CTCCTGCTCG TGGTACGGAG GAGGAGGCGG 
GAGCAGAGAC TGAAGAGGCT GAGAGATGCA AAGAGTTTAG CTGAAATGCT CATGAGTAAG 
AATACTCGGA CTTCGGATAC CTTGAGCAAG CAACAACAAA CCTTGAGAAT GCACATTGAC 
ATACCCAGGG CTCAGCTTTT GATTGAAGAG AGAGACACAA TGGAGACCAT AGATGATCGC 
TCCACGGTCC TGTTAACGGA TGCTGACTTT GGGGAGGCAG CAAAACAGAA GTCCCTGACA 
GTGACACACA CGGTACACTA CCAGTCGGTG TCACAGGCCA CCGGCCCCCT GGTAGATGTT 
TCGGACGCTC GACCGGGAAC AAATCCTACC ACCAGGAGGA ATGCAAAGGC AGGACCCACA 
GCAAGAAATC GGTATGCCAG CCAGTGGACC CTCAACAGAC CCCACCCCAC CATTTCAGCA 
CACACCCTCA CCACAGACTG GAGGCTGCCG ACGCCCAGGG CTGCAGGATC AATGGACAAG 
GAGAGTGACA GCTACAGTGT CAGCCCTTCA CAAGACACAG ATCGAGCGCG AAGCAGCATG 
GTCTCCACAG AAAGTGCCTC CTCCACTTAC GAAGAACTGG CCAGGGCCTA CGAGCACGCC 
AAGATGGAAG AGCAGCTGAG GCACGCCAAG TTCACCATCA CAGAGTGCTT CATATCAGAC 
ACATCATCTG AACAGTTGAC GGCAGGGACA AACGAGTACA CAGACAGTCT GACCTCCAGC 
ACCCCTTCAG AATCGGGGAT CTGCAGGTTC ACTGCATCTC CCCCCAAACC TCAGGATGGA 
GGTCGAGTGA TGAACATGGC GGTTCCAAAG GCACACCGGC CAGGTGACCT CATACATTTG 
CCTCCATACC TTAGAATGGA CTTTTTGTTA AACCGAAGCG GTGCAGGCAC CAGCAGGGAC 
CTGAGTTTAG GGCAAGCGTG CTTGGAACCT CAGAAAAGTC GGACCCTGAA GCGCCCCACG 
GTCCTTGAGC CAATCCCCAT GGAGGCCTCC TCCTCCACGT CCTCCACAAG AGAGGGACAG 
CAGTGGCAGC AAGGGACTGT GGCCACATTA CCTCAGCGAG AGGGAGCAGA GCTGGGACAG 
GCAGCTAAGA TGAGCAGCTC CCAAGAATCC CTGCTCGACT CTCGGGGCCA TTTGAAAGGA 
AACAATCCCT ACGCAAAATC CTACACCCTG GTATAA

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

DSCAM ( XM_014109700.2 ) cDNA ORF clone, Canis lupus familiaris(dog) -> XP_013965175.1 Canis lupus familiaris DS cell adhesion molecule (DSCAM), mRNA.

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CloneID	OCe44428
Clone ID Related Accession (Same CDS sequence)	XM_014109700.1 , XM_014109700.2
Accession Version	XM_014109700.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6036bp) 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	2017-09-04
Organism	Canis lupus familiaris(dog)
Product	Down syndrome cell adhesion molecule
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006613.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Sep 5, 2017 this sequence version replaced XM_014109700.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Canis lupus familiaris Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCGCCCGA CTGACCGATT CTTGTGTTGT CTTTTTGTAG TTTTCAGTGA GGACCTTCAC 
TCCAGCCTCT ACTTTGTCAA TGCATCTCTG CAAGAGGTAG TGTTCGCGAG CACCACGGGG 
ACCCTGGTGC CCTGTCCCGC TGCAGGCGTC CCTCCTGTGT CTCTCAGATG GTACCTAGCG 
ACGGGCGAGG AGATCTACGA TGTCCCCGGG ATCCGCCACG TCCACCCCAA CGGCACTCTC 
CAAATTTTTC CCTTCCCTCC TTCAAGCTTT AGTACCTTAA TCCATGATAA TACTTATTAT 
TGCACAGCTG AAAATCCTTC AGGGAAAATT AGAAGTCAGG ATGTCCACAT CAAGGCTGTT 
TTACGGGAGC CCTATACAGT CCGTGTGGAG GACCAGAAAA CCATGAGAGG CAATGTTGCG 
GTCTTCAAGT GCATTATCCC CTCCTCGGTG GAGGCGTACG TCACCGTCGT CTCCTGGGAG 
AAAGACACCG TGTCACTCAT CTCAGGATCT AGATTTCTCA TCACATCCAC GGGAGCCTTG 
TATATTAAAG ATGTACAGAA TGAAGATGGA TTGTATAACT ACCGCTGTAT CACGCGGCAC 
AGATATACTG GGGAAAGCAG GCACAGTAAC AGCGCTAGAC TTTTTGTATC AGACCCAGCG 
AACTCAGCCC CATCCATACT GGATGGGTTT GATCATCGCA AAGCCATGGC AGGGCAGCGT 
GTGGAGTTGC CTTGCAAAGC GCTTGGACAT CCTGAGCCAG ATTATCGCTG GCTGAAGGAC 
AATATGCCCC TGGAACTTTC TGGAAGATTC CAGAAGACCG TGACAGGGCT GCTCATCGAG 
AACACTCGTC CTTCAGACTC AGGCAGCTAT GTGTGTGAAG TTTCCAACAG ATACGGCACT 
GCTAAGGTGA TAGGCCGCCT GTACGTGAAA CAGCCACTGA AAGCTACCAT CAGCCCCAGG 
AAAGTTAAAA GCAGCGTGGG TAGCCAGGTT TCCTTGTCCT GCAGCGTGAC AGGCAGTGAG 
GACCAGGAAC TCTCCTGGTA CCGAAACGGT GAAATCCTCA ACCCCGGAAA AAATGTGAGG 
ATCACAGGGA TCAACCACGA AAACCTTATA ATGGATCACA TGGTCAAAAG TGACGGGGGC 
GCATACCAGT GCTTTGTGCG CAAGGATAAG CTGTCCGCTC AAGACTATGT GCAGGTGGTC 
CTTGAAGATG GAACTCCCAA AATTATTTCT GCCTTTAGTG AAAAAGTGGT GAGTCCAGCA 
GAACCAGTTT CCCTCATGTG CAATGTGAAG GGAACTCCAT TGCCCACCAT CACGTGGACC 
CTGGACGATG ACCCGATCCT CAAGGGTGGC AGTCACCGCA TCAGCCAGAT GATCACGTCA 
GAGGGAAACG TGGTCAGCTA CCTGAACATC TCCAGCTCTC AGGTCCGGGA TGGGGGAGTC 
TACCGCTGTA CTGCCAACAA CTCGGCGGGA GTCGTCCTGT ACCAGGCTCG AATAAACGTA 
AGAGGGCCTG CAAGCATTCG ACCAATGAAA AATATCACAG CAATAGCAGG ACGGGACACG 
TACATCCACT GTCGTGTGAT TGGCTATCCG TATTACTCCA TCAAATGGTA CAAGAACTCT 
AATCTGCTTC CTTTCAACCA TCGCCAAGTG GCATTTGAGA ACAATGGCAC TCTAAAACTC 
TCGGATGTGC AAAAGGAAGT GGATGAGGGA GAGTACACGT GCAATGTGCT GGTTCAACCA 
CAGCTCTCCA CCAGCCAGAG TGTCCACGTG ACAGTCAAAG TTCCACCTTT TATCCAGCCT 
TTTGAGTTTC CAAGATTCTC CATTGGACAG CGTGTCTTTA TCCCATGTGT TGTGGTCTCA 
GGGGACTTAC CCATCACAAT CACCTGGCAG AAGGATGGCC GGCCAATCCC AGCAAGCCTT 
GGGGTGACCA TCGACAACAT TGACTTCACG AGCTCCTTAC GGATTTCCAA TCTCTCCCTC 
ATGCACAATG GGAATTATAC CTGCATAGCC CGGAATGAGG CAGCGGCTGT GGAGCACCAA 
AGCCAGCTGA TTGTGAGAGT TCCTCCCAAG TTTGTGGTTC AGCCACGGGA CCAGGATGGG 
ATTTATGGCA AGGCTGTCAT CCTCAATTGC TCAGCTGAGG GCTATCCTGT ACCCACCATA 
GTGTGGAAAT TCTCTAAAGG TGCTGGGGTT CCCCAGTTCC AACCAATTGC CCTCAATGGC 
CGAATTCAGG TCCTGAGCAA CGGGTCCTTG TTGATCAAGC ATGTCGTGGA GGAAGACAGC 
GGCTACTACC TGTGCAAGGT CAGCAACGAT GTGGGCGCGG ACGTCAGCAA GTCCATGTAC 
CTCACGGTGA AAATTCCTGC GATGATCACG TCCTATCCAA ACACAACCCT GGCCACTCAG 
GGTCAGAAGA AAGAAATGAG CTGTGCAGCC CATGGCGAGA AGCCCATCAT AGTCCGCTGG 
GAGAAGGAGG ACCGGATCAT TAACCCCGAG ATGGCCCGTT ACCTCGTGTC CACCAAGGAG 
GTGGGAGAGG AGGTGATCTC TACTCTGCAG ATTTTGCCAA CTGTTAGAGA AGATTCTGGC 
TTCTTCTCCT GTCATGCTAT CAATTCTTAT GGGGAGGACC GTGGAATAAT TCAGCTCACA 
GTGCAAGAGC CCCCAGACCC TCCCGAAATT GAGATCAAAG ACGTGAAAGC ACGCACAATC 
ACCCTCAGGT GGACCATGGG GTTTGACGGC AACAGCCCCA TCACGGGCTA CGATATTGAA 
TGCAAAAATA AATCAGACTC CTGGGATTCC GCTCAGAGAA CCAAAGATGT TTCCCCTCAG 
CTGAACTCGG CCACCATCAT TGATATCCAC CCTTCCTCCA CCTACAGCAT CCGCATGTAC 
GCCAAGAACC GGATTGGCAA GAGCGAGCCC AGCAACGAGC TCTCCATCAC CGCGGATGAG 
GCAGCTCCTG ACGGCCCACC TCAGGAAGTC CACCTGGAGC CCCTCTCATC TCAGAGCATC 
AGAGTCACCT GGAAGGCTCC CAAGAAACAT TTGCAAAATG GGATTATCCG TGGCTACCAA 
ATAGGTTACC GCGAGTACAG CACTGGGGGC AACTTCCAAT TCAACATTAT CAGTATTGAC 
ACCACTGGGG ACAGTGAGAT CTACACCCTC GACAACCTCA ATAAGTTCAC CCAGTACGGC 
CTGGTGGTGC AGGCCTGCAA CCGGGCCGGG ACGGGACCTT CTTCTCAGGA AATCATCACC 
ACCACCCTCG AGGATGTGCC GAGTTACCCC CCTGAAAATG TCCAAGCCAT AGCAACATCG 
CCAGAGAGCA TATCCATATC CTGGTCCACG CTTTCCAAGG AAGCCTTGAA TGGAATTCTC 
CAGGGGTTCA GAGTCATTTA CTGGGCCAAC CTGATGGATG GAGAACTGGG CGAGATTAAA 
AATGTCACCA CGACGCAGCC TTCTCTAGAG CTGGACGGGC TGGAGAAGTA CACCAACTAC 
AGCATCCAGG TGCTGGCCTT CACCCGCGCC GGGGACGGCG TCAGGAGTGA GCAGATCTTC 
ACTCGGACCA AAGAGGATGT TCCAGGTCCT CCTGCAGGAG TGAAGGCAGC TGCGGCCTCA 
GCCTCCATGG TCTTCGTCTC CTGGCTTCCC CCTCTCAAGC TGAACGGCAT CATCCGAAAG 
TACACTGTAT TCTGCTCCCA CCCCTACCCC ACAGTGATCA GCGAGTTTGA AGCCTCTCCT 
GACTCATTTT CCTACAGAAT TCCCAACCTG AGTCGGAACC GTCAGTACAG CGTCTGGGTG 
GTAGCTGTGA CTTCGGCTGG GAGAGGCAAC AGCAGTGAAA TCATCATGGT GGAGCCATTA 
GCTAAAGCTC CTGCACGAAT CCTGACCTTC AGTGGCACAG TGACTACTCC ATGGATGAAG 
GACATCGCCT TGCCTTGTAA AGCTGTTGGG GACCCTTCTC CTGCAGTAAA GTGGATGAAA 
GACAGTAACG GGACACCCAG CCTAGTAACG ATTGATGGGC GGAGGAGCAT CTTCAGCAAC 
GGGAGCTTCA TTATCCGTAC AGTGAAGGCG GAAGATTCTG GCTATTATAG CTGCATTGCC 
AATAACAACT GGGGATCTGA TGAAATTATT TTAAATTTAC AAGTACAAGT TCCACCCGAT 
CAGCCTCGGC TTACAGTGTC CAAAACAACA TCTTCTTCCA TCACGCTCTC ATGGCTCCCT 
GGAGACAACG GGGGCAGTTC TATCAGAGGA TACATATTGC AGTACTCCGA GGATAACAGT 
GAGCAGTGGG GAAGTTTTCC AATCAGCCCA AGTGAACGTT CTTACCGCTT GGAAAATCTG 
AAGTGTGGTA CTTGGTATAA GTTCACTCTT ACTGCCCAAA ATGGAGTGGG ACCGGGACGC 
ATAAGTGAAA TCATAGAAGC AAAAACATTG GGGAAAGAGC CCCAATTTTC AAAGGAGCAA 
GAACTCTTTG CCAGCATCAA CACCACGCGC GTGAGGCTGA ACCTCATTGG CTGGAATGAT 
GGCGGCTGTC CCATCACCTC CTTCACACTG GAGTACAGAC CCTTTGGGAC CACAGTCTGG 
ACCACAGCTC AGCGGACCTC TCTTTCCAAG TCGTACATTT TGTACGACCT GCAAGAAGCC 
ACGTGGTATG AGCTACAGAT GAGGGTGTGC AACAGTGCCG GCTGTGCAGA GAAGCAGGCC 
AACTTCGCCA CGCTGAACTA CGATGGCAGT ACAATCCCTC CACTCATTAA GTCAGTTGTC 
CAAAGTGAAG AAGGGCTGAC AACCAACGAA GGGCTCAAGA TGCTGGTGAC CATCTCCTGC 
ATCCTGGTGG GGGTCTTGCT GCTGTTTGTG CTCCTGCTCG TGGTACGGAG GAGGAGGCGG 
GAGCAGAGAC TGAAGAGGCT GAGAGATGCA AAGAGTTTAG CTGAAATGCT CATGAGTAAG 
AATACTCGGA CTTCGGATAC CTTGAGCAAG CAACAACAAA CCTTGAGAAT GCACATTGAC 
ATACCCAGGG CTCAGCTTTT GATTGAAGAG AGAGACACAA TGGAGACCAT AGATGATCGC 
TCCACGGTCC TGTTAACGGA TGCTGACTTT GGGGAGGCAG CAAAACAGAA GTCCCTGACA 
GTGACACACA CGGTACACTA CCAGTCGGTG TCACAGGCCA CCGGCCCCCT GGTAGATGTT 
TCGGACGCTC GACCGGGAAC AAATCCTACC ACCAGGAGGA ATGCAAAGGC AGGACCCACA 
GCAAGAAATC GGTATGCCAG CCAGTGGACC CTCAACAGAC CCCACCCCAC CATTTCAGCA 
CACACCCTCA CCACAGACTG GAGGCTGCCG ACGCCCAGGG CTGCAGGATC AATGGACAAG 
GAGAGTGACA GCTACAGTGT CAGCCCTTCA CAAGACACAG ATCGAGCGCG AAGCAGCATG 
GTCTCCACAG AAAGTGCCTC CTCCACTTAC GAAGAACTGG CCAGGGCCTA CGAGCACGCC 
AAGATGGAAG AGCAGCTGAG GCACGCCAAG TTCACCATCA CAGAGTGCTT CATATCAGAC 
ACATCATCTG AACAGTTGAC GGCAGGGACA AACGAGTACA CAGACAGTCT GACCTCCAGC 
ACCCCTTCAG AATCGGGGAT CTGCAGGTTC ACTGCATCTC CCCCCAAACC TCAGGATGGA 
GGTCGAGTGA TGAACATGGC GGTTCCAAAG GCACACCGGC CAGGTGACCT CATACATTTG 
CCTCCATACC TTAGAATGGA CTTTTTGTTA AACCGAAGCG GTGCAGGCAC CAGCAGGGAC 
CTGAGTTTAG GGCAAGCGTG CTTGGAACCT CAGAAAAGTC GGACCCTGAA GCGCCCCACG 
GTCCTTGAGC CAATCCCCAT GGAGGCCTCC TCCTCCACGT CCTCCACAAG AGAGGGACAG 
CAGTGGCAGC AAGGGACTGT GGCCACATTA CCTCAGCGAG AGGGAGCAGA GCTGGGACAG 
GCAGCTAAGA TGAGCAGCTC CCAAGAATCC CTGCTCGACT CTCGGGGCCA TTTGAAAGGA 
AACAATCCCT ACGCAAAATC CTACACCCTG GTATAA

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

RefSeq	XP_013965175.1
CDS	1..6036
Translation	MRPTDRFLCCLFVVFSEDLHSSLYFVNASLQEVVFASTTGTLVPCPAAGVPPVSLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYVTVVSWEKDTVSLISGSRFLITSTGALYIKDVQNEDGLYNYRCITRHRYTGESRHSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENTRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGSEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPILKGGSHRISQMITSEGNVVSYLNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCAAHGEKPIIVRWEKEDRIINPEMARYLVSTKEVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKARTITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRMYAKNRIGKSEPSNELSITADEAAPDGPPQEVHLEPLSSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSTGGNFQFNIISIDTTGDSEIYTLDNLNKFTQYGLVVQACNRAGTGPSSQEIITTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLMDGELGEIKNVTTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTSAGRGNSSEIIMVEPLAKAPARILTFSGTVTTPWMKDIALPCKAVGDPSPAVKWMKDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCIANNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLENLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQANFATLNYDGSTIPPLIKSVVQSEEGLTTNEGLKMLVTISCILVGVLLLFVLLLVVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRAAGSMDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTSSTPSESGICRFTASPPKPQDGGRVMNMAVPKAHRPGDLIHLPPYLRMDFLLNRSGAGTSRDLSLGQACLEPQKSRTLKRPTVLEPIPMEASSSTSSTREGQQWQQGTVATLPQREGAELGQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	XM_014109700.2
Organism	Canis lupus familiaris(dog)
Definition	Canis lupus familiaris DS cell adhesion molecule (DSCAM), mRNA.

Target ORF information:

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

XM_014109700.2

ORF Insert Sequence:

ATGCGCCCGA CTGACCGATT CTTGTGTTGT CTTTTTGTAG TTTTCAGTGA GGACCTTCAC 
TCCAGCCTCT ACTTTGTCAA TGCATCTCTG CAAGAGGTAG TGTTCGCGAG CACCACGGGG 
ACCCTGGTGC CCTGTCCCGC TGCAGGCGTC CCTCCTGTGT CTCTCAGATG GTACCTAGCG 
ACGGGCGAGG AGATCTACGA TGTCCCCGGG ATCCGCCACG TCCACCCCAA CGGCACTCTC 
CAAATTTTTC CCTTCCCTCC TTCAAGCTTT AGTACCTTAA TCCATGATAA TACTTATTAT 
TGCACAGCTG AAAATCCTTC AGGGAAAATT AGAAGTCAGG ATGTCCACAT CAAGGCTGTT 
TTACGGGAGC CCTATACAGT CCGTGTGGAG GACCAGAAAA CCATGAGAGG CAATGTTGCG 
GTCTTCAAGT GCATTATCCC CTCCTCGGTG GAGGCGTACG TCACCGTCGT CTCCTGGGAG 
AAAGACACCG TGTCACTCAT CTCAGGATCT AGATTTCTCA TCACATCCAC GGGAGCCTTG 
TATATTAAAG ATGTACAGAA TGAAGATGGA TTGTATAACT ACCGCTGTAT CACGCGGCAC 
AGATATACTG GGGAAAGCAG GCACAGTAAC AGCGCTAGAC TTTTTGTATC AGACCCAGCG 
AACTCAGCCC CATCCATACT GGATGGGTTT GATCATCGCA AAGCCATGGC AGGGCAGCGT 
GTGGAGTTGC CTTGCAAAGC GCTTGGACAT CCTGAGCCAG ATTATCGCTG GCTGAAGGAC 
AATATGCCCC TGGAACTTTC TGGAAGATTC CAGAAGACCG TGACAGGGCT GCTCATCGAG 
AACACTCGTC CTTCAGACTC AGGCAGCTAT GTGTGTGAAG TTTCCAACAG ATACGGCACT 
GCTAAGGTGA TAGGCCGCCT GTACGTGAAA CAGCCACTGA AAGCTACCAT CAGCCCCAGG 
AAAGTTAAAA GCAGCGTGGG TAGCCAGGTT TCCTTGTCCT GCAGCGTGAC AGGCAGTGAG 
GACCAGGAAC TCTCCTGGTA CCGAAACGGT GAAATCCTCA ACCCCGGAAA AAATGTGAGG 
ATCACAGGGA TCAACCACGA AAACCTTATA ATGGATCACA TGGTCAAAAG TGACGGGGGC 
GCATACCAGT GCTTTGTGCG CAAGGATAAG CTGTCCGCTC AAGACTATGT GCAGGTGGTC 
CTTGAAGATG GAACTCCCAA AATTATTTCT GCCTTTAGTG AAAAAGTGGT GAGTCCAGCA 
GAACCAGTTT CCCTCATGTG CAATGTGAAG GGAACTCCAT TGCCCACCAT CACGTGGACC 
CTGGACGATG ACCCGATCCT CAAGGGTGGC AGTCACCGCA TCAGCCAGAT GATCACGTCA 
GAGGGAAACG TGGTCAGCTA CCTGAACATC TCCAGCTCTC AGGTCCGGGA TGGGGGAGTC 
TACCGCTGTA CTGCCAACAA CTCGGCGGGA GTCGTCCTGT ACCAGGCTCG AATAAACGTA 
AGAGGGCCTG CAAGCATTCG ACCAATGAAA AATATCACAG CAATAGCAGG ACGGGACACG 
TACATCCACT GTCGTGTGAT TGGCTATCCG TATTACTCCA TCAAATGGTA CAAGAACTCT 
AATCTGCTTC CTTTCAACCA TCGCCAAGTG GCATTTGAGA ACAATGGCAC TCTAAAACTC 
TCGGATGTGC AAAAGGAAGT GGATGAGGGA GAGTACACGT GCAATGTGCT GGTTCAACCA 
CAGCTCTCCA CCAGCCAGAG TGTCCACGTG ACAGTCAAAG TTCCACCTTT TATCCAGCCT 
TTTGAGTTTC CAAGATTCTC CATTGGACAG CGTGTCTTTA TCCCATGTGT TGTGGTCTCA 
GGGGACTTAC CCATCACAAT CACCTGGCAG AAGGATGGCC GGCCAATCCC AGCAAGCCTT 
GGGGTGACCA TCGACAACAT TGACTTCACG AGCTCCTTAC GGATTTCCAA TCTCTCCCTC 
ATGCACAATG GGAATTATAC CTGCATAGCC CGGAATGAGG CAGCGGCTGT GGAGCACCAA 
AGCCAGCTGA TTGTGAGAGT TCCTCCCAAG TTTGTGGTTC AGCCACGGGA CCAGGATGGG 
ATTTATGGCA AGGCTGTCAT CCTCAATTGC TCAGCTGAGG GCTATCCTGT ACCCACCATA 
GTGTGGAAAT TCTCTAAAGG TGCTGGGGTT CCCCAGTTCC AACCAATTGC CCTCAATGGC 
CGAATTCAGG TCCTGAGCAA CGGGTCCTTG TTGATCAAGC ATGTCGTGGA GGAAGACAGC 
GGCTACTACC TGTGCAAGGT CAGCAACGAT GTGGGCGCGG ACGTCAGCAA GTCCATGTAC 
CTCACGGTGA AAATTCCTGC GATGATCACG TCCTATCCAA ACACAACCCT GGCCACTCAG 
GGTCAGAAGA AAGAAATGAG CTGTGCAGCC CATGGCGAGA AGCCCATCAT AGTCCGCTGG 
GAGAAGGAGG ACCGGATCAT TAACCCCGAG ATGGCCCGTT ACCTCGTGTC CACCAAGGAG 
GTGGGAGAGG AGGTGATCTC TACTCTGCAG ATTTTGCCAA CTGTTAGAGA AGATTCTGGC 
TTCTTCTCCT GTCATGCTAT CAATTCTTAT GGGGAGGACC GTGGAATAAT TCAGCTCACA 
GTGCAAGAGC CCCCAGACCC TCCCGAAATT GAGATCAAAG ACGTGAAAGC ACGCACAATC 
ACCCTCAGGT GGACCATGGG GTTTGACGGC AACAGCCCCA TCACGGGCTA CGATATTGAA 
TGCAAAAATA AATCAGACTC CTGGGATTCC GCTCAGAGAA CCAAAGATGT TTCCCCTCAG 
CTGAACTCGG CCACCATCAT TGATATCCAC CCTTCCTCCA CCTACAGCAT CCGCATGTAC 
GCCAAGAACC GGATTGGCAA GAGCGAGCCC AGCAACGAGC TCTCCATCAC CGCGGATGAG 
GCAGCTCCTG ACGGCCCACC TCAGGAAGTC CACCTGGAGC CCCTCTCATC TCAGAGCATC 
AGAGTCACCT GGAAGGCTCC CAAGAAACAT TTGCAAAATG GGATTATCCG TGGCTACCAA 
ATAGGTTACC GCGAGTACAG CACTGGGGGC AACTTCCAAT TCAACATTAT CAGTATTGAC 
ACCACTGGGG ACAGTGAGAT CTACACCCTC GACAACCTCA ATAAGTTCAC CCAGTACGGC 
CTGGTGGTGC AGGCCTGCAA CCGGGCCGGG ACGGGACCTT CTTCTCAGGA AATCATCACC 
ACCACCCTCG AGGATGTGCC GAGTTACCCC CCTGAAAATG TCCAAGCCAT AGCAACATCG 
CCAGAGAGCA TATCCATATC CTGGTCCACG CTTTCCAAGG AAGCCTTGAA TGGAATTCTC 
CAGGGGTTCA GAGTCATTTA CTGGGCCAAC CTGATGGATG GAGAACTGGG CGAGATTAAA 
AATGTCACCA CGACGCAGCC TTCTCTAGAG CTGGACGGGC TGGAGAAGTA CACCAACTAC 
AGCATCCAGG TGCTGGCCTT CACCCGCGCC GGGGACGGCG TCAGGAGTGA GCAGATCTTC 
ACTCGGACCA AAGAGGATGT TCCAGGTCCT CCTGCAGGAG TGAAGGCAGC TGCGGCCTCA 
GCCTCCATGG TCTTCGTCTC CTGGCTTCCC CCTCTCAAGC TGAACGGCAT CATCCGAAAG 
TACACTGTAT TCTGCTCCCA CCCCTACCCC ACAGTGATCA GCGAGTTTGA AGCCTCTCCT 
GACTCATTTT CCTACAGAAT TCCCAACCTG AGTCGGAACC GTCAGTACAG CGTCTGGGTG 
GTAGCTGTGA CTTCGGCTGG GAGAGGCAAC AGCAGTGAAA TCATCATGGT GGAGCCATTA 
GCTAAAGCTC CTGCACGAAT CCTGACCTTC AGTGGCACAG TGACTACTCC ATGGATGAAG 
GACATCGCCT TGCCTTGTAA AGCTGTTGGG GACCCTTCTC CTGCAGTAAA GTGGATGAAA 
GACAGTAACG GGACACCCAG CCTAGTAACG ATTGATGGGC GGAGGAGCAT CTTCAGCAAC 
GGGAGCTTCA TTATCCGTAC AGTGAAGGCG GAAGATTCTG GCTATTATAG CTGCATTGCC 
AATAACAACT GGGGATCTGA TGAAATTATT TTAAATTTAC AAGTACAAGT TCCACCCGAT 
CAGCCTCGGC TTACAGTGTC CAAAACAACA TCTTCTTCCA TCACGCTCTC ATGGCTCCCT 
GGAGACAACG GGGGCAGTTC TATCAGAGGA TACATATTGC AGTACTCCGA GGATAACAGT 
GAGCAGTGGG GAAGTTTTCC AATCAGCCCA AGTGAACGTT CTTACCGCTT GGAAAATCTG 
AAGTGTGGTA CTTGGTATAA GTTCACTCTT ACTGCCCAAA ATGGAGTGGG ACCGGGACGC 
ATAAGTGAAA TCATAGAAGC AAAAACATTG GGGAAAGAGC CCCAATTTTC AAAGGAGCAA 
GAACTCTTTG CCAGCATCAA CACCACGCGC GTGAGGCTGA ACCTCATTGG CTGGAATGAT 
GGCGGCTGTC CCATCACCTC CTTCACACTG GAGTACAGAC CCTTTGGGAC CACAGTCTGG 
ACCACAGCTC AGCGGACCTC TCTTTCCAAG TCGTACATTT TGTACGACCT GCAAGAAGCC 
ACGTGGTATG AGCTACAGAT GAGGGTGTGC AACAGTGCCG GCTGTGCAGA GAAGCAGGCC 
AACTTCGCCA CGCTGAACTA CGATGGCAGT ACAATCCCTC CACTCATTAA GTCAGTTGTC 
CAAAGTGAAG AAGGGCTGAC AACCAACGAA GGGCTCAAGA TGCTGGTGAC CATCTCCTGC 
ATCCTGGTGG GGGTCTTGCT GCTGTTTGTG CTCCTGCTCG TGGTACGGAG GAGGAGGCGG 
GAGCAGAGAC TGAAGAGGCT GAGAGATGCA AAGAGTTTAG CTGAAATGCT CATGAGTAAG 
AATACTCGGA CTTCGGATAC CTTGAGCAAG CAACAACAAA CCTTGAGAAT GCACATTGAC 
ATACCCAGGG CTCAGCTTTT GATTGAAGAG AGAGACACAA TGGAGACCAT AGATGATCGC 
TCCACGGTCC TGTTAACGGA TGCTGACTTT GGGGAGGCAG CAAAACAGAA GTCCCTGACA 
GTGACACACA CGGTACACTA CCAGTCGGTG TCACAGGCCA CCGGCCCCCT GGTAGATGTT 
TCGGACGCTC GACCGGGAAC AAATCCTACC ACCAGGAGGA ATGCAAAGGC AGGACCCACA 
GCAAGAAATC GGTATGCCAG CCAGTGGACC CTCAACAGAC CCCACCCCAC CATTTCAGCA 
CACACCCTCA CCACAGACTG GAGGCTGCCG ACGCCCAGGG CTGCAGGATC AATGGACAAG 
GAGAGTGACA GCTACAGTGT CAGCCCTTCA CAAGACACAG ATCGAGCGCG AAGCAGCATG 
GTCTCCACAG AAAGTGCCTC CTCCACTTAC GAAGAACTGG CCAGGGCCTA CGAGCACGCC 
AAGATGGAAG AGCAGCTGAG GCACGCCAAG TTCACCATCA CAGAGTGCTT CATATCAGAC 
ACATCATCTG AACAGTTGAC GGCAGGGACA AACGAGTACA CAGACAGTCT GACCTCCAGC 
ACCCCTTCAG AATCGGGGAT CTGCAGGTTC ACTGCATCTC CCCCCAAACC TCAGGATGGA 
GGTCGAGTGA TGAACATGGC GGTTCCAAAG GCACACCGGC CAGGTGACCT CATACATTTG 
CCTCCATACC TTAGAATGGA CTTTTTGTTA AACCGAAGCG GTGCAGGCAC CAGCAGGGAC 
CTGAGTTTAG GGCAAGCGTG CTTGGAACCT CAGAAAAGTC GGACCCTGAA GCGCCCCACG 
GTCCTTGAGC CAATCCCCAT GGAGGCCTCC TCCTCCACGT CCTCCACAAG AGAGGGACAG 
CAGTGGCAGC AAGGGACTGT GGCCACATTA CCTCAGCGAG AGGGAGCAGA GCTGGGACAG 
GCAGCTAAGA TGAGCAGCTC CCAAGAATCC CTGCTCGACT CTCGGGGCCA TTTGAAAGGA 
AACAATCCCT ACGCAAAATC CTACACCCTG GTATAA

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

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DSCAM cDNA ORF clone, Canis lupus familiaris(dog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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