LOC106579007 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106579007
Entrez Gene ID	106579007
Full Name	protein split ends-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014158398.1	XP_014013873.1	protein split ends-like
XM_014158397.1	XP_014013872.1	protein split ends-like

Pathways from BioSystems
Gene Ontology

The following LOC106579007 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106579007 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAt57491	XM_014158398.1 Latest version!	Salmo salar protein split ends-like (LOC106579007), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OAt57491	XM_014158397.1 Latest version!	Salmo salar protein split ends-like (LOC106579007), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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

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

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

Reference Sequences (Refseq)

LOC106579007 ( XM_014158398.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014013873.1 Salmo salar protein split ends-like (LOC106579007), transcript variant X2, mRNA.

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CloneID	OAt57491
Clone ID Related Accession (Same CDS sequence)	XM_014158398.1 , XM_014158397.1
Accession Version	XM_014158398.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6759bp) 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	protein split ends-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012339956.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation 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##

ATGACCTGTG TGGAGAAGCG CCAACACGTG AGCCACCGGA ATACCATGCT CCACCACCGC 
TTCCCCAACG GCTTCACTGA GATCTTCCTG GACGAGACGG ACCGAGAGGT CAGCACGCTC 
ACTGACCGAG CCTTCCGGAG CCTGTGCATC GGAGACGAGG CCGTGTACAA CGATGAGTTT 
TCATATGGAT ACCCTTTCAG CTGTCACAAG CCCCTAGTGG AGAAGCCCCT GAAAAAGACT 
AAAGACGCTG GTAAAAAGCA CAAACTCAAT GGTGCCAAAG ACACTCAACC CTGGAGGCAG 
AAGAAGAGCA TGTCCAACGT GTTGATTAAA AATAGTGATT TCAAGGACAC TAACGGGGAC 
TCGTGGGATA AGTCGGCCCT CTTCAGCATC GAAAGGGAAC TATCAGAATT CTCCTCGGAT 
TACAAGAACC TCACAACCAA GAAATCAGAC AAGGATGCAA AGTCCTCCAA GACTAAAAAT 
GGCCAATCTA TTTTCAAGCT GCGGAAGCTG AACATCAAAA ACTTTTTCCT CCACAGCGAG 
TTCAGCCCGT TCCAATCGTG GAGGGATTTT AACCGGTTTC CGTTCAGTCA GGACGGCATC 
ACCTCCATTC TCCCAGTGGT GGACAACCTC CCTAAATGGT ACGACTCCCC TCTATACAAA 
CAACTGACTG AGGCACATCG AATAGAAACA CTGCATGCGG AGGAAACAGA GCAGCAGTGC 
CAGAAACCAG TCGAACCCCC TCTTCCTCCT CCTCGTCCTC CACCCAAGGT TCTGCCAAAA 
CCCTCTGCCC CCGAGAAGAG GTCTGCGTCG GACACCTCTG CTAAGGGTGA AACCAACGCC 
CCCTGGAGGA GAAACAGAGT GAGAGCCAAG AGTGCTGTAC CTGTCAACCA ACTGGGAGTA 
CTTTGCCCTC CCACTGAAAC CCCAAAACTG GTGGAGGAGA TTCCTCTGCT GTATAAAAAG 
GAAGTCAAGT CGGTAAAGGT GAAAGAAGTG GAGAAGCCGT GCTCTTTGAC CAATACTCCA 
TTCAGCATTT CTCAGCTGAT GACACCCGTA ATACCGTCCA GACAGGCTAC AGACACCTCA 
GAGATCCTGT CAGCAGTGCT ATCTCCCTCT CTCCTCGATC TCCCCCTCCT AGACATAGAG 
TATGTGTCGC CAGTCATATC AAGGTCGACC TCCGAGGTCG TCAAACGAGA CAGCTACAAA 
TCTATTGCGT CCAGTTTGTT GTTCAACCTC AAGGATAACA GGAAGAGGGT CAAGAGCAGG 
TACAGCCCGT CAAAATTCAA AACCGAACAG GTGGATCGTA GCACTCTGTC TCCAAAGCTG 
CTGGAACAGA GACTACTCAA ATATGCACAA GCTCCTTCTG ACGGTATAGC CTCTGGTTTC 
AGTACACCTG CCATTCTAGC CTCCGGTTTA AGCACACCTC CCATTCTATT AGATGGACTG 
CCTATCTGTA GCCCAGCTGT TTCAGAATCT AGCAATGCTG GTCTTAGGAA ATATCTAGAT 
TCGGATATAT CAGACGATTA CTTGATATCC AACTTATTGC AAACCAAAAG AGAGGCTGCG 
GGTAGCAGGA GCCCTGGGTC GCCCTTCACA CACTCAAAGG TGAACAAGCG CTCCCTGGCT 
ACGAAACAAA CGTACCCAAC TCTGAACTTG TACAAGAGTC CTGCGAGGCC AGAGATGAAA 
CACTTCTCAC CGTCAACGAG TAAGGATACT TTGTCCATTG CCACACACAA CAAAGGACTT 
TCTCAGAATA ATTCAGACAA GACAAAGTAC CATCCTAGTG CACAAAAGAA AGGGATTTCT 
CTGAATATAC CAGAAAAGCC AGCAAAAGAG ATGTTGCAGC GAAAGGAGAA AGACATTGGT 
GACCAGCCTG TACATACAAT AACGAATACA GCACAGAACA AAATGGCATC TCCCAATTTA 
CCTGTAGCGC AAAACAAAGT GTCGTCGGCA AATTTAACAG ACAACGCTAA ACAACCAACA 
AAAGACACTG TGGAATTGAA GGAAGAACAC ATCGGTGAAC AGACTGTAAA TACAAGAGAA 
GCCATCACAG CTATTAGGGA GACATTAATT ACAGCCCAAA ATAAAGTGCT GTTCTCGAAA 
AGAACAGACC ATACCAAAAG GTCAACAAAG GACATGACAG AGTTAAATGT CAAAGATACA 
GTTGAAGAGG TTATGAAAGC CGGTTTGGAA GCAATATCCA CCGCCAGAAC CAAAATATTC 
TCTCCCAATA GAACAGAAGC TGTAGAAGAA TTAACCATGA GTAAGAACAA CATTGTCAAA 
ACAGAGGACC CTCAAGAAAA AGATGACAAT GCAATTGTAG TAGAGGATAG ACATTCGCTT 
CATTCACTTT CAGTGCCAAG GCCAAGCCAC AGACGAATAG AGCGACAGAC AACAGGTGAA 
ACATATCCAA CTGACAACAC ACTCACCAAC GGATTTATAG AATGTGCGGA AAAAGAGAAA 
GAAATTATTT TGTCAGAAAA GGAGAAGGAG CCGGTTAAAA AGCAAGGCAG GTTTAAACAC 
ATATTTTCAG CGAGACAAAA CAACTATATT AAAAGCCAAA GATATGCAAT GAAGGAGAGT 
GGCGAGAAAG AGGAGGATGA TGAGGATTTT GAACCTAAAA TGGAGGTAAA TAATAAGAAA 
GATGTGGATG AAGAACTACA TTATACAGAG AAGACGGTGC ACAAAGAAAT GAAAGATGGC 
AAAAATAAAG TAAGTGACTT ACATGCACTG AAAGAGCTGG AGAAGGCTAG ATTGGGTGAA 
CACCTTATCA AGGACAGTGA GAATTTGAAC CCCGAACCAG GGATAGATAG GGAGACAAAG 
GCGAAAAACG ATTTAATTTC CAGGGAGCTT AGGAACATCA AAAGGGGTAT GCTTTCTATG 
CGAGGAAACA CATTCGCTAA AAAAGAGGCA TTTGTGAACA AAGAGAAGGA GCAAACTAAG 
CATGATGTAT TCTCAAAGAT AGACAACAAC GTTGTTATAA ACAAGTCATT GATCAACGAC 
AATTATGACA AGGCTAAAAT GGCACTCGAG GAAATCATAT CGGAAAGAGC AGAGAAACGT 
AAAAATAAAG TCTTAAAGAA TAAAGAAGAG GATGTCAATA CAGTCCCAGG TGAGAACCCT 
GATGATAGTA ATAATGTTAG AGTCCAAGAG CGTAGACAAG CAAGACAGGA TTCTATCAGG 
ACAGCAGCAG AGGAGGAACA AAATGAGGTG AGAGAGAGGC TACGAGATCT GAGGGATCAT 
CATCATCAGA CGCAAGAAAT CATTACCAAG ACTGAGACAA AACTTGGTGG AAATCACAGG 
TTAGGTGCCA CAATCTATGC TGAAGAAAAT AAACTCGCAA CAAGACCTAT CAGGGAGGAG 
CAAGAGAATA GAAACATCAT CAATAATGTC AGTGACAAAC AGAAATACAA TATTACATCC 
AGCAAATACT CAGCAGAGGA GAGTGATAGA ACTGTTGCTA GACAGTTATC TATTGAAACA 
AGAGATGACA CCTCTAAAAA TGATGAGGTC GTCAAAGAGG AGAGTCAACC AGACACACCC 
GTTCTCAAAC CAGAGGTACC ACCGAGGAGC AAGAAAGGGA ACACTAAAAA AGAGGACAGC 
ACAGAGGAAG AGAAAGAATG TGGGAATGTT ATGAATATAA TTGAGGAGGA TATAAAGAAT 
AGAGAATTTT CAAGTAGGGA TAGTACTAAT GACACAATTC AACAACAAAA AAACACACAG 
GCAAGAGGCA AGGTCTCAAA CAGGGAGGCC CTTGATGCAA AGATAAAAGC AGAAAGACAA 
ACAGATGCAC TTGAAACAGA GACGACGACT GAGCAAGATA CGATTATACA AAATAATCCC 
CATATTGGTT TGGCAGAAGA AGACTATTCT AAACATTCAA AGCATCCCCG TGAAACAAAT 
ACCTCTTTTT CACTCAGTGA AGAGAAGGAA AAGGAAATTA AGGCTTTATT AAATGAAAGC 
CAAACTAATA AACTTCCTAT AAGGGAGCCC AAAGCAGAAC AAACACAACA CAATATGGAA 
CAACAGGAAC AACCCTGTGT GAGAAGGAAG GCCCCTTTGA AACCAGGCAA ATATCATTCA 
AAACCTTCAA ACCAAGTAAA CATCACTACT GAGGATGAAT CGATAATGGA AAAAGAGACC 
ATGAAAAAGA GTCAAGCAAC TGAAGAGTCA AACAAATCAG TTAAGATTAG TGAAGATATT 
GCAAATGTTG ATGAAGATAT TAGAGAAACA TTAGTGTCTC CGTTGTCAAA TAGCAGTAGT 
ATAAATCAAA GTCAACAGGA TCGAACCAGT ATGTCCTCGA AGTCATCATA TTTCTCTGTC 
GCAAGTTCAT TGCAAAGAAA CAACGAAACT GACTCAAACA TCTATCACTC TTTGGAGAAT 
TTGATCGATG AATTAGAGGA GGTTGAGGAA GGAATAGAGG ATGTGGCAGA ACGTGTGAGA 
TGGGATTTGG AGACAAAGAT AGAAGTGGAG TATTACTCTG TAAGTGATCA TGAAAATGAG 
GAAGTTGAAG ACAAGCCAGT AATCCCTTCC AGGCGAGATA GGGTAACATC CCGGATGGAG 
GACAACGAGT CAAGAGCCAG AGAGATGGAC AAAAGTGGAT GGCTCCAGAG CCCCATGGTC 
AACACAAACA ATCAAACGCC AACATCTCAG TCCAATGCCT CTTCACCAGT TCTGGGGAAA 
CCGGCTCTAT TCAAAGTGAA AGACAACACA TTCAAGCATC ATGTCTCGCC TGTAACTAAG 
ACAGTGAAAC AGGTTCTGCA CAAGACAAAC CATGACCCAG CGGAACGTGC ACCGTGGTCA 
CCTAGAGAAA GCTTGAGTGG CTCTGAGAGG AGCGAGGAAG ATCCTCTCAA TCATCTTAAA 
GAGTCTATTG AAATACCGTC ACCCTATAAT GTCGCCACCA CACCAGACAA ACACTTCAAA 
CCCAAAGAGA CGGCATCTCC CCACTCTCCA CAGTCACCGC TGTCTCCCTC AAAACTAAAG 
CCCGAACACA GTCGGAAAGG CCAACGTGCG CGATGGTCAC CCAGGGAGTG CTTGAGTGGC 
TCTGAGAGGG GCGAGAAAGA TCATCTTGAT ATCCCTGAAC CCCATGCTGC TGCCACCACA 
CCAGACAAAC ACCTTAAACC CAAAGAGGCT AAATCTCACC ACGCTACACA CTCCCCACTG 
TCTCCCACAA AACTGCCCCC TGAAAACACC CCAAAAGGCC AACAATATGG GTCTTTCCTC 
ACAGTCCCTC AGGAAGATTA CATACATTCG GGGGTGAGTC CATCGTCAGA AGGGGGGACA 
AGCACAGTGG ATATAGCTGA TAACAACCCA GAGGACTCCA AGGTGCAGTC TGGTTCAGTC 
TGCAGCGGGA ATGACACCCA AGGACCCGGC AGACCCCCTG TGGTCCCTCC CAAGTCAGAG 
AAGGCCCTCC TCAAAGCCAT GAAGCTGACC ACCAGAAGGA TCCGAAAGGA AGAGAAGGGA 
AGTCAACCAC ACAAGAGCCG CAGCAGTAGA AGTGATAAAA ACAAGAGTGA TAAATCATCG 
GAGCATAAAA ATAGTAGCAG TGATAGTATT GACAAGCATT GTAGTAGTAA GAAGCAACAT 
CAGGAAAGGA CCGAACACAT CAGCCATAGC AGTGAGAAGC ACAGCCGTGG TGAATCGGAG 
CATCAAGGCC GTAGTAGTGA AAAGCACAGG CAGGATGAAT CAGAGCGTCA AGCCTATAAG 
AGTGTGAAGC ACCACAACGG TGTACCTGAA CATCAGAGCC ATGCTAATGA GAAGCCCCCG 
CAAGAAAAAG AAGAGCACAG CAGTCATAGT AGTGAGAAAC ACAGGCAAGG ACGCAGCATT 
GACGAACAGA GGCATGGTGA ATCAGAGCAT CAAGGCCGTA AGAGTGACAA GCAAAGTCAT 
GGTGATTCCA AGCGTCAGGG CCGTAGTAGT GAGAAACACA GCCGAGGGAT GCAAGAAAAG 
AGATTCCGCA GCAGCGACAG AGCTGTCAGT GAGAATAAAA GGCAAAACAG TGAGAGATCC 
ACGAGTGAGA GAACCCCGCG TCATAGAGCT CAGAGCATGG ACGGACACAT CGGTGATAAA 
GTGGAACAGA GAATTCGTAG TAGTGAGACA TCTCCTAGGG ACAGACCAGT ACAGAGGAGT 
CAGCGTATTG AGAAGTCCAT TAGGGAGGAG CTGTCTCAGA GGGGCCGAGC CCAAGAGAGA 
TCCAACAGAG AGAAACCAGA GAATTGGAAC AATAGTGTTG ATTCCCATGC CAGTGACGTT 
ATAGACTTGA CATCACCTCA CCCTAATCTA TCCCGCCAGT CCAGTTACAC CAGCCAGTTC 
TCTCGTCAGT CCAGCATCGA GCACGGTTAC ACCTCCTACC CAATGACCCA ACGGAAGTTG 
CTGCAGGATC CAGACTCGGG GCAGTATTTC GTAGTTGATA TGTCCGTCCA GGTCAAAACG 
AAGACCTTCT TTGATCCCAA AACTGGGAAT TACGTGCAGT TACCTGTTCA GCCTCCTGAG 
GGCCCTGTGT CTCAGGCCTC CACCATGGAG GTGATAACCG CACCTATGGT ACTCTACCAC 
GGTTCCTTTG TCCCAGTGCC TGTCTCATCC ATCCCATCAC AGAAATCCAC TGTCCACGCC 
TCACAGCTGG ACCAGGAAGA CTTTGAACAA AGGCTGGAAA GGCAGAGATA TAAACACACA 
AACGATGGCC ATCGCTACCT AGAGCCAGTG AACGGCTCCC AAGATCACAT GCTAGGGGAG 
TTCTTAGGCA CTGAGGATTT TTATGACTGT ATGAGCTGA

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

RefSeq	XP_014013873.1
CDS	265..7023
Translation	MTCVEKRQHVSHRNTMLHHRFPNGFTEIFLDETDREVSTLTDRAFRSLCIGDEAVYNDEFSYGYPFSCHKPLVEKPLKKTKDAGKKHKLNGAKDTQPWRQKKSMSNVLIKNSDFKDTNGDSWDKSALFSIERELSEFSSDYKNLTTKKSDKDAKSSKTKNGQSIFKLRKLNIKNFFLHSEFSPFQSWRDFNRFPFSQDGITSILPVVDNLPKWYDSPLYKQLTEAHRIETLHAEETEQQCQKPVEPPLPPPRPPPKVLPKPSAPEKRSASDTSAKGETNAPWRRNRVRAKSAVPVNQLGVLCPPTETPKLVEEIPLLYKKEVKSVKVKEVEKPCSLTNTPFSISQLMTPVIPSRQATDTSEILSAVLSPSLLDLPLLDIEYVSPVISRSTSEVVKRDSYKSIASSLLFNLKDNRKRVKSRYSPSKFKTEQVDRSTLSPKLLEQRLLKYAQAPSDGIASGFSTPAILASGLSTPPILLDGLPICSPAVSESSNAGLRKYLDSDISDDYLISNLLQTKREAAGSRSPGSPFTHSKVNKRSLATKQTYPTLNLYKSPARPEMKHFSPSTSKDTLSIATHNKGLSQNNSDKTKYHPSAQKKGISLNIPEKPAKEMLQRKEKDIGDQPVHTITNTAQNKMASPNLPVAQNKVSSANLTDNAKQPTKDTVELKEEHIGEQTVNTREAITAIRETLITAQNKVLFSKRTDHTKRSTKDMTELNVKDTVEEVMKAGLEAISTARTKIFSPNRTEAVEELTMSKNNIVKTEDPQEKDDNAIVVEDRHSLHSLSVPRPSHRRIERQTTGETYPTDNTLTNGFIECAEKEKEIILSEKEKEPVKKQGRFKHIFSARQNNYIKSQRYAMKESGEKEEDDEDFEPKMEVNNKKDVDEELHYTEKTVHKEMKDGKNKVSDLHALKELEKARLGEHLIKDSENLNPEPGIDRETKAKNDLISRELRNIKRGMLSMRGNTFAKKEAFVNKEKEQTKHDVFSKIDNNVVINKSLINDNYDKAKMALEEIISERAEKRKNKVLKNKEEDVNTVPGENPDDSNNVRVQERRQARQDSIRTAAEEEQNEVRERLRDLRDHHHQTQEIITKTETKLGGNHRLGATIYAEENKLATRPIREEQENRNIINNVSDKQKYNITSSKYSAEESDRTVARQLSIETRDDTSKNDEVVKEESQPDTPVLKPEVPPRSKKGNTKKEDSTEEEKECGNVMNIIEEDIKNREFSSRDSTNDTIQQQKNTQARGKVSNREALDAKIKAERQTDALETETTTEQDTIIQNNPHIGLAEEDYSKHSKHPRETNTSFSLSEEKEKEIKALLNESQTNKLPIREPKAEQTQHNMEQQEQPCVRRKAPLKPGKYHSKPSNQVNITTEDESIMEKETMKKSQATEESNKSVKISEDIANVDEDIRETLVSPLSNSSSINQSQQDRTSMSSKSSYFSVASSLQRNNETDSNIYHSLENLIDELEEVEEGIEDVAERVRWDLETKIEVEYYSVSDHENEEVEDKPVIPSRRDRVTSRMEDNESRAREMDKSGWLQSPMVNTNNQTPTSQSNASSPVLGKPALFKVKDNTFKHHVSPVTKTVKQVLHKTNHDPAERAPWSPRESLSGSERSEEDPLNHLKESIEIPSPYNVATTPDKHFKPKETASPHSPQSPLSPSKLKPEHSRKGQRARWSPRECLSGSERGEKDHLDIPEPHAAATTPDKHLKPKEAKSHHATHSPLSPTKLPPENTPKGQQYGSFLTVPQEDYIHSGVSPSSEGGTSTVDIADNNPEDSKVQSGSVCSGNDTQGPGRPPVVPPKSEKALLKAMKLTTRRIRKEEKGSQPHKSRSSRSDKNKSDKSSEHKNSSSDSIDKHCSSKKQHQERTEHISHSSEKHSRGESEHQGRSSEKHRQDESERQAYKSVKHHNGVPEHQSHANEKPPQEKEEHSSHSSEKHRQGRSIDEQRHGESEHQGRKSDKQSHGDSKRQGRSSEKHSRGMQEKRFRSSDRAVSENKRQNSERSTSERTPRHRAQSMDGHIGDKVEQRIRSSETSPRDRPVQRSQRIEKSIREELSQRGRAQERSNREKPENWNNSVDSHASDVIDLTSPHPNLSRQSSYTSQFSRQSSIEHGYTSYPMTQRKLLQDPDSGQYFVVDMSVQVKTKTFFDPKTGNYVQLPVQPPEGPVSQASTMEVITAPMVLYHGSFVPVPVSSIPSQKSTVHASQLDQEDFEQRLERQRYKHTNDGHRYLEPVNGSQDHMLGEFLGTEDFYDCMS

Target ORF information:

RefSeq Version	XM_014158398.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar protein split ends-like (LOC106579007), transcript variant X2, mRNA.

Target ORF information:

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

XM_014158398.1

ORF Insert Sequence:

ATGACCTGTG TGGAGAAGCG CCAACACGTG AGCCACCGGA ATACCATGCT CCACCACCGC 
TTCCCCAACG GCTTCACTGA GATCTTCCTG GACGAGACGG ACCGAGAGGT CAGCACGCTC 
ACTGACCGAG CCTTCCGGAG CCTGTGCATC GGAGACGAGG CCGTGTACAA CGATGAGTTT 
TCATATGGAT ACCCTTTCAG CTGTCACAAG CCCCTAGTGG AGAAGCCCCT GAAAAAGACT 
AAAGACGCTG GTAAAAAGCA CAAACTCAAT GGTGCCAAAG ACACTCAACC CTGGAGGCAG 
AAGAAGAGCA TGTCCAACGT GTTGATTAAA AATAGTGATT TCAAGGACAC TAACGGGGAC 
TCGTGGGATA AGTCGGCCCT CTTCAGCATC GAAAGGGAAC TATCAGAATT CTCCTCGGAT 
TACAAGAACC TCACAACCAA GAAATCAGAC AAGGATGCAA AGTCCTCCAA GACTAAAAAT 
GGCCAATCTA TTTTCAAGCT GCGGAAGCTG AACATCAAAA ACTTTTTCCT CCACAGCGAG 
TTCAGCCCGT TCCAATCGTG GAGGGATTTT AACCGGTTTC CGTTCAGTCA GGACGGCATC 
ACCTCCATTC TCCCAGTGGT GGACAACCTC CCTAAATGGT ACGACTCCCC TCTATACAAA 
CAACTGACTG AGGCACATCG AATAGAAACA CTGCATGCGG AGGAAACAGA GCAGCAGTGC 
CAGAAACCAG TCGAACCCCC TCTTCCTCCT CCTCGTCCTC CACCCAAGGT TCTGCCAAAA 
CCCTCTGCCC CCGAGAAGAG GTCTGCGTCG GACACCTCTG CTAAGGGTGA AACCAACGCC 
CCCTGGAGGA GAAACAGAGT GAGAGCCAAG AGTGCTGTAC CTGTCAACCA ACTGGGAGTA 
CTTTGCCCTC CCACTGAAAC CCCAAAACTG GTGGAGGAGA TTCCTCTGCT GTATAAAAAG 
GAAGTCAAGT CGGTAAAGGT GAAAGAAGTG GAGAAGCCGT GCTCTTTGAC CAATACTCCA 
TTCAGCATTT CTCAGCTGAT GACACCCGTA ATACCGTCCA GACAGGCTAC AGACACCTCA 
GAGATCCTGT CAGCAGTGCT ATCTCCCTCT CTCCTCGATC TCCCCCTCCT AGACATAGAG 
TATGTGTCGC CAGTCATATC AAGGTCGACC TCCGAGGTCG TCAAACGAGA CAGCTACAAA 
TCTATTGCGT CCAGTTTGTT GTTCAACCTC AAGGATAACA GGAAGAGGGT CAAGAGCAGG 
TACAGCCCGT CAAAATTCAA AACCGAACAG GTGGATCGTA GCACTCTGTC TCCAAAGCTG 
CTGGAACAGA GACTACTCAA ATATGCACAA GCTCCTTCTG ACGGTATAGC CTCTGGTTTC 
AGTACACCTG CCATTCTAGC CTCCGGTTTA AGCACACCTC CCATTCTATT AGATGGACTG 
CCTATCTGTA GCCCAGCTGT TTCAGAATCT AGCAATGCTG GTCTTAGGAA ATATCTAGAT 
TCGGATATAT CAGACGATTA CTTGATATCC AACTTATTGC AAACCAAAAG AGAGGCTGCG 
GGTAGCAGGA GCCCTGGGTC GCCCTTCACA CACTCAAAGG TGAACAAGCG CTCCCTGGCT 
ACGAAACAAA CGTACCCAAC TCTGAACTTG TACAAGAGTC CTGCGAGGCC AGAGATGAAA 
CACTTCTCAC CGTCAACGAG TAAGGATACT TTGTCCATTG CCACACACAA CAAAGGACTT 
TCTCAGAATA ATTCAGACAA GACAAAGTAC CATCCTAGTG CACAAAAGAA AGGGATTTCT 
CTGAATATAC CAGAAAAGCC AGCAAAAGAG ATGTTGCAGC GAAAGGAGAA AGACATTGGT 
GACCAGCCTG TACATACAAT AACGAATACA GCACAGAACA AAATGGCATC TCCCAATTTA 
CCTGTAGCGC AAAACAAAGT GTCGTCGGCA AATTTAACAG ACAACGCTAA ACAACCAACA 
AAAGACACTG TGGAATTGAA GGAAGAACAC ATCGGTGAAC AGACTGTAAA TACAAGAGAA 
GCCATCACAG CTATTAGGGA GACATTAATT ACAGCCCAAA ATAAAGTGCT GTTCTCGAAA 
AGAACAGACC ATACCAAAAG GTCAACAAAG GACATGACAG AGTTAAATGT CAAAGATACA 
GTTGAAGAGG TTATGAAAGC CGGTTTGGAA GCAATATCCA CCGCCAGAAC CAAAATATTC 
TCTCCCAATA GAACAGAAGC TGTAGAAGAA TTAACCATGA GTAAGAACAA CATTGTCAAA 
ACAGAGGACC CTCAAGAAAA AGATGACAAT GCAATTGTAG TAGAGGATAG ACATTCGCTT 
CATTCACTTT CAGTGCCAAG GCCAAGCCAC AGACGAATAG AGCGACAGAC AACAGGTGAA 
ACATATCCAA CTGACAACAC ACTCACCAAC GGATTTATAG AATGTGCGGA AAAAGAGAAA 
GAAATTATTT TGTCAGAAAA GGAGAAGGAG CCGGTTAAAA AGCAAGGCAG GTTTAAACAC 
ATATTTTCAG CGAGACAAAA CAACTATATT AAAAGCCAAA GATATGCAAT GAAGGAGAGT 
GGCGAGAAAG AGGAGGATGA TGAGGATTTT GAACCTAAAA TGGAGGTAAA TAATAAGAAA 
GATGTGGATG AAGAACTACA TTATACAGAG AAGACGGTGC ACAAAGAAAT GAAAGATGGC 
AAAAATAAAG TAAGTGACTT ACATGCACTG AAAGAGCTGG AGAAGGCTAG ATTGGGTGAA 
CACCTTATCA AGGACAGTGA GAATTTGAAC CCCGAACCAG GGATAGATAG GGAGACAAAG 
GCGAAAAACG ATTTAATTTC CAGGGAGCTT AGGAACATCA AAAGGGGTAT GCTTTCTATG 
CGAGGAAACA CATTCGCTAA AAAAGAGGCA TTTGTGAACA AAGAGAAGGA GCAAACTAAG 
CATGATGTAT TCTCAAAGAT AGACAACAAC GTTGTTATAA ACAAGTCATT GATCAACGAC 
AATTATGACA AGGCTAAAAT GGCACTCGAG GAAATCATAT CGGAAAGAGC AGAGAAACGT 
AAAAATAAAG TCTTAAAGAA TAAAGAAGAG GATGTCAATA CAGTCCCAGG TGAGAACCCT 
GATGATAGTA ATAATGTTAG AGTCCAAGAG CGTAGACAAG CAAGACAGGA TTCTATCAGG 
ACAGCAGCAG AGGAGGAACA AAATGAGGTG AGAGAGAGGC TACGAGATCT GAGGGATCAT 
CATCATCAGA CGCAAGAAAT CATTACCAAG ACTGAGACAA AACTTGGTGG AAATCACAGG 
TTAGGTGCCA CAATCTATGC TGAAGAAAAT AAACTCGCAA CAAGACCTAT CAGGGAGGAG 
CAAGAGAATA GAAACATCAT CAATAATGTC AGTGACAAAC AGAAATACAA TATTACATCC 
AGCAAATACT CAGCAGAGGA GAGTGATAGA ACTGTTGCTA GACAGTTATC TATTGAAACA 
AGAGATGACA CCTCTAAAAA TGATGAGGTC GTCAAAGAGG AGAGTCAACC AGACACACCC 
GTTCTCAAAC CAGAGGTACC ACCGAGGAGC AAGAAAGGGA ACACTAAAAA AGAGGACAGC 
ACAGAGGAAG AGAAAGAATG TGGGAATGTT ATGAATATAA TTGAGGAGGA TATAAAGAAT 
AGAGAATTTT CAAGTAGGGA TAGTACTAAT GACACAATTC AACAACAAAA AAACACACAG 
GCAAGAGGCA AGGTCTCAAA CAGGGAGGCC CTTGATGCAA AGATAAAAGC AGAAAGACAA 
ACAGATGCAC TTGAAACAGA GACGACGACT GAGCAAGATA CGATTATACA AAATAATCCC 
CATATTGGTT TGGCAGAAGA AGACTATTCT AAACATTCAA AGCATCCCCG TGAAACAAAT 
ACCTCTTTTT CACTCAGTGA AGAGAAGGAA AAGGAAATTA AGGCTTTATT AAATGAAAGC 
CAAACTAATA AACTTCCTAT AAGGGAGCCC AAAGCAGAAC AAACACAACA CAATATGGAA 
CAACAGGAAC AACCCTGTGT GAGAAGGAAG GCCCCTTTGA AACCAGGCAA ATATCATTCA 
AAACCTTCAA ACCAAGTAAA CATCACTACT GAGGATGAAT CGATAATGGA AAAAGAGACC 
ATGAAAAAGA GTCAAGCAAC TGAAGAGTCA AACAAATCAG TTAAGATTAG TGAAGATATT 
GCAAATGTTG ATGAAGATAT TAGAGAAACA TTAGTGTCTC CGTTGTCAAA TAGCAGTAGT 
ATAAATCAAA GTCAACAGGA TCGAACCAGT ATGTCCTCGA AGTCATCATA TTTCTCTGTC 
GCAAGTTCAT TGCAAAGAAA CAACGAAACT GACTCAAACA TCTATCACTC TTTGGAGAAT 
TTGATCGATG AATTAGAGGA GGTTGAGGAA GGAATAGAGG ATGTGGCAGA ACGTGTGAGA 
TGGGATTTGG AGACAAAGAT AGAAGTGGAG TATTACTCTG TAAGTGATCA TGAAAATGAG 
GAAGTTGAAG ACAAGCCAGT AATCCCTTCC AGGCGAGATA GGGTAACATC CCGGATGGAG 
GACAACGAGT CAAGAGCCAG AGAGATGGAC AAAAGTGGAT GGCTCCAGAG CCCCATGGTC 
AACACAAACA ATCAAACGCC AACATCTCAG TCCAATGCCT CTTCACCAGT TCTGGGGAAA 
CCGGCTCTAT TCAAAGTGAA AGACAACACA TTCAAGCATC ATGTCTCGCC TGTAACTAAG 
ACAGTGAAAC AGGTTCTGCA CAAGACAAAC CATGACCCAG CGGAACGTGC ACCGTGGTCA 
CCTAGAGAAA GCTTGAGTGG CTCTGAGAGG AGCGAGGAAG ATCCTCTCAA TCATCTTAAA 
GAGTCTATTG AAATACCGTC ACCCTATAAT GTCGCCACCA CACCAGACAA ACACTTCAAA 
CCCAAAGAGA CGGCATCTCC CCACTCTCCA CAGTCACCGC TGTCTCCCTC AAAACTAAAG 
CCCGAACACA GTCGGAAAGG CCAACGTGCG CGATGGTCAC CCAGGGAGTG CTTGAGTGGC 
TCTGAGAGGG GCGAGAAAGA TCATCTTGAT ATCCCTGAAC CCCATGCTGC TGCCACCACA 
CCAGACAAAC ACCTTAAACC CAAAGAGGCT AAATCTCACC ACGCTACACA CTCCCCACTG 
TCTCCCACAA AACTGCCCCC TGAAAACACC CCAAAAGGCC AACAATATGG GTCTTTCCTC 
ACAGTCCCTC AGGAAGATTA CATACATTCG GGGGTGAGTC CATCGTCAGA AGGGGGGACA 
AGCACAGTGG ATATAGCTGA TAACAACCCA GAGGACTCCA AGGTGCAGTC TGGTTCAGTC 
TGCAGCGGGA ATGACACCCA AGGACCCGGC AGACCCCCTG TGGTCCCTCC CAAGTCAGAG 
AAGGCCCTCC TCAAAGCCAT GAAGCTGACC ACCAGAAGGA TCCGAAAGGA AGAGAAGGGA 
AGTCAACCAC ACAAGAGCCG CAGCAGTAGA AGTGATAAAA ACAAGAGTGA TAAATCATCG 
GAGCATAAAA ATAGTAGCAG TGATAGTATT GACAAGCATT GTAGTAGTAA GAAGCAACAT 
CAGGAAAGGA CCGAACACAT CAGCCATAGC AGTGAGAAGC ACAGCCGTGG TGAATCGGAG 
CATCAAGGCC GTAGTAGTGA AAAGCACAGG CAGGATGAAT CAGAGCGTCA AGCCTATAAG 
AGTGTGAAGC ACCACAACGG TGTACCTGAA CATCAGAGCC ATGCTAATGA GAAGCCCCCG 
CAAGAAAAAG AAGAGCACAG CAGTCATAGT AGTGAGAAAC ACAGGCAAGG ACGCAGCATT 
GACGAACAGA GGCATGGTGA ATCAGAGCAT CAAGGCCGTA AGAGTGACAA GCAAAGTCAT 
GGTGATTCCA AGCGTCAGGG CCGTAGTAGT GAGAAACACA GCCGAGGGAT GCAAGAAAAG 
AGATTCCGCA GCAGCGACAG AGCTGTCAGT GAGAATAAAA GGCAAAACAG TGAGAGATCC 
ACGAGTGAGA GAACCCCGCG TCATAGAGCT CAGAGCATGG ACGGACACAT CGGTGATAAA 
GTGGAACAGA GAATTCGTAG TAGTGAGACA TCTCCTAGGG ACAGACCAGT ACAGAGGAGT 
CAGCGTATTG AGAAGTCCAT TAGGGAGGAG CTGTCTCAGA GGGGCCGAGC CCAAGAGAGA 
TCCAACAGAG AGAAACCAGA GAATTGGAAC AATAGTGTTG ATTCCCATGC CAGTGACGTT 
ATAGACTTGA CATCACCTCA CCCTAATCTA TCCCGCCAGT CCAGTTACAC CAGCCAGTTC 
TCTCGTCAGT CCAGCATCGA GCACGGTTAC ACCTCCTACC CAATGACCCA ACGGAAGTTG 
CTGCAGGATC CAGACTCGGG GCAGTATTTC GTAGTTGATA TGTCCGTCCA GGTCAAAACG 
AAGACCTTCT TTGATCCCAA AACTGGGAAT TACGTGCAGT TACCTGTTCA GCCTCCTGAG 
GGCCCTGTGT CTCAGGCCTC CACCATGGAG GTGATAACCG CACCTATGGT ACTCTACCAC 
GGTTCCTTTG TCCCAGTGCC TGTCTCATCC ATCCCATCAC AGAAATCCAC TGTCCACGCC 
TCACAGCTGG ACCAGGAAGA CTTTGAACAA AGGCTGGAAA GGCAGAGATA TAAACACACA 
AACGATGGCC ATCGCTACCT AGAGCCAGTG AACGGCTCCC AAGATCACAT GCTAGGGGAG 
TTCTTAGGCA CTGAGGATTT TTATGACTGT ATGAGCTGA

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

LOC106579007 ( XM_014158397.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014013872.1 Salmo salar protein split ends-like (LOC106579007), transcript variant X1, mRNA.

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CloneID	OAt57491
Clone ID Related Accession (Same CDS sequence)	XM_014158398.1 , XM_014158397.1
Accession Version	XM_014158397.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6759bp) 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	protein split ends-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012339956.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation 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##

ATGACCTGTG TGGAGAAGCG CCAACACGTG AGCCACCGGA ATACCATGCT CCACCACCGC 
TTCCCCAACG GCTTCACTGA GATCTTCCTG GACGAGACGG ACCGAGAGGT CAGCACGCTC 
ACTGACCGAG CCTTCCGGAG CCTGTGCATC GGAGACGAGG CCGTGTACAA CGATGAGTTT 
TCATATGGAT ACCCTTTCAG CTGTCACAAG CCCCTAGTGG AGAAGCCCCT GAAAAAGACT 
AAAGACGCTG GTAAAAAGCA CAAACTCAAT GGTGCCAAAG ACACTCAACC CTGGAGGCAG 
AAGAAGAGCA TGTCCAACGT GTTGATTAAA AATAGTGATT TCAAGGACAC TAACGGGGAC 
TCGTGGGATA AGTCGGCCCT CTTCAGCATC GAAAGGGAAC TATCAGAATT CTCCTCGGAT 
TACAAGAACC TCACAACCAA GAAATCAGAC AAGGATGCAA AGTCCTCCAA GACTAAAAAT 
GGCCAATCTA TTTTCAAGCT GCGGAAGCTG AACATCAAAA ACTTTTTCCT CCACAGCGAG 
TTCAGCCCGT TCCAATCGTG GAGGGATTTT AACCGGTTTC CGTTCAGTCA GGACGGCATC 
ACCTCCATTC TCCCAGTGGT GGACAACCTC CCTAAATGGT ACGACTCCCC TCTATACAAA 
CAACTGACTG AGGCACATCG AATAGAAACA CTGCATGCGG AGGAAACAGA GCAGCAGTGC 
CAGAAACCAG TCGAACCCCC TCTTCCTCCT CCTCGTCCTC CACCCAAGGT TCTGCCAAAA 
CCCTCTGCCC CCGAGAAGAG GTCTGCGTCG GACACCTCTG CTAAGGGTGA AACCAACGCC 
CCCTGGAGGA GAAACAGAGT GAGAGCCAAG AGTGCTGTAC CTGTCAACCA ACTGGGAGTA 
CTTTGCCCTC CCACTGAAAC CCCAAAACTG GTGGAGGAGA TTCCTCTGCT GTATAAAAAG 
GAAGTCAAGT CGGTAAAGGT GAAAGAAGTG GAGAAGCCGT GCTCTTTGAC CAATACTCCA 
TTCAGCATTT CTCAGCTGAT GACACCCGTA ATACCGTCCA GACAGGCTAC AGACACCTCA 
GAGATCCTGT CAGCAGTGCT ATCTCCCTCT CTCCTCGATC TCCCCCTCCT AGACATAGAG 
TATGTGTCGC CAGTCATATC AAGGTCGACC TCCGAGGTCG TCAAACGAGA CAGCTACAAA 
TCTATTGCGT CCAGTTTGTT GTTCAACCTC AAGGATAACA GGAAGAGGGT CAAGAGCAGG 
TACAGCCCGT CAAAATTCAA AACCGAACAG GTGGATCGTA GCACTCTGTC TCCAAAGCTG 
CTGGAACAGA GACTACTCAA ATATGCACAA GCTCCTTCTG ACGGTATAGC CTCTGGTTTC 
AGTACACCTG CCATTCTAGC CTCCGGTTTA AGCACACCTC CCATTCTATT AGATGGACTG 
CCTATCTGTA GCCCAGCTGT TTCAGAATCT AGCAATGCTG GTCTTAGGAA ATATCTAGAT 
TCGGATATAT CAGACGATTA CTTGATATCC AACTTATTGC AAACCAAAAG AGAGGCTGCG 
GGTAGCAGGA GCCCTGGGTC GCCCTTCACA CACTCAAAGG TGAACAAGCG CTCCCTGGCT 
ACGAAACAAA CGTACCCAAC TCTGAACTTG TACAAGAGTC CTGCGAGGCC AGAGATGAAA 
CACTTCTCAC CGTCAACGAG TAAGGATACT TTGTCCATTG CCACACACAA CAAAGGACTT 
TCTCAGAATA ATTCAGACAA GACAAAGTAC CATCCTAGTG CACAAAAGAA AGGGATTTCT 
CTGAATATAC CAGAAAAGCC AGCAAAAGAG ATGTTGCAGC GAAAGGAGAA AGACATTGGT 
GACCAGCCTG TACATACAAT AACGAATACA GCACAGAACA AAATGGCATC TCCCAATTTA 
CCTGTAGCGC AAAACAAAGT GTCGTCGGCA AATTTAACAG ACAACGCTAA ACAACCAACA 
AAAGACACTG TGGAATTGAA GGAAGAACAC ATCGGTGAAC AGACTGTAAA TACAAGAGAA 
GCCATCACAG CTATTAGGGA GACATTAATT ACAGCCCAAA ATAAAGTGCT GTTCTCGAAA 
AGAACAGACC ATACCAAAAG GTCAACAAAG GACATGACAG AGTTAAATGT CAAAGATACA 
GTTGAAGAGG TTATGAAAGC CGGTTTGGAA GCAATATCCA CCGCCAGAAC CAAAATATTC 
TCTCCCAATA GAACAGAAGC TGTAGAAGAA TTAACCATGA GTAAGAACAA CATTGTCAAA 
ACAGAGGACC CTCAAGAAAA AGATGACAAT GCAATTGTAG TAGAGGATAG ACATTCGCTT 
CATTCACTTT CAGTGCCAAG GCCAAGCCAC AGACGAATAG AGCGACAGAC AACAGGTGAA 
ACATATCCAA CTGACAACAC ACTCACCAAC GGATTTATAG AATGTGCGGA AAAAGAGAAA 
GAAATTATTT TGTCAGAAAA GGAGAAGGAG CCGGTTAAAA AGCAAGGCAG GTTTAAACAC 
ATATTTTCAG CGAGACAAAA CAACTATATT AAAAGCCAAA GATATGCAAT GAAGGAGAGT 
GGCGAGAAAG AGGAGGATGA TGAGGATTTT GAACCTAAAA TGGAGGTAAA TAATAAGAAA 
GATGTGGATG AAGAACTACA TTATACAGAG AAGACGGTGC ACAAAGAAAT GAAAGATGGC 
AAAAATAAAG TAAGTGACTT ACATGCACTG AAAGAGCTGG AGAAGGCTAG ATTGGGTGAA 
CACCTTATCA AGGACAGTGA GAATTTGAAC CCCGAACCAG GGATAGATAG GGAGACAAAG 
GCGAAAAACG ATTTAATTTC CAGGGAGCTT AGGAACATCA AAAGGGGTAT GCTTTCTATG 
CGAGGAAACA CATTCGCTAA AAAAGAGGCA TTTGTGAACA AAGAGAAGGA GCAAACTAAG 
CATGATGTAT TCTCAAAGAT AGACAACAAC GTTGTTATAA ACAAGTCATT GATCAACGAC 
AATTATGACA AGGCTAAAAT GGCACTCGAG GAAATCATAT CGGAAAGAGC AGAGAAACGT 
AAAAATAAAG TCTTAAAGAA TAAAGAAGAG GATGTCAATA CAGTCCCAGG TGAGAACCCT 
GATGATAGTA ATAATGTTAG AGTCCAAGAG CGTAGACAAG CAAGACAGGA TTCTATCAGG 
ACAGCAGCAG AGGAGGAACA AAATGAGGTG AGAGAGAGGC TACGAGATCT GAGGGATCAT 
CATCATCAGA CGCAAGAAAT CATTACCAAG ACTGAGACAA AACTTGGTGG AAATCACAGG 
TTAGGTGCCA CAATCTATGC TGAAGAAAAT AAACTCGCAA CAAGACCTAT CAGGGAGGAG 
CAAGAGAATA GAAACATCAT CAATAATGTC AGTGACAAAC AGAAATACAA TATTACATCC 
AGCAAATACT CAGCAGAGGA GAGTGATAGA ACTGTTGCTA GACAGTTATC TATTGAAACA 
AGAGATGACA CCTCTAAAAA TGATGAGGTC GTCAAAGAGG AGAGTCAACC AGACACACCC 
GTTCTCAAAC CAGAGGTACC ACCGAGGAGC AAGAAAGGGA ACACTAAAAA AGAGGACAGC 
ACAGAGGAAG AGAAAGAATG TGGGAATGTT ATGAATATAA TTGAGGAGGA TATAAAGAAT 
AGAGAATTTT CAAGTAGGGA TAGTACTAAT GACACAATTC AACAACAAAA AAACACACAG 
GCAAGAGGCA AGGTCTCAAA CAGGGAGGCC CTTGATGCAA AGATAAAAGC AGAAAGACAA 
ACAGATGCAC TTGAAACAGA GACGACGACT GAGCAAGATA CGATTATACA AAATAATCCC 
CATATTGGTT TGGCAGAAGA AGACTATTCT AAACATTCAA AGCATCCCCG TGAAACAAAT 
ACCTCTTTTT CACTCAGTGA AGAGAAGGAA AAGGAAATTA AGGCTTTATT AAATGAAAGC 
CAAACTAATA AACTTCCTAT AAGGGAGCCC AAAGCAGAAC AAACACAACA CAATATGGAA 
CAACAGGAAC AACCCTGTGT GAGAAGGAAG GCCCCTTTGA AACCAGGCAA ATATCATTCA 
AAACCTTCAA ACCAAGTAAA CATCACTACT GAGGATGAAT CGATAATGGA AAAAGAGACC 
ATGAAAAAGA GTCAAGCAAC TGAAGAGTCA AACAAATCAG TTAAGATTAG TGAAGATATT 
GCAAATGTTG ATGAAGATAT TAGAGAAACA TTAGTGTCTC CGTTGTCAAA TAGCAGTAGT 
ATAAATCAAA GTCAACAGGA TCGAACCAGT ATGTCCTCGA AGTCATCATA TTTCTCTGTC 
GCAAGTTCAT TGCAAAGAAA CAACGAAACT GACTCAAACA TCTATCACTC TTTGGAGAAT 
TTGATCGATG AATTAGAGGA GGTTGAGGAA GGAATAGAGG ATGTGGCAGA ACGTGTGAGA 
TGGGATTTGG AGACAAAGAT AGAAGTGGAG TATTACTCTG TAAGTGATCA TGAAAATGAG 
GAAGTTGAAG ACAAGCCAGT AATCCCTTCC AGGCGAGATA GGGTAACATC CCGGATGGAG 
GACAACGAGT CAAGAGCCAG AGAGATGGAC AAAAGTGGAT GGCTCCAGAG CCCCATGGTC 
AACACAAACA ATCAAACGCC AACATCTCAG TCCAATGCCT CTTCACCAGT TCTGGGGAAA 
CCGGCTCTAT TCAAAGTGAA AGACAACACA TTCAAGCATC ATGTCTCGCC TGTAACTAAG 
ACAGTGAAAC AGGTTCTGCA CAAGACAAAC CATGACCCAG CGGAACGTGC ACCGTGGTCA 
CCTAGAGAAA GCTTGAGTGG CTCTGAGAGG AGCGAGGAAG ATCCTCTCAA TCATCTTAAA 
GAGTCTATTG AAATACCGTC ACCCTATAAT GTCGCCACCA CACCAGACAA ACACTTCAAA 
CCCAAAGAGA CGGCATCTCC CCACTCTCCA CAGTCACCGC TGTCTCCCTC AAAACTAAAG 
CCCGAACACA GTCGGAAAGG CCAACGTGCG CGATGGTCAC CCAGGGAGTG CTTGAGTGGC 
TCTGAGAGGG GCGAGAAAGA TCATCTTGAT ATCCCTGAAC CCCATGCTGC TGCCACCACA 
CCAGACAAAC ACCTTAAACC CAAAGAGGCT AAATCTCACC ACGCTACACA CTCCCCACTG 
TCTCCCACAA AACTGCCCCC TGAAAACACC CCAAAAGGCC AACAATATGG GTCTTTCCTC 
ACAGTCCCTC AGGAAGATTA CATACATTCG GGGGTGAGTC CATCGTCAGA AGGGGGGACA 
AGCACAGTGG ATATAGCTGA TAACAACCCA GAGGACTCCA AGGTGCAGTC TGGTTCAGTC 
TGCAGCGGGA ATGACACCCA AGGACCCGGC AGACCCCCTG TGGTCCCTCC CAAGTCAGAG 
AAGGCCCTCC TCAAAGCCAT GAAGCTGACC ACCAGAAGGA TCCGAAAGGA AGAGAAGGGA 
AGTCAACCAC ACAAGAGCCG CAGCAGTAGA AGTGATAAAA ACAAGAGTGA TAAATCATCG 
GAGCATAAAA ATAGTAGCAG TGATAGTATT GACAAGCATT GTAGTAGTAA GAAGCAACAT 
CAGGAAAGGA CCGAACACAT CAGCCATAGC AGTGAGAAGC ACAGCCGTGG TGAATCGGAG 
CATCAAGGCC GTAGTAGTGA AAAGCACAGG CAGGATGAAT CAGAGCGTCA AGCCTATAAG 
AGTGTGAAGC ACCACAACGG TGTACCTGAA CATCAGAGCC ATGCTAATGA GAAGCCCCCG 
CAAGAAAAAG AAGAGCACAG CAGTCATAGT AGTGAGAAAC ACAGGCAAGG ACGCAGCATT 
GACGAACAGA GGCATGGTGA ATCAGAGCAT CAAGGCCGTA AGAGTGACAA GCAAAGTCAT 
GGTGATTCCA AGCGTCAGGG CCGTAGTAGT GAGAAACACA GCCGAGGGAT GCAAGAAAAG 
AGATTCCGCA GCAGCGACAG AGCTGTCAGT GAGAATAAAA GGCAAAACAG TGAGAGATCC 
ACGAGTGAGA GAACCCCGCG TCATAGAGCT CAGAGCATGG ACGGACACAT CGGTGATAAA 
GTGGAACAGA GAATTCGTAG TAGTGAGACA TCTCCTAGGG ACAGACCAGT ACAGAGGAGT 
CAGCGTATTG AGAAGTCCAT TAGGGAGGAG CTGTCTCAGA GGGGCCGAGC CCAAGAGAGA 
TCCAACAGAG AGAAACCAGA GAATTGGAAC AATAGTGTTG ATTCCCATGC CAGTGACGTT 
ATAGACTTGA CATCACCTCA CCCTAATCTA TCCCGCCAGT CCAGTTACAC CAGCCAGTTC 
TCTCGTCAGT CCAGCATCGA GCACGGTTAC ACCTCCTACC CAATGACCCA ACGGAAGTTG 
CTGCAGGATC CAGACTCGGG GCAGTATTTC GTAGTTGATA TGTCCGTCCA GGTCAAAACG 
AAGACCTTCT TTGATCCCAA AACTGGGAAT TACGTGCAGT TACCTGTTCA GCCTCCTGAG 
GGCCCTGTGT CTCAGGCCTC CACCATGGAG GTGATAACCG CACCTATGGT ACTCTACCAC 
GGTTCCTTTG TCCCAGTGCC TGTCTCATCC ATCCCATCAC AGAAATCCAC TGTCCACGCC 
TCACAGCTGG ACCAGGAAGA CTTTGAACAA AGGCTGGAAA GGCAGAGATA TAAACACACA 
AACGATGGCC ATCGCTACCT AGAGCCAGTG AACGGCTCCC AAGATCACAT GCTAGGGGAG 
TTCTTAGGCA CTGAGGATTT TTATGACTGT ATGAGCTGA

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

RefSeq	XP_014013872.1
CDS	1027..7785
Translation	MTCVEKRQHVSHRNTMLHHRFPNGFTEIFLDETDREVSTLTDRAFRSLCIGDEAVYNDEFSYGYPFSCHKPLVEKPLKKTKDAGKKHKLNGAKDTQPWRQKKSMSNVLIKNSDFKDTNGDSWDKSALFSIERELSEFSSDYKNLTTKKSDKDAKSSKTKNGQSIFKLRKLNIKNFFLHSEFSPFQSWRDFNRFPFSQDGITSILPVVDNLPKWYDSPLYKQLTEAHRIETLHAEETEQQCQKPVEPPLPPPRPPPKVLPKPSAPEKRSASDTSAKGETNAPWRRNRVRAKSAVPVNQLGVLCPPTETPKLVEEIPLLYKKEVKSVKVKEVEKPCSLTNTPFSISQLMTPVIPSRQATDTSEILSAVLSPSLLDLPLLDIEYVSPVISRSTSEVVKRDSYKSIASSLLFNLKDNRKRVKSRYSPSKFKTEQVDRSTLSPKLLEQRLLKYAQAPSDGIASGFSTPAILASGLSTPPILLDGLPICSPAVSESSNAGLRKYLDSDISDDYLISNLLQTKREAAGSRSPGSPFTHSKVNKRSLATKQTYPTLNLYKSPARPEMKHFSPSTSKDTLSIATHNKGLSQNNSDKTKYHPSAQKKGISLNIPEKPAKEMLQRKEKDIGDQPVHTITNTAQNKMASPNLPVAQNKVSSANLTDNAKQPTKDTVELKEEHIGEQTVNTREAITAIRETLITAQNKVLFSKRTDHTKRSTKDMTELNVKDTVEEVMKAGLEAISTARTKIFSPNRTEAVEELTMSKNNIVKTEDPQEKDDNAIVVEDRHSLHSLSVPRPSHRRIERQTTGETYPTDNTLTNGFIECAEKEKEIILSEKEKEPVKKQGRFKHIFSARQNNYIKSQRYAMKESGEKEEDDEDFEPKMEVNNKKDVDEELHYTEKTVHKEMKDGKNKVSDLHALKELEKARLGEHLIKDSENLNPEPGIDRETKAKNDLISRELRNIKRGMLSMRGNTFAKKEAFVNKEKEQTKHDVFSKIDNNVVINKSLINDNYDKAKMALEEIISERAEKRKNKVLKNKEEDVNTVPGENPDDSNNVRVQERRQARQDSIRTAAEEEQNEVRERLRDLRDHHHQTQEIITKTETKLGGNHRLGATIYAEENKLATRPIREEQENRNIINNVSDKQKYNITSSKYSAEESDRTVARQLSIETRDDTSKNDEVVKEESQPDTPVLKPEVPPRSKKGNTKKEDSTEEEKECGNVMNIIEEDIKNREFSSRDSTNDTIQQQKNTQARGKVSNREALDAKIKAERQTDALETETTTEQDTIIQNNPHIGLAEEDYSKHSKHPRETNTSFSLSEEKEKEIKALLNESQTNKLPIREPKAEQTQHNMEQQEQPCVRRKAPLKPGKYHSKPSNQVNITTEDESIMEKETMKKSQATEESNKSVKISEDIANVDEDIRETLVSPLSNSSSINQSQQDRTSMSSKSSYFSVASSLQRNNETDSNIYHSLENLIDELEEVEEGIEDVAERVRWDLETKIEVEYYSVSDHENEEVEDKPVIPSRRDRVTSRMEDNESRAREMDKSGWLQSPMVNTNNQTPTSQSNASSPVLGKPALFKVKDNTFKHHVSPVTKTVKQVLHKTNHDPAERAPWSPRESLSGSERSEEDPLNHLKESIEIPSPYNVATTPDKHFKPKETASPHSPQSPLSPSKLKPEHSRKGQRARWSPRECLSGSERGEKDHLDIPEPHAAATTPDKHLKPKEAKSHHATHSPLSPTKLPPENTPKGQQYGSFLTVPQEDYIHSGVSPSSEGGTSTVDIADNNPEDSKVQSGSVCSGNDTQGPGRPPVVPPKSEKALLKAMKLTTRRIRKEEKGSQPHKSRSSRSDKNKSDKSSEHKNSSSDSIDKHCSSKKQHQERTEHISHSSEKHSRGESEHQGRSSEKHRQDESERQAYKSVKHHNGVPEHQSHANEKPPQEKEEHSSHSSEKHRQGRSIDEQRHGESEHQGRKSDKQSHGDSKRQGRSSEKHSRGMQEKRFRSSDRAVSENKRQNSERSTSERTPRHRAQSMDGHIGDKVEQRIRSSETSPRDRPVQRSQRIEKSIREELSQRGRAQERSNREKPENWNNSVDSHASDVIDLTSPHPNLSRQSSYTSQFSRQSSIEHGYTSYPMTQRKLLQDPDSGQYFVVDMSVQVKTKTFFDPKTGNYVQLPVQPPEGPVSQASTMEVITAPMVLYHGSFVPVPVSSIPSQKSTVHASQLDQEDFEQRLERQRYKHTNDGHRYLEPVNGSQDHMLGEFLGTEDFYDCMS

Target ORF information:

RefSeq Version	XM_014158397.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar protein split ends-like (LOC106579007), transcript variant X1, mRNA.

Target ORF information:

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

XM_014158397.1

ORF Insert Sequence:

ATGACCTGTG TGGAGAAGCG CCAACACGTG AGCCACCGGA ATACCATGCT CCACCACCGC 
TTCCCCAACG GCTTCACTGA GATCTTCCTG GACGAGACGG ACCGAGAGGT CAGCACGCTC 
ACTGACCGAG CCTTCCGGAG CCTGTGCATC GGAGACGAGG CCGTGTACAA CGATGAGTTT 
TCATATGGAT ACCCTTTCAG CTGTCACAAG CCCCTAGTGG AGAAGCCCCT GAAAAAGACT 
AAAGACGCTG GTAAAAAGCA CAAACTCAAT GGTGCCAAAG ACACTCAACC CTGGAGGCAG 
AAGAAGAGCA TGTCCAACGT GTTGATTAAA AATAGTGATT TCAAGGACAC TAACGGGGAC 
TCGTGGGATA AGTCGGCCCT CTTCAGCATC GAAAGGGAAC TATCAGAATT CTCCTCGGAT 
TACAAGAACC TCACAACCAA GAAATCAGAC AAGGATGCAA AGTCCTCCAA GACTAAAAAT 
GGCCAATCTA TTTTCAAGCT GCGGAAGCTG AACATCAAAA ACTTTTTCCT CCACAGCGAG 
TTCAGCCCGT TCCAATCGTG GAGGGATTTT AACCGGTTTC CGTTCAGTCA GGACGGCATC 
ACCTCCATTC TCCCAGTGGT GGACAACCTC CCTAAATGGT ACGACTCCCC TCTATACAAA 
CAACTGACTG AGGCACATCG AATAGAAACA CTGCATGCGG AGGAAACAGA GCAGCAGTGC 
CAGAAACCAG TCGAACCCCC TCTTCCTCCT CCTCGTCCTC CACCCAAGGT TCTGCCAAAA 
CCCTCTGCCC CCGAGAAGAG GTCTGCGTCG GACACCTCTG CTAAGGGTGA AACCAACGCC 
CCCTGGAGGA GAAACAGAGT GAGAGCCAAG AGTGCTGTAC CTGTCAACCA ACTGGGAGTA 
CTTTGCCCTC CCACTGAAAC CCCAAAACTG GTGGAGGAGA TTCCTCTGCT GTATAAAAAG 
GAAGTCAAGT CGGTAAAGGT GAAAGAAGTG GAGAAGCCGT GCTCTTTGAC CAATACTCCA 
TTCAGCATTT CTCAGCTGAT GACACCCGTA ATACCGTCCA GACAGGCTAC AGACACCTCA 
GAGATCCTGT CAGCAGTGCT ATCTCCCTCT CTCCTCGATC TCCCCCTCCT AGACATAGAG 
TATGTGTCGC CAGTCATATC AAGGTCGACC TCCGAGGTCG TCAAACGAGA CAGCTACAAA 
TCTATTGCGT CCAGTTTGTT GTTCAACCTC AAGGATAACA GGAAGAGGGT CAAGAGCAGG 
TACAGCCCGT CAAAATTCAA AACCGAACAG GTGGATCGTA GCACTCTGTC TCCAAAGCTG 
CTGGAACAGA GACTACTCAA ATATGCACAA GCTCCTTCTG ACGGTATAGC CTCTGGTTTC 
AGTACACCTG CCATTCTAGC CTCCGGTTTA AGCACACCTC CCATTCTATT AGATGGACTG 
CCTATCTGTA GCCCAGCTGT TTCAGAATCT AGCAATGCTG GTCTTAGGAA ATATCTAGAT 
TCGGATATAT CAGACGATTA CTTGATATCC AACTTATTGC AAACCAAAAG AGAGGCTGCG 
GGTAGCAGGA GCCCTGGGTC GCCCTTCACA CACTCAAAGG TGAACAAGCG CTCCCTGGCT 
ACGAAACAAA CGTACCCAAC TCTGAACTTG TACAAGAGTC CTGCGAGGCC AGAGATGAAA 
CACTTCTCAC CGTCAACGAG TAAGGATACT TTGTCCATTG CCACACACAA CAAAGGACTT 
TCTCAGAATA ATTCAGACAA GACAAAGTAC CATCCTAGTG CACAAAAGAA AGGGATTTCT 
CTGAATATAC CAGAAAAGCC AGCAAAAGAG ATGTTGCAGC GAAAGGAGAA AGACATTGGT 
GACCAGCCTG TACATACAAT AACGAATACA GCACAGAACA AAATGGCATC TCCCAATTTA 
CCTGTAGCGC AAAACAAAGT GTCGTCGGCA AATTTAACAG ACAACGCTAA ACAACCAACA 
AAAGACACTG TGGAATTGAA GGAAGAACAC ATCGGTGAAC AGACTGTAAA TACAAGAGAA 
GCCATCACAG CTATTAGGGA GACATTAATT ACAGCCCAAA ATAAAGTGCT GTTCTCGAAA 
AGAACAGACC ATACCAAAAG GTCAACAAAG GACATGACAG AGTTAAATGT CAAAGATACA 
GTTGAAGAGG TTATGAAAGC CGGTTTGGAA GCAATATCCA CCGCCAGAAC CAAAATATTC 
TCTCCCAATA GAACAGAAGC TGTAGAAGAA TTAACCATGA GTAAGAACAA CATTGTCAAA 
ACAGAGGACC CTCAAGAAAA AGATGACAAT GCAATTGTAG TAGAGGATAG ACATTCGCTT 
CATTCACTTT CAGTGCCAAG GCCAAGCCAC AGACGAATAG AGCGACAGAC AACAGGTGAA 
ACATATCCAA CTGACAACAC ACTCACCAAC GGATTTATAG AATGTGCGGA AAAAGAGAAA 
GAAATTATTT TGTCAGAAAA GGAGAAGGAG CCGGTTAAAA AGCAAGGCAG GTTTAAACAC 
ATATTTTCAG CGAGACAAAA CAACTATATT AAAAGCCAAA GATATGCAAT GAAGGAGAGT 
GGCGAGAAAG AGGAGGATGA TGAGGATTTT GAACCTAAAA TGGAGGTAAA TAATAAGAAA 
GATGTGGATG AAGAACTACA TTATACAGAG AAGACGGTGC ACAAAGAAAT GAAAGATGGC 
AAAAATAAAG TAAGTGACTT ACATGCACTG AAAGAGCTGG AGAAGGCTAG ATTGGGTGAA 
CACCTTATCA AGGACAGTGA GAATTTGAAC CCCGAACCAG GGATAGATAG GGAGACAAAG 
GCGAAAAACG ATTTAATTTC CAGGGAGCTT AGGAACATCA AAAGGGGTAT GCTTTCTATG 
CGAGGAAACA CATTCGCTAA AAAAGAGGCA TTTGTGAACA AAGAGAAGGA GCAAACTAAG 
CATGATGTAT TCTCAAAGAT AGACAACAAC GTTGTTATAA ACAAGTCATT GATCAACGAC 
AATTATGACA AGGCTAAAAT GGCACTCGAG GAAATCATAT CGGAAAGAGC AGAGAAACGT 
AAAAATAAAG TCTTAAAGAA TAAAGAAGAG GATGTCAATA CAGTCCCAGG TGAGAACCCT 
GATGATAGTA ATAATGTTAG AGTCCAAGAG CGTAGACAAG CAAGACAGGA TTCTATCAGG 
ACAGCAGCAG AGGAGGAACA AAATGAGGTG AGAGAGAGGC TACGAGATCT GAGGGATCAT 
CATCATCAGA CGCAAGAAAT CATTACCAAG ACTGAGACAA AACTTGGTGG AAATCACAGG 
TTAGGTGCCA CAATCTATGC TGAAGAAAAT AAACTCGCAA CAAGACCTAT CAGGGAGGAG 
CAAGAGAATA GAAACATCAT CAATAATGTC AGTGACAAAC AGAAATACAA TATTACATCC 
AGCAAATACT CAGCAGAGGA GAGTGATAGA ACTGTTGCTA GACAGTTATC TATTGAAACA 
AGAGATGACA CCTCTAAAAA TGATGAGGTC GTCAAAGAGG AGAGTCAACC AGACACACCC 
GTTCTCAAAC CAGAGGTACC ACCGAGGAGC AAGAAAGGGA ACACTAAAAA AGAGGACAGC 
ACAGAGGAAG AGAAAGAATG TGGGAATGTT ATGAATATAA TTGAGGAGGA TATAAAGAAT 
AGAGAATTTT CAAGTAGGGA TAGTACTAAT GACACAATTC AACAACAAAA AAACACACAG 
GCAAGAGGCA AGGTCTCAAA CAGGGAGGCC CTTGATGCAA AGATAAAAGC AGAAAGACAA 
ACAGATGCAC TTGAAACAGA GACGACGACT GAGCAAGATA CGATTATACA AAATAATCCC 
CATATTGGTT TGGCAGAAGA AGACTATTCT AAACATTCAA AGCATCCCCG TGAAACAAAT 
ACCTCTTTTT CACTCAGTGA AGAGAAGGAA AAGGAAATTA AGGCTTTATT AAATGAAAGC 
CAAACTAATA AACTTCCTAT AAGGGAGCCC AAAGCAGAAC AAACACAACA CAATATGGAA 
CAACAGGAAC AACCCTGTGT GAGAAGGAAG GCCCCTTTGA AACCAGGCAA ATATCATTCA 
AAACCTTCAA ACCAAGTAAA CATCACTACT GAGGATGAAT CGATAATGGA AAAAGAGACC 
ATGAAAAAGA GTCAAGCAAC TGAAGAGTCA AACAAATCAG TTAAGATTAG TGAAGATATT 
GCAAATGTTG ATGAAGATAT TAGAGAAACA TTAGTGTCTC CGTTGTCAAA TAGCAGTAGT 
ATAAATCAAA GTCAACAGGA TCGAACCAGT ATGTCCTCGA AGTCATCATA TTTCTCTGTC 
GCAAGTTCAT TGCAAAGAAA CAACGAAACT GACTCAAACA TCTATCACTC TTTGGAGAAT 
TTGATCGATG AATTAGAGGA GGTTGAGGAA GGAATAGAGG ATGTGGCAGA ACGTGTGAGA 
TGGGATTTGG AGACAAAGAT AGAAGTGGAG TATTACTCTG TAAGTGATCA TGAAAATGAG 
GAAGTTGAAG ACAAGCCAGT AATCCCTTCC AGGCGAGATA GGGTAACATC CCGGATGGAG 
GACAACGAGT CAAGAGCCAG AGAGATGGAC AAAAGTGGAT GGCTCCAGAG CCCCATGGTC 
AACACAAACA ATCAAACGCC AACATCTCAG TCCAATGCCT CTTCACCAGT TCTGGGGAAA 
CCGGCTCTAT TCAAAGTGAA AGACAACACA TTCAAGCATC ATGTCTCGCC TGTAACTAAG 
ACAGTGAAAC AGGTTCTGCA CAAGACAAAC CATGACCCAG CGGAACGTGC ACCGTGGTCA 
CCTAGAGAAA GCTTGAGTGG CTCTGAGAGG AGCGAGGAAG ATCCTCTCAA TCATCTTAAA 
GAGTCTATTG AAATACCGTC ACCCTATAAT GTCGCCACCA CACCAGACAA ACACTTCAAA 
CCCAAAGAGA CGGCATCTCC CCACTCTCCA CAGTCACCGC TGTCTCCCTC AAAACTAAAG 
CCCGAACACA GTCGGAAAGG CCAACGTGCG CGATGGTCAC CCAGGGAGTG CTTGAGTGGC 
TCTGAGAGGG GCGAGAAAGA TCATCTTGAT ATCCCTGAAC CCCATGCTGC TGCCACCACA 
CCAGACAAAC ACCTTAAACC CAAAGAGGCT AAATCTCACC ACGCTACACA CTCCCCACTG 
TCTCCCACAA AACTGCCCCC TGAAAACACC CCAAAAGGCC AACAATATGG GTCTTTCCTC 
ACAGTCCCTC AGGAAGATTA CATACATTCG GGGGTGAGTC CATCGTCAGA AGGGGGGACA 
AGCACAGTGG ATATAGCTGA TAACAACCCA GAGGACTCCA AGGTGCAGTC TGGTTCAGTC 
TGCAGCGGGA ATGACACCCA AGGACCCGGC AGACCCCCTG TGGTCCCTCC CAAGTCAGAG 
AAGGCCCTCC TCAAAGCCAT GAAGCTGACC ACCAGAAGGA TCCGAAAGGA AGAGAAGGGA 
AGTCAACCAC ACAAGAGCCG CAGCAGTAGA AGTGATAAAA ACAAGAGTGA TAAATCATCG 
GAGCATAAAA ATAGTAGCAG TGATAGTATT GACAAGCATT GTAGTAGTAA GAAGCAACAT 
CAGGAAAGGA CCGAACACAT CAGCCATAGC AGTGAGAAGC ACAGCCGTGG TGAATCGGAG 
CATCAAGGCC GTAGTAGTGA AAAGCACAGG CAGGATGAAT CAGAGCGTCA AGCCTATAAG 
AGTGTGAAGC ACCACAACGG TGTACCTGAA CATCAGAGCC ATGCTAATGA GAAGCCCCCG 
CAAGAAAAAG AAGAGCACAG CAGTCATAGT AGTGAGAAAC ACAGGCAAGG ACGCAGCATT 
GACGAACAGA GGCATGGTGA ATCAGAGCAT CAAGGCCGTA AGAGTGACAA GCAAAGTCAT 
GGTGATTCCA AGCGTCAGGG CCGTAGTAGT GAGAAACACA GCCGAGGGAT GCAAGAAAAG 
AGATTCCGCA GCAGCGACAG AGCTGTCAGT GAGAATAAAA GGCAAAACAG TGAGAGATCC 
ACGAGTGAGA GAACCCCGCG TCATAGAGCT CAGAGCATGG ACGGACACAT CGGTGATAAA 
GTGGAACAGA GAATTCGTAG TAGTGAGACA TCTCCTAGGG ACAGACCAGT ACAGAGGAGT 
CAGCGTATTG AGAAGTCCAT TAGGGAGGAG CTGTCTCAGA GGGGCCGAGC CCAAGAGAGA 
TCCAACAGAG AGAAACCAGA GAATTGGAAC AATAGTGTTG ATTCCCATGC CAGTGACGTT 
ATAGACTTGA CATCACCTCA CCCTAATCTA TCCCGCCAGT CCAGTTACAC CAGCCAGTTC 
TCTCGTCAGT CCAGCATCGA GCACGGTTAC ACCTCCTACC CAATGACCCA ACGGAAGTTG 
CTGCAGGATC CAGACTCGGG GCAGTATTTC GTAGTTGATA TGTCCGTCCA GGTCAAAACG 
AAGACCTTCT TTGATCCCAA AACTGGGAAT TACGTGCAGT TACCTGTTCA GCCTCCTGAG 
GGCCCTGTGT CTCAGGCCTC CACCATGGAG GTGATAACCG CACCTATGGT ACTCTACCAC 
GGTTCCTTTG TCCCAGTGCC TGTCTCATCC ATCCCATCAC AGAAATCCAC TGTCCACGCC 
TCACAGCTGG ACCAGGAAGA CTTTGAACAA AGGCTGGAAA GGCAGAGATA TAAACACACA 
AACGATGGCC ATCGCTACCT AGAGCCAGTG AACGGCTCCC AAGATCACAT GCTAGGGGAG 
TTCTTAGGCA CTGAGGATTT TTATGACTGT ATGAGCTGA

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

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LOC106579007 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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