LOC106566018 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106566018
Entrez Gene ID	106566018
Full Name	immunoglobulin-like and fibronectin type III domain-containing protein 1
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014133799.1	XP_013989274.1	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X3
XM_014133797.1	XP_013989272.1	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X1
XM_014133801.1	XP_013989276.1	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X5
XM_014133802.1	XP_013989277.1	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X6
XM_014133803.1	XP_013989278.1	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X7
XM_014133798.1	XP_013989273.1	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X2
XM_014133800.1	XP_013989275.1	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X4

Pathways from BioSystems
Gene Ontology

The following LOC106566018 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106566018 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)
OAt39257	XM_014133797.1 Latest version!	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt39258	XM_014133798.1 Latest version!	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt39259	XM_014133799.1 Latest version!	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt39260	XM_014133800.1 Latest version!	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt39261	XM_014133801.1 Latest version!	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt39262	XM_014133802.1 Latest version!	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAt39263	XM_014133803.1 Latest version!	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

LOC106566018 ( XM_014133797.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989272.1 Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X1, mRNA.

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CloneID	OAt39257
Clone ID Related Accession (Same CDS sequence)	XM_014133797.1
Accession Version	XM_014133797.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5031bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012337533.1) 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 :: Salmo salar Annotation Release 100 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##

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG CAGAAGATGA CTGGGCGCCC 
CATGGTGAAG CAGAAGATGA CTGGGTGCCC CAGGGTCAAG TGGCTATTAA AAGAAGATCC 
AGAGTCCCTG GAGTTATGAT AACACAGTTT GTGGAGGAAG TACCAGAGGG CATGTCCACC 
CCCGACTTCA CCCGCAAGCC CATCGCTTTG ACAATCCAAG AGGGTAAATT AGCCTTTTTC 
AAAAGTATGG TAAGCGGAGT GCCTAAACCA AACATCACCT GGGCCAGGAA CAAAGGCCCG 
CTGGAGGATC CAGTGAAGTA TATCAGTAGA TATGATGAGA TTATGGAAGA ATACTTTCTT 
GAGATGCCCA ATGTAACAGC AGAACAAGCT GACACCTACA AATGTTTTGC CGCCAATGAA 
TATGGAAGAG CAGTTTGCAC TGCCACCTTG AATGTTATTG AGGTTGGATT CAAGAAGAAA 
GCGACAACAG GTCCAAAAAG AGCGGCACCA GAGGATTTCA GAAAAATGCT TAAGAGGAAG 
GTTGTACGAA CTAAACCACA ACTAAAGAAG AACGAGGGAG AGATTGATCC AAAGTTCTGG 
GAGGTGATGC TGAGCTCACC TAAGAAGGAC TATGATAAGG TCTGTATGGA GTATGGAGTC 
ACTGACTTCC GCTGGATGCT GAAGCAGCTG AACCTAAAGA AGAAAGAGAG AGAGGAGGAA 
CAGGCAAAGT TCGTTGAAAA ACTTCAAAAT CTGAAACACA TTGAGGTGAA AACAGATGGC 
TCAGCAGAGT TTGAACTGGA CATGGAACTA AAGAATCCCA ACAGTCAGGT TTTCCTATTC 
AAGGATGGGG TCATGGTTCC CTATTCTGAC GACGGCAGCG GGAAGCACAA CCTAAACAAA 
ATTGGCAAAA AGTATATCTT TAGCATCAAC GACCTGATGC CAGACGACGC TGGGTTGTAC 
CAGGTGGACG TTGAGGATGC CAATTGTTTC TCAACTGATT TTAAGATTAT ACCAGTGATG 
TTTGTTGTCA AGATTCAGGA GGTGAAGGCT AAGGAGAGAG AGGATGCCGT GTTTGAGTGT 
GTCTTGTCCC ACCCCTTCCC AAAGATTGTG TGGATTGGAA AGAACATCCC TCTCGAACAA 
GGGGACAAGT TTGACATCAC TGTGTCAGAA GACCACCTCA TTCACAGCTT AAAGGTGAAA 
GATTGTGCCC AAGTTGACAA AGGAGTCTAC ACTGCCATGG CTGGCATTGC CTCCTGCAAC 
GCTTGGCTTA TTGTGGAAGC CGATAATGAC CCAAACATGC GTGGGAAAAA AACGTCCCGT 
AAAACCACCA CGGCTGGTGG TGGAGGAGAG GACCTGGCTA AGATAGCTGC AGAGCAGTCA 
GCTAAGCTGC AGAAGGAAAA GGATGACCTG TATGCAGCAA GACGAGCCCA AGCAGAGAAG 
GACGCTGCGG ATGCAGCCAG ACGAGCCCAA GCAGAGAAGG ACCCTGCGGA TGCAGCCAGA 
CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT GCAGCCAGAC GGGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG GGCCCAAGCA GAGAAGGACG CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGATGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GATGGACCCT 
GCGGATGCAG CCAGATGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGACGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAA GGACGCTGCG 
GATGCAGCAG GAGCTGGAGC AGGTGCTGGA GAGGGGGATG GAGAAGGACA TGGAGTTAAA 
GGTGTTCAAT TCCTTAATGG ACTGGCTGAT ATTAATGGCA GCCTTGGGGA AACAGCAGAG 
CTGTCCTGCA AACTGAGCCG TGAGAACTGT GAGGGAGTCT GGCTTAAAGA CGGGCAACTA 
ATAACTGATA AGGATGGGCT GAAAATCATC CAAGATGGAG CCAGTCATAA GCTGGTAATT 
GAAAGCTGTA AAAAAAATGA TGCAGGAGTC TATTCATTTG AGGTGGATGG TCATAAATCT 
GAGGCAAATT TCACTGTTTC AGATCCAGGT GCTCAATTTG TTGGATACGG ACTCTCTGAT 
ATCGAAGTTA AATTTGATGA AACAGCAGAG CTGTCCTTGA CACTAAGCAG TCCGAATGTT 
GAGGGGTTCT GGTATAAAGA CGGGAAAGAG GTACCTCGTG ATGACAGGGT GAAAATCATC 
AAAGAAGGAG CCTTTCACAA GCTGGTCATT GATAACTGTA AAAAAGACGA TGCAGGAATC 
TATCACTTTG AGGTGGATGG TCGTAAATCC GAGGCAACGC TCACTGTGCA GGGTGCTCAA 
TTCAGCATTG GACTGTCTGA CGTCGACGTT AAGCTTGATG CAACAGCAGA GCTACTCTGC 
GAAGTGAGCT GTCTGAACAT TGACGGGGTC TGGTATAAAC ATGGAAAACA GGTAACTCCT 
GATGACAGGG TGAAAATCAT CACAGATGGA GCCTGTCACA AGCTTGTCAT TGATTGCTGT 
CGAAAAGATG ATGGAGCAGT CTATCGCTTT GAGGTGGATG GTCGTATATC AGAGGCCACA 
CTCACTGTTC AGCCTGTTCA ATTCATTTTG GGAGTGGCTG ATGTCCAAGT TAAAATCTGC 
ACACCAGCAG AGCTGTCCTG CAAACTGAGC AGTCCGAACT GTAAGGGGGT CTGGTATAAA 
GACGGATTTC AGGTACCTCC TGATGACAGG GTGAAAATCA TCAAAGAAGG AGCCTGTCAC 
AAGTTGGTCA TTGATAACTG TAAAAAAGAC GATGCAGGAG TCTATCGCTT TGAGGTGGAT 
GGTCGAATAT CTGAGGGATC ACTCACTGTG CAGAACCCAC CAACATTCAA CATGGATTCT 
CTGAGAGAAT TCTCTAAGCC GGTCATTGTG AGAGCATGTG AAACGGCTGA GTGGAAATTG 
GCCTTTTCGG GTGGTGACCC AATGAAGATA AAGTGGATCA AGGAGGATGA GGAACTCCTG 
GAAGGCCTCA ATGTCAAGAT AGAACAGACT GACATAAAAG CCGGCTTGTG TCTTACCGAT 
TGTCAAAGGA AGAACTGTGG AGAGGTCAAA ATCAATATAA AAAATGACTA TGGTACATTG 
GAAGCCACAT CCAGACTGAT TGTTCTTGAC AAACCCACTC CACCACAAAG ACCTGTGGAA 
ATTGTGGAAA CTTCTCTAAC CGCCATTGAA TTCAAATGGA AACCCCCAAA GGATGACGGT 
GGCTGTCCAG TCAAACACTA CATTTTGGAG CGCCAGCAAG TGGGGGGAAG CAAAACATGG 
ACAAATGTAG GGGAGCTCCC AAATGACCCC CTTAAATACA GGGATACTAA TGTAAAGCCT 
GGGAAAAGAT ACTGTTACCA CATCAGAGCC AAGAATGAGG AGGGAGTCAG TGATGTGCTG 
GAGACAGAGG ACATCCAGGC TGGCATATTG TGTTACCCAG GACCCCCTTC GGCACCCAAA 
GTGGTCAGTG CCTTCAAGGA CTGCATCAAC CTGGCTTGGT CTCCCCCTAT CAACACTGGA 
GAAACTGAAA TTTGGGCTTA CAACCTTGAG AGACGCAAGA AGGGAAGCAA CTTTTGGAGC 
CCTGCGAACC TAGATGGGCC TATCAAAGAC ACAACGTTTG CATTGAAAGA TGTTATTGAG 
GGAGCAGCTT ATGAATTTCG AGTGTCAGCT ATTAACATCT CTGGTGTCGG CGAGCCCAGT 
CCTCCCTCTG TTATAGTCTT TGCCAGAGAT CCCAAAAAAC CCCCTGGTAA AGTCATAGAC 
CTAAAGCTAA CAGATTCCAG TTACACCACG TTTTCTCTGG CTTGGACTAA ACCAAAGGAG 
GTGGAAGGGG TGGAGGATGA GGCCAAAGGC TACTTTGTGG AGATCAGACC AAATGAGAGC 
CCAGAGTGGA CTCGCTGTAA CATCAACCCC ATCATCCCCA CCTCCTTCAA TGTGATTGGC 
CTGAAGGCAA TGGGAATGTA CTGGGTGAGA GTGATCGCCA CAAACGATGG AGGCGAGGGC 
GAGCCCCAAG GCTTTGATAA TTACATCATC GCCATGCCTC CTCCTGTGAG GCCACAATTT 
ACAGGAAAAA CAAAGAGCTT CATGGTTGTG AGAAAGGGGA ATACTGTACG GTTCAATATC 
AACTTTGAGG CCTCTCCTTT GCCAGATATC TATTGGTTGA AGGACTGCGT TCCTGTGTCC 
AAACGTGTCA CCATAACCAA CTCTGACAGA GGTTCACAGC TTCTGATCCC CACGTCAGAG 
CGCTCTGATA CGGGCATCTT TACCATCATT GTCAAGAACA TGGTCGGTCA GGAGACCTTC 
AGTGTCGAGA TCAGAGTTAC AGATGATCCC AAGCCTCCTG GCCCGGTGGA GTTGGAACAG 
AATGTTCCTG GAACAGTGAC TGTGACCTGG ACTCCCTCCC CAGATGAGAA GAAGGATGAC 
AGGCTGCACT ACATTGTGTA CAAACGTGAC TCTGTCAAGC GCACCTGGAG GATGGTCGCT 
GACAGCCTCT TCAACCATAA GTTCACAGTT ATCAACATTC TACCCGGCAG AGAGTATAAC 
TTCAGGGTGT TTGCTAAGAA TGACATGGGC CTCTCAGAAC CTGCTGTGTC CCCTACATGG 
GGAACCACAA GGAGAAAAGA AAAGTTCATA CTGGACATGC CAGACGTAAA GGGCTTGGAC 
CTCCAGTGTC CACCATCGTT TTTACTCCGA TTGAAAATCC GCACCGCTCC ACCAGGCTAC 
GAGTGCTACA TGAGCTGTGC TGTACGAGGG GATCCAAAAC CCCATGTTAC ATGGTACCAC 
AACAACGTCA GCCTCAACAC CAACACCAAC TACCTTATCA CCAACGTGTG TGGGGTCTGC 
ACAATGCTCA TATTGAAGAT CGGACCCAAG GACAGCGGCG ACTACAGTGT CATCGCAGAC 
AGTCCCTTGG GTAGGGCAGA GTGCTCCACC AAGCTCACAG TCAGAGAGTG A

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

RefSeq	XP_013989272.1
CDS	177..5207
Translation	MKIPGATAPPPGQAEDDWAPHGEAEDDWVPQGQVAIKRRSRVPGVMITQFVEEVPEGMSTPDFTRKPIALTIQEGKLAFFKSMVSGVPKPNITWARNKGPLEDPVKYISRYDEIMEEYFLEMPNVTAEQADTYKCFAANEYGRAVCTATLNVIEVGFKKKATTGPKRAAPEDFRKMLKRKVVRTKPQLKKNEGEIDPKFWEVMLSSPKKDYDKVCMEYGVTDFRWMLKQLNLKKKEREEEQAKFVEKLQNLKHIEVKTDGSAEFELDMELKNPNSQVFLFKDGVMVPYSDDGSGKHNLNKIGKKYIFSINDLMPDDAGLYQVDVEDANCFSTDFKIIPVMFVVKIQEVKAKEREDAVFECVLSHPFPKIVWIGKNIPLEQGDKFDITVSEDHLIHSLKVKDCAQVDKGVYTAMAGIASCNAWLIVEADNDPNMRGKKTSRKTTTAGGGGEDLAKIAAEQSAKLQKEKDDLYAARRAQAEKDAADAARRAQAEKDPADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEMDPADAARWAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAAGAGAGAGEGDGEGHGVKGVQFLNGLADINGSLGETAELSCKLSRENCEGVWLKDGQLITDKDGLKIIQDGASHKLVIESCKKNDAGVYSFEVDGHKSEANFTVSDPGAQFVGYGLSDIEVKFDETAELSLTLSSPNVEGFWYKDGKEVPRDDRVKIIKEGAFHKLVIDNCKKDDAGIYHFEVDGRKSEATLTVQGAQFSIGLSDVDVKLDATAELLCEVSCLNIDGVWYKHGKQVTPDDRVKIITDGACHKLVIDCCRKDDGAVYRFEVDGRISEATLTVQPVQFILGVADVQVKICTPAELSCKLSSPNCKGVWYKDGFQVPPDDRVKIIKEGACHKLVIDNCKKDDAGVYRFEVDGRISEGSLTVQNPPTFNMDSLREFSKPVIVRACETAEWKLAFSGGDPMKIKWIKEDEELLEGLNVKIEQTDIKAGLCLTDCQRKNCGEVKINIKNDYGTLEATSRLIVLDKPTPPQRPVEIVETSLTAIEFKWKPPKDDGGCPVKHYILERQQVGGSKTWTNVGELPNDPLKYRDTNVKPGKRYCYHIRAKNEEGVSDVLETEDIQAGILCYPGPPSAPKVVSAFKDCINLAWSPPINTGETEIWAYNLERRKKGSNFWSPANLDGPIKDTTFALKDVIEGAAYEFRVSAINISGVGEPSPPSVIVFARDPKKPPGKVIDLKLTDSSYTTFSLAWTKPKEVEGVEDEAKGYFVEIRPNESPEWTRCNINPIIPTSFNVIGLKAMGMYWVRVIATNDGGEGEPQGFDNYIIAMPPPVRPQFTGKTKSFMVVRKGNTVRFNINFEASPLPDIYWLKDCVPVSKRVTITNSDRGSQLLIPTSERSDTGIFTIIVKNMVGQETFSVEIRVTDDPKPPGPVELEQNVPGTVTVTWTPSPDEKKDDRLHYIVYKRDSVKRTWRMVADSLFNHKFTVINILPGREYNFRVFAKNDMGLSEPAVSPTWGTTRRKEKFILDMPDVKGLDLQCPPSFLLRLKIRTAPPGYECYMSCAVRGDPKPHVTWYHNNVSLNTNTNYLITNVCGVCTMLILKIGPKDSGDYSVIADSPLGRAECSTKLTVRE

Target ORF information:

RefSeq Version	XM_014133797.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X1, mRNA.

Target ORF information:

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

XM_014133797.1

ORF Insert Sequence:

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG CAGAAGATGA CTGGGCGCCC 
CATGGTGAAG CAGAAGATGA CTGGGTGCCC CAGGGTCAAG TGGCTATTAA AAGAAGATCC 
AGAGTCCCTG GAGTTATGAT AACACAGTTT GTGGAGGAAG TACCAGAGGG CATGTCCACC 
CCCGACTTCA CCCGCAAGCC CATCGCTTTG ACAATCCAAG AGGGTAAATT AGCCTTTTTC 
AAAAGTATGG TAAGCGGAGT GCCTAAACCA AACATCACCT GGGCCAGGAA CAAAGGCCCG 
CTGGAGGATC CAGTGAAGTA TATCAGTAGA TATGATGAGA TTATGGAAGA ATACTTTCTT 
GAGATGCCCA ATGTAACAGC AGAACAAGCT GACACCTACA AATGTTTTGC CGCCAATGAA 
TATGGAAGAG CAGTTTGCAC TGCCACCTTG AATGTTATTG AGGTTGGATT CAAGAAGAAA 
GCGACAACAG GTCCAAAAAG AGCGGCACCA GAGGATTTCA GAAAAATGCT TAAGAGGAAG 
GTTGTACGAA CTAAACCACA ACTAAAGAAG AACGAGGGAG AGATTGATCC AAAGTTCTGG 
GAGGTGATGC TGAGCTCACC TAAGAAGGAC TATGATAAGG TCTGTATGGA GTATGGAGTC 
ACTGACTTCC GCTGGATGCT GAAGCAGCTG AACCTAAAGA AGAAAGAGAG AGAGGAGGAA 
CAGGCAAAGT TCGTTGAAAA ACTTCAAAAT CTGAAACACA TTGAGGTGAA AACAGATGGC 
TCAGCAGAGT TTGAACTGGA CATGGAACTA AAGAATCCCA ACAGTCAGGT TTTCCTATTC 
AAGGATGGGG TCATGGTTCC CTATTCTGAC GACGGCAGCG GGAAGCACAA CCTAAACAAA 
ATTGGCAAAA AGTATATCTT TAGCATCAAC GACCTGATGC CAGACGACGC TGGGTTGTAC 
CAGGTGGACG TTGAGGATGC CAATTGTTTC TCAACTGATT TTAAGATTAT ACCAGTGATG 
TTTGTTGTCA AGATTCAGGA GGTGAAGGCT AAGGAGAGAG AGGATGCCGT GTTTGAGTGT 
GTCTTGTCCC ACCCCTTCCC AAAGATTGTG TGGATTGGAA AGAACATCCC TCTCGAACAA 
GGGGACAAGT TTGACATCAC TGTGTCAGAA GACCACCTCA TTCACAGCTT AAAGGTGAAA 
GATTGTGCCC AAGTTGACAA AGGAGTCTAC ACTGCCATGG CTGGCATTGC CTCCTGCAAC 
GCTTGGCTTA TTGTGGAAGC CGATAATGAC CCAAACATGC GTGGGAAAAA AACGTCCCGT 
AAAACCACCA CGGCTGGTGG TGGAGGAGAG GACCTGGCTA AGATAGCTGC AGAGCAGTCA 
GCTAAGCTGC AGAAGGAAAA GGATGACCTG TATGCAGCAA GACGAGCCCA AGCAGAGAAG 
GACGCTGCGG ATGCAGCCAG ACGAGCCCAA GCAGAGAAGG ACCCTGCGGA TGCAGCCAGA 
CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT GCAGCCAGAC GGGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG GGCCCAAGCA GAGAAGGACG CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGATGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GATGGACCCT 
GCGGATGCAG CCAGATGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGACGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAA GGACGCTGCG 
GATGCAGCAG GAGCTGGAGC AGGTGCTGGA GAGGGGGATG GAGAAGGACA TGGAGTTAAA 
GGTGTTCAAT TCCTTAATGG ACTGGCTGAT ATTAATGGCA GCCTTGGGGA AACAGCAGAG 
CTGTCCTGCA AACTGAGCCG TGAGAACTGT GAGGGAGTCT GGCTTAAAGA CGGGCAACTA 
ATAACTGATA AGGATGGGCT GAAAATCATC CAAGATGGAG CCAGTCATAA GCTGGTAATT 
GAAAGCTGTA AAAAAAATGA TGCAGGAGTC TATTCATTTG AGGTGGATGG TCATAAATCT 
GAGGCAAATT TCACTGTTTC AGATCCAGGT GCTCAATTTG TTGGATACGG ACTCTCTGAT 
ATCGAAGTTA AATTTGATGA AACAGCAGAG CTGTCCTTGA CACTAAGCAG TCCGAATGTT 
GAGGGGTTCT GGTATAAAGA CGGGAAAGAG GTACCTCGTG ATGACAGGGT GAAAATCATC 
AAAGAAGGAG CCTTTCACAA GCTGGTCATT GATAACTGTA AAAAAGACGA TGCAGGAATC 
TATCACTTTG AGGTGGATGG TCGTAAATCC GAGGCAACGC TCACTGTGCA GGGTGCTCAA 
TTCAGCATTG GACTGTCTGA CGTCGACGTT AAGCTTGATG CAACAGCAGA GCTACTCTGC 
GAAGTGAGCT GTCTGAACAT TGACGGGGTC TGGTATAAAC ATGGAAAACA GGTAACTCCT 
GATGACAGGG TGAAAATCAT CACAGATGGA GCCTGTCACA AGCTTGTCAT TGATTGCTGT 
CGAAAAGATG ATGGAGCAGT CTATCGCTTT GAGGTGGATG GTCGTATATC AGAGGCCACA 
CTCACTGTTC AGCCTGTTCA ATTCATTTTG GGAGTGGCTG ATGTCCAAGT TAAAATCTGC 
ACACCAGCAG AGCTGTCCTG CAAACTGAGC AGTCCGAACT GTAAGGGGGT CTGGTATAAA 
GACGGATTTC AGGTACCTCC TGATGACAGG GTGAAAATCA TCAAAGAAGG AGCCTGTCAC 
AAGTTGGTCA TTGATAACTG TAAAAAAGAC GATGCAGGAG TCTATCGCTT TGAGGTGGAT 
GGTCGAATAT CTGAGGGATC ACTCACTGTG CAGAACCCAC CAACATTCAA CATGGATTCT 
CTGAGAGAAT TCTCTAAGCC GGTCATTGTG AGAGCATGTG AAACGGCTGA GTGGAAATTG 
GCCTTTTCGG GTGGTGACCC AATGAAGATA AAGTGGATCA AGGAGGATGA GGAACTCCTG 
GAAGGCCTCA ATGTCAAGAT AGAACAGACT GACATAAAAG CCGGCTTGTG TCTTACCGAT 
TGTCAAAGGA AGAACTGTGG AGAGGTCAAA ATCAATATAA AAAATGACTA TGGTACATTG 
GAAGCCACAT CCAGACTGAT TGTTCTTGAC AAACCCACTC CACCACAAAG ACCTGTGGAA 
ATTGTGGAAA CTTCTCTAAC CGCCATTGAA TTCAAATGGA AACCCCCAAA GGATGACGGT 
GGCTGTCCAG TCAAACACTA CATTTTGGAG CGCCAGCAAG TGGGGGGAAG CAAAACATGG 
ACAAATGTAG GGGAGCTCCC AAATGACCCC CTTAAATACA GGGATACTAA TGTAAAGCCT 
GGGAAAAGAT ACTGTTACCA CATCAGAGCC AAGAATGAGG AGGGAGTCAG TGATGTGCTG 
GAGACAGAGG ACATCCAGGC TGGCATATTG TGTTACCCAG GACCCCCTTC GGCACCCAAA 
GTGGTCAGTG CCTTCAAGGA CTGCATCAAC CTGGCTTGGT CTCCCCCTAT CAACACTGGA 
GAAACTGAAA TTTGGGCTTA CAACCTTGAG AGACGCAAGA AGGGAAGCAA CTTTTGGAGC 
CCTGCGAACC TAGATGGGCC TATCAAAGAC ACAACGTTTG CATTGAAAGA TGTTATTGAG 
GGAGCAGCTT ATGAATTTCG AGTGTCAGCT ATTAACATCT CTGGTGTCGG CGAGCCCAGT 
CCTCCCTCTG TTATAGTCTT TGCCAGAGAT CCCAAAAAAC CCCCTGGTAA AGTCATAGAC 
CTAAAGCTAA CAGATTCCAG TTACACCACG TTTTCTCTGG CTTGGACTAA ACCAAAGGAG 
GTGGAAGGGG TGGAGGATGA GGCCAAAGGC TACTTTGTGG AGATCAGACC AAATGAGAGC 
CCAGAGTGGA CTCGCTGTAA CATCAACCCC ATCATCCCCA CCTCCTTCAA TGTGATTGGC 
CTGAAGGCAA TGGGAATGTA CTGGGTGAGA GTGATCGCCA CAAACGATGG AGGCGAGGGC 
GAGCCCCAAG GCTTTGATAA TTACATCATC GCCATGCCTC CTCCTGTGAG GCCACAATTT 
ACAGGAAAAA CAAAGAGCTT CATGGTTGTG AGAAAGGGGA ATACTGTACG GTTCAATATC 
AACTTTGAGG CCTCTCCTTT GCCAGATATC TATTGGTTGA AGGACTGCGT TCCTGTGTCC 
AAACGTGTCA CCATAACCAA CTCTGACAGA GGTTCACAGC TTCTGATCCC CACGTCAGAG 
CGCTCTGATA CGGGCATCTT TACCATCATT GTCAAGAACA TGGTCGGTCA GGAGACCTTC 
AGTGTCGAGA TCAGAGTTAC AGATGATCCC AAGCCTCCTG GCCCGGTGGA GTTGGAACAG 
AATGTTCCTG GAACAGTGAC TGTGACCTGG ACTCCCTCCC CAGATGAGAA GAAGGATGAC 
AGGCTGCACT ACATTGTGTA CAAACGTGAC TCTGTCAAGC GCACCTGGAG GATGGTCGCT 
GACAGCCTCT TCAACCATAA GTTCACAGTT ATCAACATTC TACCCGGCAG AGAGTATAAC 
TTCAGGGTGT TTGCTAAGAA TGACATGGGC CTCTCAGAAC CTGCTGTGTC CCCTACATGG 
GGAACCACAA GGAGAAAAGA AAAGTTCATA CTGGACATGC CAGACGTAAA GGGCTTGGAC 
CTCCAGTGTC CACCATCGTT TTTACTCCGA TTGAAAATCC GCACCGCTCC ACCAGGCTAC 
GAGTGCTACA TGAGCTGTGC TGTACGAGGG GATCCAAAAC CCCATGTTAC ATGGTACCAC 
AACAACGTCA GCCTCAACAC CAACACCAAC TACCTTATCA CCAACGTGTG TGGGGTCTGC 
ACAATGCTCA TATTGAAGAT CGGACCCAAG GACAGCGGCG ACTACAGTGT CATCGCAGAC 
AGTCCCTTGG GTAGGGCAGA GTGCTCCACC AAGCTCACAG TCAGAGAGTG A

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

LOC106566018 ( XM_014133798.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989273.1 Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X2, mRNA.

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CloneID	OAt39258
Clone ID Related Accession (Same CDS sequence)	XM_014133798.1
Accession Version	XM_014133798.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5028bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012337533.1) 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 :: Salmo salar Annotation Release 100 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##

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG CAGAAGATGA CTGGGCGCCC 
CATGGTGAAG AAGATGACTG GGTGCCCCAG GGTCAAGTGG CTATTAAAAG AAGATCCAGA 
GTCCCTGGAG TTATGATAAC ACAGTTTGTG GAGGAAGTAC CAGAGGGCAT GTCCACCCCC 
GACTTCACCC GCAAGCCCAT CGCTTTGACA ATCCAAGAGG GTAAATTAGC CTTTTTCAAA 
AGTATGGTAA GCGGAGTGCC TAAACCAAAC ATCACCTGGG CCAGGAACAA AGGCCCGCTG 
GAGGATCCAG TGAAGTATAT CAGTAGATAT GATGAGATTA TGGAAGAATA CTTTCTTGAG 
ATGCCCAATG TAACAGCAGA ACAAGCTGAC ACCTACAAAT GTTTTGCCGC CAATGAATAT 
GGAAGAGCAG TTTGCACTGC CACCTTGAAT GTTATTGAGG TTGGATTCAA GAAGAAAGCG 
ACAACAGGTC CAAAAAGAGC GGCACCAGAG GATTTCAGAA AAATGCTTAA GAGGAAGGTT 
GTACGAACTA AACCACAACT AAAGAAGAAC GAGGGAGAGA TTGATCCAAA GTTCTGGGAG 
GTGATGCTGA GCTCACCTAA GAAGGACTAT GATAAGGTCT GTATGGAGTA TGGAGTCACT 
GACTTCCGCT GGATGCTGAA GCAGCTGAAC CTAAAGAAGA AAGAGAGAGA GGAGGAACAG 
GCAAAGTTCG TTGAAAAACT TCAAAATCTG AAACACATTG AGGTGAAAAC AGATGGCTCA 
GCAGAGTTTG AACTGGACAT GGAACTAAAG AATCCCAACA GTCAGGTTTT CCTATTCAAG 
GATGGGGTCA TGGTTCCCTA TTCTGACGAC GGCAGCGGGA AGCACAACCT AAACAAAATT 
GGCAAAAAGT ATATCTTTAG CATCAACGAC CTGATGCCAG ACGACGCTGG GTTGTACCAG 
GTGGACGTTG AGGATGCCAA TTGTTTCTCA ACTGATTTTA AGATTATACC AGTGATGTTT 
GTTGTCAAGA TTCAGGAGGT GAAGGCTAAG GAGAGAGAGG ATGCCGTGTT TGAGTGTGTC 
TTGTCCCACC CCTTCCCAAA GATTGTGTGG ATTGGAAAGA ACATCCCTCT CGAACAAGGG 
GACAAGTTTG ACATCACTGT GTCAGAAGAC CACCTCATTC ACAGCTTAAA GGTGAAAGAT 
TGTGCCCAAG TTGACAAAGG AGTCTACACT GCCATGGCTG GCATTGCCTC CTGCAACGCT 
TGGCTTATTG TGGAAGCCGA TAATGACCCA AACATGCGTG GGAAAAAAAC GTCCCGTAAA 
ACCACCACGG CTGGTGGTGG AGGAGAGGAC CTGGCTAAGA TAGCTGCAGA GCAGTCAGCT 
AAGCTGCAGA AGGAAAAGGA TGACCTGTAT GCAGCAAGAC GAGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG AGCCCAAGCA GAGAAGGACC CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGACGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GAAGGACGCT 
GCGGATGCAG CCAGACGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGATGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAT GGACCCTGCG 
GATGCAGCCA GATGGGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGGGCCCAA 
GCAGAGAAGG ACGCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT 
GCAGCAGGAG CTGGAGCAGG TGCTGGAGAG GGGGATGGAG AAGGACATGG AGTTAAAGGT 
GTTCAATTCC TTAATGGACT GGCTGATATT AATGGCAGCC TTGGGGAAAC AGCAGAGCTG 
TCCTGCAAAC TGAGCCGTGA GAACTGTGAG GGAGTCTGGC TTAAAGACGG GCAACTAATA 
ACTGATAAGG ATGGGCTGAA AATCATCCAA GATGGAGCCA GTCATAAGCT GGTAATTGAA 
AGCTGTAAAA AAAATGATGC AGGAGTCTAT TCATTTGAGG TGGATGGTCA TAAATCTGAG 
GCAAATTTCA CTGTTTCAGA TCCAGGTGCT CAATTTGTTG GATACGGACT CTCTGATATC 
GAAGTTAAAT TTGATGAAAC AGCAGAGCTG TCCTTGACAC TAAGCAGTCC GAATGTTGAG 
GGGTTCTGGT ATAAAGACGG GAAAGAGGTA CCTCGTGATG ACAGGGTGAA AATCATCAAA 
GAAGGAGCCT TTCACAAGCT GGTCATTGAT AACTGTAAAA AAGACGATGC AGGAATCTAT 
CACTTTGAGG TGGATGGTCG TAAATCCGAG GCAACGCTCA CTGTGCAGGG TGCTCAATTC 
AGCATTGGAC TGTCTGACGT CGACGTTAAG CTTGATGCAA CAGCAGAGCT ACTCTGCGAA 
GTGAGCTGTC TGAACATTGA CGGGGTCTGG TATAAACATG GAAAACAGGT AACTCCTGAT 
GACAGGGTGA AAATCATCAC AGATGGAGCC TGTCACAAGC TTGTCATTGA TTGCTGTCGA 
AAAGATGATG GAGCAGTCTA TCGCTTTGAG GTGGATGGTC GTATATCAGA GGCCACACTC 
ACTGTTCAGC CTGTTCAATT CATTTTGGGA GTGGCTGATG TCCAAGTTAA AATCTGCACA 
CCAGCAGAGC TGTCCTGCAA ACTGAGCAGT CCGAACTGTA AGGGGGTCTG GTATAAAGAC 
GGATTTCAGG TACCTCCTGA TGACAGGGTG AAAATCATCA AAGAAGGAGC CTGTCACAAG 
TTGGTCATTG ATAACTGTAA AAAAGACGAT GCAGGAGTCT ATCGCTTTGA GGTGGATGGT 
CGAATATCTG AGGGATCACT CACTGTGCAG AACCCACCAA CATTCAACAT GGATTCTCTG 
AGAGAATTCT CTAAGCCGGT CATTGTGAGA GCATGTGAAA CGGCTGAGTG GAAATTGGCC 
TTTTCGGGTG GTGACCCAAT GAAGATAAAG TGGATCAAGG AGGATGAGGA ACTCCTGGAA 
GGCCTCAATG TCAAGATAGA ACAGACTGAC ATAAAAGCCG GCTTGTGTCT TACCGATTGT 
CAAAGGAAGA ACTGTGGAGA GGTCAAAATC AATATAAAAA ATGACTATGG TACATTGGAA 
GCCACATCCA GACTGATTGT TCTTGACAAA CCCACTCCAC CACAAAGACC TGTGGAAATT 
GTGGAAACTT CTCTAACCGC CATTGAATTC AAATGGAAAC CCCCAAAGGA TGACGGTGGC 
TGTCCAGTCA AACACTACAT TTTGGAGCGC CAGCAAGTGG GGGGAAGCAA AACATGGACA 
AATGTAGGGG AGCTCCCAAA TGACCCCCTT AAATACAGGG ATACTAATGT AAAGCCTGGG 
AAAAGATACT GTTACCACAT CAGAGCCAAG AATGAGGAGG GAGTCAGTGA TGTGCTGGAG 
ACAGAGGACA TCCAGGCTGG CATATTGTGT TACCCAGGAC CCCCTTCGGC ACCCAAAGTG 
GTCAGTGCCT TCAAGGACTG CATCAACCTG GCTTGGTCTC CCCCTATCAA CACTGGAGAA 
ACTGAAATTT GGGCTTACAA CCTTGAGAGA CGCAAGAAGG GAAGCAACTT TTGGAGCCCT 
GCGAACCTAG ATGGGCCTAT CAAAGACACA ACGTTTGCAT TGAAAGATGT TATTGAGGGA 
GCAGCTTATG AATTTCGAGT GTCAGCTATT AACATCTCTG GTGTCGGCGA GCCCAGTCCT 
CCCTCTGTTA TAGTCTTTGC CAGAGATCCC AAAAAACCCC CTGGTAAAGT CATAGACCTA 
AAGCTAACAG ATTCCAGTTA CACCACGTTT TCTCTGGCTT GGACTAAACC AAAGGAGGTG 
GAAGGGGTGG AGGATGAGGC CAAAGGCTAC TTTGTGGAGA TCAGACCAAA TGAGAGCCCA 
GAGTGGACTC GCTGTAACAT CAACCCCATC ATCCCCACCT CCTTCAATGT GATTGGCCTG 
AAGGCAATGG GAATGTACTG GGTGAGAGTG ATCGCCACAA ACGATGGAGG CGAGGGCGAG 
CCCCAAGGCT TTGATAATTA CATCATCGCC ATGCCTCCTC CTGTGAGGCC ACAATTTACA 
GGAAAAACAA AGAGCTTCAT GGTTGTGAGA AAGGGGAATA CTGTACGGTT CAATATCAAC 
TTTGAGGCCT CTCCTTTGCC AGATATCTAT TGGTTGAAGG ACTGCGTTCC TGTGTCCAAA 
CGTGTCACCA TAACCAACTC TGACAGAGGT TCACAGCTTC TGATCCCCAC GTCAGAGCGC 
TCTGATACGG GCATCTTTAC CATCATTGTC AAGAACATGG TCGGTCAGGA GACCTTCAGT 
GTCGAGATCA GAGTTACAGA TGATCCCAAG CCTCCTGGCC CGGTGGAGTT GGAACAGAAT 
GTTCCTGGAA CAGTGACTGT GACCTGGACT CCCTCCCCAG ATGAGAAGAA GGATGACAGG 
CTGCACTACA TTGTGTACAA ACGTGACTCT GTCAAGCGCA CCTGGAGGAT GGTCGCTGAC 
AGCCTCTTCA ACCATAAGTT CACAGTTATC AACATTCTAC CCGGCAGAGA GTATAACTTC 
AGGGTGTTTG CTAAGAATGA CATGGGCCTC TCAGAACCTG CTGTGTCCCC TACATGGGGA 
ACCACAAGGA GAAAAGAAAA GTTCATACTG GACATGCCAG ACGTAAAGGG CTTGGACCTC 
CAGTGTCCAC CATCGTTTTT ACTCCGATTG AAAATCCGCA CCGCTCCACC AGGCTACGAG 
TGCTACATGA GCTGTGCTGT ACGAGGGGAT CCAAAACCCC ATGTTACATG GTACCACAAC 
AACGTCAGCC TCAACACCAA CACCAACTAC CTTATCACCA ACGTGTGTGG GGTCTGCACA 
ATGCTCATAT TGAAGATCGG ACCCAAGGAC AGCGGCGACT ACAGTGTCAT CGCAGACAGT 
CCCTTGGGTA GGGCAGAGTG CTCCACCAAG CTCACAGTCA GAGAGTGA

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

RefSeq	XP_013989273.1
CDS	177..5204
Translation	MKIPGATAPPPGQAEDDWAPHGEEDDWVPQGQVAIKRRSRVPGVMITQFVEEVPEGMSTPDFTRKPIALTIQEGKLAFFKSMVSGVPKPNITWARNKGPLEDPVKYISRYDEIMEEYFLEMPNVTAEQADTYKCFAANEYGRAVCTATLNVIEVGFKKKATTGPKRAAPEDFRKMLKRKVVRTKPQLKKNEGEIDPKFWEVMLSSPKKDYDKVCMEYGVTDFRWMLKQLNLKKKEREEEQAKFVEKLQNLKHIEVKTDGSAEFELDMELKNPNSQVFLFKDGVMVPYSDDGSGKHNLNKIGKKYIFSINDLMPDDAGLYQVDVEDANCFSTDFKIIPVMFVVKIQEVKAKEREDAVFECVLSHPFPKIVWIGKNIPLEQGDKFDITVSEDHLIHSLKVKDCAQVDKGVYTAMAGIASCNAWLIVEADNDPNMRGKKTSRKTTTAGGGGEDLAKIAAEQSAKLQKEKDDLYAARRAQAEKDAADAARRAQAEKDPADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEMDPADAARWAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAAGAGAGAGEGDGEGHGVKGVQFLNGLADINGSLGETAELSCKLSRENCEGVWLKDGQLITDKDGLKIIQDGASHKLVIESCKKNDAGVYSFEVDGHKSEANFTVSDPGAQFVGYGLSDIEVKFDETAELSLTLSSPNVEGFWYKDGKEVPRDDRVKIIKEGAFHKLVIDNCKKDDAGIYHFEVDGRKSEATLTVQGAQFSIGLSDVDVKLDATAELLCEVSCLNIDGVWYKHGKQVTPDDRVKIITDGACHKLVIDCCRKDDGAVYRFEVDGRISEATLTVQPVQFILGVADVQVKICTPAELSCKLSSPNCKGVWYKDGFQVPPDDRVKIIKEGACHKLVIDNCKKDDAGVYRFEVDGRISEGSLTVQNPPTFNMDSLREFSKPVIVRACETAEWKLAFSGGDPMKIKWIKEDEELLEGLNVKIEQTDIKAGLCLTDCQRKNCGEVKINIKNDYGTLEATSRLIVLDKPTPPQRPVEIVETSLTAIEFKWKPPKDDGGCPVKHYILERQQVGGSKTWTNVGELPNDPLKYRDTNVKPGKRYCYHIRAKNEEGVSDVLETEDIQAGILCYPGPPSAPKVVSAFKDCINLAWSPPINTGETEIWAYNLERRKKGSNFWSPANLDGPIKDTTFALKDVIEGAAYEFRVSAINISGVGEPSPPSVIVFARDPKKPPGKVIDLKLTDSSYTTFSLAWTKPKEVEGVEDEAKGYFVEIRPNESPEWTRCNINPIIPTSFNVIGLKAMGMYWVRVIATNDGGEGEPQGFDNYIIAMPPPVRPQFTGKTKSFMVVRKGNTVRFNINFEASPLPDIYWLKDCVPVSKRVTITNSDRGSQLLIPTSERSDTGIFTIIVKNMVGQETFSVEIRVTDDPKPPGPVELEQNVPGTVTVTWTPSPDEKKDDRLHYIVYKRDSVKRTWRMVADSLFNHKFTVINILPGREYNFRVFAKNDMGLSEPAVSPTWGTTRRKEKFILDMPDVKGLDLQCPPSFLLRLKIRTAPPGYECYMSCAVRGDPKPHVTWYHNNVSLNTNTNYLITNVCGVCTMLILKIGPKDSGDYSVIADSPLGRAECSTKLTVRE

Target ORF information:

RefSeq Version	XM_014133798.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X2, mRNA.

Target ORF information:

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

XM_014133798.1

ORF Insert Sequence:

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG CAGAAGATGA CTGGGCGCCC 
CATGGTGAAG AAGATGACTG GGTGCCCCAG GGTCAAGTGG CTATTAAAAG AAGATCCAGA 
GTCCCTGGAG TTATGATAAC ACAGTTTGTG GAGGAAGTAC CAGAGGGCAT GTCCACCCCC 
GACTTCACCC GCAAGCCCAT CGCTTTGACA ATCCAAGAGG GTAAATTAGC CTTTTTCAAA 
AGTATGGTAA GCGGAGTGCC TAAACCAAAC ATCACCTGGG CCAGGAACAA AGGCCCGCTG 
GAGGATCCAG TGAAGTATAT CAGTAGATAT GATGAGATTA TGGAAGAATA CTTTCTTGAG 
ATGCCCAATG TAACAGCAGA ACAAGCTGAC ACCTACAAAT GTTTTGCCGC CAATGAATAT 
GGAAGAGCAG TTTGCACTGC CACCTTGAAT GTTATTGAGG TTGGATTCAA GAAGAAAGCG 
ACAACAGGTC CAAAAAGAGC GGCACCAGAG GATTTCAGAA AAATGCTTAA GAGGAAGGTT 
GTACGAACTA AACCACAACT AAAGAAGAAC GAGGGAGAGA TTGATCCAAA GTTCTGGGAG 
GTGATGCTGA GCTCACCTAA GAAGGACTAT GATAAGGTCT GTATGGAGTA TGGAGTCACT 
GACTTCCGCT GGATGCTGAA GCAGCTGAAC CTAAAGAAGA AAGAGAGAGA GGAGGAACAG 
GCAAAGTTCG TTGAAAAACT TCAAAATCTG AAACACATTG AGGTGAAAAC AGATGGCTCA 
GCAGAGTTTG AACTGGACAT GGAACTAAAG AATCCCAACA GTCAGGTTTT CCTATTCAAG 
GATGGGGTCA TGGTTCCCTA TTCTGACGAC GGCAGCGGGA AGCACAACCT AAACAAAATT 
GGCAAAAAGT ATATCTTTAG CATCAACGAC CTGATGCCAG ACGACGCTGG GTTGTACCAG 
GTGGACGTTG AGGATGCCAA TTGTTTCTCA ACTGATTTTA AGATTATACC AGTGATGTTT 
GTTGTCAAGA TTCAGGAGGT GAAGGCTAAG GAGAGAGAGG ATGCCGTGTT TGAGTGTGTC 
TTGTCCCACC CCTTCCCAAA GATTGTGTGG ATTGGAAAGA ACATCCCTCT CGAACAAGGG 
GACAAGTTTG ACATCACTGT GTCAGAAGAC CACCTCATTC ACAGCTTAAA GGTGAAAGAT 
TGTGCCCAAG TTGACAAAGG AGTCTACACT GCCATGGCTG GCATTGCCTC CTGCAACGCT 
TGGCTTATTG TGGAAGCCGA TAATGACCCA AACATGCGTG GGAAAAAAAC GTCCCGTAAA 
ACCACCACGG CTGGTGGTGG AGGAGAGGAC CTGGCTAAGA TAGCTGCAGA GCAGTCAGCT 
AAGCTGCAGA AGGAAAAGGA TGACCTGTAT GCAGCAAGAC GAGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG AGCCCAAGCA GAGAAGGACC CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGACGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GAAGGACGCT 
GCGGATGCAG CCAGACGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGATGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAT GGACCCTGCG 
GATGCAGCCA GATGGGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGGGCCCAA 
GCAGAGAAGG ACGCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT 
GCAGCAGGAG CTGGAGCAGG TGCTGGAGAG GGGGATGGAG AAGGACATGG AGTTAAAGGT 
GTTCAATTCC TTAATGGACT GGCTGATATT AATGGCAGCC TTGGGGAAAC AGCAGAGCTG 
TCCTGCAAAC TGAGCCGTGA GAACTGTGAG GGAGTCTGGC TTAAAGACGG GCAACTAATA 
ACTGATAAGG ATGGGCTGAA AATCATCCAA GATGGAGCCA GTCATAAGCT GGTAATTGAA 
AGCTGTAAAA AAAATGATGC AGGAGTCTAT TCATTTGAGG TGGATGGTCA TAAATCTGAG 
GCAAATTTCA CTGTTTCAGA TCCAGGTGCT CAATTTGTTG GATACGGACT CTCTGATATC 
GAAGTTAAAT TTGATGAAAC AGCAGAGCTG TCCTTGACAC TAAGCAGTCC GAATGTTGAG 
GGGTTCTGGT ATAAAGACGG GAAAGAGGTA CCTCGTGATG ACAGGGTGAA AATCATCAAA 
GAAGGAGCCT TTCACAAGCT GGTCATTGAT AACTGTAAAA AAGACGATGC AGGAATCTAT 
CACTTTGAGG TGGATGGTCG TAAATCCGAG GCAACGCTCA CTGTGCAGGG TGCTCAATTC 
AGCATTGGAC TGTCTGACGT CGACGTTAAG CTTGATGCAA CAGCAGAGCT ACTCTGCGAA 
GTGAGCTGTC TGAACATTGA CGGGGTCTGG TATAAACATG GAAAACAGGT AACTCCTGAT 
GACAGGGTGA AAATCATCAC AGATGGAGCC TGTCACAAGC TTGTCATTGA TTGCTGTCGA 
AAAGATGATG GAGCAGTCTA TCGCTTTGAG GTGGATGGTC GTATATCAGA GGCCACACTC 
ACTGTTCAGC CTGTTCAATT CATTTTGGGA GTGGCTGATG TCCAAGTTAA AATCTGCACA 
CCAGCAGAGC TGTCCTGCAA ACTGAGCAGT CCGAACTGTA AGGGGGTCTG GTATAAAGAC 
GGATTTCAGG TACCTCCTGA TGACAGGGTG AAAATCATCA AAGAAGGAGC CTGTCACAAG 
TTGGTCATTG ATAACTGTAA AAAAGACGAT GCAGGAGTCT ATCGCTTTGA GGTGGATGGT 
CGAATATCTG AGGGATCACT CACTGTGCAG AACCCACCAA CATTCAACAT GGATTCTCTG 
AGAGAATTCT CTAAGCCGGT CATTGTGAGA GCATGTGAAA CGGCTGAGTG GAAATTGGCC 
TTTTCGGGTG GTGACCCAAT GAAGATAAAG TGGATCAAGG AGGATGAGGA ACTCCTGGAA 
GGCCTCAATG TCAAGATAGA ACAGACTGAC ATAAAAGCCG GCTTGTGTCT TACCGATTGT 
CAAAGGAAGA ACTGTGGAGA GGTCAAAATC AATATAAAAA ATGACTATGG TACATTGGAA 
GCCACATCCA GACTGATTGT TCTTGACAAA CCCACTCCAC CACAAAGACC TGTGGAAATT 
GTGGAAACTT CTCTAACCGC CATTGAATTC AAATGGAAAC CCCCAAAGGA TGACGGTGGC 
TGTCCAGTCA AACACTACAT TTTGGAGCGC CAGCAAGTGG GGGGAAGCAA AACATGGACA 
AATGTAGGGG AGCTCCCAAA TGACCCCCTT AAATACAGGG ATACTAATGT AAAGCCTGGG 
AAAAGATACT GTTACCACAT CAGAGCCAAG AATGAGGAGG GAGTCAGTGA TGTGCTGGAG 
ACAGAGGACA TCCAGGCTGG CATATTGTGT TACCCAGGAC CCCCTTCGGC ACCCAAAGTG 
GTCAGTGCCT TCAAGGACTG CATCAACCTG GCTTGGTCTC CCCCTATCAA CACTGGAGAA 
ACTGAAATTT GGGCTTACAA CCTTGAGAGA CGCAAGAAGG GAAGCAACTT TTGGAGCCCT 
GCGAACCTAG ATGGGCCTAT CAAAGACACA ACGTTTGCAT TGAAAGATGT TATTGAGGGA 
GCAGCTTATG AATTTCGAGT GTCAGCTATT AACATCTCTG GTGTCGGCGA GCCCAGTCCT 
CCCTCTGTTA TAGTCTTTGC CAGAGATCCC AAAAAACCCC CTGGTAAAGT CATAGACCTA 
AAGCTAACAG ATTCCAGTTA CACCACGTTT TCTCTGGCTT GGACTAAACC AAAGGAGGTG 
GAAGGGGTGG AGGATGAGGC CAAAGGCTAC TTTGTGGAGA TCAGACCAAA TGAGAGCCCA 
GAGTGGACTC GCTGTAACAT CAACCCCATC ATCCCCACCT CCTTCAATGT GATTGGCCTG 
AAGGCAATGG GAATGTACTG GGTGAGAGTG ATCGCCACAA ACGATGGAGG CGAGGGCGAG 
CCCCAAGGCT TTGATAATTA CATCATCGCC ATGCCTCCTC CTGTGAGGCC ACAATTTACA 
GGAAAAACAA AGAGCTTCAT GGTTGTGAGA AAGGGGAATA CTGTACGGTT CAATATCAAC 
TTTGAGGCCT CTCCTTTGCC AGATATCTAT TGGTTGAAGG ACTGCGTTCC TGTGTCCAAA 
CGTGTCACCA TAACCAACTC TGACAGAGGT TCACAGCTTC TGATCCCCAC GTCAGAGCGC 
TCTGATACGG GCATCTTTAC CATCATTGTC AAGAACATGG TCGGTCAGGA GACCTTCAGT 
GTCGAGATCA GAGTTACAGA TGATCCCAAG CCTCCTGGCC CGGTGGAGTT GGAACAGAAT 
GTTCCTGGAA CAGTGACTGT GACCTGGACT CCCTCCCCAG ATGAGAAGAA GGATGACAGG 
CTGCACTACA TTGTGTACAA ACGTGACTCT GTCAAGCGCA CCTGGAGGAT GGTCGCTGAC 
AGCCTCTTCA ACCATAAGTT CACAGTTATC AACATTCTAC CCGGCAGAGA GTATAACTTC 
AGGGTGTTTG CTAAGAATGA CATGGGCCTC TCAGAACCTG CTGTGTCCCC TACATGGGGA 
ACCACAAGGA GAAAAGAAAA GTTCATACTG GACATGCCAG ACGTAAAGGG CTTGGACCTC 
CAGTGTCCAC CATCGTTTTT ACTCCGATTG AAAATCCGCA CCGCTCCACC AGGCTACGAG 
TGCTACATGA GCTGTGCTGT ACGAGGGGAT CCAAAACCCC ATGTTACATG GTACCACAAC 
AACGTCAGCC TCAACACCAA CACCAACTAC CTTATCACCA ACGTGTGTGG GGTCTGCACA 
ATGCTCATAT TGAAGATCGG ACCCAAGGAC AGCGGCGACT ACAGTGTCAT CGCAGACAGT 
CCCTTGGGTA GGGCAGAGTG CTCCACCAAG CTCACAGTCA GAGAGTGA

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

LOC106566018 ( XM_014133799.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989274.1 Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAt39259
Clone ID Related Accession (Same CDS sequence)	XM_014133799.1
Accession Version	XM_014133799.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5028bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012337533.1) 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 :: Salmo salar Annotation Release 100 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##

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG AAGATGACTG GGCGCCCCAT 
GGTGAAGCAG AAGATGACTG GGTGCCCCAG GGTCAAGTGG CTATTAAAAG AAGATCCAGA 
GTCCCTGGAG TTATGATAAC ACAGTTTGTG GAGGAAGTAC CAGAGGGCAT GTCCACCCCC 
GACTTCACCC GCAAGCCCAT CGCTTTGACA ATCCAAGAGG GTAAATTAGC CTTTTTCAAA 
AGTATGGTAA GCGGAGTGCC TAAACCAAAC ATCACCTGGG CCAGGAACAA AGGCCCGCTG 
GAGGATCCAG TGAAGTATAT CAGTAGATAT GATGAGATTA TGGAAGAATA CTTTCTTGAG 
ATGCCCAATG TAACAGCAGA ACAAGCTGAC ACCTACAAAT GTTTTGCCGC CAATGAATAT 
GGAAGAGCAG TTTGCACTGC CACCTTGAAT GTTATTGAGG TTGGATTCAA GAAGAAAGCG 
ACAACAGGTC CAAAAAGAGC GGCACCAGAG GATTTCAGAA AAATGCTTAA GAGGAAGGTT 
GTACGAACTA AACCACAACT AAAGAAGAAC GAGGGAGAGA TTGATCCAAA GTTCTGGGAG 
GTGATGCTGA GCTCACCTAA GAAGGACTAT GATAAGGTCT GTATGGAGTA TGGAGTCACT 
GACTTCCGCT GGATGCTGAA GCAGCTGAAC CTAAAGAAGA AAGAGAGAGA GGAGGAACAG 
GCAAAGTTCG TTGAAAAACT TCAAAATCTG AAACACATTG AGGTGAAAAC AGATGGCTCA 
GCAGAGTTTG AACTGGACAT GGAACTAAAG AATCCCAACA GTCAGGTTTT CCTATTCAAG 
GATGGGGTCA TGGTTCCCTA TTCTGACGAC GGCAGCGGGA AGCACAACCT AAACAAAATT 
GGCAAAAAGT ATATCTTTAG CATCAACGAC CTGATGCCAG ACGACGCTGG GTTGTACCAG 
GTGGACGTTG AGGATGCCAA TTGTTTCTCA ACTGATTTTA AGATTATACC AGTGATGTTT 
GTTGTCAAGA TTCAGGAGGT GAAGGCTAAG GAGAGAGAGG ATGCCGTGTT TGAGTGTGTC 
TTGTCCCACC CCTTCCCAAA GATTGTGTGG ATTGGAAAGA ACATCCCTCT CGAACAAGGG 
GACAAGTTTG ACATCACTGT GTCAGAAGAC CACCTCATTC ACAGCTTAAA GGTGAAAGAT 
TGTGCCCAAG TTGACAAAGG AGTCTACACT GCCATGGCTG GCATTGCCTC CTGCAACGCT 
TGGCTTATTG TGGAAGCCGA TAATGACCCA AACATGCGTG GGAAAAAAAC GTCCCGTAAA 
ACCACCACGG CTGGTGGTGG AGGAGAGGAC CTGGCTAAGA TAGCTGCAGA GCAGTCAGCT 
AAGCTGCAGA AGGAAAAGGA TGACCTGTAT GCAGCAAGAC GAGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG AGCCCAAGCA GAGAAGGACC CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGACGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GAAGGACGCT 
GCGGATGCAG CCAGACGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGATGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAT GGACCCTGCG 
GATGCAGCCA GATGGGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGGGCCCAA 
GCAGAGAAGG ACGCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT 
GCAGCAGGAG CTGGAGCAGG TGCTGGAGAG GGGGATGGAG AAGGACATGG AGTTAAAGGT 
GTTCAATTCC TTAATGGACT GGCTGATATT AATGGCAGCC TTGGGGAAAC AGCAGAGCTG 
TCCTGCAAAC TGAGCCGTGA GAACTGTGAG GGAGTCTGGC TTAAAGACGG GCAACTAATA 
ACTGATAAGG ATGGGCTGAA AATCATCCAA GATGGAGCCA GTCATAAGCT GGTAATTGAA 
AGCTGTAAAA AAAATGATGC AGGAGTCTAT TCATTTGAGG TGGATGGTCA TAAATCTGAG 
GCAAATTTCA CTGTTTCAGA TCCAGGTGCT CAATTTGTTG GATACGGACT CTCTGATATC 
GAAGTTAAAT TTGATGAAAC AGCAGAGCTG TCCTTGACAC TAAGCAGTCC GAATGTTGAG 
GGGTTCTGGT ATAAAGACGG GAAAGAGGTA CCTCGTGATG ACAGGGTGAA AATCATCAAA 
GAAGGAGCCT TTCACAAGCT GGTCATTGAT AACTGTAAAA AAGACGATGC AGGAATCTAT 
CACTTTGAGG TGGATGGTCG TAAATCCGAG GCAACGCTCA CTGTGCAGGG TGCTCAATTC 
AGCATTGGAC TGTCTGACGT CGACGTTAAG CTTGATGCAA CAGCAGAGCT ACTCTGCGAA 
GTGAGCTGTC TGAACATTGA CGGGGTCTGG TATAAACATG GAAAACAGGT AACTCCTGAT 
GACAGGGTGA AAATCATCAC AGATGGAGCC TGTCACAAGC TTGTCATTGA TTGCTGTCGA 
AAAGATGATG GAGCAGTCTA TCGCTTTGAG GTGGATGGTC GTATATCAGA GGCCACACTC 
ACTGTTCAGC CTGTTCAATT CATTTTGGGA GTGGCTGATG TCCAAGTTAA AATCTGCACA 
CCAGCAGAGC TGTCCTGCAA ACTGAGCAGT CCGAACTGTA AGGGGGTCTG GTATAAAGAC 
GGATTTCAGG TACCTCCTGA TGACAGGGTG AAAATCATCA AAGAAGGAGC CTGTCACAAG 
TTGGTCATTG ATAACTGTAA AAAAGACGAT GCAGGAGTCT ATCGCTTTGA GGTGGATGGT 
CGAATATCTG AGGGATCACT CACTGTGCAG AACCCACCAA CATTCAACAT GGATTCTCTG 
AGAGAATTCT CTAAGCCGGT CATTGTGAGA GCATGTGAAA CGGCTGAGTG GAAATTGGCC 
TTTTCGGGTG GTGACCCAAT GAAGATAAAG TGGATCAAGG AGGATGAGGA ACTCCTGGAA 
GGCCTCAATG TCAAGATAGA ACAGACTGAC ATAAAAGCCG GCTTGTGTCT TACCGATTGT 
CAAAGGAAGA ACTGTGGAGA GGTCAAAATC AATATAAAAA ATGACTATGG TACATTGGAA 
GCCACATCCA GACTGATTGT TCTTGACAAA CCCACTCCAC CACAAAGACC TGTGGAAATT 
GTGGAAACTT CTCTAACCGC CATTGAATTC AAATGGAAAC CCCCAAAGGA TGACGGTGGC 
TGTCCAGTCA AACACTACAT TTTGGAGCGC CAGCAAGTGG GGGGAAGCAA AACATGGACA 
AATGTAGGGG AGCTCCCAAA TGACCCCCTT AAATACAGGG ATACTAATGT AAAGCCTGGG 
AAAAGATACT GTTACCACAT CAGAGCCAAG AATGAGGAGG GAGTCAGTGA TGTGCTGGAG 
ACAGAGGACA TCCAGGCTGG CATATTGTGT TACCCAGGAC CCCCTTCGGC ACCCAAAGTG 
GTCAGTGCCT TCAAGGACTG CATCAACCTG GCTTGGTCTC CCCCTATCAA CACTGGAGAA 
ACTGAAATTT GGGCTTACAA CCTTGAGAGA CGCAAGAAGG GAAGCAACTT TTGGAGCCCT 
GCGAACCTAG ATGGGCCTAT CAAAGACACA ACGTTTGCAT TGAAAGATGT TATTGAGGGA 
GCAGCTTATG AATTTCGAGT GTCAGCTATT AACATCTCTG GTGTCGGCGA GCCCAGTCCT 
CCCTCTGTTA TAGTCTTTGC CAGAGATCCC AAAAAACCCC CTGGTAAAGT CATAGACCTA 
AAGCTAACAG ATTCCAGTTA CACCACGTTT TCTCTGGCTT GGACTAAACC AAAGGAGGTG 
GAAGGGGTGG AGGATGAGGC CAAAGGCTAC TTTGTGGAGA TCAGACCAAA TGAGAGCCCA 
GAGTGGACTC GCTGTAACAT CAACCCCATC ATCCCCACCT CCTTCAATGT GATTGGCCTG 
AAGGCAATGG GAATGTACTG GGTGAGAGTG ATCGCCACAA ACGATGGAGG CGAGGGCGAG 
CCCCAAGGCT TTGATAATTA CATCATCGCC ATGCCTCCTC CTGTGAGGCC ACAATTTACA 
GGAAAAACAA AGAGCTTCAT GGTTGTGAGA AAGGGGAATA CTGTACGGTT CAATATCAAC 
TTTGAGGCCT CTCCTTTGCC AGATATCTAT TGGTTGAAGG ACTGCGTTCC TGTGTCCAAA 
CGTGTCACCA TAACCAACTC TGACAGAGGT TCACAGCTTC TGATCCCCAC GTCAGAGCGC 
TCTGATACGG GCATCTTTAC CATCATTGTC AAGAACATGG TCGGTCAGGA GACCTTCAGT 
GTCGAGATCA GAGTTACAGA TGATCCCAAG CCTCCTGGCC CGGTGGAGTT GGAACAGAAT 
GTTCCTGGAA CAGTGACTGT GACCTGGACT CCCTCCCCAG ATGAGAAGAA GGATGACAGG 
CTGCACTACA TTGTGTACAA ACGTGACTCT GTCAAGCGCA CCTGGAGGAT GGTCGCTGAC 
AGCCTCTTCA ACCATAAGTT CACAGTTATC AACATTCTAC CCGGCAGAGA GTATAACTTC 
AGGGTGTTTG CTAAGAATGA CATGGGCCTC TCAGAACCTG CTGTGTCCCC TACATGGGGA 
ACCACAAGGA GAAAAGAAAA GTTCATACTG GACATGCCAG ACGTAAAGGG CTTGGACCTC 
CAGTGTCCAC CATCGTTTTT ACTCCGATTG AAAATCCGCA CCGCTCCACC AGGCTACGAG 
TGCTACATGA GCTGTGCTGT ACGAGGGGAT CCAAAACCCC ATGTTACATG GTACCACAAC 
AACGTCAGCC TCAACACCAA CACCAACTAC CTTATCACCA ACGTGTGTGG GGTCTGCACA 
ATGCTCATAT TGAAGATCGG ACCCAAGGAC AGCGGCGACT ACAGTGTCAT CGCAGACAGT 
CCCTTGGGTA GGGCAGAGTG CTCCACCAAG CTCACAGTCA GAGAGTGA

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

RefSeq	XP_013989274.1
CDS	177..5204
Translation	MKIPGATAPPPGQEDDWAPHGEAEDDWVPQGQVAIKRRSRVPGVMITQFVEEVPEGMSTPDFTRKPIALTIQEGKLAFFKSMVSGVPKPNITWARNKGPLEDPVKYISRYDEIMEEYFLEMPNVTAEQADTYKCFAANEYGRAVCTATLNVIEVGFKKKATTGPKRAAPEDFRKMLKRKVVRTKPQLKKNEGEIDPKFWEVMLSSPKKDYDKVCMEYGVTDFRWMLKQLNLKKKEREEEQAKFVEKLQNLKHIEVKTDGSAEFELDMELKNPNSQVFLFKDGVMVPYSDDGSGKHNLNKIGKKYIFSINDLMPDDAGLYQVDVEDANCFSTDFKIIPVMFVVKIQEVKAKEREDAVFECVLSHPFPKIVWIGKNIPLEQGDKFDITVSEDHLIHSLKVKDCAQVDKGVYTAMAGIASCNAWLIVEADNDPNMRGKKTSRKTTTAGGGGEDLAKIAAEQSAKLQKEKDDLYAARRAQAEKDAADAARRAQAEKDPADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEMDPADAARWAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAAGAGAGAGEGDGEGHGVKGVQFLNGLADINGSLGETAELSCKLSRENCEGVWLKDGQLITDKDGLKIIQDGASHKLVIESCKKNDAGVYSFEVDGHKSEANFTVSDPGAQFVGYGLSDIEVKFDETAELSLTLSSPNVEGFWYKDGKEVPRDDRVKIIKEGAFHKLVIDNCKKDDAGIYHFEVDGRKSEATLTVQGAQFSIGLSDVDVKLDATAELLCEVSCLNIDGVWYKHGKQVTPDDRVKIITDGACHKLVIDCCRKDDGAVYRFEVDGRISEATLTVQPVQFILGVADVQVKICTPAELSCKLSSPNCKGVWYKDGFQVPPDDRVKIIKEGACHKLVIDNCKKDDAGVYRFEVDGRISEGSLTVQNPPTFNMDSLREFSKPVIVRACETAEWKLAFSGGDPMKIKWIKEDEELLEGLNVKIEQTDIKAGLCLTDCQRKNCGEVKINIKNDYGTLEATSRLIVLDKPTPPQRPVEIVETSLTAIEFKWKPPKDDGGCPVKHYILERQQVGGSKTWTNVGELPNDPLKYRDTNVKPGKRYCYHIRAKNEEGVSDVLETEDIQAGILCYPGPPSAPKVVSAFKDCINLAWSPPINTGETEIWAYNLERRKKGSNFWSPANLDGPIKDTTFALKDVIEGAAYEFRVSAINISGVGEPSPPSVIVFARDPKKPPGKVIDLKLTDSSYTTFSLAWTKPKEVEGVEDEAKGYFVEIRPNESPEWTRCNINPIIPTSFNVIGLKAMGMYWVRVIATNDGGEGEPQGFDNYIIAMPPPVRPQFTGKTKSFMVVRKGNTVRFNINFEASPLPDIYWLKDCVPVSKRVTITNSDRGSQLLIPTSERSDTGIFTIIVKNMVGQETFSVEIRVTDDPKPPGPVELEQNVPGTVTVTWTPSPDEKKDDRLHYIVYKRDSVKRTWRMVADSLFNHKFTVINILPGREYNFRVFAKNDMGLSEPAVSPTWGTTRRKEKFILDMPDVKGLDLQCPPSFLLRLKIRTAPPGYECYMSCAVRGDPKPHVTWYHNNVSLNTNTNYLITNVCGVCTMLILKIGPKDSGDYSVIADSPLGRAECSTKLTVRE

Target ORF information:

RefSeq Version	XM_014133799.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X3, mRNA.

Target ORF information:

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

XM_014133799.1

ORF Insert Sequence:

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG AAGATGACTG GGCGCCCCAT 
GGTGAAGCAG AAGATGACTG GGTGCCCCAG GGTCAAGTGG CTATTAAAAG AAGATCCAGA 
GTCCCTGGAG TTATGATAAC ACAGTTTGTG GAGGAAGTAC CAGAGGGCAT GTCCACCCCC 
GACTTCACCC GCAAGCCCAT CGCTTTGACA ATCCAAGAGG GTAAATTAGC CTTTTTCAAA 
AGTATGGTAA GCGGAGTGCC TAAACCAAAC ATCACCTGGG CCAGGAACAA AGGCCCGCTG 
GAGGATCCAG TGAAGTATAT CAGTAGATAT GATGAGATTA TGGAAGAATA CTTTCTTGAG 
ATGCCCAATG TAACAGCAGA ACAAGCTGAC ACCTACAAAT GTTTTGCCGC CAATGAATAT 
GGAAGAGCAG TTTGCACTGC CACCTTGAAT GTTATTGAGG TTGGATTCAA GAAGAAAGCG 
ACAACAGGTC CAAAAAGAGC GGCACCAGAG GATTTCAGAA AAATGCTTAA GAGGAAGGTT 
GTACGAACTA AACCACAACT AAAGAAGAAC GAGGGAGAGA TTGATCCAAA GTTCTGGGAG 
GTGATGCTGA GCTCACCTAA GAAGGACTAT GATAAGGTCT GTATGGAGTA TGGAGTCACT 
GACTTCCGCT GGATGCTGAA GCAGCTGAAC CTAAAGAAGA AAGAGAGAGA GGAGGAACAG 
GCAAAGTTCG TTGAAAAACT TCAAAATCTG AAACACATTG AGGTGAAAAC AGATGGCTCA 
GCAGAGTTTG AACTGGACAT GGAACTAAAG AATCCCAACA GTCAGGTTTT CCTATTCAAG 
GATGGGGTCA TGGTTCCCTA TTCTGACGAC GGCAGCGGGA AGCACAACCT AAACAAAATT 
GGCAAAAAGT ATATCTTTAG CATCAACGAC CTGATGCCAG ACGACGCTGG GTTGTACCAG 
GTGGACGTTG AGGATGCCAA TTGTTTCTCA ACTGATTTTA AGATTATACC AGTGATGTTT 
GTTGTCAAGA TTCAGGAGGT GAAGGCTAAG GAGAGAGAGG ATGCCGTGTT TGAGTGTGTC 
TTGTCCCACC CCTTCCCAAA GATTGTGTGG ATTGGAAAGA ACATCCCTCT CGAACAAGGG 
GACAAGTTTG ACATCACTGT GTCAGAAGAC CACCTCATTC ACAGCTTAAA GGTGAAAGAT 
TGTGCCCAAG TTGACAAAGG AGTCTACACT GCCATGGCTG GCATTGCCTC CTGCAACGCT 
TGGCTTATTG TGGAAGCCGA TAATGACCCA AACATGCGTG GGAAAAAAAC GTCCCGTAAA 
ACCACCACGG CTGGTGGTGG AGGAGAGGAC CTGGCTAAGA TAGCTGCAGA GCAGTCAGCT 
AAGCTGCAGA AGGAAAAGGA TGACCTGTAT GCAGCAAGAC GAGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG AGCCCAAGCA GAGAAGGACC CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGACGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GAAGGACGCT 
GCGGATGCAG CCAGACGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGATGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAT GGACCCTGCG 
GATGCAGCCA GATGGGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGGGCCCAA 
GCAGAGAAGG ACGCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT 
GCAGCAGGAG CTGGAGCAGG TGCTGGAGAG GGGGATGGAG AAGGACATGG AGTTAAAGGT 
GTTCAATTCC TTAATGGACT GGCTGATATT AATGGCAGCC TTGGGGAAAC AGCAGAGCTG 
TCCTGCAAAC TGAGCCGTGA GAACTGTGAG GGAGTCTGGC TTAAAGACGG GCAACTAATA 
ACTGATAAGG ATGGGCTGAA AATCATCCAA GATGGAGCCA GTCATAAGCT GGTAATTGAA 
AGCTGTAAAA AAAATGATGC AGGAGTCTAT TCATTTGAGG TGGATGGTCA TAAATCTGAG 
GCAAATTTCA CTGTTTCAGA TCCAGGTGCT CAATTTGTTG GATACGGACT CTCTGATATC 
GAAGTTAAAT TTGATGAAAC AGCAGAGCTG TCCTTGACAC TAAGCAGTCC GAATGTTGAG 
GGGTTCTGGT ATAAAGACGG GAAAGAGGTA CCTCGTGATG ACAGGGTGAA AATCATCAAA 
GAAGGAGCCT TTCACAAGCT GGTCATTGAT AACTGTAAAA AAGACGATGC AGGAATCTAT 
CACTTTGAGG TGGATGGTCG TAAATCCGAG GCAACGCTCA CTGTGCAGGG TGCTCAATTC 
AGCATTGGAC TGTCTGACGT CGACGTTAAG CTTGATGCAA CAGCAGAGCT ACTCTGCGAA 
GTGAGCTGTC TGAACATTGA CGGGGTCTGG TATAAACATG GAAAACAGGT AACTCCTGAT 
GACAGGGTGA AAATCATCAC AGATGGAGCC TGTCACAAGC TTGTCATTGA TTGCTGTCGA 
AAAGATGATG GAGCAGTCTA TCGCTTTGAG GTGGATGGTC GTATATCAGA GGCCACACTC 
ACTGTTCAGC CTGTTCAATT CATTTTGGGA GTGGCTGATG TCCAAGTTAA AATCTGCACA 
CCAGCAGAGC TGTCCTGCAA ACTGAGCAGT CCGAACTGTA AGGGGGTCTG GTATAAAGAC 
GGATTTCAGG TACCTCCTGA TGACAGGGTG AAAATCATCA AAGAAGGAGC CTGTCACAAG 
TTGGTCATTG ATAACTGTAA AAAAGACGAT GCAGGAGTCT ATCGCTTTGA GGTGGATGGT 
CGAATATCTG AGGGATCACT CACTGTGCAG AACCCACCAA CATTCAACAT GGATTCTCTG 
AGAGAATTCT CTAAGCCGGT CATTGTGAGA GCATGTGAAA CGGCTGAGTG GAAATTGGCC 
TTTTCGGGTG GTGACCCAAT GAAGATAAAG TGGATCAAGG AGGATGAGGA ACTCCTGGAA 
GGCCTCAATG TCAAGATAGA ACAGACTGAC ATAAAAGCCG GCTTGTGTCT TACCGATTGT 
CAAAGGAAGA ACTGTGGAGA GGTCAAAATC AATATAAAAA ATGACTATGG TACATTGGAA 
GCCACATCCA GACTGATTGT TCTTGACAAA CCCACTCCAC CACAAAGACC TGTGGAAATT 
GTGGAAACTT CTCTAACCGC CATTGAATTC AAATGGAAAC CCCCAAAGGA TGACGGTGGC 
TGTCCAGTCA AACACTACAT TTTGGAGCGC CAGCAAGTGG GGGGAAGCAA AACATGGACA 
AATGTAGGGG AGCTCCCAAA TGACCCCCTT AAATACAGGG ATACTAATGT AAAGCCTGGG 
AAAAGATACT GTTACCACAT CAGAGCCAAG AATGAGGAGG GAGTCAGTGA TGTGCTGGAG 
ACAGAGGACA TCCAGGCTGG CATATTGTGT TACCCAGGAC CCCCTTCGGC ACCCAAAGTG 
GTCAGTGCCT TCAAGGACTG CATCAACCTG GCTTGGTCTC CCCCTATCAA CACTGGAGAA 
ACTGAAATTT GGGCTTACAA CCTTGAGAGA CGCAAGAAGG GAAGCAACTT TTGGAGCCCT 
GCGAACCTAG ATGGGCCTAT CAAAGACACA ACGTTTGCAT TGAAAGATGT TATTGAGGGA 
GCAGCTTATG AATTTCGAGT GTCAGCTATT AACATCTCTG GTGTCGGCGA GCCCAGTCCT 
CCCTCTGTTA TAGTCTTTGC CAGAGATCCC AAAAAACCCC CTGGTAAAGT CATAGACCTA 
AAGCTAACAG ATTCCAGTTA CACCACGTTT TCTCTGGCTT GGACTAAACC AAAGGAGGTG 
GAAGGGGTGG AGGATGAGGC CAAAGGCTAC TTTGTGGAGA TCAGACCAAA TGAGAGCCCA 
GAGTGGACTC GCTGTAACAT CAACCCCATC ATCCCCACCT CCTTCAATGT GATTGGCCTG 
AAGGCAATGG GAATGTACTG GGTGAGAGTG ATCGCCACAA ACGATGGAGG CGAGGGCGAG 
CCCCAAGGCT TTGATAATTA CATCATCGCC ATGCCTCCTC CTGTGAGGCC ACAATTTACA 
GGAAAAACAA AGAGCTTCAT GGTTGTGAGA AAGGGGAATA CTGTACGGTT CAATATCAAC 
TTTGAGGCCT CTCCTTTGCC AGATATCTAT TGGTTGAAGG ACTGCGTTCC TGTGTCCAAA 
CGTGTCACCA TAACCAACTC TGACAGAGGT TCACAGCTTC TGATCCCCAC GTCAGAGCGC 
TCTGATACGG GCATCTTTAC CATCATTGTC AAGAACATGG TCGGTCAGGA GACCTTCAGT 
GTCGAGATCA GAGTTACAGA TGATCCCAAG CCTCCTGGCC CGGTGGAGTT GGAACAGAAT 
GTTCCTGGAA CAGTGACTGT GACCTGGACT CCCTCCCCAG ATGAGAAGAA GGATGACAGG 
CTGCACTACA TTGTGTACAA ACGTGACTCT GTCAAGCGCA CCTGGAGGAT GGTCGCTGAC 
AGCCTCTTCA ACCATAAGTT CACAGTTATC AACATTCTAC CCGGCAGAGA GTATAACTTC 
AGGGTGTTTG CTAAGAATGA CATGGGCCTC TCAGAACCTG CTGTGTCCCC TACATGGGGA 
ACCACAAGGA GAAAAGAAAA GTTCATACTG GACATGCCAG ACGTAAAGGG CTTGGACCTC 
CAGTGTCCAC CATCGTTTTT ACTCCGATTG AAAATCCGCA CCGCTCCACC AGGCTACGAG 
TGCTACATGA GCTGTGCTGT ACGAGGGGAT CCAAAACCCC ATGTTACATG GTACCACAAC 
AACGTCAGCC TCAACACCAA CACCAACTAC CTTATCACCA ACGTGTGTGG GGTCTGCACA 
ATGCTCATAT TGAAGATCGG ACCCAAGGAC AGCGGCGACT ACAGTGTCAT CGCAGACAGT 
CCCTTGGGTA GGGCAGAGTG CTCCACCAAG CTCACAGTCA GAGAGTGA

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

LOC106566018 ( XM_014133800.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989275.1 Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X4, mRNA.

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CloneID	OAt39260
Clone ID Related Accession (Same CDS sequence)	XM_014133800.1
Accession Version	XM_014133800.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5025bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012337533.1) 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 :: Salmo salar Annotation Release 100 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##

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG AAGATGACTG GGCGCCCCAT 
GGTGAAGAAG ATGACTGGGT GCCCCAGGGT CAAGTGGCTA TTAAAAGAAG ATCCAGAGTC 
CCTGGAGTTA TGATAACACA GTTTGTGGAG GAAGTACCAG AGGGCATGTC CACCCCCGAC 
TTCACCCGCA AGCCCATCGC TTTGACAATC CAAGAGGGTA AATTAGCCTT TTTCAAAAGT 
ATGGTAAGCG GAGTGCCTAA ACCAAACATC ACCTGGGCCA GGAACAAAGG CCCGCTGGAG 
GATCCAGTGA AGTATATCAG TAGATATGAT GAGATTATGG AAGAATACTT TCTTGAGATG 
CCCAATGTAA CAGCAGAACA AGCTGACACC TACAAATGTT TTGCCGCCAA TGAATATGGA 
AGAGCAGTTT GCACTGCCAC CTTGAATGTT ATTGAGGTTG GATTCAAGAA GAAAGCGACA 
ACAGGTCCAA AAAGAGCGGC ACCAGAGGAT TTCAGAAAAA TGCTTAAGAG GAAGGTTGTA 
CGAACTAAAC CACAACTAAA GAAGAACGAG GGAGAGATTG ATCCAAAGTT CTGGGAGGTG 
ATGCTGAGCT CACCTAAGAA GGACTATGAT AAGGTCTGTA TGGAGTATGG AGTCACTGAC 
TTCCGCTGGA TGCTGAAGCA GCTGAACCTA AAGAAGAAAG AGAGAGAGGA GGAACAGGCA 
AAGTTCGTTG AAAAACTTCA AAATCTGAAA CACATTGAGG TGAAAACAGA TGGCTCAGCA 
GAGTTTGAAC TGGACATGGA ACTAAAGAAT CCCAACAGTC AGGTTTTCCT ATTCAAGGAT 
GGGGTCATGG TTCCCTATTC TGACGACGGC AGCGGGAAGC ACAACCTAAA CAAAATTGGC 
AAAAAGTATA TCTTTAGCAT CAACGACCTG ATGCCAGACG ACGCTGGGTT GTACCAGGTG 
GACGTTGAGG ATGCCAATTG TTTCTCAACT GATTTTAAGA TTATACCAGT GATGTTTGTT 
GTCAAGATTC AGGAGGTGAA GGCTAAGGAG AGAGAGGATG CCGTGTTTGA GTGTGTCTTG 
TCCCACCCCT TCCCAAAGAT TGTGTGGATT GGAAAGAACA TCCCTCTCGA ACAAGGGGAC 
AAGTTTGACA TCACTGTGTC AGAAGACCAC CTCATTCACA GCTTAAAGGT GAAAGATTGT 
GCCCAAGTTG ACAAAGGAGT CTACACTGCC ATGGCTGGCA TTGCCTCCTG CAACGCTTGG 
CTTATTGTGG AAGCCGATAA TGACCCAAAC ATGCGTGGGA AAAAAACGTC CCGTAAAACC 
ACCACGGCTG GTGGTGGAGG AGAGGACCTG GCTAAGATAG CTGCAGAGCA GTCAGCTAAG 
CTGCAGAAGG AAAAGGATGA CCTGTATGCA GCAAGACGAG CCCAAGCAGA GAAGGACGCT 
GCGGATGCAG CCAGACGAGC CCAAGCAGAG AAGGACCCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGACGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAA GGACGCTGCG 
GATGCAGCCA GACGGGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGGGCCCAA 
GCAGAGAAGG ATGCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGATGGA CCCTGCGGAT 
GCAGCCAGAT GGGCCCAAGC AGAGAAGGAC GCTGCGGATG CAGCCAGACG GGCCCAAGCA 
GAGAAGGACG CTGCGGATGC AGCCAGACGG GCCCAAGCAG AGAAGGACGC TGCGGATGCA 
GCAGGAGCTG GAGCAGGTGC TGGAGAGGGG GATGGAGAAG GACATGGAGT TAAAGGTGTT 
CAATTCCTTA ATGGACTGGC TGATATTAAT GGCAGCCTTG GGGAAACAGC AGAGCTGTCC 
TGCAAACTGA GCCGTGAGAA CTGTGAGGGA GTCTGGCTTA AAGACGGGCA ACTAATAACT 
GATAAGGATG GGCTGAAAAT CATCCAAGAT GGAGCCAGTC ATAAGCTGGT AATTGAAAGC 
TGTAAAAAAA ATGATGCAGG AGTCTATTCA TTTGAGGTGG ATGGTCATAA ATCTGAGGCA 
AATTTCACTG TTTCAGATCC AGGTGCTCAA TTTGTTGGAT ACGGACTCTC TGATATCGAA 
GTTAAATTTG ATGAAACAGC AGAGCTGTCC TTGACACTAA GCAGTCCGAA TGTTGAGGGG 
TTCTGGTATA AAGACGGGAA AGAGGTACCT CGTGATGACA GGGTGAAAAT CATCAAAGAA 
GGAGCCTTTC ACAAGCTGGT CATTGATAAC TGTAAAAAAG ACGATGCAGG AATCTATCAC 
TTTGAGGTGG ATGGTCGTAA ATCCGAGGCA ACGCTCACTG TGCAGGGTGC TCAATTCAGC 
ATTGGACTGT CTGACGTCGA CGTTAAGCTT GATGCAACAG CAGAGCTACT CTGCGAAGTG 
AGCTGTCTGA ACATTGACGG GGTCTGGTAT AAACATGGAA AACAGGTAAC TCCTGATGAC 
AGGGTGAAAA TCATCACAGA TGGAGCCTGT CACAAGCTTG TCATTGATTG CTGTCGAAAA 
GATGATGGAG CAGTCTATCG CTTTGAGGTG GATGGTCGTA TATCAGAGGC CACACTCACT 
GTTCAGCCTG TTCAATTCAT TTTGGGAGTG GCTGATGTCC AAGTTAAAAT CTGCACACCA 
GCAGAGCTGT CCTGCAAACT GAGCAGTCCG AACTGTAAGG GGGTCTGGTA TAAAGACGGA 
TTTCAGGTAC CTCCTGATGA CAGGGTGAAA ATCATCAAAG AAGGAGCCTG TCACAAGTTG 
GTCATTGATA ACTGTAAAAA AGACGATGCA GGAGTCTATC GCTTTGAGGT GGATGGTCGA 
ATATCTGAGG GATCACTCAC TGTGCAGAAC CCACCAACAT TCAACATGGA TTCTCTGAGA 
GAATTCTCTA AGCCGGTCAT TGTGAGAGCA TGTGAAACGG CTGAGTGGAA ATTGGCCTTT 
TCGGGTGGTG ACCCAATGAA GATAAAGTGG ATCAAGGAGG ATGAGGAACT CCTGGAAGGC 
CTCAATGTCA AGATAGAACA GACTGACATA AAAGCCGGCT TGTGTCTTAC CGATTGTCAA 
AGGAAGAACT GTGGAGAGGT CAAAATCAAT ATAAAAAATG ACTATGGTAC ATTGGAAGCC 
ACATCCAGAC TGATTGTTCT TGACAAACCC ACTCCACCAC AAAGACCTGT GGAAATTGTG 
GAAACTTCTC TAACCGCCAT TGAATTCAAA TGGAAACCCC CAAAGGATGA CGGTGGCTGT 
CCAGTCAAAC ACTACATTTT GGAGCGCCAG CAAGTGGGGG GAAGCAAAAC ATGGACAAAT 
GTAGGGGAGC TCCCAAATGA CCCCCTTAAA TACAGGGATA CTAATGTAAA GCCTGGGAAA 
AGATACTGTT ACCACATCAG AGCCAAGAAT GAGGAGGGAG TCAGTGATGT GCTGGAGACA 
GAGGACATCC AGGCTGGCAT ATTGTGTTAC CCAGGACCCC CTTCGGCACC CAAAGTGGTC 
AGTGCCTTCA AGGACTGCAT CAACCTGGCT TGGTCTCCCC CTATCAACAC TGGAGAAACT 
GAAATTTGGG CTTACAACCT TGAGAGACGC AAGAAGGGAA GCAACTTTTG GAGCCCTGCG 
AACCTAGATG GGCCTATCAA AGACACAACG TTTGCATTGA AAGATGTTAT TGAGGGAGCA 
GCTTATGAAT TTCGAGTGTC AGCTATTAAC ATCTCTGGTG TCGGCGAGCC CAGTCCTCCC 
TCTGTTATAG TCTTTGCCAG AGATCCCAAA AAACCCCCTG GTAAAGTCAT AGACCTAAAG 
CTAACAGATT CCAGTTACAC CACGTTTTCT CTGGCTTGGA CTAAACCAAA GGAGGTGGAA 
GGGGTGGAGG ATGAGGCCAA AGGCTACTTT GTGGAGATCA GACCAAATGA GAGCCCAGAG 
TGGACTCGCT GTAACATCAA CCCCATCATC CCCACCTCCT TCAATGTGAT TGGCCTGAAG 
GCAATGGGAA TGTACTGGGT GAGAGTGATC GCCACAAACG ATGGAGGCGA GGGCGAGCCC 
CAAGGCTTTG ATAATTACAT CATCGCCATG CCTCCTCCTG TGAGGCCACA ATTTACAGGA 
AAAACAAAGA GCTTCATGGT TGTGAGAAAG GGGAATACTG TACGGTTCAA TATCAACTTT 
GAGGCCTCTC CTTTGCCAGA TATCTATTGG TTGAAGGACT GCGTTCCTGT GTCCAAACGT 
GTCACCATAA CCAACTCTGA CAGAGGTTCA CAGCTTCTGA TCCCCACGTC AGAGCGCTCT 
GATACGGGCA TCTTTACCAT CATTGTCAAG AACATGGTCG GTCAGGAGAC CTTCAGTGTC 
GAGATCAGAG TTACAGATGA TCCCAAGCCT CCTGGCCCGG TGGAGTTGGA ACAGAATGTT 
CCTGGAACAG TGACTGTGAC CTGGACTCCC TCCCCAGATG AGAAGAAGGA TGACAGGCTG 
CACTACATTG TGTACAAACG TGACTCTGTC AAGCGCACCT GGAGGATGGT CGCTGACAGC 
CTCTTCAACC ATAAGTTCAC AGTTATCAAC ATTCTACCCG GCAGAGAGTA TAACTTCAGG 
GTGTTTGCTA AGAATGACAT GGGCCTCTCA GAACCTGCTG TGTCCCCTAC ATGGGGAACC 
ACAAGGAGAA AAGAAAAGTT CATACTGGAC ATGCCAGACG TAAAGGGCTT GGACCTCCAG 
TGTCCACCAT CGTTTTTACT CCGATTGAAA ATCCGCACCG CTCCACCAGG CTACGAGTGC 
TACATGAGCT GTGCTGTACG AGGGGATCCA AAACCCCATG TTACATGGTA CCACAACAAC 
GTCAGCCTCA ACACCAACAC CAACTACCTT ATCACCAACG TGTGTGGGGT CTGCACAATG 
CTCATATTGA AGATCGGACC CAAGGACAGC GGCGACTACA GTGTCATCGC AGACAGTCCC 
TTGGGTAGGG CAGAGTGCTC CACCAAGCTC ACAGTCAGAG AGTGA

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

RefSeq	XP_013989275.1
CDS	177..5201
Translation	MKIPGATAPPPGQEDDWAPHGEEDDWVPQGQVAIKRRSRVPGVMITQFVEEVPEGMSTPDFTRKPIALTIQEGKLAFFKSMVSGVPKPNITWARNKGPLEDPVKYISRYDEIMEEYFLEMPNVTAEQADTYKCFAANEYGRAVCTATLNVIEVGFKKKATTGPKRAAPEDFRKMLKRKVVRTKPQLKKNEGEIDPKFWEVMLSSPKKDYDKVCMEYGVTDFRWMLKQLNLKKKEREEEQAKFVEKLQNLKHIEVKTDGSAEFELDMELKNPNSQVFLFKDGVMVPYSDDGSGKHNLNKIGKKYIFSINDLMPDDAGLYQVDVEDANCFSTDFKIIPVMFVVKIQEVKAKEREDAVFECVLSHPFPKIVWIGKNIPLEQGDKFDITVSEDHLIHSLKVKDCAQVDKGVYTAMAGIASCNAWLIVEADNDPNMRGKKTSRKTTTAGGGGEDLAKIAAEQSAKLQKEKDDLYAARRAQAEKDAADAARRAQAEKDPADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEMDPADAARWAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAAGAGAGAGEGDGEGHGVKGVQFLNGLADINGSLGETAELSCKLSRENCEGVWLKDGQLITDKDGLKIIQDGASHKLVIESCKKNDAGVYSFEVDGHKSEANFTVSDPGAQFVGYGLSDIEVKFDETAELSLTLSSPNVEGFWYKDGKEVPRDDRVKIIKEGAFHKLVIDNCKKDDAGIYHFEVDGRKSEATLTVQGAQFSIGLSDVDVKLDATAELLCEVSCLNIDGVWYKHGKQVTPDDRVKIITDGACHKLVIDCCRKDDGAVYRFEVDGRISEATLTVQPVQFILGVADVQVKICTPAELSCKLSSPNCKGVWYKDGFQVPPDDRVKIIKEGACHKLVIDNCKKDDAGVYRFEVDGRISEGSLTVQNPPTFNMDSLREFSKPVIVRACETAEWKLAFSGGDPMKIKWIKEDEELLEGLNVKIEQTDIKAGLCLTDCQRKNCGEVKINIKNDYGTLEATSRLIVLDKPTPPQRPVEIVETSLTAIEFKWKPPKDDGGCPVKHYILERQQVGGSKTWTNVGELPNDPLKYRDTNVKPGKRYCYHIRAKNEEGVSDVLETEDIQAGILCYPGPPSAPKVVSAFKDCINLAWSPPINTGETEIWAYNLERRKKGSNFWSPANLDGPIKDTTFALKDVIEGAAYEFRVSAINISGVGEPSPPSVIVFARDPKKPPGKVIDLKLTDSSYTTFSLAWTKPKEVEGVEDEAKGYFVEIRPNESPEWTRCNINPIIPTSFNVIGLKAMGMYWVRVIATNDGGEGEPQGFDNYIIAMPPPVRPQFTGKTKSFMVVRKGNTVRFNINFEASPLPDIYWLKDCVPVSKRVTITNSDRGSQLLIPTSERSDTGIFTIIVKNMVGQETFSVEIRVTDDPKPPGPVELEQNVPGTVTVTWTPSPDEKKDDRLHYIVYKRDSVKRTWRMVADSLFNHKFTVINILPGREYNFRVFAKNDMGLSEPAVSPTWGTTRRKEKFILDMPDVKGLDLQCPPSFLLRLKIRTAPPGYECYMSCAVRGDPKPHVTWYHNNVSLNTNTNYLITNVCGVCTMLILKIGPKDSGDYSVIADSPLGRAECSTKLTVRE

Target ORF information:

RefSeq Version	XM_014133800.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X4, mRNA.

Target ORF information:

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

XM_014133800.1

ORF Insert Sequence:

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG AAGATGACTG GGCGCCCCAT 
GGTGAAGAAG ATGACTGGGT GCCCCAGGGT CAAGTGGCTA TTAAAAGAAG ATCCAGAGTC 
CCTGGAGTTA TGATAACACA GTTTGTGGAG GAAGTACCAG AGGGCATGTC CACCCCCGAC 
TTCACCCGCA AGCCCATCGC TTTGACAATC CAAGAGGGTA AATTAGCCTT TTTCAAAAGT 
ATGGTAAGCG GAGTGCCTAA ACCAAACATC ACCTGGGCCA GGAACAAAGG CCCGCTGGAG 
GATCCAGTGA AGTATATCAG TAGATATGAT GAGATTATGG AAGAATACTT TCTTGAGATG 
CCCAATGTAA CAGCAGAACA AGCTGACACC TACAAATGTT TTGCCGCCAA TGAATATGGA 
AGAGCAGTTT GCACTGCCAC CTTGAATGTT ATTGAGGTTG GATTCAAGAA GAAAGCGACA 
ACAGGTCCAA AAAGAGCGGC ACCAGAGGAT TTCAGAAAAA TGCTTAAGAG GAAGGTTGTA 
CGAACTAAAC CACAACTAAA GAAGAACGAG GGAGAGATTG ATCCAAAGTT CTGGGAGGTG 
ATGCTGAGCT CACCTAAGAA GGACTATGAT AAGGTCTGTA TGGAGTATGG AGTCACTGAC 
TTCCGCTGGA TGCTGAAGCA GCTGAACCTA AAGAAGAAAG AGAGAGAGGA GGAACAGGCA 
AAGTTCGTTG AAAAACTTCA AAATCTGAAA CACATTGAGG TGAAAACAGA TGGCTCAGCA 
GAGTTTGAAC TGGACATGGA ACTAAAGAAT CCCAACAGTC AGGTTTTCCT ATTCAAGGAT 
GGGGTCATGG TTCCCTATTC TGACGACGGC AGCGGGAAGC ACAACCTAAA CAAAATTGGC 
AAAAAGTATA TCTTTAGCAT CAACGACCTG ATGCCAGACG ACGCTGGGTT GTACCAGGTG 
GACGTTGAGG ATGCCAATTG TTTCTCAACT GATTTTAAGA TTATACCAGT GATGTTTGTT 
GTCAAGATTC AGGAGGTGAA GGCTAAGGAG AGAGAGGATG CCGTGTTTGA GTGTGTCTTG 
TCCCACCCCT TCCCAAAGAT TGTGTGGATT GGAAAGAACA TCCCTCTCGA ACAAGGGGAC 
AAGTTTGACA TCACTGTGTC AGAAGACCAC CTCATTCACA GCTTAAAGGT GAAAGATTGT 
GCCCAAGTTG ACAAAGGAGT CTACACTGCC ATGGCTGGCA TTGCCTCCTG CAACGCTTGG 
CTTATTGTGG AAGCCGATAA TGACCCAAAC ATGCGTGGGA AAAAAACGTC CCGTAAAACC 
ACCACGGCTG GTGGTGGAGG AGAGGACCTG GCTAAGATAG CTGCAGAGCA GTCAGCTAAG 
CTGCAGAAGG AAAAGGATGA CCTGTATGCA GCAAGACGAG CCCAAGCAGA GAAGGACGCT 
GCGGATGCAG CCAGACGAGC CCAAGCAGAG AAGGACCCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGACGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAA GGACGCTGCG 
GATGCAGCCA GACGGGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGGGCCCAA 
GCAGAGAAGG ATGCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGATGGA CCCTGCGGAT 
GCAGCCAGAT GGGCCCAAGC AGAGAAGGAC GCTGCGGATG CAGCCAGACG GGCCCAAGCA 
GAGAAGGACG CTGCGGATGC AGCCAGACGG GCCCAAGCAG AGAAGGACGC TGCGGATGCA 
GCAGGAGCTG GAGCAGGTGC TGGAGAGGGG GATGGAGAAG GACATGGAGT TAAAGGTGTT 
CAATTCCTTA ATGGACTGGC TGATATTAAT GGCAGCCTTG GGGAAACAGC AGAGCTGTCC 
TGCAAACTGA GCCGTGAGAA CTGTGAGGGA GTCTGGCTTA AAGACGGGCA ACTAATAACT 
GATAAGGATG GGCTGAAAAT CATCCAAGAT GGAGCCAGTC ATAAGCTGGT AATTGAAAGC 
TGTAAAAAAA ATGATGCAGG AGTCTATTCA TTTGAGGTGG ATGGTCATAA ATCTGAGGCA 
AATTTCACTG TTTCAGATCC AGGTGCTCAA TTTGTTGGAT ACGGACTCTC TGATATCGAA 
GTTAAATTTG ATGAAACAGC AGAGCTGTCC TTGACACTAA GCAGTCCGAA TGTTGAGGGG 
TTCTGGTATA AAGACGGGAA AGAGGTACCT CGTGATGACA GGGTGAAAAT CATCAAAGAA 
GGAGCCTTTC ACAAGCTGGT CATTGATAAC TGTAAAAAAG ACGATGCAGG AATCTATCAC 
TTTGAGGTGG ATGGTCGTAA ATCCGAGGCA ACGCTCACTG TGCAGGGTGC TCAATTCAGC 
ATTGGACTGT CTGACGTCGA CGTTAAGCTT GATGCAACAG CAGAGCTACT CTGCGAAGTG 
AGCTGTCTGA ACATTGACGG GGTCTGGTAT AAACATGGAA AACAGGTAAC TCCTGATGAC 
AGGGTGAAAA TCATCACAGA TGGAGCCTGT CACAAGCTTG TCATTGATTG CTGTCGAAAA 
GATGATGGAG CAGTCTATCG CTTTGAGGTG GATGGTCGTA TATCAGAGGC CACACTCACT 
GTTCAGCCTG TTCAATTCAT TTTGGGAGTG GCTGATGTCC AAGTTAAAAT CTGCACACCA 
GCAGAGCTGT CCTGCAAACT GAGCAGTCCG AACTGTAAGG GGGTCTGGTA TAAAGACGGA 
TTTCAGGTAC CTCCTGATGA CAGGGTGAAA ATCATCAAAG AAGGAGCCTG TCACAAGTTG 
GTCATTGATA ACTGTAAAAA AGACGATGCA GGAGTCTATC GCTTTGAGGT GGATGGTCGA 
ATATCTGAGG GATCACTCAC TGTGCAGAAC CCACCAACAT TCAACATGGA TTCTCTGAGA 
GAATTCTCTA AGCCGGTCAT TGTGAGAGCA TGTGAAACGG CTGAGTGGAA ATTGGCCTTT 
TCGGGTGGTG ACCCAATGAA GATAAAGTGG ATCAAGGAGG ATGAGGAACT CCTGGAAGGC 
CTCAATGTCA AGATAGAACA GACTGACATA AAAGCCGGCT TGTGTCTTAC CGATTGTCAA 
AGGAAGAACT GTGGAGAGGT CAAAATCAAT ATAAAAAATG ACTATGGTAC ATTGGAAGCC 
ACATCCAGAC TGATTGTTCT TGACAAACCC ACTCCACCAC AAAGACCTGT GGAAATTGTG 
GAAACTTCTC TAACCGCCAT TGAATTCAAA TGGAAACCCC CAAAGGATGA CGGTGGCTGT 
CCAGTCAAAC ACTACATTTT GGAGCGCCAG CAAGTGGGGG GAAGCAAAAC ATGGACAAAT 
GTAGGGGAGC TCCCAAATGA CCCCCTTAAA TACAGGGATA CTAATGTAAA GCCTGGGAAA 
AGATACTGTT ACCACATCAG AGCCAAGAAT GAGGAGGGAG TCAGTGATGT GCTGGAGACA 
GAGGACATCC AGGCTGGCAT ATTGTGTTAC CCAGGACCCC CTTCGGCACC CAAAGTGGTC 
AGTGCCTTCA AGGACTGCAT CAACCTGGCT TGGTCTCCCC CTATCAACAC TGGAGAAACT 
GAAATTTGGG CTTACAACCT TGAGAGACGC AAGAAGGGAA GCAACTTTTG GAGCCCTGCG 
AACCTAGATG GGCCTATCAA AGACACAACG TTTGCATTGA AAGATGTTAT TGAGGGAGCA 
GCTTATGAAT TTCGAGTGTC AGCTATTAAC ATCTCTGGTG TCGGCGAGCC CAGTCCTCCC 
TCTGTTATAG TCTTTGCCAG AGATCCCAAA AAACCCCCTG GTAAAGTCAT AGACCTAAAG 
CTAACAGATT CCAGTTACAC CACGTTTTCT CTGGCTTGGA CTAAACCAAA GGAGGTGGAA 
GGGGTGGAGG ATGAGGCCAA AGGCTACTTT GTGGAGATCA GACCAAATGA GAGCCCAGAG 
TGGACTCGCT GTAACATCAA CCCCATCATC CCCACCTCCT TCAATGTGAT TGGCCTGAAG 
GCAATGGGAA TGTACTGGGT GAGAGTGATC GCCACAAACG ATGGAGGCGA GGGCGAGCCC 
CAAGGCTTTG ATAATTACAT CATCGCCATG CCTCCTCCTG TGAGGCCACA ATTTACAGGA 
AAAACAAAGA GCTTCATGGT TGTGAGAAAG GGGAATACTG TACGGTTCAA TATCAACTTT 
GAGGCCTCTC CTTTGCCAGA TATCTATTGG TTGAAGGACT GCGTTCCTGT GTCCAAACGT 
GTCACCATAA CCAACTCTGA CAGAGGTTCA CAGCTTCTGA TCCCCACGTC AGAGCGCTCT 
GATACGGGCA TCTTTACCAT CATTGTCAAG AACATGGTCG GTCAGGAGAC CTTCAGTGTC 
GAGATCAGAG TTACAGATGA TCCCAAGCCT CCTGGCCCGG TGGAGTTGGA ACAGAATGTT 
CCTGGAACAG TGACTGTGAC CTGGACTCCC TCCCCAGATG AGAAGAAGGA TGACAGGCTG 
CACTACATTG TGTACAAACG TGACTCTGTC AAGCGCACCT GGAGGATGGT CGCTGACAGC 
CTCTTCAACC ATAAGTTCAC AGTTATCAAC ATTCTACCCG GCAGAGAGTA TAACTTCAGG 
GTGTTTGCTA AGAATGACAT GGGCCTCTCA GAACCTGCTG TGTCCCCTAC ATGGGGAACC 
ACAAGGAGAA AAGAAAAGTT CATACTGGAC ATGCCAGACG TAAAGGGCTT GGACCTCCAG 
TGTCCACCAT CGTTTTTACT CCGATTGAAA ATCCGCACCG CTCCACCAGG CTACGAGTGC 
TACATGAGCT GTGCTGTACG AGGGGATCCA AAACCCCATG TTACATGGTA CCACAACAAC 
GTCAGCCTCA ACACCAACAC CAACTACCTT ATCACCAACG TGTGTGGGGT CTGCACAATG 
CTCATATTGA AGATCGGACC CAAGGACAGC GGCGACTACA GTGTCATCGC AGACAGTCCC 
TTGGGTAGGG CAGAGTGCTC CACCAAGCTC ACAGTCAGAG AGTGA

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

LOC106566018 ( XM_014133801.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989276.1 Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X5, mRNA.

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CloneID	OAt39261
Clone ID Related Accession (Same CDS sequence)	XM_014133801.1
Accession Version	XM_014133801.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5001bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012337533.1) 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 :: Salmo salar Annotation Release 100 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##

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG CAGAAGATGA CTGGGTGCCC 
CAGGGTCAAG TGGCTATTAA AAGAAGATCC AGAGTCCCTG GAGTTATGAT AACACAGTTT 
GTGGAGGAAG TACCAGAGGG CATGTCCACC CCCGACTTCA CCCGCAAGCC CATCGCTTTG 
ACAATCCAAG AGGGTAAATT AGCCTTTTTC AAAAGTATGG TAAGCGGAGT GCCTAAACCA 
AACATCACCT GGGCCAGGAA CAAAGGCCCG CTGGAGGATC CAGTGAAGTA TATCAGTAGA 
TATGATGAGA TTATGGAAGA ATACTTTCTT GAGATGCCCA ATGTAACAGC AGAACAAGCT 
GACACCTACA AATGTTTTGC CGCCAATGAA TATGGAAGAG CAGTTTGCAC TGCCACCTTG 
AATGTTATTG AGGTTGGATT CAAGAAGAAA GCGACAACAG GTCCAAAAAG AGCGGCACCA 
GAGGATTTCA GAAAAATGCT TAAGAGGAAG GTTGTACGAA CTAAACCACA ACTAAAGAAG 
AACGAGGGAG AGATTGATCC AAAGTTCTGG GAGGTGATGC TGAGCTCACC TAAGAAGGAC 
TATGATAAGG TCTGTATGGA GTATGGAGTC ACTGACTTCC GCTGGATGCT GAAGCAGCTG 
AACCTAAAGA AGAAAGAGAG AGAGGAGGAA CAGGCAAAGT TCGTTGAAAA ACTTCAAAAT 
CTGAAACACA TTGAGGTGAA AACAGATGGC TCAGCAGAGT TTGAACTGGA CATGGAACTA 
AAGAATCCCA ACAGTCAGGT TTTCCTATTC AAGGATGGGG TCATGGTTCC CTATTCTGAC 
GACGGCAGCG GGAAGCACAA CCTAAACAAA ATTGGCAAAA AGTATATCTT TAGCATCAAC 
GACCTGATGC CAGACGACGC TGGGTTGTAC CAGGTGGACG TTGAGGATGC CAATTGTTTC 
TCAACTGATT TTAAGATTAT ACCAGTGATG TTTGTTGTCA AGATTCAGGA GGTGAAGGCT 
AAGGAGAGAG AGGATGCCGT GTTTGAGTGT GTCTTGTCCC ACCCCTTCCC AAAGATTGTG 
TGGATTGGAA AGAACATCCC TCTCGAACAA GGGGACAAGT TTGACATCAC TGTGTCAGAA 
GACCACCTCA TTCACAGCTT AAAGGTGAAA GATTGTGCCC AAGTTGACAA AGGAGTCTAC 
ACTGCCATGG CTGGCATTGC CTCCTGCAAC GCTTGGCTTA TTGTGGAAGC CGATAATGAC 
CCAAACATGC GTGGGAAAAA AACGTCCCGT AAAACCACCA CGGCTGGTGG TGGAGGAGAG 
GACCTGGCTA AGATAGCTGC AGAGCAGTCA GCTAAGCTGC AGAAGGAAAA GGATGACCTG 
TATGCAGCAA GACGAGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGAGCCCAA 
GCAGAGAAGG ACCCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT 
GCAGCCAGAC GGGCCCAAGC AGAGAAGGAC GCTGCGGATG CAGCCAGACG GGCCCAAGCA 
GAGAAGGACG CTGCGGATGC AGCCAGACGG GCCCAAGCAG AGAAGGATGC TGCGGATGCA 
GCCAGACGGG CCCAAGCAGA GATGGACCCT GCGGATGCAG CCAGATGGGC CCAAGCAGAG 
AAGGACGCTG CGGATGCAGC CAGACGGGCC CAAGCAGAGA AGGACGCTGC GGATGCAGCC 
AGACGGGCCC AAGCAGAGAA GGACGCTGCG GATGCAGCAG GAGCTGGAGC AGGTGCTGGA 
GAGGGGGATG GAGAAGGACA TGGAGTTAAA GGTGTTCAAT TCCTTAATGG ACTGGCTGAT 
ATTAATGGCA GCCTTGGGGA AACAGCAGAG CTGTCCTGCA AACTGAGCCG TGAGAACTGT 
GAGGGAGTCT GGCTTAAAGA CGGGCAACTA ATAACTGATA AGGATGGGCT GAAAATCATC 
CAAGATGGAG CCAGTCATAA GCTGGTAATT GAAAGCTGTA AAAAAAATGA TGCAGGAGTC 
TATTCATTTG AGGTGGATGG TCATAAATCT GAGGCAAATT TCACTGTTTC AGATCCAGGT 
GCTCAATTTG TTGGATACGG ACTCTCTGAT ATCGAAGTTA AATTTGATGA AACAGCAGAG 
CTGTCCTTGA CACTAAGCAG TCCGAATGTT GAGGGGTTCT GGTATAAAGA CGGGAAAGAG 
GTACCTCGTG ATGACAGGGT GAAAATCATC AAAGAAGGAG CCTTTCACAA GCTGGTCATT 
GATAACTGTA AAAAAGACGA TGCAGGAATC TATCACTTTG AGGTGGATGG TCGTAAATCC 
GAGGCAACGC TCACTGTGCA GGGTGCTCAA TTCAGCATTG GACTGTCTGA CGTCGACGTT 
AAGCTTGATG CAACAGCAGA GCTACTCTGC GAAGTGAGCT GTCTGAACAT TGACGGGGTC 
TGGTATAAAC ATGGAAAACA GGTAACTCCT GATGACAGGG TGAAAATCAT CACAGATGGA 
GCCTGTCACA AGCTTGTCAT TGATTGCTGT CGAAAAGATG ATGGAGCAGT CTATCGCTTT 
GAGGTGGATG GTCGTATATC AGAGGCCACA CTCACTGTTC AGCCTGTTCA ATTCATTTTG 
GGAGTGGCTG ATGTCCAAGT TAAAATCTGC ACACCAGCAG AGCTGTCCTG CAAACTGAGC 
AGTCCGAACT GTAAGGGGGT CTGGTATAAA GACGGATTTC AGGTACCTCC TGATGACAGG 
GTGAAAATCA TCAAAGAAGG AGCCTGTCAC AAGTTGGTCA TTGATAACTG TAAAAAAGAC 
GATGCAGGAG TCTATCGCTT TGAGGTGGAT GGTCGAATAT CTGAGGGATC ACTCACTGTG 
CAGAACCCAC CAACATTCAA CATGGATTCT CTGAGAGAAT TCTCTAAGCC GGTCATTGTG 
AGAGCATGTG AAACGGCTGA GTGGAAATTG GCCTTTTCGG GTGGTGACCC AATGAAGATA 
AAGTGGATCA AGGAGGATGA GGAACTCCTG GAAGGCCTCA ATGTCAAGAT AGAACAGACT 
GACATAAAAG CCGGCTTGTG TCTTACCGAT TGTCAAAGGA AGAACTGTGG AGAGGTCAAA 
ATCAATATAA AAAATGACTA TGGTACATTG GAAGCCACAT CCAGACTGAT TGTTCTTGAC 
AAACCCACTC CACCACAAAG ACCTGTGGAA ATTGTGGAAA CTTCTCTAAC CGCCATTGAA 
TTCAAATGGA AACCCCCAAA GGATGACGGT GGCTGTCCAG TCAAACACTA CATTTTGGAG 
CGCCAGCAAG TGGGGGGAAG CAAAACATGG ACAAATGTAG GGGAGCTCCC AAATGACCCC 
CTTAAATACA GGGATACTAA TGTAAAGCCT GGGAAAAGAT ACTGTTACCA CATCAGAGCC 
AAGAATGAGG AGGGAGTCAG TGATGTGCTG GAGACAGAGG ACATCCAGGC TGGCATATTG 
TGTTACCCAG GACCCCCTTC GGCACCCAAA GTGGTCAGTG CCTTCAAGGA CTGCATCAAC 
CTGGCTTGGT CTCCCCCTAT CAACACTGGA GAAACTGAAA TTTGGGCTTA CAACCTTGAG 
AGACGCAAGA AGGGAAGCAA CTTTTGGAGC CCTGCGAACC TAGATGGGCC TATCAAAGAC 
ACAACGTTTG CATTGAAAGA TGTTATTGAG GGAGCAGCTT ATGAATTTCG AGTGTCAGCT 
ATTAACATCT CTGGTGTCGG CGAGCCCAGT CCTCCCTCTG TTATAGTCTT TGCCAGAGAT 
CCCAAAAAAC CCCCTGGTAA AGTCATAGAC CTAAAGCTAA CAGATTCCAG TTACACCACG 
TTTTCTCTGG CTTGGACTAA ACCAAAGGAG GTGGAAGGGG TGGAGGATGA GGCCAAAGGC 
TACTTTGTGG AGATCAGACC AAATGAGAGC CCAGAGTGGA CTCGCTGTAA CATCAACCCC 
ATCATCCCCA CCTCCTTCAA TGTGATTGGC CTGAAGGCAA TGGGAATGTA CTGGGTGAGA 
GTGATCGCCA CAAACGATGG AGGCGAGGGC GAGCCCCAAG GCTTTGATAA TTACATCATC 
GCCATGCCTC CTCCTGTGAG GCCACAATTT ACAGGAAAAA CAAAGAGCTT CATGGTTGTG 
AGAAAGGGGA ATACTGTACG GTTCAATATC AACTTTGAGG CCTCTCCTTT GCCAGATATC 
TATTGGTTGA AGGACTGCGT TCCTGTGTCC AAACGTGTCA CCATAACCAA CTCTGACAGA 
GGTTCACAGC TTCTGATCCC CACGTCAGAG CGCTCTGATA CGGGCATCTT TACCATCATT 
GTCAAGAACA TGGTCGGTCA GGAGACCTTC AGTGTCGAGA TCAGAGTTAC AGATGATCCC 
AAGCCTCCTG GCCCGGTGGA GTTGGAACAG AATGTTCCTG GAACAGTGAC TGTGACCTGG 
ACTCCCTCCC CAGATGAGAA GAAGGATGAC AGGCTGCACT ACATTGTGTA CAAACGTGAC 
TCTGTCAAGC GCACCTGGAG GATGGTCGCT GACAGCCTCT TCAACCATAA GTTCACAGTT 
ATCAACATTC TACCCGGCAG AGAGTATAAC TTCAGGGTGT TTGCTAAGAA TGACATGGGC 
CTCTCAGAAC CTGCTGTGTC CCCTACATGG GGAACCACAA GGAGAAAAGA AAAGTTCATA 
CTGGACATGC CAGACGTAAA GGGCTTGGAC CTCCAGTGTC CACCATCGTT TTTACTCCGA 
TTGAAAATCC GCACCGCTCC ACCAGGCTAC GAGTGCTACA TGAGCTGTGC TGTACGAGGG 
GATCCAAAAC CCCATGTTAC ATGGTACCAC AACAACGTCA GCCTCAACAC CAACACCAAC 
TACCTTATCA CCAACGTGTG TGGGGTCTGC ACAATGCTCA TATTGAAGAT CGGACCCAAG 
GACAGCGGCG ACTACAGTGT CATCGCAGAC AGTCCCTTGG GTAGGGCAGA GTGCTCCACC 
AAGCTCACAG TCAGAGAGTG A

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

RefSeq	XP_013989276.1
CDS	177..5177
Translation	MKIPGATAPPPGQAEDDWVPQGQVAIKRRSRVPGVMITQFVEEVPEGMSTPDFTRKPIALTIQEGKLAFFKSMVSGVPKPNITWARNKGPLEDPVKYISRYDEIMEEYFLEMPNVTAEQADTYKCFAANEYGRAVCTATLNVIEVGFKKKATTGPKRAAPEDFRKMLKRKVVRTKPQLKKNEGEIDPKFWEVMLSSPKKDYDKVCMEYGVTDFRWMLKQLNLKKKEREEEQAKFVEKLQNLKHIEVKTDGSAEFELDMELKNPNSQVFLFKDGVMVPYSDDGSGKHNLNKIGKKYIFSINDLMPDDAGLYQVDVEDANCFSTDFKIIPVMFVVKIQEVKAKEREDAVFECVLSHPFPKIVWIGKNIPLEQGDKFDITVSEDHLIHSLKVKDCAQVDKGVYTAMAGIASCNAWLIVEADNDPNMRGKKTSRKTTTAGGGGEDLAKIAAEQSAKLQKEKDDLYAARRAQAEKDAADAARRAQAEKDPADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEMDPADAARWAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAAGAGAGAGEGDGEGHGVKGVQFLNGLADINGSLGETAELSCKLSRENCEGVWLKDGQLITDKDGLKIIQDGASHKLVIESCKKNDAGVYSFEVDGHKSEANFTVSDPGAQFVGYGLSDIEVKFDETAELSLTLSSPNVEGFWYKDGKEVPRDDRVKIIKEGAFHKLVIDNCKKDDAGIYHFEVDGRKSEATLTVQGAQFSIGLSDVDVKLDATAELLCEVSCLNIDGVWYKHGKQVTPDDRVKIITDGACHKLVIDCCRKDDGAVYRFEVDGRISEATLTVQPVQFILGVADVQVKICTPAELSCKLSSPNCKGVWYKDGFQVPPDDRVKIIKEGACHKLVIDNCKKDDAGVYRFEVDGRISEGSLTVQNPPTFNMDSLREFSKPVIVRACETAEWKLAFSGGDPMKIKWIKEDEELLEGLNVKIEQTDIKAGLCLTDCQRKNCGEVKINIKNDYGTLEATSRLIVLDKPTPPQRPVEIVETSLTAIEFKWKPPKDDGGCPVKHYILERQQVGGSKTWTNVGELPNDPLKYRDTNVKPGKRYCYHIRAKNEEGVSDVLETEDIQAGILCYPGPPSAPKVVSAFKDCINLAWSPPINTGETEIWAYNLERRKKGSNFWSPANLDGPIKDTTFALKDVIEGAAYEFRVSAINISGVGEPSPPSVIVFARDPKKPPGKVIDLKLTDSSYTTFSLAWTKPKEVEGVEDEAKGYFVEIRPNESPEWTRCNINPIIPTSFNVIGLKAMGMYWVRVIATNDGGEGEPQGFDNYIIAMPPPVRPQFTGKTKSFMVVRKGNTVRFNINFEASPLPDIYWLKDCVPVSKRVTITNSDRGSQLLIPTSERSDTGIFTIIVKNMVGQETFSVEIRVTDDPKPPGPVELEQNVPGTVTVTWTPSPDEKKDDRLHYIVYKRDSVKRTWRMVADSLFNHKFTVINILPGREYNFRVFAKNDMGLSEPAVSPTWGTTRRKEKFILDMPDVKGLDLQCPPSFLLRLKIRTAPPGYECYMSCAVRGDPKPHVTWYHNNVSLNTNTNYLITNVCGVCTMLILKIGPKDSGDYSVIADSPLGRAECSTKLTVRE

Target ORF information:

RefSeq Version	XM_014133801.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X5, mRNA.

Target ORF information:

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

XM_014133801.1

ORF Insert Sequence:

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG CAGAAGATGA CTGGGTGCCC 
CAGGGTCAAG TGGCTATTAA AAGAAGATCC AGAGTCCCTG GAGTTATGAT AACACAGTTT 
GTGGAGGAAG TACCAGAGGG CATGTCCACC CCCGACTTCA CCCGCAAGCC CATCGCTTTG 
ACAATCCAAG AGGGTAAATT AGCCTTTTTC AAAAGTATGG TAAGCGGAGT GCCTAAACCA 
AACATCACCT GGGCCAGGAA CAAAGGCCCG CTGGAGGATC CAGTGAAGTA TATCAGTAGA 
TATGATGAGA TTATGGAAGA ATACTTTCTT GAGATGCCCA ATGTAACAGC AGAACAAGCT 
GACACCTACA AATGTTTTGC CGCCAATGAA TATGGAAGAG CAGTTTGCAC TGCCACCTTG 
AATGTTATTG AGGTTGGATT CAAGAAGAAA GCGACAACAG GTCCAAAAAG AGCGGCACCA 
GAGGATTTCA GAAAAATGCT TAAGAGGAAG GTTGTACGAA CTAAACCACA ACTAAAGAAG 
AACGAGGGAG AGATTGATCC AAAGTTCTGG GAGGTGATGC TGAGCTCACC TAAGAAGGAC 
TATGATAAGG TCTGTATGGA GTATGGAGTC ACTGACTTCC GCTGGATGCT GAAGCAGCTG 
AACCTAAAGA AGAAAGAGAG AGAGGAGGAA CAGGCAAAGT TCGTTGAAAA ACTTCAAAAT 
CTGAAACACA TTGAGGTGAA AACAGATGGC TCAGCAGAGT TTGAACTGGA CATGGAACTA 
AAGAATCCCA ACAGTCAGGT TTTCCTATTC AAGGATGGGG TCATGGTTCC CTATTCTGAC 
GACGGCAGCG GGAAGCACAA CCTAAACAAA ATTGGCAAAA AGTATATCTT TAGCATCAAC 
GACCTGATGC CAGACGACGC TGGGTTGTAC CAGGTGGACG TTGAGGATGC CAATTGTTTC 
TCAACTGATT TTAAGATTAT ACCAGTGATG TTTGTTGTCA AGATTCAGGA GGTGAAGGCT 
AAGGAGAGAG AGGATGCCGT GTTTGAGTGT GTCTTGTCCC ACCCCTTCCC AAAGATTGTG 
TGGATTGGAA AGAACATCCC TCTCGAACAA GGGGACAAGT TTGACATCAC TGTGTCAGAA 
GACCACCTCA TTCACAGCTT AAAGGTGAAA GATTGTGCCC AAGTTGACAA AGGAGTCTAC 
ACTGCCATGG CTGGCATTGC CTCCTGCAAC GCTTGGCTTA TTGTGGAAGC CGATAATGAC 
CCAAACATGC GTGGGAAAAA AACGTCCCGT AAAACCACCA CGGCTGGTGG TGGAGGAGAG 
GACCTGGCTA AGATAGCTGC AGAGCAGTCA GCTAAGCTGC AGAAGGAAAA GGATGACCTG 
TATGCAGCAA GACGAGCCCA AGCAGAGAAG GACGCTGCGG ATGCAGCCAG ACGAGCCCAA 
GCAGAGAAGG ACCCTGCGGA TGCAGCCAGA CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT 
GCAGCCAGAC GGGCCCAAGC AGAGAAGGAC GCTGCGGATG CAGCCAGACG GGCCCAAGCA 
GAGAAGGACG CTGCGGATGC AGCCAGACGG GCCCAAGCAG AGAAGGATGC TGCGGATGCA 
GCCAGACGGG CCCAAGCAGA GATGGACCCT GCGGATGCAG CCAGATGGGC CCAAGCAGAG 
AAGGACGCTG CGGATGCAGC CAGACGGGCC CAAGCAGAGA AGGACGCTGC GGATGCAGCC 
AGACGGGCCC AAGCAGAGAA GGACGCTGCG GATGCAGCAG GAGCTGGAGC AGGTGCTGGA 
GAGGGGGATG GAGAAGGACA TGGAGTTAAA GGTGTTCAAT TCCTTAATGG ACTGGCTGAT 
ATTAATGGCA GCCTTGGGGA AACAGCAGAG CTGTCCTGCA AACTGAGCCG TGAGAACTGT 
GAGGGAGTCT GGCTTAAAGA CGGGCAACTA ATAACTGATA AGGATGGGCT GAAAATCATC 
CAAGATGGAG CCAGTCATAA GCTGGTAATT GAAAGCTGTA AAAAAAATGA TGCAGGAGTC 
TATTCATTTG AGGTGGATGG TCATAAATCT GAGGCAAATT TCACTGTTTC AGATCCAGGT 
GCTCAATTTG TTGGATACGG ACTCTCTGAT ATCGAAGTTA AATTTGATGA AACAGCAGAG 
CTGTCCTTGA CACTAAGCAG TCCGAATGTT GAGGGGTTCT GGTATAAAGA CGGGAAAGAG 
GTACCTCGTG ATGACAGGGT GAAAATCATC AAAGAAGGAG CCTTTCACAA GCTGGTCATT 
GATAACTGTA AAAAAGACGA TGCAGGAATC TATCACTTTG AGGTGGATGG TCGTAAATCC 
GAGGCAACGC TCACTGTGCA GGGTGCTCAA TTCAGCATTG GACTGTCTGA CGTCGACGTT 
AAGCTTGATG CAACAGCAGA GCTACTCTGC GAAGTGAGCT GTCTGAACAT TGACGGGGTC 
TGGTATAAAC ATGGAAAACA GGTAACTCCT GATGACAGGG TGAAAATCAT CACAGATGGA 
GCCTGTCACA AGCTTGTCAT TGATTGCTGT CGAAAAGATG ATGGAGCAGT CTATCGCTTT 
GAGGTGGATG GTCGTATATC AGAGGCCACA CTCACTGTTC AGCCTGTTCA ATTCATTTTG 
GGAGTGGCTG ATGTCCAAGT TAAAATCTGC ACACCAGCAG AGCTGTCCTG CAAACTGAGC 
AGTCCGAACT GTAAGGGGGT CTGGTATAAA GACGGATTTC AGGTACCTCC TGATGACAGG 
GTGAAAATCA TCAAAGAAGG AGCCTGTCAC AAGTTGGTCA TTGATAACTG TAAAAAAGAC 
GATGCAGGAG TCTATCGCTT TGAGGTGGAT GGTCGAATAT CTGAGGGATC ACTCACTGTG 
CAGAACCCAC CAACATTCAA CATGGATTCT CTGAGAGAAT TCTCTAAGCC GGTCATTGTG 
AGAGCATGTG AAACGGCTGA GTGGAAATTG GCCTTTTCGG GTGGTGACCC AATGAAGATA 
AAGTGGATCA AGGAGGATGA GGAACTCCTG GAAGGCCTCA ATGTCAAGAT AGAACAGACT 
GACATAAAAG CCGGCTTGTG TCTTACCGAT TGTCAAAGGA AGAACTGTGG AGAGGTCAAA 
ATCAATATAA AAAATGACTA TGGTACATTG GAAGCCACAT CCAGACTGAT TGTTCTTGAC 
AAACCCACTC CACCACAAAG ACCTGTGGAA ATTGTGGAAA CTTCTCTAAC CGCCATTGAA 
TTCAAATGGA AACCCCCAAA GGATGACGGT GGCTGTCCAG TCAAACACTA CATTTTGGAG 
CGCCAGCAAG TGGGGGGAAG CAAAACATGG ACAAATGTAG GGGAGCTCCC AAATGACCCC 
CTTAAATACA GGGATACTAA TGTAAAGCCT GGGAAAAGAT ACTGTTACCA CATCAGAGCC 
AAGAATGAGG AGGGAGTCAG TGATGTGCTG GAGACAGAGG ACATCCAGGC TGGCATATTG 
TGTTACCCAG GACCCCCTTC GGCACCCAAA GTGGTCAGTG CCTTCAAGGA CTGCATCAAC 
CTGGCTTGGT CTCCCCCTAT CAACACTGGA GAAACTGAAA TTTGGGCTTA CAACCTTGAG 
AGACGCAAGA AGGGAAGCAA CTTTTGGAGC CCTGCGAACC TAGATGGGCC TATCAAAGAC 
ACAACGTTTG CATTGAAAGA TGTTATTGAG GGAGCAGCTT ATGAATTTCG AGTGTCAGCT 
ATTAACATCT CTGGTGTCGG CGAGCCCAGT CCTCCCTCTG TTATAGTCTT TGCCAGAGAT 
CCCAAAAAAC CCCCTGGTAA AGTCATAGAC CTAAAGCTAA CAGATTCCAG TTACACCACG 
TTTTCTCTGG CTTGGACTAA ACCAAAGGAG GTGGAAGGGG TGGAGGATGA GGCCAAAGGC 
TACTTTGTGG AGATCAGACC AAATGAGAGC CCAGAGTGGA CTCGCTGTAA CATCAACCCC 
ATCATCCCCA CCTCCTTCAA TGTGATTGGC CTGAAGGCAA TGGGAATGTA CTGGGTGAGA 
GTGATCGCCA CAAACGATGG AGGCGAGGGC GAGCCCCAAG GCTTTGATAA TTACATCATC 
GCCATGCCTC CTCCTGTGAG GCCACAATTT ACAGGAAAAA CAAAGAGCTT CATGGTTGTG 
AGAAAGGGGA ATACTGTACG GTTCAATATC AACTTTGAGG CCTCTCCTTT GCCAGATATC 
TATTGGTTGA AGGACTGCGT TCCTGTGTCC AAACGTGTCA CCATAACCAA CTCTGACAGA 
GGTTCACAGC TTCTGATCCC CACGTCAGAG CGCTCTGATA CGGGCATCTT TACCATCATT 
GTCAAGAACA TGGTCGGTCA GGAGACCTTC AGTGTCGAGA TCAGAGTTAC AGATGATCCC 
AAGCCTCCTG GCCCGGTGGA GTTGGAACAG AATGTTCCTG GAACAGTGAC TGTGACCTGG 
ACTCCCTCCC CAGATGAGAA GAAGGATGAC AGGCTGCACT ACATTGTGTA CAAACGTGAC 
TCTGTCAAGC GCACCTGGAG GATGGTCGCT GACAGCCTCT TCAACCATAA GTTCACAGTT 
ATCAACATTC TACCCGGCAG AGAGTATAAC TTCAGGGTGT TTGCTAAGAA TGACATGGGC 
CTCTCAGAAC CTGCTGTGTC CCCTACATGG GGAACCACAA GGAGAAAAGA AAAGTTCATA 
CTGGACATGC CAGACGTAAA GGGCTTGGAC CTCCAGTGTC CACCATCGTT TTTACTCCGA 
TTGAAAATCC GCACCGCTCC ACCAGGCTAC GAGTGCTACA TGAGCTGTGC TGTACGAGGG 
GATCCAAAAC CCCATGTTAC ATGGTACCAC AACAACGTCA GCCTCAACAC CAACACCAAC 
TACCTTATCA CCAACGTGTG TGGGGTCTGC ACAATGCTCA TATTGAAGAT CGGACCCAAG 
GACAGCGGCG ACTACAGTGT CATCGCAGAC AGTCCCTTGG GTAGGGCAGA GTGCTCCACC 
AAGCTCACAG TCAGAGAGTG A

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

LOC106566018 ( XM_014133802.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989277.1 Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X6, mRNA.

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CloneID	OAt39262
Clone ID Related Accession (Same CDS sequence)	XM_014133802.1
Accession Version	XM_014133802.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4998bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012337533.1) 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 :: Salmo salar Annotation Release 100 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##

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG AAGATGACTG GGTGCCCCAG 
GGTCAAGTGG CTATTAAAAG AAGATCCAGA GTCCCTGGAG TTATGATAAC ACAGTTTGTG 
GAGGAAGTAC CAGAGGGCAT GTCCACCCCC GACTTCACCC GCAAGCCCAT CGCTTTGACA 
ATCCAAGAGG GTAAATTAGC CTTTTTCAAA AGTATGGTAA GCGGAGTGCC TAAACCAAAC 
ATCACCTGGG CCAGGAACAA AGGCCCGCTG GAGGATCCAG TGAAGTATAT CAGTAGATAT 
GATGAGATTA TGGAAGAATA CTTTCTTGAG ATGCCCAATG TAACAGCAGA ACAAGCTGAC 
ACCTACAAAT GTTTTGCCGC CAATGAATAT GGAAGAGCAG TTTGCACTGC CACCTTGAAT 
GTTATTGAGG TTGGATTCAA GAAGAAAGCG ACAACAGGTC CAAAAAGAGC GGCACCAGAG 
GATTTCAGAA AAATGCTTAA GAGGAAGGTT GTACGAACTA AACCACAACT AAAGAAGAAC 
GAGGGAGAGA TTGATCCAAA GTTCTGGGAG GTGATGCTGA GCTCACCTAA GAAGGACTAT 
GATAAGGTCT GTATGGAGTA TGGAGTCACT GACTTCCGCT GGATGCTGAA GCAGCTGAAC 
CTAAAGAAGA AAGAGAGAGA GGAGGAACAG GCAAAGTTCG TTGAAAAACT TCAAAATCTG 
AAACACATTG AGGTGAAAAC AGATGGCTCA GCAGAGTTTG AACTGGACAT GGAACTAAAG 
AATCCCAACA GTCAGGTTTT CCTATTCAAG GATGGGGTCA TGGTTCCCTA TTCTGACGAC 
GGCAGCGGGA AGCACAACCT AAACAAAATT GGCAAAAAGT ATATCTTTAG CATCAACGAC 
CTGATGCCAG ACGACGCTGG GTTGTACCAG GTGGACGTTG AGGATGCCAA TTGTTTCTCA 
ACTGATTTTA AGATTATACC AGTGATGTTT GTTGTCAAGA TTCAGGAGGT GAAGGCTAAG 
GAGAGAGAGG ATGCCGTGTT TGAGTGTGTC TTGTCCCACC CCTTCCCAAA GATTGTGTGG 
ATTGGAAAGA ACATCCCTCT CGAACAAGGG GACAAGTTTG ACATCACTGT GTCAGAAGAC 
CACCTCATTC ACAGCTTAAA GGTGAAAGAT TGTGCCCAAG TTGACAAAGG AGTCTACACT 
GCCATGGCTG GCATTGCCTC CTGCAACGCT TGGCTTATTG TGGAAGCCGA TAATGACCCA 
AACATGCGTG GGAAAAAAAC GTCCCGTAAA ACCACCACGG CTGGTGGTGG AGGAGAGGAC 
CTGGCTAAGA TAGCTGCAGA GCAGTCAGCT AAGCTGCAGA AGGAAAAGGA TGACCTGTAT 
GCAGCAAGAC GAGCCCAAGC AGAGAAGGAC GCTGCGGATG CAGCCAGACG AGCCCAAGCA 
GAGAAGGACC CTGCGGATGC AGCCAGACGG GCCCAAGCAG AGAAGGACGC TGCGGATGCA 
GCCAGACGGG CCCAAGCAGA GAAGGACGCT GCGGATGCAG CCAGACGGGC CCAAGCAGAG 
AAGGACGCTG CGGATGCAGC CAGACGGGCC CAAGCAGAGA AGGATGCTGC GGATGCAGCC 
AGACGGGCCC AAGCAGAGAT GGACCCTGCG GATGCAGCCA GATGGGCCCA AGCAGAGAAG 
GACGCTGCGG ATGCAGCCAG ACGGGCCCAA GCAGAGAAGG ACGCTGCGGA TGCAGCCAGA 
CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT GCAGCAGGAG CTGGAGCAGG TGCTGGAGAG 
GGGGATGGAG AAGGACATGG AGTTAAAGGT GTTCAATTCC TTAATGGACT GGCTGATATT 
AATGGCAGCC TTGGGGAAAC AGCAGAGCTG TCCTGCAAAC TGAGCCGTGA GAACTGTGAG 
GGAGTCTGGC TTAAAGACGG GCAACTAATA ACTGATAAGG ATGGGCTGAA AATCATCCAA 
GATGGAGCCA GTCATAAGCT GGTAATTGAA AGCTGTAAAA AAAATGATGC AGGAGTCTAT 
TCATTTGAGG TGGATGGTCA TAAATCTGAG GCAAATTTCA CTGTTTCAGA TCCAGGTGCT 
CAATTTGTTG GATACGGACT CTCTGATATC GAAGTTAAAT TTGATGAAAC AGCAGAGCTG 
TCCTTGACAC TAAGCAGTCC GAATGTTGAG GGGTTCTGGT ATAAAGACGG GAAAGAGGTA 
CCTCGTGATG ACAGGGTGAA AATCATCAAA GAAGGAGCCT TTCACAAGCT GGTCATTGAT 
AACTGTAAAA AAGACGATGC AGGAATCTAT CACTTTGAGG TGGATGGTCG TAAATCCGAG 
GCAACGCTCA CTGTGCAGGG TGCTCAATTC AGCATTGGAC TGTCTGACGT CGACGTTAAG 
CTTGATGCAA CAGCAGAGCT ACTCTGCGAA GTGAGCTGTC TGAACATTGA CGGGGTCTGG 
TATAAACATG GAAAACAGGT AACTCCTGAT GACAGGGTGA AAATCATCAC AGATGGAGCC 
TGTCACAAGC TTGTCATTGA TTGCTGTCGA AAAGATGATG GAGCAGTCTA TCGCTTTGAG 
GTGGATGGTC GTATATCAGA GGCCACACTC ACTGTTCAGC CTGTTCAATT CATTTTGGGA 
GTGGCTGATG TCCAAGTTAA AATCTGCACA CCAGCAGAGC TGTCCTGCAA ACTGAGCAGT 
CCGAACTGTA AGGGGGTCTG GTATAAAGAC GGATTTCAGG TACCTCCTGA TGACAGGGTG 
AAAATCATCA AAGAAGGAGC CTGTCACAAG TTGGTCATTG ATAACTGTAA AAAAGACGAT 
GCAGGAGTCT ATCGCTTTGA GGTGGATGGT CGAATATCTG AGGGATCACT CACTGTGCAG 
AACCCACCAA CATTCAACAT GGATTCTCTG AGAGAATTCT CTAAGCCGGT CATTGTGAGA 
GCATGTGAAA CGGCTGAGTG GAAATTGGCC TTTTCGGGTG GTGACCCAAT GAAGATAAAG 
TGGATCAAGG AGGATGAGGA ACTCCTGGAA GGCCTCAATG TCAAGATAGA ACAGACTGAC 
ATAAAAGCCG GCTTGTGTCT TACCGATTGT CAAAGGAAGA ACTGTGGAGA GGTCAAAATC 
AATATAAAAA ATGACTATGG TACATTGGAA GCCACATCCA GACTGATTGT TCTTGACAAA 
CCCACTCCAC CACAAAGACC TGTGGAAATT GTGGAAACTT CTCTAACCGC CATTGAATTC 
AAATGGAAAC CCCCAAAGGA TGACGGTGGC TGTCCAGTCA AACACTACAT TTTGGAGCGC 
CAGCAAGTGG GGGGAAGCAA AACATGGACA AATGTAGGGG AGCTCCCAAA TGACCCCCTT 
AAATACAGGG ATACTAATGT AAAGCCTGGG AAAAGATACT GTTACCACAT CAGAGCCAAG 
AATGAGGAGG GAGTCAGTGA TGTGCTGGAG ACAGAGGACA TCCAGGCTGG CATATTGTGT 
TACCCAGGAC CCCCTTCGGC ACCCAAAGTG GTCAGTGCCT TCAAGGACTG CATCAACCTG 
GCTTGGTCTC CCCCTATCAA CACTGGAGAA ACTGAAATTT GGGCTTACAA CCTTGAGAGA 
CGCAAGAAGG GAAGCAACTT TTGGAGCCCT GCGAACCTAG ATGGGCCTAT CAAAGACACA 
ACGTTTGCAT TGAAAGATGT TATTGAGGGA GCAGCTTATG AATTTCGAGT GTCAGCTATT 
AACATCTCTG GTGTCGGCGA GCCCAGTCCT CCCTCTGTTA TAGTCTTTGC CAGAGATCCC 
AAAAAACCCC CTGGTAAAGT CATAGACCTA AAGCTAACAG ATTCCAGTTA CACCACGTTT 
TCTCTGGCTT GGACTAAACC AAAGGAGGTG GAAGGGGTGG AGGATGAGGC CAAAGGCTAC 
TTTGTGGAGA TCAGACCAAA TGAGAGCCCA GAGTGGACTC GCTGTAACAT CAACCCCATC 
ATCCCCACCT CCTTCAATGT GATTGGCCTG AAGGCAATGG GAATGTACTG GGTGAGAGTG 
ATCGCCACAA ACGATGGAGG CGAGGGCGAG CCCCAAGGCT TTGATAATTA CATCATCGCC 
ATGCCTCCTC CTGTGAGGCC ACAATTTACA GGAAAAACAA AGAGCTTCAT GGTTGTGAGA 
AAGGGGAATA CTGTACGGTT CAATATCAAC TTTGAGGCCT CTCCTTTGCC AGATATCTAT 
TGGTTGAAGG ACTGCGTTCC TGTGTCCAAA CGTGTCACCA TAACCAACTC TGACAGAGGT 
TCACAGCTTC TGATCCCCAC GTCAGAGCGC TCTGATACGG GCATCTTTAC CATCATTGTC 
AAGAACATGG TCGGTCAGGA GACCTTCAGT GTCGAGATCA GAGTTACAGA TGATCCCAAG 
CCTCCTGGCC CGGTGGAGTT GGAACAGAAT GTTCCTGGAA CAGTGACTGT GACCTGGACT 
CCCTCCCCAG ATGAGAAGAA GGATGACAGG CTGCACTACA TTGTGTACAA ACGTGACTCT 
GTCAAGCGCA CCTGGAGGAT GGTCGCTGAC AGCCTCTTCA ACCATAAGTT CACAGTTATC 
AACATTCTAC CCGGCAGAGA GTATAACTTC AGGGTGTTTG CTAAGAATGA CATGGGCCTC 
TCAGAACCTG CTGTGTCCCC TACATGGGGA ACCACAAGGA GAAAAGAAAA GTTCATACTG 
GACATGCCAG ACGTAAAGGG CTTGGACCTC CAGTGTCCAC CATCGTTTTT ACTCCGATTG 
AAAATCCGCA CCGCTCCACC AGGCTACGAG TGCTACATGA GCTGTGCTGT ACGAGGGGAT 
CCAAAACCCC ATGTTACATG GTACCACAAC AACGTCAGCC TCAACACCAA CACCAACTAC 
CTTATCACCA ACGTGTGTGG GGTCTGCACA ATGCTCATAT TGAAGATCGG ACCCAAGGAC 
AGCGGCGACT ACAGTGTCAT CGCAGACAGT CCCTTGGGTA GGGCAGAGTG CTCCACCAAG 
CTCACAGTCA GAGAGTGA

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

RefSeq	XP_013989277.1
CDS	177..5174
Translation	MKIPGATAPPPGQEDDWVPQGQVAIKRRSRVPGVMITQFVEEVPEGMSTPDFTRKPIALTIQEGKLAFFKSMVSGVPKPNITWARNKGPLEDPVKYISRYDEIMEEYFLEMPNVTAEQADTYKCFAANEYGRAVCTATLNVIEVGFKKKATTGPKRAAPEDFRKMLKRKVVRTKPQLKKNEGEIDPKFWEVMLSSPKKDYDKVCMEYGVTDFRWMLKQLNLKKKEREEEQAKFVEKLQNLKHIEVKTDGSAEFELDMELKNPNSQVFLFKDGVMVPYSDDGSGKHNLNKIGKKYIFSINDLMPDDAGLYQVDVEDANCFSTDFKIIPVMFVVKIQEVKAKEREDAVFECVLSHPFPKIVWIGKNIPLEQGDKFDITVSEDHLIHSLKVKDCAQVDKGVYTAMAGIASCNAWLIVEADNDPNMRGKKTSRKTTTAGGGGEDLAKIAAEQSAKLQKEKDDLYAARRAQAEKDAADAARRAQAEKDPADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEMDPADAARWAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAAGAGAGAGEGDGEGHGVKGVQFLNGLADINGSLGETAELSCKLSRENCEGVWLKDGQLITDKDGLKIIQDGASHKLVIESCKKNDAGVYSFEVDGHKSEANFTVSDPGAQFVGYGLSDIEVKFDETAELSLTLSSPNVEGFWYKDGKEVPRDDRVKIIKEGAFHKLVIDNCKKDDAGIYHFEVDGRKSEATLTVQGAQFSIGLSDVDVKLDATAELLCEVSCLNIDGVWYKHGKQVTPDDRVKIITDGACHKLVIDCCRKDDGAVYRFEVDGRISEATLTVQPVQFILGVADVQVKICTPAELSCKLSSPNCKGVWYKDGFQVPPDDRVKIIKEGACHKLVIDNCKKDDAGVYRFEVDGRISEGSLTVQNPPTFNMDSLREFSKPVIVRACETAEWKLAFSGGDPMKIKWIKEDEELLEGLNVKIEQTDIKAGLCLTDCQRKNCGEVKINIKNDYGTLEATSRLIVLDKPTPPQRPVEIVETSLTAIEFKWKPPKDDGGCPVKHYILERQQVGGSKTWTNVGELPNDPLKYRDTNVKPGKRYCYHIRAKNEEGVSDVLETEDIQAGILCYPGPPSAPKVVSAFKDCINLAWSPPINTGETEIWAYNLERRKKGSNFWSPANLDGPIKDTTFALKDVIEGAAYEFRVSAINISGVGEPSPPSVIVFARDPKKPPGKVIDLKLTDSSYTTFSLAWTKPKEVEGVEDEAKGYFVEIRPNESPEWTRCNINPIIPTSFNVIGLKAMGMYWVRVIATNDGGEGEPQGFDNYIIAMPPPVRPQFTGKTKSFMVVRKGNTVRFNINFEASPLPDIYWLKDCVPVSKRVTITNSDRGSQLLIPTSERSDTGIFTIIVKNMVGQETFSVEIRVTDDPKPPGPVELEQNVPGTVTVTWTPSPDEKKDDRLHYIVYKRDSVKRTWRMVADSLFNHKFTVINILPGREYNFRVFAKNDMGLSEPAVSPTWGTTRRKEKFILDMPDVKGLDLQCPPSFLLRLKIRTAPPGYECYMSCAVRGDPKPHVTWYHNNVSLNTNTNYLITNVCGVCTMLILKIGPKDSGDYSVIADSPLGRAECSTKLTVRE

Target ORF information:

RefSeq Version	XM_014133802.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X6, mRNA.

Target ORF information:

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

XM_014133802.1

ORF Insert Sequence:

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG AAGATGACTG GGTGCCCCAG 
GGTCAAGTGG CTATTAAAAG AAGATCCAGA GTCCCTGGAG TTATGATAAC ACAGTTTGTG 
GAGGAAGTAC CAGAGGGCAT GTCCACCCCC GACTTCACCC GCAAGCCCAT CGCTTTGACA 
ATCCAAGAGG GTAAATTAGC CTTTTTCAAA AGTATGGTAA GCGGAGTGCC TAAACCAAAC 
ATCACCTGGG CCAGGAACAA AGGCCCGCTG GAGGATCCAG TGAAGTATAT CAGTAGATAT 
GATGAGATTA TGGAAGAATA CTTTCTTGAG ATGCCCAATG TAACAGCAGA ACAAGCTGAC 
ACCTACAAAT GTTTTGCCGC CAATGAATAT GGAAGAGCAG TTTGCACTGC CACCTTGAAT 
GTTATTGAGG TTGGATTCAA GAAGAAAGCG ACAACAGGTC CAAAAAGAGC GGCACCAGAG 
GATTTCAGAA AAATGCTTAA GAGGAAGGTT GTACGAACTA AACCACAACT AAAGAAGAAC 
GAGGGAGAGA TTGATCCAAA GTTCTGGGAG GTGATGCTGA GCTCACCTAA GAAGGACTAT 
GATAAGGTCT GTATGGAGTA TGGAGTCACT GACTTCCGCT GGATGCTGAA GCAGCTGAAC 
CTAAAGAAGA AAGAGAGAGA GGAGGAACAG GCAAAGTTCG TTGAAAAACT TCAAAATCTG 
AAACACATTG AGGTGAAAAC AGATGGCTCA GCAGAGTTTG AACTGGACAT GGAACTAAAG 
AATCCCAACA GTCAGGTTTT CCTATTCAAG GATGGGGTCA TGGTTCCCTA TTCTGACGAC 
GGCAGCGGGA AGCACAACCT AAACAAAATT GGCAAAAAGT ATATCTTTAG CATCAACGAC 
CTGATGCCAG ACGACGCTGG GTTGTACCAG GTGGACGTTG AGGATGCCAA TTGTTTCTCA 
ACTGATTTTA AGATTATACC AGTGATGTTT GTTGTCAAGA TTCAGGAGGT GAAGGCTAAG 
GAGAGAGAGG ATGCCGTGTT TGAGTGTGTC TTGTCCCACC CCTTCCCAAA GATTGTGTGG 
ATTGGAAAGA ACATCCCTCT CGAACAAGGG GACAAGTTTG ACATCACTGT GTCAGAAGAC 
CACCTCATTC ACAGCTTAAA GGTGAAAGAT TGTGCCCAAG TTGACAAAGG AGTCTACACT 
GCCATGGCTG GCATTGCCTC CTGCAACGCT TGGCTTATTG TGGAAGCCGA TAATGACCCA 
AACATGCGTG GGAAAAAAAC GTCCCGTAAA ACCACCACGG CTGGTGGTGG AGGAGAGGAC 
CTGGCTAAGA TAGCTGCAGA GCAGTCAGCT AAGCTGCAGA AGGAAAAGGA TGACCTGTAT 
GCAGCAAGAC GAGCCCAAGC AGAGAAGGAC GCTGCGGATG CAGCCAGACG AGCCCAAGCA 
GAGAAGGACC CTGCGGATGC AGCCAGACGG GCCCAAGCAG AGAAGGACGC TGCGGATGCA 
GCCAGACGGG CCCAAGCAGA GAAGGACGCT GCGGATGCAG CCAGACGGGC CCAAGCAGAG 
AAGGACGCTG CGGATGCAGC CAGACGGGCC CAAGCAGAGA AGGATGCTGC GGATGCAGCC 
AGACGGGCCC AAGCAGAGAT GGACCCTGCG GATGCAGCCA GATGGGCCCA AGCAGAGAAG 
GACGCTGCGG ATGCAGCCAG ACGGGCCCAA GCAGAGAAGG ACGCTGCGGA TGCAGCCAGA 
CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT GCAGCAGGAG CTGGAGCAGG TGCTGGAGAG 
GGGGATGGAG AAGGACATGG AGTTAAAGGT GTTCAATTCC TTAATGGACT GGCTGATATT 
AATGGCAGCC TTGGGGAAAC AGCAGAGCTG TCCTGCAAAC TGAGCCGTGA GAACTGTGAG 
GGAGTCTGGC TTAAAGACGG GCAACTAATA ACTGATAAGG ATGGGCTGAA AATCATCCAA 
GATGGAGCCA GTCATAAGCT GGTAATTGAA AGCTGTAAAA AAAATGATGC AGGAGTCTAT 
TCATTTGAGG TGGATGGTCA TAAATCTGAG GCAAATTTCA CTGTTTCAGA TCCAGGTGCT 
CAATTTGTTG GATACGGACT CTCTGATATC GAAGTTAAAT TTGATGAAAC AGCAGAGCTG 
TCCTTGACAC TAAGCAGTCC GAATGTTGAG GGGTTCTGGT ATAAAGACGG GAAAGAGGTA 
CCTCGTGATG ACAGGGTGAA AATCATCAAA GAAGGAGCCT TTCACAAGCT GGTCATTGAT 
AACTGTAAAA AAGACGATGC AGGAATCTAT CACTTTGAGG TGGATGGTCG TAAATCCGAG 
GCAACGCTCA CTGTGCAGGG TGCTCAATTC AGCATTGGAC TGTCTGACGT CGACGTTAAG 
CTTGATGCAA CAGCAGAGCT ACTCTGCGAA GTGAGCTGTC TGAACATTGA CGGGGTCTGG 
TATAAACATG GAAAACAGGT AACTCCTGAT GACAGGGTGA AAATCATCAC AGATGGAGCC 
TGTCACAAGC TTGTCATTGA TTGCTGTCGA AAAGATGATG GAGCAGTCTA TCGCTTTGAG 
GTGGATGGTC GTATATCAGA GGCCACACTC ACTGTTCAGC CTGTTCAATT CATTTTGGGA 
GTGGCTGATG TCCAAGTTAA AATCTGCACA CCAGCAGAGC TGTCCTGCAA ACTGAGCAGT 
CCGAACTGTA AGGGGGTCTG GTATAAAGAC GGATTTCAGG TACCTCCTGA TGACAGGGTG 
AAAATCATCA AAGAAGGAGC CTGTCACAAG TTGGTCATTG ATAACTGTAA AAAAGACGAT 
GCAGGAGTCT ATCGCTTTGA GGTGGATGGT CGAATATCTG AGGGATCACT CACTGTGCAG 
AACCCACCAA CATTCAACAT GGATTCTCTG AGAGAATTCT CTAAGCCGGT CATTGTGAGA 
GCATGTGAAA CGGCTGAGTG GAAATTGGCC TTTTCGGGTG GTGACCCAAT GAAGATAAAG 
TGGATCAAGG AGGATGAGGA ACTCCTGGAA GGCCTCAATG TCAAGATAGA ACAGACTGAC 
ATAAAAGCCG GCTTGTGTCT TACCGATTGT CAAAGGAAGA ACTGTGGAGA GGTCAAAATC 
AATATAAAAA ATGACTATGG TACATTGGAA GCCACATCCA GACTGATTGT TCTTGACAAA 
CCCACTCCAC CACAAAGACC TGTGGAAATT GTGGAAACTT CTCTAACCGC CATTGAATTC 
AAATGGAAAC CCCCAAAGGA TGACGGTGGC TGTCCAGTCA AACACTACAT TTTGGAGCGC 
CAGCAAGTGG GGGGAAGCAA AACATGGACA AATGTAGGGG AGCTCCCAAA TGACCCCCTT 
AAATACAGGG ATACTAATGT AAAGCCTGGG AAAAGATACT GTTACCACAT CAGAGCCAAG 
AATGAGGAGG GAGTCAGTGA TGTGCTGGAG ACAGAGGACA TCCAGGCTGG CATATTGTGT 
TACCCAGGAC CCCCTTCGGC ACCCAAAGTG GTCAGTGCCT TCAAGGACTG CATCAACCTG 
GCTTGGTCTC CCCCTATCAA CACTGGAGAA ACTGAAATTT GGGCTTACAA CCTTGAGAGA 
CGCAAGAAGG GAAGCAACTT TTGGAGCCCT GCGAACCTAG ATGGGCCTAT CAAAGACACA 
ACGTTTGCAT TGAAAGATGT TATTGAGGGA GCAGCTTATG AATTTCGAGT GTCAGCTATT 
AACATCTCTG GTGTCGGCGA GCCCAGTCCT CCCTCTGTTA TAGTCTTTGC CAGAGATCCC 
AAAAAACCCC CTGGTAAAGT CATAGACCTA AAGCTAACAG ATTCCAGTTA CACCACGTTT 
TCTCTGGCTT GGACTAAACC AAAGGAGGTG GAAGGGGTGG AGGATGAGGC CAAAGGCTAC 
TTTGTGGAGA TCAGACCAAA TGAGAGCCCA GAGTGGACTC GCTGTAACAT CAACCCCATC 
ATCCCCACCT CCTTCAATGT GATTGGCCTG AAGGCAATGG GAATGTACTG GGTGAGAGTG 
ATCGCCACAA ACGATGGAGG CGAGGGCGAG CCCCAAGGCT TTGATAATTA CATCATCGCC 
ATGCCTCCTC CTGTGAGGCC ACAATTTACA GGAAAAACAA AGAGCTTCAT GGTTGTGAGA 
AAGGGGAATA CTGTACGGTT CAATATCAAC TTTGAGGCCT CTCCTTTGCC AGATATCTAT 
TGGTTGAAGG ACTGCGTTCC TGTGTCCAAA CGTGTCACCA TAACCAACTC TGACAGAGGT 
TCACAGCTTC TGATCCCCAC GTCAGAGCGC TCTGATACGG GCATCTTTAC CATCATTGTC 
AAGAACATGG TCGGTCAGGA GACCTTCAGT GTCGAGATCA GAGTTACAGA TGATCCCAAG 
CCTCCTGGCC CGGTGGAGTT GGAACAGAAT GTTCCTGGAA CAGTGACTGT GACCTGGACT 
CCCTCCCCAG ATGAGAAGAA GGATGACAGG CTGCACTACA TTGTGTACAA ACGTGACTCT 
GTCAAGCGCA CCTGGAGGAT GGTCGCTGAC AGCCTCTTCA ACCATAAGTT CACAGTTATC 
AACATTCTAC CCGGCAGAGA GTATAACTTC AGGGTGTTTG CTAAGAATGA CATGGGCCTC 
TCAGAACCTG CTGTGTCCCC TACATGGGGA ACCACAAGGA GAAAAGAAAA GTTCATACTG 
GACATGCCAG ACGTAAAGGG CTTGGACCTC CAGTGTCCAC CATCGTTTTT ACTCCGATTG 
AAAATCCGCA CCGCTCCACC AGGCTACGAG TGCTACATGA GCTGTGCTGT ACGAGGGGAT 
CCAAAACCCC ATGTTACATG GTACCACAAC AACGTCAGCC TCAACACCAA CACCAACTAC 
CTTATCACCA ACGTGTGTGG GGTCTGCACA ATGCTCATAT TGAAGATCGG ACCCAAGGAC 
AGCGGCGACT ACAGTGTCAT CGCAGACAGT CCCTTGGGTA GGGCAGAGTG CTCCACCAAG 
CTCACAGTCA GAGAGTGA

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

LOC106566018 ( XM_014133803.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013989278.1 Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X7, mRNA.

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CloneID	OAt39263
Clone ID Related Accession (Same CDS sequence)	XM_014133803.1
Accession Version	XM_014133803.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	immunoglobulin-like and fibronectin type III domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012337533.1) 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 :: Salmo salar Annotation Release 100 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##

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG TGGCTATTAA AAGAAGATCC 
AGAGTCCCTG GAGTTATGAT AACACAGTTT GTGGAGGAAG TACCAGAGGG CATGTCCACC 
CCCGACTTCA CCCGCAAGCC CATCGCTTTG ACAATCCAAG AGGGTAAATT AGCCTTTTTC 
AAAAGTATGG TAAGCGGAGT GCCTAAACCA AACATCACCT GGGCCAGGAA CAAAGGCCCG 
CTGGAGGATC CAGTGAAGTA TATCAGTAGA TATGATGAGA TTATGGAAGA ATACTTTCTT 
GAGATGCCCA ATGTAACAGC AGAACAAGCT GACACCTACA AATGTTTTGC CGCCAATGAA 
TATGGAAGAG CAGTTTGCAC TGCCACCTTG AATGTTATTG AGGTTGGATT CAAGAAGAAA 
GCGACAACAG GTCCAAAAAG AGCGGCACCA GAGGATTTCA GAAAAATGCT TAAGAGGAAG 
GTTGTACGAA CTAAACCACA ACTAAAGAAG AACGAGGGAG AGATTGATCC AAAGTTCTGG 
GAGGTGATGC TGAGCTCACC TAAGAAGGAC TATGATAAGG TCTGTATGGA GTATGGAGTC 
ACTGACTTCC GCTGGATGCT GAAGCAGCTG AACCTAAAGA AGAAAGAGAG AGAGGAGGAA 
CAGGCAAAGT TCGTTGAAAA ACTTCAAAAT CTGAAACACA TTGAGGTGAA AACAGATGGC 
TCAGCAGAGT TTGAACTGGA CATGGAACTA AAGAATCCCA ACAGTCAGGT TTTCCTATTC 
AAGGATGGGG TCATGGTTCC CTATTCTGAC GACGGCAGCG GGAAGCACAA CCTAAACAAA 
ATTGGCAAAA AGTATATCTT TAGCATCAAC GACCTGATGC CAGACGACGC TGGGTTGTAC 
CAGGTGGACG TTGAGGATGC CAATTGTTTC TCAACTGATT TTAAGATTAT ACCAGTGATG 
TTTGTTGTCA AGATTCAGGA GGTGAAGGCT AAGGAGAGAG AGGATGCCGT GTTTGAGTGT 
GTCTTGTCCC ACCCCTTCCC AAAGATTGTG TGGATTGGAA AGAACATCCC TCTCGAACAA 
GGGGACAAGT TTGACATCAC TGTGTCAGAA GACCACCTCA TTCACAGCTT AAAGGTGAAA 
GATTGTGCCC AAGTTGACAA AGGAGTCTAC ACTGCCATGG CTGGCATTGC CTCCTGCAAC 
GCTTGGCTTA TTGTGGAAGC CGATAATGAC CCAAACATGC GTGGGAAAAA AACGTCCCGT 
AAAACCACCA CGGCTGGTGG TGGAGGAGAG GACCTGGCTA AGATAGCTGC AGAGCAGTCA 
GCTAAGCTGC AGAAGGAAAA GGATGACCTG TATGCAGCAA GACGAGCCCA AGCAGAGAAG 
GACGCTGCGG ATGCAGCCAG ACGAGCCCAA GCAGAGAAGG ACCCTGCGGA TGCAGCCAGA 
CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT GCAGCCAGAC GGGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG GGCCCAAGCA GAGAAGGACG CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGATGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GATGGACCCT 
GCGGATGCAG CCAGATGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGACGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAA GGACGCTGCG 
GATGCAGCAG GAGCTGGAGC AGGTGCTGGA GAGGGGGATG GAGAAGGACA TGGAGTTAAA 
GGTGTTCAAT TCCTTAATGG ACTGGCTGAT ATTAATGGCA GCCTTGGGGA AACAGCAGAG 
CTGTCCTGCA AACTGAGCCG TGAGAACTGT GAGGGAGTCT GGCTTAAAGA CGGGCAACTA 
ATAACTGATA AGGATGGGCT GAAAATCATC CAAGATGGAG CCAGTCATAA GCTGGTAATT 
GAAAGCTGTA AAAAAAATGA TGCAGGAGTC TATTCATTTG AGGTGGATGG TCATAAATCT 
GAGGCAAATT TCACTGTTTC AGATCCAGGT GCTCAATTTG TTGGATACGG ACTCTCTGAT 
ATCGAAGTTA AATTTGATGA AACAGCAGAG CTGTCCTTGA CACTAAGCAG TCCGAATGTT 
GAGGGGTTCT GGTATAAAGA CGGGAAAGAG GTACCTCGTG ATGACAGGGT GAAAATCATC 
AAAGAAGGAG CCTTTCACAA GCTGGTCATT GATAACTGTA AAAAAGACGA TGCAGGAATC 
TATCACTTTG AGGTGGATGG TCGTAAATCC GAGGCAACGC TCACTGTGCA GGGTGCTCAA 
TTCAGCATTG GACTGTCTGA CGTCGACGTT AAGCTTGATG CAACAGCAGA GCTACTCTGC 
GAAGTGAGCT GTCTGAACAT TGACGGGGTC TGGTATAAAC ATGGAAAACA GGTAACTCCT 
GATGACAGGG TGAAAATCAT CACAGATGGA GCCTGTCACA AGCTTGTCAT TGATTGCTGT 
CGAAAAGATG ATGGAGCAGT CTATCGCTTT GAGGTGGATG GTCGTATATC AGAGGCCACA 
CTCACTGTTC AGCCTGTTCA ATTCATTTTG GGAGTGGCTG ATGTCCAAGT TAAAATCTGC 
ACACCAGCAG AGCTGTCCTG CAAACTGAGC AGTCCGAACT GTAAGGGGGT CTGGTATAAA 
GACGGATTTC AGGTACCTCC TGATGACAGG GTGAAAATCA TCAAAGAAGG AGCCTGTCAC 
AAGTTGGTCA TTGATAACTG TAAAAAAGAC GATGCAGGAG TCTATCGCTT TGAGGTGGAT 
GGTCGAATAT CTGAGGGATC ACTCACTGTG CAGAACCCAC CAACATTCAA CATGGATTCT 
CTGAGAGAAT TCTCTAAGCC GGTCATTGTG AGAGCATGTG AAACGGCTGA GTGGAAATTG 
GCCTTTTCGG GTGGTGACCC AATGAAGATA AAGTGGATCA AGGAGGATGA GGAACTCCTG 
GAAGGCCTCA ATGTCAAGAT AGAACAGACT GACATAAAAG CCGGCTTGTG TCTTACCGAT 
TGTCAAAGGA AGAACTGTGG AGAGGTCAAA ATCAATATAA AAAATGACTA TGGTACATTG 
GAAGCCACAT CCAGACTGAT TGTTCTTGAC AAACCCACTC CACCACAAAG ACCTGTGGAA 
ATTGTGGAAA CTTCTCTAAC CGCCATTGAA TTCAAATGGA AACCCCCAAA GGATGACGGT 
GGCTGTCCAG TCAAACACTA CATTTTGGAG CGCCAGCAAG TGGGGGGAAG CAAAACATGG 
ACAAATGTAG GGGAGCTCCC AAATGACCCC CTTAAATACA GGGATACTAA TGTAAAGCCT 
GGGAAAAGAT ACTGTTACCA CATCAGAGCC AAGAATGAGG AGGGAGTCAG TGATGTGCTG 
GAGACAGAGG ACATCCAGGC TGGCATATTG TGTTACCCAG GACCCCCTTC GGCACCCAAA 
GTGGTCAGTG CCTTCAAGGA CTGCATCAAC CTGGCTTGGT CTCCCCCTAT CAACACTGGA 
GAAACTGAAA TTTGGGCTTA CAACCTTGAG AGACGCAAGA AGGGAAGCAA CTTTTGGAGC 
CCTGCGAACC TAGATGGGCC TATCAAAGAC ACAACGTTTG CATTGAAAGA TGTTATTGAG 
GGAGCAGCTT ATGAATTTCG AGTGTCAGCT ATTAACATCT CTGGTGTCGG CGAGCCCAGT 
CCTCCCTCTG TTATAGTCTT TGCCAGAGAT CCCAAAAAAC CCCCTGGTAA AGTCATAGAC 
CTAAAGCTAA CAGATTCCAG TTACACCACG TTTTCTCTGG CTTGGACTAA ACCAAAGGAG 
GTGGAAGGGG TGGAGGATGA GGCCAAAGGC TACTTTGTGG AGATCAGACC AAATGAGAGC 
CCAGAGTGGA CTCGCTGTAA CATCAACCCC ATCATCCCCA CCTCCTTCAA TGTGATTGGC 
CTGAAGGCAA TGGGAATGTA CTGGGTGAGA GTGATCGCCA CAAACGATGG AGGCGAGGGC 
GAGCCCCAAG GCTTTGATAA TTACATCATC GCCATGCCTC CTCCTGTGAG GCCACAATTT 
ACAGGAAAAA CAAAGAGCTT CATGGTTGTG AGAAAGGGGA ATACTGTACG GTTCAATATC 
AACTTTGAGG CCTCTCCTTT GCCAGATATC TATTGGTTGA AGGACTGCGT TCCTGTGTCC 
AAACGTGTCA CCATAACCAA CTCTGACAGA GGTTCACAGC TTCTGATCCC CACGTCAGAG 
CGCTCTGATA CGGGCATCTT TACCATCATT GTCAAGAACA TGGTCGGTCA GGAGACCTTC 
AGTGTCGAGA TCAGAGTTAC AGATGATCCC AAGCCTCCTG GCCCGGTGGA GTTGGAACAG 
AATGTTCCTG GAACAGTGAC TGTGACCTGG ACTCCCTCCC CAGATGAGAA GAAGGATGAC 
AGGCTGCACT ACATTGTGTA CAAACGTGAC TCTGTCAAGC GCACCTGGAG GATGGTCGCT 
GACAGCCTCT TCAACCATAA GTTCACAGTT ATCAACATTC TACCCGGCAG AGAGTATAAC 
TTCAGGGTGT TTGCTAAGAA TGACATGGGC CTCTCAGAAC CTGCTGTGTC CCCTACATGG 
GGAACCACAA GGAGAAAAGA AAAGTTCATA CTGGACATGC CAGACGTAAA GGGCTTGGAC 
CTCCAGTGTC CACCATCGTT TTTACTCCGA TTGAAAATCC GCACCGCTCC ACCAGGCTAC 
GAGTGCTACA TGAGCTGTGC TGTACGAGGG GATCCAAAAC CCCATGTTAC ATGGTACCAC 
AACAACGTCA GCCTCAACAC CAACACCAAC TACCTTATCA CCAACGTGTG TGGGGTCTGC 
ACAATGCTCA TATTGAAGAT CGGACCCAAG GACAGCGGCG ACTACAGTGT CATCGCAGAC 
AGTCCCTTGG GTAGGGCAGA GTGCTCCACC AAGCTCACAG TCAGAGAGTG A

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

RefSeq	XP_013989278.1
CDS	177..5147
Translation	MKIPGATAPPPGQVAIKRRSRVPGVMITQFVEEVPEGMSTPDFTRKPIALTIQEGKLAFFKSMVSGVPKPNITWARNKGPLEDPVKYISRYDEIMEEYFLEMPNVTAEQADTYKCFAANEYGRAVCTATLNVIEVGFKKKATTGPKRAAPEDFRKMLKRKVVRTKPQLKKNEGEIDPKFWEVMLSSPKKDYDKVCMEYGVTDFRWMLKQLNLKKKEREEEQAKFVEKLQNLKHIEVKTDGSAEFELDMELKNPNSQVFLFKDGVMVPYSDDGSGKHNLNKIGKKYIFSINDLMPDDAGLYQVDVEDANCFSTDFKIIPVMFVVKIQEVKAKEREDAVFECVLSHPFPKIVWIGKNIPLEQGDKFDITVSEDHLIHSLKVKDCAQVDKGVYTAMAGIASCNAWLIVEADNDPNMRGKKTSRKTTTAGGGGEDLAKIAAEQSAKLQKEKDDLYAARRAQAEKDAADAARRAQAEKDPADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAARRAQAEMDPADAARWAQAEKDAADAARRAQAEKDAADAARRAQAEKDAADAAGAGAGAGEGDGEGHGVKGVQFLNGLADINGSLGETAELSCKLSRENCEGVWLKDGQLITDKDGLKIIQDGASHKLVIESCKKNDAGVYSFEVDGHKSEANFTVSDPGAQFVGYGLSDIEVKFDETAELSLTLSSPNVEGFWYKDGKEVPRDDRVKIIKEGAFHKLVIDNCKKDDAGIYHFEVDGRKSEATLTVQGAQFSIGLSDVDVKLDATAELLCEVSCLNIDGVWYKHGKQVTPDDRVKIITDGACHKLVIDCCRKDDGAVYRFEVDGRISEATLTVQPVQFILGVADVQVKICTPAELSCKLSSPNCKGVWYKDGFQVPPDDRVKIIKEGACHKLVIDNCKKDDAGVYRFEVDGRISEGSLTVQNPPTFNMDSLREFSKPVIVRACETAEWKLAFSGGDPMKIKWIKEDEELLEGLNVKIEQTDIKAGLCLTDCQRKNCGEVKINIKNDYGTLEATSRLIVLDKPTPPQRPVEIVETSLTAIEFKWKPPKDDGGCPVKHYILERQQVGGSKTWTNVGELPNDPLKYRDTNVKPGKRYCYHIRAKNEEGVSDVLETEDIQAGILCYPGPPSAPKVVSAFKDCINLAWSPPINTGETEIWAYNLERRKKGSNFWSPANLDGPIKDTTFALKDVIEGAAYEFRVSAINISGVGEPSPPSVIVFARDPKKPPGKVIDLKLTDSSYTTFSLAWTKPKEVEGVEDEAKGYFVEIRPNESPEWTRCNINPIIPTSFNVIGLKAMGMYWVRVIATNDGGEGEPQGFDNYIIAMPPPVRPQFTGKTKSFMVVRKGNTVRFNINFEASPLPDIYWLKDCVPVSKRVTITNSDRGSQLLIPTSERSDTGIFTIIVKNMVGQETFSVEIRVTDDPKPPGPVELEQNVPGTVTVTWTPSPDEKKDDRLHYIVYKRDSVKRTWRMVADSLFNHKFTVINILPGREYNFRVFAKNDMGLSEPAVSPTWGTTRRKEKFILDMPDVKGLDLQCPPSFLLRLKIRTAPPGYECYMSCAVRGDPKPHVTWYHNNVSLNTNTNYLITNVCGVCTMLILKIGPKDSGDYSVIADSPLGRAECSTKLTVRE

Target ORF information:

RefSeq Version	XM_014133803.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar immunoglobulin-like and fibronectin type III domain-containing protein 1 (LOC106566018), transcript variant X7, mRNA.

Target ORF information:

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

XM_014133803.1

ORF Insert Sequence:

ATGAAGATAC CAGGGGCAAC TGCACCCCCA CCAGGGCAAG TGGCTATTAA AAGAAGATCC 
AGAGTCCCTG GAGTTATGAT AACACAGTTT GTGGAGGAAG TACCAGAGGG CATGTCCACC 
CCCGACTTCA CCCGCAAGCC CATCGCTTTG ACAATCCAAG AGGGTAAATT AGCCTTTTTC 
AAAAGTATGG TAAGCGGAGT GCCTAAACCA AACATCACCT GGGCCAGGAA CAAAGGCCCG 
CTGGAGGATC CAGTGAAGTA TATCAGTAGA TATGATGAGA TTATGGAAGA ATACTTTCTT 
GAGATGCCCA ATGTAACAGC AGAACAAGCT GACACCTACA AATGTTTTGC CGCCAATGAA 
TATGGAAGAG CAGTTTGCAC TGCCACCTTG AATGTTATTG AGGTTGGATT CAAGAAGAAA 
GCGACAACAG GTCCAAAAAG AGCGGCACCA GAGGATTTCA GAAAAATGCT TAAGAGGAAG 
GTTGTACGAA CTAAACCACA ACTAAAGAAG AACGAGGGAG AGATTGATCC AAAGTTCTGG 
GAGGTGATGC TGAGCTCACC TAAGAAGGAC TATGATAAGG TCTGTATGGA GTATGGAGTC 
ACTGACTTCC GCTGGATGCT GAAGCAGCTG AACCTAAAGA AGAAAGAGAG AGAGGAGGAA 
CAGGCAAAGT TCGTTGAAAA ACTTCAAAAT CTGAAACACA TTGAGGTGAA AACAGATGGC 
TCAGCAGAGT TTGAACTGGA CATGGAACTA AAGAATCCCA ACAGTCAGGT TTTCCTATTC 
AAGGATGGGG TCATGGTTCC CTATTCTGAC GACGGCAGCG GGAAGCACAA CCTAAACAAA 
ATTGGCAAAA AGTATATCTT TAGCATCAAC GACCTGATGC CAGACGACGC TGGGTTGTAC 
CAGGTGGACG TTGAGGATGC CAATTGTTTC TCAACTGATT TTAAGATTAT ACCAGTGATG 
TTTGTTGTCA AGATTCAGGA GGTGAAGGCT AAGGAGAGAG AGGATGCCGT GTTTGAGTGT 
GTCTTGTCCC ACCCCTTCCC AAAGATTGTG TGGATTGGAA AGAACATCCC TCTCGAACAA 
GGGGACAAGT TTGACATCAC TGTGTCAGAA GACCACCTCA TTCACAGCTT AAAGGTGAAA 
GATTGTGCCC AAGTTGACAA AGGAGTCTAC ACTGCCATGG CTGGCATTGC CTCCTGCAAC 
GCTTGGCTTA TTGTGGAAGC CGATAATGAC CCAAACATGC GTGGGAAAAA AACGTCCCGT 
AAAACCACCA CGGCTGGTGG TGGAGGAGAG GACCTGGCTA AGATAGCTGC AGAGCAGTCA 
GCTAAGCTGC AGAAGGAAAA GGATGACCTG TATGCAGCAA GACGAGCCCA AGCAGAGAAG 
GACGCTGCGG ATGCAGCCAG ACGAGCCCAA GCAGAGAAGG ACCCTGCGGA TGCAGCCAGA 
CGGGCCCAAG CAGAGAAGGA CGCTGCGGAT GCAGCCAGAC GGGCCCAAGC AGAGAAGGAC 
GCTGCGGATG CAGCCAGACG GGCCCAAGCA GAGAAGGACG CTGCGGATGC AGCCAGACGG 
GCCCAAGCAG AGAAGGATGC TGCGGATGCA GCCAGACGGG CCCAAGCAGA GATGGACCCT 
GCGGATGCAG CCAGATGGGC CCAAGCAGAG AAGGACGCTG CGGATGCAGC CAGACGGGCC 
CAAGCAGAGA AGGACGCTGC GGATGCAGCC AGACGGGCCC AAGCAGAGAA GGACGCTGCG 
GATGCAGCAG GAGCTGGAGC AGGTGCTGGA GAGGGGGATG GAGAAGGACA TGGAGTTAAA 
GGTGTTCAAT TCCTTAATGG ACTGGCTGAT ATTAATGGCA GCCTTGGGGA AACAGCAGAG 
CTGTCCTGCA AACTGAGCCG TGAGAACTGT GAGGGAGTCT GGCTTAAAGA CGGGCAACTA 
ATAACTGATA AGGATGGGCT GAAAATCATC CAAGATGGAG CCAGTCATAA GCTGGTAATT 
GAAAGCTGTA AAAAAAATGA TGCAGGAGTC TATTCATTTG AGGTGGATGG TCATAAATCT 
GAGGCAAATT TCACTGTTTC AGATCCAGGT GCTCAATTTG TTGGATACGG ACTCTCTGAT 
ATCGAAGTTA AATTTGATGA AACAGCAGAG CTGTCCTTGA CACTAAGCAG TCCGAATGTT 
GAGGGGTTCT GGTATAAAGA CGGGAAAGAG GTACCTCGTG ATGACAGGGT GAAAATCATC 
AAAGAAGGAG CCTTTCACAA GCTGGTCATT GATAACTGTA AAAAAGACGA TGCAGGAATC 
TATCACTTTG AGGTGGATGG TCGTAAATCC GAGGCAACGC TCACTGTGCA GGGTGCTCAA 
TTCAGCATTG GACTGTCTGA CGTCGACGTT AAGCTTGATG CAACAGCAGA GCTACTCTGC 
GAAGTGAGCT GTCTGAACAT TGACGGGGTC TGGTATAAAC ATGGAAAACA GGTAACTCCT 
GATGACAGGG TGAAAATCAT CACAGATGGA GCCTGTCACA AGCTTGTCAT TGATTGCTGT 
CGAAAAGATG ATGGAGCAGT CTATCGCTTT GAGGTGGATG GTCGTATATC AGAGGCCACA 
CTCACTGTTC AGCCTGTTCA ATTCATTTTG GGAGTGGCTG ATGTCCAAGT TAAAATCTGC 
ACACCAGCAG AGCTGTCCTG CAAACTGAGC AGTCCGAACT GTAAGGGGGT CTGGTATAAA 
GACGGATTTC AGGTACCTCC TGATGACAGG GTGAAAATCA TCAAAGAAGG AGCCTGTCAC 
AAGTTGGTCA TTGATAACTG TAAAAAAGAC GATGCAGGAG TCTATCGCTT TGAGGTGGAT 
GGTCGAATAT CTGAGGGATC ACTCACTGTG CAGAACCCAC CAACATTCAA CATGGATTCT 
CTGAGAGAAT TCTCTAAGCC GGTCATTGTG AGAGCATGTG AAACGGCTGA GTGGAAATTG 
GCCTTTTCGG GTGGTGACCC AATGAAGATA AAGTGGATCA AGGAGGATGA GGAACTCCTG 
GAAGGCCTCA ATGTCAAGAT AGAACAGACT GACATAAAAG CCGGCTTGTG TCTTACCGAT 
TGTCAAAGGA AGAACTGTGG AGAGGTCAAA ATCAATATAA AAAATGACTA TGGTACATTG 
GAAGCCACAT CCAGACTGAT TGTTCTTGAC AAACCCACTC CACCACAAAG ACCTGTGGAA 
ATTGTGGAAA CTTCTCTAAC CGCCATTGAA TTCAAATGGA AACCCCCAAA GGATGACGGT 
GGCTGTCCAG TCAAACACTA CATTTTGGAG CGCCAGCAAG TGGGGGGAAG CAAAACATGG 
ACAAATGTAG GGGAGCTCCC AAATGACCCC CTTAAATACA GGGATACTAA TGTAAAGCCT 
GGGAAAAGAT ACTGTTACCA CATCAGAGCC AAGAATGAGG AGGGAGTCAG TGATGTGCTG 
GAGACAGAGG ACATCCAGGC TGGCATATTG TGTTACCCAG GACCCCCTTC GGCACCCAAA 
GTGGTCAGTG CCTTCAAGGA CTGCATCAAC CTGGCTTGGT CTCCCCCTAT CAACACTGGA 
GAAACTGAAA TTTGGGCTTA CAACCTTGAG AGACGCAAGA AGGGAAGCAA CTTTTGGAGC 
CCTGCGAACC TAGATGGGCC TATCAAAGAC ACAACGTTTG CATTGAAAGA TGTTATTGAG 
GGAGCAGCTT ATGAATTTCG AGTGTCAGCT ATTAACATCT CTGGTGTCGG CGAGCCCAGT 
CCTCCCTCTG TTATAGTCTT TGCCAGAGAT CCCAAAAAAC CCCCTGGTAA AGTCATAGAC 
CTAAAGCTAA CAGATTCCAG TTACACCACG TTTTCTCTGG CTTGGACTAA ACCAAAGGAG 
GTGGAAGGGG TGGAGGATGA GGCCAAAGGC TACTTTGTGG AGATCAGACC AAATGAGAGC 
CCAGAGTGGA CTCGCTGTAA CATCAACCCC ATCATCCCCA CCTCCTTCAA TGTGATTGGC 
CTGAAGGCAA TGGGAATGTA CTGGGTGAGA GTGATCGCCA CAAACGATGG AGGCGAGGGC 
GAGCCCCAAG GCTTTGATAA TTACATCATC GCCATGCCTC CTCCTGTGAG GCCACAATTT 
ACAGGAAAAA CAAAGAGCTT CATGGTTGTG AGAAAGGGGA ATACTGTACG GTTCAATATC 
AACTTTGAGG CCTCTCCTTT GCCAGATATC TATTGGTTGA AGGACTGCGT TCCTGTGTCC 
AAACGTGTCA CCATAACCAA CTCTGACAGA GGTTCACAGC TTCTGATCCC CACGTCAGAG 
CGCTCTGATA CGGGCATCTT TACCATCATT GTCAAGAACA TGGTCGGTCA GGAGACCTTC 
AGTGTCGAGA TCAGAGTTAC AGATGATCCC AAGCCTCCTG GCCCGGTGGA GTTGGAACAG 
AATGTTCCTG GAACAGTGAC TGTGACCTGG ACTCCCTCCC CAGATGAGAA GAAGGATGAC 
AGGCTGCACT ACATTGTGTA CAAACGTGAC TCTGTCAAGC GCACCTGGAG GATGGTCGCT 
GACAGCCTCT TCAACCATAA GTTCACAGTT ATCAACATTC TACCCGGCAG AGAGTATAAC 
TTCAGGGTGT TTGCTAAGAA TGACATGGGC CTCTCAGAAC CTGCTGTGTC CCCTACATGG 
GGAACCACAA GGAGAAAAGA AAAGTTCATA CTGGACATGC CAGACGTAAA GGGCTTGGAC 
CTCCAGTGTC CACCATCGTT TTTACTCCGA TTGAAAATCC GCACCGCTCC ACCAGGCTAC 
GAGTGCTACA TGAGCTGTGC TGTACGAGGG GATCCAAAAC CCCATGTTAC ATGGTACCAC 
AACAACGTCA GCCTCAACAC CAACACCAAC TACCTTATCA CCAACGTGTG TGGGGTCTGC 
ACAATGCTCA TATTGAAGAT CGGACCCAAG GACAGCGGCG ACTACAGTGT CATCGCAGAC 
AGTCCCTTGG GTAGGGCAGA GTGCTCCACC AAGCTCACAG TCAGAGAGTG A

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

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LOC106566018 cDNA ORF clone, Salmo salar(Atlantic salmon)

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gRNAs

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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