DSCAM cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	DSCAM
Entrez Gene ID	100228289
Full Name	DS cell adhesion molecule
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_030283877.1	XP_030139737.1	Down syndrome cell adhesion molecule
XM_002190416.3	XP_002190452.2	Down syndrome cell adhesion molecule

Pathways from BioSystems
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)	Select
OTd05146	XM_002190416.3 Latest version!	Taeniopygia guttata Down syndrome cell adhesion molecule (DSCAM), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd25863	XM_030283877.1 Latest version!	Taeniopygia guttata DS cell adhesion molecule (DSCAM), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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_002190416.3 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002190452.2 Taeniopygia guttata Down syndrome cell adhesion molecule (DSCAM), mRNA.

Price & Availability↑

CloneID	OTd05146
Clone ID Related Accession (Same CDS sequence)	XM_002190416.3
Accession Version	XM_002190416.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3129bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
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 (NW_002197827.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 26, 2015 this sequence version replaced XM_002190416.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 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##

ATGGAGGTCG GACGCATAGC ACAGACCATT GCTCGCAGAG CCGAGACCCC TGATGGTCCA 
CCTCAGGATG TGCAGCTTGA GCCTATATCT TCCCAGAGCA TCAGAGTCAC CTGGAAGGCT 
CCAAAGAAGC ACTTGCAGAA TGGAATTATC CGTGGGTACC AGATAGGTTA TCGGGAGTAC 
AGCGCGGGGG GAAATTTCCA GTTCAACATC ATCAGCATCG ACACCACCGG GGACAGTGAG 
GTGTATACAC TGAATAACCT GAAAAAATTC ACCCAGTATG GCATGGTGGT ACAGGCCTGT 
AACAGGGCTG GGATTGGACC TTCTTCTCAG GAAATCATCA CCACCACTCT TGAGGACGTG 
CCCAGTTGCC CTCCAGGGAA TGTGCAAGCC ACCGCCACGT CCCCAGAAAC CATCTCCATT 
TCCTGGTCAA CGCTGGCAAA GGAAACCCTG AACGGGATCC TGCAGGGATT CAGGGTCATC 
TACTGGGCCA ACCTCTTGGA TGGAGAGCTG GGAGAGATAA AGAATGTCAC CACTACCCAA 
CCATCCCTGG AGCTGGATGG CCTGGAAAAA TACACCAACT ACAGCATCCA GGTGTTGGCT 
TTTACCCGAG CTGGGGATGG AGTGAGGAGC GAGCAGATTT TCACCCGCAC TAAAGAGGAT 
GTTCCAGGTC CTCCTGCTGG AGTTAAAGCA GCTGCTGCCT CAGCCTCCAC GGTTTTTGTG 
TCCTGGCTGC CTCCCCTGAA GCTGAACGGC ATCATCCGGA AATACACCGT GTTCTGCTCC 
CACCCCTACC CCACAGTGAT CAGCGAGTTT GAAGCCTCTC CCGACTCATT TTCCTACAGA 
ATCCCCAACC TGAGCCGGAA TCGCCAGTAC AGCGTGTGGG TGGTGGCCGT GACGGCTGCG 
GGGAGAGGCA ACAGCAGCGA GATCATCACG GTGGAACCGC TGGCCAAAGC TCCTGCCAGG 
ATCCTGACGT TCAGCGGGAC GGTGACAACG CCCTGGATGA AGGACATTGT CCTCCCTTGC 
AAAGCCGTGG GGGACCCTGC TCCAACAGTC AAGTGGATGA AGGATAGTAA CGGGACACCC 
AGTCTAGTGA TGATTGATGG GCGAAGGAGC ATCTTCAGCA ACGGCAGCTT CGTCATCAGG 
ACTGTGAAAG CAGAAGACTC TGGCTACTAC AGCTGTGTGG CCAGCAACAA CTGGGGCTCA 
GATGAAATCA TTTTGAATTT GCAGGTACAA GTTCCACCAG ACCAGCCAAG ACTCACTGTA 
TCCAAAACTA CATCTTCCTC TATCACACTT TCCTGGATAC CTGGAGACAA TGGTGGCAGT 
TCTATCCGAG GTTATATCCT GCAGTACTCA GAGGATAACA GTGAGCAGTG GGGCAGTTTC 
CCCATCAGCC CCAGTGAGAG GTCCTACAGG CTGGAAACGC TGAAATGTGG CACCTGGTAC 
AAGTTCACCC TGACTGCTCA GAACGGGGTG GGGCCGGGGC GCATCAGCGA GATCATCGAG 
GCCAAGACGC TCGGCAAAGA GCCACAGTTT TCCAAGGAGC AAGAGCTCTT TGCCAGCATC 
AACACCACGC GGGTGAGGCT GAACCTGATC GGCTGGAACG ATGGTGGCTG CCCCATCACC 
TCCTTCACCC TGGAGTACCG GCCCTTTGGG ACCACGGTCT GGACAACAGC CCAGAGGACA 
TCCCTGTCCA AGTCCTACAT CCTCTACGAC CTCCAGGAGG CCACCTGGTA CGAGCTGCAA 
ATGAGAGTGT GCAACAGTGC TGGCTGTGCA GAGAAACAAG CCAAATTTGC CACGCTCAAT 
TATGATGGCA GTACAATCCC ACCTCTCATC AAGTCGGTTG TGCAAAGTGA GGAAGGGCTG 
GGAACCAACG AAGGGCTGAA GATGCTGGTG ACCATCTCCT GTATCTTGGT TGGGGTCTTG 
CTGCTCTTTG TGATGCTGCT GATCGTGAGG AGGAGGAGGA GGGAGCAGAG GCTGAAGAGG 
CTGCGAGATG CAAAGAGTTT GGCTGAAATG CTTATGAGCA AGAACACCAG GACATCAGAC 
ACACTTAATA AGCAGCAGCA AACACTGAGG ATGCACATAG ATATTCCCAG AGCACAGCTG 
CTGATAGAGG AGAGGGACAC CATGGAGACC ATTGATGACA GATCCACGGT TCTGCTGACT 
GATGCTGACT TTGGAGAGAC GTCCAAGCAG AAGTCCCTGA CTGTCACCCA CACGGTCCAT 
TACCAGTCGG TGTCACAAGC CACAGGGCCA CTGGTGGATG TCTCTGATGC CCGGCCAGGA 
ACGAATCCCA CCACGAGGAG GAGTGCCAAA ACCGGACCCA CCGCGCGCAA CCGCTACGCC 
AGCCAGTGGA CCCTCAACAG GCCCCACCCC ACCATCTCAG CACACACCCT CACCACAGAC 
TGGAGGCTCC CCACGCCCAG GCCAGCAGGA TCAGTGGACA AGGAAAGTGA CAGCTACAGC 
GTCAGCCCCT CGCAGGACAC AGACCGGGCG AGGAGCAGCA TGGTCTCCAC AGAAAGTGCC 
TCCTCCACCT ACGAAGAGCT GGCCAGGGCC TACGAGCACG CCAAGATGGA AGAGCAGCTG 
AGGCACGCCA AGTTCACCAT CACCGAGTGC TTCATCTCAG ACACGTCCTC GGAGCAGCTG 
ACGGCAGGGA CCAACGACTA CACGGACAGC CTGACGTCCA GCACGCCCTC CGAGTCGGGC 
ATCTGCCGCT TCACCGCCTC CCCGCCCAAG CCGCAGGACG GAGGGCGCGT GACCAACATG 
GCAGTGCCCA AGGCACATCG CCCAGGTGAT CTCATGCATT TGCCACCCTA CCTTAGGATG 
GACTTTTTAT TGAACCGTGG CGTGCAGGGC ACGAGCAGAG ACCTGGGTTT GGGGCAAGCC 
TGCTTGGAGC CACAGAAAAG CCGAACCTTG AAGCGTCCCA CCGTGCTGGA GCCGATCCCC 
ATGGAGACAT CCTCCACGAG AGACGCCCAG TCATGGCAAC CTGGTGCTGT GGCAACGTTA 
CCTCAGCGAG AAGGAGCTGA GCTAGGACAG GCTCAAGCAA AAATGAGCAG CTCCCAAGAA 
TCCCTGCTGG ACTCGCGGGG CCACTTGAAA GGAAACAATC CCTACGCAAA ATCTTACACC 
CTGGTATAA

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

RefSeq	XP_002190452.2
CDS	1..3129
Translation	MEVGRIAQTIARRAETPDGPPQDVQLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSAGGNFQFNIISIDTTGDSEVYTLNNLKKFTQYGMVVQACNRAGIGPSSQEIITTTLEDVPSCPPGNVQATATSPETISISWSTLAKETLNGILQGFRVIYWANLLDGELGEIKNVTTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASTVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTAAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPAPTVKWMKDSNGTPSLVMIDGRRSIFSNGSFVIRTVKAEDSGYYSCVASNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWIPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLETLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQAKFATLNYDGSTIPPLIKSVVQSEEGLGTNEGLKMLVTISCILVGVLLLFVMLLIVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLNKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGETSKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRSAKTGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRPAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNDYTDSLTSSTPSESGICRFTASPPKPQDGGRVTNMAVPKAHRPGDLMHLPPYLRMDFLLNRGVQGTSRDLGLGQACLEPQKSRTLKRPTVLEPIPMETSSTRDAQSWQPGAVATLPQREGAELGQAQAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	XM_002190416.3
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_002190416.3

ORF Insert Sequence:

ATGGAGGTCG GACGCATAGC ACAGACCATT GCTCGCAGAG CCGAGACCCC TGATGGTCCA 
CCTCAGGATG TGCAGCTTGA GCCTATATCT TCCCAGAGCA TCAGAGTCAC CTGGAAGGCT 
CCAAAGAAGC ACTTGCAGAA TGGAATTATC CGTGGGTACC AGATAGGTTA TCGGGAGTAC 
AGCGCGGGGG GAAATTTCCA GTTCAACATC ATCAGCATCG ACACCACCGG GGACAGTGAG 
GTGTATACAC TGAATAACCT GAAAAAATTC ACCCAGTATG GCATGGTGGT ACAGGCCTGT 
AACAGGGCTG GGATTGGACC TTCTTCTCAG GAAATCATCA CCACCACTCT TGAGGACGTG 
CCCAGTTGCC CTCCAGGGAA TGTGCAAGCC ACCGCCACGT CCCCAGAAAC CATCTCCATT 
TCCTGGTCAA CGCTGGCAAA GGAAACCCTG AACGGGATCC TGCAGGGATT CAGGGTCATC 
TACTGGGCCA ACCTCTTGGA TGGAGAGCTG GGAGAGATAA AGAATGTCAC CACTACCCAA 
CCATCCCTGG AGCTGGATGG CCTGGAAAAA TACACCAACT ACAGCATCCA GGTGTTGGCT 
TTTACCCGAG CTGGGGATGG AGTGAGGAGC GAGCAGATTT TCACCCGCAC TAAAGAGGAT 
GTTCCAGGTC CTCCTGCTGG AGTTAAAGCA GCTGCTGCCT CAGCCTCCAC GGTTTTTGTG 
TCCTGGCTGC CTCCCCTGAA GCTGAACGGC ATCATCCGGA AATACACCGT GTTCTGCTCC 
CACCCCTACC CCACAGTGAT CAGCGAGTTT GAAGCCTCTC CCGACTCATT TTCCTACAGA 
ATCCCCAACC TGAGCCGGAA TCGCCAGTAC AGCGTGTGGG TGGTGGCCGT GACGGCTGCG 
GGGAGAGGCA ACAGCAGCGA GATCATCACG GTGGAACCGC TGGCCAAAGC TCCTGCCAGG 
ATCCTGACGT TCAGCGGGAC GGTGACAACG CCCTGGATGA AGGACATTGT CCTCCCTTGC 
AAAGCCGTGG GGGACCCTGC TCCAACAGTC AAGTGGATGA AGGATAGTAA CGGGACACCC 
AGTCTAGTGA TGATTGATGG GCGAAGGAGC ATCTTCAGCA ACGGCAGCTT CGTCATCAGG 
ACTGTGAAAG CAGAAGACTC TGGCTACTAC AGCTGTGTGG CCAGCAACAA CTGGGGCTCA 
GATGAAATCA TTTTGAATTT GCAGGTACAA GTTCCACCAG ACCAGCCAAG ACTCACTGTA 
TCCAAAACTA CATCTTCCTC TATCACACTT TCCTGGATAC CTGGAGACAA TGGTGGCAGT 
TCTATCCGAG GTTATATCCT GCAGTACTCA GAGGATAACA GTGAGCAGTG GGGCAGTTTC 
CCCATCAGCC CCAGTGAGAG GTCCTACAGG CTGGAAACGC TGAAATGTGG CACCTGGTAC 
AAGTTCACCC TGACTGCTCA GAACGGGGTG GGGCCGGGGC GCATCAGCGA GATCATCGAG 
GCCAAGACGC TCGGCAAAGA GCCACAGTTT TCCAAGGAGC AAGAGCTCTT TGCCAGCATC 
AACACCACGC GGGTGAGGCT GAACCTGATC GGCTGGAACG ATGGTGGCTG CCCCATCACC 
TCCTTCACCC TGGAGTACCG GCCCTTTGGG ACCACGGTCT GGACAACAGC CCAGAGGACA 
TCCCTGTCCA AGTCCTACAT CCTCTACGAC CTCCAGGAGG CCACCTGGTA CGAGCTGCAA 
ATGAGAGTGT GCAACAGTGC TGGCTGTGCA GAGAAACAAG CCAAATTTGC CACGCTCAAT 
TATGATGGCA GTACAATCCC ACCTCTCATC AAGTCGGTTG TGCAAAGTGA GGAAGGGCTG 
GGAACCAACG AAGGGCTGAA GATGCTGGTG ACCATCTCCT GTATCTTGGT TGGGGTCTTG 
CTGCTCTTTG TGATGCTGCT GATCGTGAGG AGGAGGAGGA GGGAGCAGAG GCTGAAGAGG 
CTGCGAGATG CAAAGAGTTT GGCTGAAATG CTTATGAGCA AGAACACCAG GACATCAGAC 
ACACTTAATA AGCAGCAGCA AACACTGAGG ATGCACATAG ATATTCCCAG AGCACAGCTG 
CTGATAGAGG AGAGGGACAC CATGGAGACC ATTGATGACA GATCCACGGT TCTGCTGACT 
GATGCTGACT TTGGAGAGAC GTCCAAGCAG AAGTCCCTGA CTGTCACCCA CACGGTCCAT 
TACCAGTCGG TGTCACAAGC CACAGGGCCA CTGGTGGATG TCTCTGATGC CCGGCCAGGA 
ACGAATCCCA CCACGAGGAG GAGTGCCAAA ACCGGACCCA CCGCGCGCAA CCGCTACGCC 
AGCCAGTGGA CCCTCAACAG GCCCCACCCC ACCATCTCAG CACACACCCT CACCACAGAC 
TGGAGGCTCC CCACGCCCAG GCCAGCAGGA TCAGTGGACA AGGAAAGTGA CAGCTACAGC 
GTCAGCCCCT CGCAGGACAC AGACCGGGCG AGGAGCAGCA TGGTCTCCAC AGAAAGTGCC 
TCCTCCACCT ACGAAGAGCT GGCCAGGGCC TACGAGCACG CCAAGATGGA AGAGCAGCTG 
AGGCACGCCA AGTTCACCAT CACCGAGTGC TTCATCTCAG ACACGTCCTC GGAGCAGCTG 
ACGGCAGGGA CCAACGACTA CACGGACAGC CTGACGTCCA GCACGCCCTC CGAGTCGGGC 
ATCTGCCGCT TCACCGCCTC CCCGCCCAAG CCGCAGGACG GAGGGCGCGT GACCAACATG 
GCAGTGCCCA AGGCACATCG CCCAGGTGAT CTCATGCATT TGCCACCCTA CCTTAGGATG 
GACTTTTTAT TGAACCGTGG CGTGCAGGGC ACGAGCAGAG ACCTGGGTTT GGGGCAAGCC 
TGCTTGGAGC CACAGAAAAG CCGAACCTTG AAGCGTCCCA CCGTGCTGGA GCCGATCCCC 
ATGGAGACAT CCTCCACGAG AGACGCCCAG TCATGGCAAC CTGGTGCTGT GGCAACGTTA 
CCTCAGCGAG AAGGAGCTGA GCTAGGACAG GCTCAAGCAA AAATGAGCAG CTCCCAAGAA 
TCCCTGCTGG ACTCGCGGGG CCACTTGAAA GGAAACAATC CCTACGCAAA ATCTTACACC 
CTGGTATAA

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

DSCAM ( XM_030283877.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030139737.1 Taeniopygia guttata DS cell adhesion molecule (DSCAM), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd25863
Clone ID Related Accession (Same CDS sequence)	XM_030283877.1
Accession Version	XM_030283877.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6030bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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_044211.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGATGT TGGCCGTCGC CTTGCTCCAC AGCATCTCGC ATGTTTTCGG TGAAGAGCTA 
CACGCCAGTC TCTATTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC TAGCACCACA 
GGGACCCTGG TCCCCTGTCC AGCAGCGGGG ATCCCCCCGG TGACGCTCAG ATGGTACCTA 
GCGACGGGCG AGGAGATCTA CGATGTCCCA GGGATCCGCC ACGTCCACCC CAATGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTTAATAACT TAATCCATGA TAACACTTAC 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATCAGGAGTC AGGATGTTCA CATTAAGGCT 
GTTTTACGGG AACCCTATAC AGTCCGTGTG GAGGACCAGA AAGCCATGAG AGGCAATGTA 
GCAGTGTTCA AGTGCATTAT CCCCTCCTCT GTGGAGGCAT ACATCACTGT TGTCTCATGG 
GAGAAAGACA CAGTCTCGCT TGTCTCAGGA CCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTT TAGACGTACA AAATGAAGAT GGACTGTACA ACTACCGATG TATCACAAGG 
CACAGATACA CTGGAGAAAC ACGACAGAGC AACAGCGCAA GACTTTTTGT ATCAGACCCA 
GCGAATTCAG CTCCATCTAT CCTAGATGGG TTTGACCACC GCAAAGCCAT GGCAGGACAG 
CGAGTGGAGC TGCCTTGCAA AGCATCAGGG CACCCAGCAC CAAAGTACCG CTGGCTGAAG 
GACAACGTGC CCTGGGAGCC CGACAGCCGC TTCCGGCAGA CGGTGACGGG GCTGCTCATC 
GAGAACACGC GGCCCTCGGA CTCGGGCAGC TACGTCTGCG AGGTGTGGAA CAACTACGGC 
ACCGCCGAGG TCATCGGCCG CCTCCACGTC AAACAACCAC TCAAAGCCAC CATCAGCCCG 
CGCAAAGTCA AAAGCAGCGT CGGTAGCCAA GTGTCCTTGT CCTGCAGCGT GACGGGGACC 
GAGGACCAGG AGCTGTCCTG GTACCGCAAC GGGGAAATCA TCAACCCTGG CAACAACGTG 
CGCATCACCG GGGTCAACCG CGAGAACCTG ATCATGGACG GCATGGCCAA GAGCGACGGC 
GGCGCCTACC AGTGCTTTGT GCGCAAGGAC AAGATGTCAG CTCAAGACTA CGTACAGGTG 
GTGCTGGAAG ACGGAACTCC CAAAATCATC TCCGCCTTCA GCGAGAAAGT GGTGAGCCCA 
GGAGAGCCAG TGTCCCTGAT GTGCAACGTG AAGGGGACTC CCCTGCCCAC CATCACCTGG 
ACACTGGACG AGGATCCCAT CGTGAAGGAC GGCAGCCACC GGATCAGCCA GATCATCACG 
TCCGAGGGCA ACGTGGTCAG TTACCTGAAC ATCTCCAACA CCCAGGTCCG GGACGGAGGA 
GTTTATCGCT GCACTGCCAA CAACTCTGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CAGCGAGCAT TCGGCCCATG AAGAACATCA CGGCCATCGC TGGGAGGGAC 
ACCTACATCC ACTGCAGGGT CATCGGGTAT CCCTACTACT CCATCAAGTG GTACAAGAAC 
TCCAACCTGC TGCCCTTCAA CCATCGCCAA GTGGCGTTCG AGAACAACGG CACGCTGAAG 
CTCTCGGACG TGCAGAAGGA GGTGGACGAG GGCGAGTACA CCTGCAATGT CCTGGTCCAG 
CCCCAGCTGT CCACCAGCCA GAGCGTGCAC GTGACGGTGA AAGTCCCACC TTTCATCCAA 
CCTTTCGAGT TCCCTCGCTT CTCCATCGGG CAGAGGGTCT TCATCCCCTG CGTGGTGGTC 
TCGGGGGACC TGCCCATCAC CATCACCTGG CAGAAGGACG GCCGGCCCAT CCCCGCCAGC 
CTGGGCGTCA CCATCGACAA CATCGACTTC ACCAGCTCCC TGAGGATCTC CAACCTCTCC 
CTGATGCACA ACGGGAACTA CACCTGCATC GCCAGGAACG ACGCGGCAGC CGTGGAGCAC 
CAGAGCCAAT TAATCGTCAG GGTGCCCCCC AGGTTTGTGG TCCAGCCCAG CGACCAGGAC 
GGGATCTATG GGAAAGCCGT CATTCTGAAC TGCTCTGCCG AGGGTTATCC CGTCCCCACC 
ATTGTCTGGA AGTACTCCAA AGGTGCCGGG GTTCCCCAGT TCCAGCCGAT CGCGCTGAAC 
GGTCGGATCC AGCTGCTCAC AAACGGCTCC TTGCTGATCA AACATGTGCT GGAAGAAGAC 
AGTGGATACT ACCTCTGCAA GGTCAGCAAT GATGTGGGAG CAGACGTCAG CAAGTCCATG 
TACCTCACTG TTAAAATTCC AGCTATGATA ACCTCCTACC CAAACACCAC CCTGGCAACT 
CAAGGCCAAA AGAAGGAGAT GAGCTGCACG GCACATGGAG AGAAACCCAT CATAGTCCGC 
TGGGAGAAGG AAGACCGGAT CATTAACCCC GAAATGTCCC GTTACCTGGT TTCCACCAAG 
GAGGTTGGGG ATGAAGTGAT TTCTACCCTG CAGATTCTGC CAACTGTGCG TGAAGATTCT 
GGCTTCTTCT CCTGCCACGC CATCAATTCT TACGGGGAGG ATCGTGGAAT AATTCAGCTC 
ACTGTGCAAG AGCCCCCTGA CCCCCCTGAG ATAGAGATCC GGGAGGTGAG AGCTCGGAGC 
ATCGCCCTCA GGTGGACCAT GGGCTTCGAC GGCAACAGCC CCATCACCGG CTACGACATC 
GAGTGCAAGA ACAAGTCAGA CTCTTGGGAT TCTGTCCAGA GAACAAGAGA TGTTTCCCCT 
CAGCTAAACC AAGCCACCAT CATCGACCTG CACCCGTCCT CCACCTACAA CATCCGCATG 
TACGCCAAGA ACCGCATCGG CAAGAGCGAG GCCAGCAATG AGCTCACCAT CACCACTGAT 
GAAGCAGCCC CTGATGGTCC ACCTCAGGAT GTGCAGCTTG AGCCTATATC TTCCCAGAGC 
ATCAGAGTCA CCTGGAAGGC TCCAAAGAAG CACTTGCAGA ATGGAATTAT CCGTGGGTAC 
CAGATAGGTT ATCGGGAGTA CAGCGCGGGG GGAAATTTCC AGTTCAACAT CATCAGCATC 
GACACCACCG GGGACAGTGA GGTGTATACA CTGAATAACC TGAAAAAATT CACCCAGTAT 
GGCATGGTGG TACAGGCCTG TAACCGGGCT GGGATTGGAC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TTGAGGACGT GCCCAGTTGC CCTCCAGGGA ATGTGCAAGC CACCGCCACG 
TCCCCAGAAA CCATCTCCAT TTCCTGGTCA ACGCTGGCAA AGGAAACCCT GAACGGGATC 
CTGCAGGGAT TCAGGGTCAT CTACTGGGCC AACCTCTTGG ATGGAGAGCT GGGAGAGATA 
AAGAATGTCA CCACTACCCA ACCATCCCTG GAGCTGGATG GCCTGGAAAA ATACACCAAC 
TACAGCATCC AGGTGTTGGC TTTTACCCGA GCTGGGGATG GAGTGAGGAG CGAGCAGATT 
TTCACCCGCA CTAAAGAGGA TGTTCCAGGT CCTCCTGCTG GAGTTAAAGC AGCTGCTGCC 
TCAGCCTCCA CGGTTTTTGT GTCCTGGCTG CCTCCCCTGA AGCTGAACGG CATCATCCGG 
AAATACACCG TGTTCTGCTC CCACCCCTAC CCCACAGTGA TCAGCGAGTT TGAAGCCTCT 
CCCGACTCAT TTTCCTACAG AATCCCCAAC CTGAGCCGGA ATCGCCAGTA CAGCGTGTGG 
GTGGTGGCCG TGACGGCTGC GGGGAGAGGC AACAGCAGCG AGATCATCAC GGTGGAACCG 
CTGGCCAAAG CTCCTGCCAG GATCCTGACG TTCAGCGGGA CGGTGACAAC GCCCTGGATG 
AAGGACATTG TCCTCCCTTG CAAAGCCGTG GGGGACCCTG CTCCAACAGT CAAGTGGATG 
AAGGATAGTA ACGGGACACC CAGTCTAGTG ATGATTGATG GGCGAAGGAG CATCTTCAGC 
AACGGCAGCT TCGTCATCAG GACTGTGAAA GCAGAAGACT CTGGCTACTA CAGCTGTGTG 
GCCAGCAACA ACTGGGGCTC AGATGAAATC ATTTTGAATT TGCAGGTACA AGTTCCACCA 
GACCAGCCAA GACTCACTGT ATCCAAAACT ACATCTTCCT CTATCACACT TTCTTGGATA 
CCTGGAGACA ATGGTGGCAG TTCTATCCGA GGTTATATCC TGCAGTACTC AGAGGATAAC 
AGTGAGCAGT GGGGCAGTTT CCCCATCAGC CCCAGTGAGA GGTCCTACAG GCTGGAAACG 
CTGAAATGTG GCACCTGGTA CAAGTTCACC CTGACTGCTC AGAACGGGGT GGGGCCGGGG 
CGCATCAGCG AGATCATCGA GGCCAAGACG CTCGGCAAAG AGCCACAGTT TTCCAAGGAG 
CAAGAGCTCT TTGCCAGCAT CAACACCACG CGGGTGAGGC TGAACCTGAT CGGCTGGAAC 
GATGGTGGCT GCCCCATCAC CTCCTTCACC CTGGAGTACC GACCCTTTGG GACCACGGTC 
TGGACAACAG CCCAGAGGAC ATCCCTGTCC AAGTCCTACA TCCTCTACGA CCTCCAGGAG 
GCCACCTGGT ACGAGCTGCA AATGAGAGTG TGCAACAGTG CTGGCTGTGC AGAGAAACAA 
GCCAAATTTG CCACGCTCAA TTATGATGGC AGTACAATCC CACCTCTCAT CAAGTCGGTT 
GTGCAAAGTG AGGAAGGGCT GGGAACCAAC GAAGGGCTGA AGATGCTGGT GACCATCTCC 
TGTATCTTGG TTGGGGTCTT GCTGCTCTTT GTGATGCTGC TGATCGTGAG GAGGAGGAGG 
AGGGAGCAGA GGCTGAAGAG GCTGCGAGAT GCAAAGAGTT TGGCTGAAAT GCTTATGAGC 
AAGAACACCA GGACATCAGA CACACTTAAT AAGCAGCAGC AAACGCTGAG GATGCACATA 
GACATTCCCA GAGCACAGCT GCTGATAGAG GAGAGGGACA CCATGGAGAC CATTGACGAC 
AGATCCACGG TTCTGCTGAC TGATGCTGAC TTTGGAGAGA CGTCCAAGCA GAAGTCCCTG 
ACTGTCACCC ACACGGTCCA TTACCAGTCG GTGTCACAAG CCACAGGGCC ACTGGTGGAT 
GTCTCTGATG CCCGGCCAGG AACGAATCCC ACCACGAGGA GGAGTGCCAA AACCGGACCC 
ACCGCGCGCA ACCGCTACGC CAGCCAGTGG ACCCTCAACA GGCCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTC CCCACGCCCA GGCCAGCAGG ATCAGTGGAC 
AAGGAAAGTG ACAGCTACAG CGTCAGCCCC TCGCAGGACA CAGACCGGGC GAGGAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACC TACGAAGAGC TGGCCAGGGC CTACGAGCAC 
GCCAAGATGG AAGAGCAGCT GAGGCACGCC AAGTTCACCA TCACCGAGTG CTTCATCTCA 
GACACGTCCT CGGAGCAGCT GACGGCAGGG ACCAACGACT ACACGGACAG CCTGACGTCC 
AGCACGCCCT CCGAGTCGGG CATCTGCCGC TTCACCGCCT CCCCGCCCAA GCCGCAGGAC 
GGAGGGCGCG TGACCAACAT GGCAGTGCCC AAGGCACACC GCCCAGGTGA TCTCATGCAT 
TTGCCACCCT ACCTTAGGAT GGACTTTTTA TTGAACCGTG GCGTGCAGGG CACGAGCAGA 
GACCTGGGTT TGGGGCAAGC CTGCTTGGAG CCACAGAAAA GCCGAACCTT GAAGCGTCCC 
ACCGTGCTGG AGCCGATCCC CATGGAGACA TCCTCCACGA GAGACGCCCA GTCATGGCAA 
CCTGGTGCTG TGGCAACGTT ACCTCAGCGA GAAGGAGCTG AGCTAGGACA GGCTCAAGCA 
AAAATGAGCA GCTCCCAAGA ATCCCTGCTG GACTCACGGG GCCACTTGAA AGGAAACAAT 
CCCTACGCAA AATCTTACAC CCTGGTATAA

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

RefSeq	XP_030139737.1
CDS	761..6790
Translation	MWMLAVALLHSISHVFGEELHASLYFVNASLQEVVFASTTGTLVPCPAAGIPPVTLRWYLATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFNNLIHDNTYYCTAENPSGKIRSQDVHIKAVLREPYTVRVEDQKAMRGNVAVFKCIIPSSVEAYITVVSWEKDTVSLVSGPRFLITSTGALYILDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKASGHPAPKYRWLKDNVPWEPDSRFRQTVTGLLIENTRPSDSGSYVCEVWNNYGTAEVIGRLHVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEIINPGNNVRITGVNRENLIMDGMAKSDGGAYQCFVRKDKMSAQDYVQVVLEDGTPKIISAFSEKVVSPGEPVSLMCNVKGTPLPTITWTLDEDPIVKDGSHRISQIITSEGNVVSYLNISNTQVRDGGVYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTIDNIDFTSSLRISNLSLMHNGNYTCIARNDAAAVEHQSQLIVRVPPRFVVQPSDQDGIYGKAVILNCSAEGYPVPTIVWKYSKGAGVPQFQPIALNGRIQLLTNGSLLIKHVLEEDSGYYLCKVSNDVGADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRWEKEDRIINPEMSRYLVSTKEVGDEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIREVRARSIALRWTMGFDGNSPITGYDIECKNKSDSWDSVQRTRDVSPQLNQATIIDLHPSSTYNIRMYAKNRIGKSEASNELTITTDEAAPDGPPQDVQLEPISSQSIRVTWKAPKKHLQNGIIRGYQIGYREYSAGGNFQFNIISIDTTGDSEVYTLNNLKKFTQYGMVVQACNRAGIGPSSQEIITTTLEDVPSCPPGNVQATATSPETISISWSTLAKETLNGILQGFRVIYWANLLDGELGEIKNVTTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAASASTVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVWVVAVTAAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPAPTVKWMKDSNGTPSLVMIDGRRSIFSNGSFVIRTVKAEDSGYYSCVASNNWGSDEIILNLQVQVPPDQPRLTVSKTTSSSITLSWIPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLETLKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWNDGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQAKFATLNYDGSTIPPLIKSVVQSEEGLGTNEGLKMLVTISCILVGVLLLFVMLLIVRRRRREQRLKRLRDAKSLAEMLMSKNTRTSDTLNKQQQTLRMHIDIPRAQLLIEERDTMETIDDRSTVLLTDADFGETSKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRSAKTGPTARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRPAGSVDKESDSYSVSPSQDTDRARSSMVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNDYTDSLTSSTPSESGICRFTASPPKPQDGGRVTNMAVPKAHRPGDLMHLPPYLRMDFLLNRGVQGTSRDLGLGQACLEPQKSRTLKRPTVLEPIPMETSSTRDAQSWQPGAVATLPQREGAELGQAQAKMSSSQESLLDSRGHLKGNNPYAKSYTLV

Target ORF information:

RefSeq Version	XM_030283877.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_030283877.1

ORF Insert Sequence:

ATGTGGATGT TGGCCGTCGC CTTGCTCCAC AGCATCTCGC ATGTTTTCGG TGAAGAGCTA 
CACGCCAGTC TCTATTTTGT CAATGCATCT CTGCAAGAGG TAGTGTTTGC TAGCACCACA 
GGGACCCTGG TCCCCTGTCC AGCAGCGGGG ATCCCCCCGG TGACGCTCAG ATGGTACCTA 
GCGACGGGCG AGGAGATCTA CGATGTCCCA GGGATCCGCC ACGTCCACCC CAATGGCACT 
CTCCAAATTT TCCCCTTCCC TCCTTCAAGC TTTAATAACT TAATCCATGA TAACACTTAC 
TATTGCACAG CTGAAAATCC TTCAGGGAAA ATCAGGAGTC AGGATGTTCA CATTAAGGCT 
GTTTTACGGG AACCCTATAC AGTCCGTGTG GAGGACCAGA AAGCCATGAG AGGCAATGTA 
GCAGTGTTCA AGTGCATTAT CCCCTCCTCT GTGGAGGCAT ACATCACTGT TGTCTCATGG 
GAGAAAGACA CAGTCTCGCT TGTCTCAGGA CCTAGATTTC TCATCACATC CACGGGAGCC 
TTGTATATTT TAGACGTACA AAATGAAGAT GGACTGTACA ACTACCGATG TATCACAAGG 
CACAGATACA CTGGAGAAAC ACGACAGAGC AACAGCGCAA GACTTTTTGT ATCAGACCCA 
GCGAATTCAG CTCCATCTAT CCTAGATGGG TTTGACCACC GCAAAGCCAT GGCAGGACAG 
CGAGTGGAGC TGCCTTGCAA AGCATCAGGG CACCCAGCAC CAAAGTACCG CTGGCTGAAG 
GACAACGTGC CCTGGGAGCC CGACAGCCGC TTCCGGCAGA CGGTGACGGG GCTGCTCATC 
GAGAACACGC GGCCCTCGGA CTCGGGCAGC TACGTCTGCG AGGTGTGGAA CAACTACGGC 
ACCGCCGAGG TCATCGGCCG CCTCCACGTC AAACAACCAC TCAAAGCCAC CATCAGCCCG 
CGCAAAGTCA AAAGCAGCGT CGGTAGCCAA GTGTCCTTGT CCTGCAGCGT GACGGGGACC 
GAGGACCAGG AGCTGTCCTG GTACCGCAAC GGGGAAATCA TCAACCCTGG CAACAACGTG 
CGCATCACCG GGGTCAACCG CGAGAACCTG ATCATGGACG GCATGGCCAA GAGCGACGGC 
GGCGCCTACC AGTGCTTTGT GCGCAAGGAC AAGATGTCAG CTCAAGACTA CGTACAGGTG 
GTGCTGGAAG ACGGAACTCC CAAAATCATC TCCGCCTTCA GCGAGAAAGT GGTGAGCCCA 
GGAGAGCCAG TGTCCCTGAT GTGCAACGTG AAGGGGACTC CCCTGCCCAC CATCACCTGG 
ACACTGGACG AGGATCCCAT CGTGAAGGAC GGCAGCCACC GGATCAGCCA GATCATCACG 
TCCGAGGGCA ACGTGGTCAG TTACCTGAAC ATCTCCAACA CCCAGGTCCG GGACGGAGGA 
GTTTATCGCT GCACTGCCAA CAACTCTGCG GGAGTCGTCC TGTACCAGGC TCGAATAAAC 
GTAAGAGGGC CAGCGAGCAT TCGGCCCATG AAGAACATCA CGGCCATCGC TGGGAGGGAC 
ACCTACATCC ACTGCAGGGT CATCGGGTAT CCCTACTACT CCATCAAGTG GTACAAGAAC 
TCCAACCTGC TGCCCTTCAA CCATCGCCAA GTGGCGTTCG AGAACAACGG CACGCTGAAG 
CTCTCGGACG TGCAGAAGGA GGTGGACGAG GGCGAGTACA CCTGCAATGT CCTGGTCCAG 
CCCCAGCTGT CCACCAGCCA GAGCGTGCAC GTGACGGTGA AAGTCCCACC TTTCATCCAA 
CCTTTCGAGT TCCCTCGCTT CTCCATCGGG CAGAGGGTCT TCATCCCCTG CGTGGTGGTC 
TCGGGGGACC TGCCCATCAC CATCACCTGG CAGAAGGACG GCCGGCCCAT CCCCGCCAGC 
CTGGGCGTCA CCATCGACAA CATCGACTTC ACCAGCTCCC TGAGGATCTC CAACCTCTCC 
CTGATGCACA ACGGGAACTA CACCTGCATC GCCAGGAACG ACGCGGCAGC CGTGGAGCAC 
CAGAGCCAAT TAATCGTCAG GGTGCCCCCC AGGTTTGTGG TCCAGCCCAG CGACCAGGAC 
GGGATCTATG GGAAAGCCGT CATTCTGAAC TGCTCTGCCG AGGGTTATCC CGTCCCCACC 
ATTGTCTGGA AGTACTCCAA AGGTGCCGGG GTTCCCCAGT TCCAGCCGAT CGCGCTGAAC 
GGTCGGATCC AGCTGCTCAC AAACGGCTCC TTGCTGATCA AACATGTGCT GGAAGAAGAC 
AGTGGATACT ACCTCTGCAA GGTCAGCAAT GATGTGGGAG CAGACGTCAG CAAGTCCATG 
TACCTCACTG TTAAAATTCC AGCTATGATA ACCTCCTACC CAAACACCAC CCTGGCAACT 
CAAGGCCAAA AGAAGGAGAT GAGCTGCACG GCACATGGAG AGAAACCCAT CATAGTCCGC 
TGGGAGAAGG AAGACCGGAT CATTAACCCC GAAATGTCCC GTTACCTGGT TTCCACCAAG 
GAGGTTGGGG ATGAAGTGAT TTCTACCCTG CAGATTCTGC CAACTGTGCG TGAAGATTCT 
GGCTTCTTCT CCTGCCACGC CATCAATTCT TACGGGGAGG ATCGTGGAAT AATTCAGCTC 
ACTGTGCAAG AGCCCCCTGA CCCCCCTGAG ATAGAGATCC GGGAGGTGAG AGCTCGGAGC 
ATCGCCCTCA GGTGGACCAT GGGCTTCGAC GGCAACAGCC CCATCACCGG CTACGACATC 
GAGTGCAAGA ACAAGTCAGA CTCTTGGGAT TCTGTCCAGA GAACAAGAGA TGTTTCCCCT 
CAGCTAAACC AAGCCACCAT CATCGACCTG CACCCGTCCT CCACCTACAA CATCCGCATG 
TACGCCAAGA ACCGCATCGG CAAGAGCGAG GCCAGCAATG AGCTCACCAT CACCACTGAT 
GAAGCAGCCC CTGATGGTCC ACCTCAGGAT GTGCAGCTTG AGCCTATATC TTCCCAGAGC 
ATCAGAGTCA CCTGGAAGGC TCCAAAGAAG CACTTGCAGA ATGGAATTAT CCGTGGGTAC 
CAGATAGGTT ATCGGGAGTA CAGCGCGGGG GGAAATTTCC AGTTCAACAT CATCAGCATC 
GACACCACCG GGGACAGTGA GGTGTATACA CTGAATAACC TGAAAAAATT CACCCAGTAT 
GGCATGGTGG TACAGGCCTG TAACCGGGCT GGGATTGGAC CTTCTTCTCA GGAAATCATC 
ACCACCACTC TTGAGGACGT GCCCAGTTGC CCTCCAGGGA ATGTGCAAGC CACCGCCACG 
TCCCCAGAAA CCATCTCCAT TTCCTGGTCA ACGCTGGCAA AGGAAACCCT GAACGGGATC 
CTGCAGGGAT TCAGGGTCAT CTACTGGGCC AACCTCTTGG ATGGAGAGCT GGGAGAGATA 
AAGAATGTCA CCACTACCCA ACCATCCCTG GAGCTGGATG GCCTGGAAAA ATACACCAAC 
TACAGCATCC AGGTGTTGGC TTTTACCCGA GCTGGGGATG GAGTGAGGAG CGAGCAGATT 
TTCACCCGCA CTAAAGAGGA TGTTCCAGGT CCTCCTGCTG GAGTTAAAGC AGCTGCTGCC 
TCAGCCTCCA CGGTTTTTGT GTCCTGGCTG CCTCCCCTGA AGCTGAACGG CATCATCCGG 
AAATACACCG TGTTCTGCTC CCACCCCTAC CCCACAGTGA TCAGCGAGTT TGAAGCCTCT 
CCCGACTCAT TTTCCTACAG AATCCCCAAC CTGAGCCGGA ATCGCCAGTA CAGCGTGTGG 
GTGGTGGCCG TGACGGCTGC GGGGAGAGGC AACAGCAGCG AGATCATCAC GGTGGAACCG 
CTGGCCAAAG CTCCTGCCAG GATCCTGACG TTCAGCGGGA CGGTGACAAC GCCCTGGATG 
AAGGACATTG TCCTCCCTTG CAAAGCCGTG GGGGACCCTG CTCCAACAGT CAAGTGGATG 
AAGGATAGTA ACGGGACACC CAGTCTAGTG ATGATTGATG GGCGAAGGAG CATCTTCAGC 
AACGGCAGCT TCGTCATCAG GACTGTGAAA GCAGAAGACT CTGGCTACTA CAGCTGTGTG 
GCCAGCAACA ACTGGGGCTC AGATGAAATC ATTTTGAATT TGCAGGTACA AGTTCCACCA 
GACCAGCCAA GACTCACTGT ATCCAAAACT ACATCTTCCT CTATCACACT TTCTTGGATA 
CCTGGAGACA ATGGTGGCAG TTCTATCCGA GGTTATATCC TGCAGTACTC AGAGGATAAC 
AGTGAGCAGT GGGGCAGTTT CCCCATCAGC CCCAGTGAGA GGTCCTACAG GCTGGAAACG 
CTGAAATGTG GCACCTGGTA CAAGTTCACC CTGACTGCTC AGAACGGGGT GGGGCCGGGG 
CGCATCAGCG AGATCATCGA GGCCAAGACG CTCGGCAAAG AGCCACAGTT TTCCAAGGAG 
CAAGAGCTCT TTGCCAGCAT CAACACCACG CGGGTGAGGC TGAACCTGAT CGGCTGGAAC 
GATGGTGGCT GCCCCATCAC CTCCTTCACC CTGGAGTACC GACCCTTTGG GACCACGGTC 
TGGACAACAG CCCAGAGGAC ATCCCTGTCC AAGTCCTACA TCCTCTACGA CCTCCAGGAG 
GCCACCTGGT ACGAGCTGCA AATGAGAGTG TGCAACAGTG CTGGCTGTGC AGAGAAACAA 
GCCAAATTTG CCACGCTCAA TTATGATGGC AGTACAATCC CACCTCTCAT CAAGTCGGTT 
GTGCAAAGTG AGGAAGGGCT GGGAACCAAC GAAGGGCTGA AGATGCTGGT GACCATCTCC 
TGTATCTTGG TTGGGGTCTT GCTGCTCTTT GTGATGCTGC TGATCGTGAG GAGGAGGAGG 
AGGGAGCAGA GGCTGAAGAG GCTGCGAGAT GCAAAGAGTT TGGCTGAAAT GCTTATGAGC 
AAGAACACCA GGACATCAGA CACACTTAAT AAGCAGCAGC AAACGCTGAG GATGCACATA 
GACATTCCCA GAGCACAGCT GCTGATAGAG GAGAGGGACA CCATGGAGAC CATTGACGAC 
AGATCCACGG TTCTGCTGAC TGATGCTGAC TTTGGAGAGA CGTCCAAGCA GAAGTCCCTG 
ACTGTCACCC ACACGGTCCA TTACCAGTCG GTGTCACAAG CCACAGGGCC ACTGGTGGAT 
GTCTCTGATG CCCGGCCAGG AACGAATCCC ACCACGAGGA GGAGTGCCAA AACCGGACCC 
ACCGCGCGCA ACCGCTACGC CAGCCAGTGG ACCCTCAACA GGCCCCACCC CACCATCTCA 
GCACACACCC TCACCACAGA CTGGAGGCTC CCCACGCCCA GGCCAGCAGG ATCAGTGGAC 
AAGGAAAGTG ACAGCTACAG CGTCAGCCCC TCGCAGGACA CAGACCGGGC GAGGAGCAGC 
ATGGTCTCCA CAGAAAGTGC CTCCTCCACC TACGAAGAGC TGGCCAGGGC CTACGAGCAC 
GCCAAGATGG AAGAGCAGCT GAGGCACGCC AAGTTCACCA TCACCGAGTG CTTCATCTCA 
GACACGTCCT CGGAGCAGCT GACGGCAGGG ACCAACGACT ACACGGACAG CCTGACGTCC 
AGCACGCCCT CCGAGTCGGG CATCTGCCGC TTCACCGCCT CCCCGCCCAA GCCGCAGGAC 
GGAGGGCGCG TGACCAACAT GGCAGTGCCC AAGGCACACC GCCCAGGTGA TCTCATGCAT 
TTGCCACCCT ACCTTAGGAT GGACTTTTTA TTGAACCGTG GCGTGCAGGG CACGAGCAGA 
GACCTGGGTT TGGGGCAAGC CTGCTTGGAG CCACAGAAAA GCCGAACCTT GAAGCGTCCC 
ACCGTGCTGG AGCCGATCCC CATGGAGACA TCCTCCACGA GAGACGCCCA GTCATGGCAA 
CCTGGTGCTG TGGCAACGTT ACCTCAGCGA GAAGGAGCTG AGCTAGGACA GGCTCAAGCA 
AAAATGAGCA GCTCCCAAGA ATCCCTGCTG GACTCACGGG GCCACTTGAA AGGAAACAAT 
CCCTACGCAA AATCTTACAC CCTGGTATAA

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

PubMed

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DSCAM cDNA ORF clone, Taeniopygia guttata(zebra finch)

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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