LOC106582401 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106582401
Entrez Gene ID	106582401
Full Name	uncharacterized LOC106582401
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014165491.1	XP_014020966.1	uncharacterized protein LOC106582401

Pathways from BioSystems
Gene Ontology

The following LOC106582401 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106582401 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
OAt62659	XM_014165491.1 Latest version!	Salmo salar uncharacterized LOC106582401 (LOC106582401), 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)

LOC106582401 ( XM_014165491.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014020966.1 Salmo salar uncharacterized LOC106582401 (LOC106582401), mRNA.

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CloneID	OAt62659
Clone ID Related Accession (Same CDS sequence)	XM_014165491.1
Accession Version	XM_014165491.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6210bp) 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	uncharacterized protein LOC106582401
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012340375.1) 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##

ATGACTGAAA AAACGCTGGT ATTGGAGGGT CTGCCAGACG ACATAGACAA AATCAGACCC 
AAGTTGGATT TGCACTTCAA AAACAAAAGA AAGTCTGGAG GAGAGACATT ACAAATTCAA 
GACTATCCTG GGGACAAGAG GAAGGCTTTG CTCGTTTACC ATGAAGATGC AGCTCTGCAG 
AACGTGTTGG ATAGAAAATG CCATAAAATT GATTTCAAAA TCCCTTTTGG GGTGGTTGAG 
CTTCAAGTGA AACTGAAGGA AGATGGCGGT GAAACAGAAG TGAAGAAAGT TAAACCACCA 
GTCTTCCCTC GCCCTACAAA AGACAAACTG ACTTTCCTAG GAAAGTCTTC TCCTAACGTT 
GAAGAGAAGC CAGTGTCAGA GAGTCTAGCA GATTCAGTGA CGGATGATGA CATAAAATTA 
CTACTTGTCA GAACCACCAA GGAATGTGAA AAGGAGCTCC TTAACTTGTA TTTTGAGCAG 
TTTGCTTTAG AAGAAGGAGA GGTCAGCATT ACAAGACATG GAAAGAATAG CTGGGTCCTT 
AAACTGTCCT GTCAGTCAGA TGCAGAGAAA GTCCTTGCCA AGAAGGAGCA TCAGTATGGC 
ATTTCTGTGG AGGTGTACAA TGAGACAGCT GTTGAAGGGA AACTGGACAA CAGACGCTTC 
ATCCTGACTG GGTTCAACGA GACCTGCAAG TGCGACATTG TCTCTCTATA CATCGGCAGC 
TGCAGCCAAG GGGCTGAACA TGTCTGGGAG ACCCTTGACG ATGGAGAAAG AGTAGTGGTC 
ACCTTCAAAC AGGACATTGA CATAAAGTCC TTCCTTAGGA AATGCGTGTC AAAGAAGTTC 
CAGGGTATGG AGATTGGGGC TTGCCGTTTA GAGCTGACAG ACTCTGTCCT TGTCCAGGGG 
GACATGAGCC AAATCAAAGG AGAGGTGGAG GAGGCCCTGA ATCTCTACTT CTCCAGCAGG 
AGGAGCAAAG GAGGGGCTAT CAGGTCCCAG ATCTGGGTTA CAAAGGGCAA GAGCATGGTC 
ATCACCTTTG AAGACTGTCA TGTTGCCCAT CAGGTGGCAG AACACAAGCA TCGTTTTGGT 
GGGGTCGACC TCATAGCTCA GCTGTTCTAC TCCAGCCTGC AGAAGGCTTT GACGGGACAA 
ACAGCCCTCC TCTCAGACAT CCCCACTAAA GTGACCCTTC CACTCAGTGT GGAACTCCTT 
GACTTCATTA ACCGTGACAA GACCCGCAAG CAGGAAATTA CAACTGTACT CCTTAGGGTC 
CATGCTAGAG TTTCCTTCAA CATGAGTACA GAACCCCCTC AGATGGAACT GGACATGACC 
ATGGAGAATG AGTCTTTGGG CATGCTCAGA TTGTTCCCTA CATGGGAGAG GAAAGCCCGG 
AGAGAGGCTC TGGCCTTGCT AGAGAAATAT AAAGAGGTTC AGCTGCCCAT AGAGATGGAG 
GTCTGGGAAA GGATTGAGAG CGGTTGCCTT GGCCTCATAT CCCCTGGCGC TAGCATCTCT 
TACAGGAGCA CCAGTGCTGA GATAGTTGTG GTGTGTGTGC AGAATGAGGT GAAGACCCTA 
GTGGAGAAGA TTGAGCAAAT GGTGAAAAAG GCTAGTGATG AGCTCGAGAG GGAGAGGAAC 
ACGGTATTAA GAAAAATCCC ACTGGACTCT AAGGAAAAGC TTGATTTCAT TTGTGATCTC 
GTCTCTGGTA AACTAGTGGA CGTAGGGTTT TCTAAAGATG AAGAAAGCTT TATCATCTGC 
CTAAAGGGTT TGGAGAACCA GGTGAGCACA GCAGAAGGTG TCGTGAAAGA GGCCCTGGGG 
AACGTTGAAG CCAAACTCCT TGAGATATCA ATGCCTCTGA TGGAGTTCCT AAAGTCTGTG 
GACCTGAAGA AGATTGAGAA GAACCACTTT TCCCAGAACA ACATATCGTC TGTGTTTCTC 
CTTGGTAATG ATTCCATCCA GATCCTAGCA GATAGAACTG ACATCCAGAG AGCTGAAGAC 
AAACTATACG AGGTCATCAA AGAGGAAGTC ATCAAACTCA CACCAGACCA AACCCACGTG 
ACAAAGGGCG AACAATGGCT GCAGTTCTTT GCCGGACTCA ACGGTGAGCT CAAATCCACC 
AAGAACAACC ACAATGTCAG CATCTCAGTT TCGCAGGAGA AGATCGGTGT CTGTGGATTC 
TCCAATGTTG TAGCAGATGT GTCAGGGAAG TTAAATGGAT ACCTGGATAA CAAGAAGCCA 
GAAACAGCGG ACGTCCCTCT CAAATCAGTG CAGGAAGTAC AGTATGTGGC CTCTTGTATG 
ACACTCTCAG AGGTCCCTGA AATTAAGGCC CTTGGCGTGA CTATACTGCC ATGCAAAACA 
CAAGGATCCC CTTGCCTGAA GATCACTGCA GCGAGCGATA AAATCAAAGA GGCCTTAGAT 
GCAGTGAAAC AGCAGGTCAG TACAATAACG ACGGAGAAGT ACACATACTC CGAAGCCGGC 
AAGTCCAAAG TCCTGGAGAA GAACAAAGTT GCTCTGCAGG CTAAGGCCAA GGATTTAGGG 
TGTAAACTTT TCCTATCACC ATTGATTACC CTCTGCCAGA AATACAGCTA CGACATAGAA 
GGGTGCATCA CTTTAACTGT GGGTCAGGGT AACATCTCCC AACATGCTGC AGATGCTCTG 
ATCTGCCCTC TGAGCAGCAG CCTGGCCTTC GATACTCCGA TCGCCAAACA ATTCCTTCAG 
ATGGGTGGGC CTGAGATCAG GAAGGTGTGT GACAAGTTCC TGAAGGAAAG GCAAACTCTA 
CAGGCGGGAG ATGTGGTCTT GTCCAACCCA GGAACCCTTG GAGCTAAACA CCTCATCTAT 
GCAGGCATTC CTGTATTGGG GAAGGCTTCC ACACCTCTCA ACTCTGTCTA TCTGCAGTCT 
GCTGTCAGGG ACAGTTTATT GGGAGCAGAA AACAAGAAGT GTGCCTCCAT AGGCATGCCA 
GTGATGGGGT ATGGCACCTT TGGTTTTTCT GTCAAAGAAA GCTGTGTAGC AGTTATCAAG 
GGAATCCTAG ATTTCATCTA CACTGATCAG AAATCCCCCC AACTGAGGAG CATATTTGTG 
ATCGACTCTG ATGCCAAGCT AGTGGAGGAG TTCCAGTCAG CCATTGAAGG AAAGGGTTAT 
CGTCGTCAAC AAAAAACCAG CAAACCAGCA ACAGGCACAA CTCCAACTTC TCCCCCTGCA 
GCCAACGCCT CACATAACAC ACCTCCACCA CCACCCCTAG CGGCTAAACC AGGTTCAGAC 
ATCAAAGTGA TTATAGGTGG CGTGTCAGTG ATCCTGAAGA AGGGTGACAT CACCAAAGAG 
ACAGTGGATG TCATAGTGAA TTCCAACAAC CAAAATCTCA ATCTGAACAA TGGTATGCTA 
AAGGCCGATG GTGTTGTACT CACACATGGT GGGAACCTAA ACTGTAAAAA CATAGCTCAG 
ATGGTTGGGC CCAAGACTTC TGCAGATATC ATCACCTCCA TAGAGAAGGT CCTTCAGCTG 
TGTGAGAGCC AGAATGCAGC CACAGTGTCC ATCCCTACTA TTGGCACAGG GCAAGGTGGC 
GTTGAACCCA AAGATTGCAT CAAGGCCATT CTAAAAGGAC TGGAGAGCCA CACATCACGG 
ATGACCTCAT CCAGCATCAA AATCATTTTC ATAGTGGCCT TTGAGCAGAA GATCTTTGAC 
TCCATGAGAA ATTACTTTAA CAAAAGTAAC CTGCGCCCAC ACAACATCAA GCAGGCTGCA 
TCCACACCTT CTCAGTCCAG TCTTCCCCCA AATCAAGTAA AGATCCATGG TGTCAGAATT 
GAATTGAGGA AAGGCAACAT TACTCAAGAA ACTGTCAGAG CCATTGTGAA TAGCACCAAT 
GCTGATATCA ACTTAACAGG AGGAGTTAGT GCGGCGATTG TCAAAGCAGC TGGGAGCGCA 
GTTGAACAGG AGTGCAAAAC CATTTGCCCT CTAAGGGCTG ATGCAGCAGG GGTGACCAGC 
GGCGGGGCCC TTCAGTGTAA CTTCATCATC CACATACTGG GGCCCCACTC TGTGGCTGAC 
GCTACACAAC GAGTCACCAA GGTCCTGGAG TGCTGTGAGG ACAAACAGAT CACCACCGTG 
TCCTTCCCTG CTGTTGGCAC TGGTGGTGGT GGCCTTAGCG GCACAGACTC TATTGGTGCC 
ATCCTCCAGG GCATCCAGGA TCATCTATCA CTGTGCTCCT CCTCTACCAT CATTAAACTG 
ATCTACATCG TCATCTATGA GGACAAGATC CTGCAGGAGT TTCAGCTGGG GCTCAACCAG 
TGGAAGACAA GCCAGATGGT TGAAGACGCC AGTGACGACG ATCTTGAGGA TGATCTTAAT 
GGTGATGAAG ATGACAGTGA TATGTGGAAC ACCAACTCTG AGGAAGAAGA TGACACCAGT 
GTTCAGACAG GAAACACAAT TGAAGCAATA ATTGGGCCAG TGAAGGTCAA GGTAGTATGT 
GGTGACATCA CTAAGGAGAA AACGGACGCC ATCGTCAACA GTACAAACTC GAGTCTGGAT 
CTGAACTCTG GTGTATCAGG AGCCATTCTA AAAGCAGCTG GACAGACAGT CGTGGATGAG 
TGCAAAGCCT TAGGGACCCA ACCCAGTGAT GGTGTTGTCA TGACCACGCC TGGGAATCTC 
AAGACCAAGC ACATCATCCA CATGGTGGGG CAGACCAAGG AGAAGGAGAT CACCAGCTCC 
ATGCTTAAAG TGTTAAAGAT GTGTGAAGAC AAGAAAATAC AATCCGTCTC TTTCCCAGCA 
CTCGGAACAG GTGCTGGTAA CTTGGGAGCA GTGCAGGTCG GGAATGCAAT GATGGCCGCA 
ATAGCTGATT TACTGATAAG CATCAGAACA CCGTCAGTTA CAACGATTCA CATTGTTATA 
TTCCAAGCGA AGATGATAAA GGACTTTGAG GAGGTTATGA AAAATTTAAA GAAGGTGATC 
CCCAAGCCTG CAGCCAAAAA GTCATCAAAA ACTGCCAAAA CAACCAGACC AACCCAGCCC 
ACCCCTACCA AACCAGCCCT GTTTTTGGCC AGTGCCACAG CAGCCGTGGT CTTCCCCAGT 
ATGGAGGCTG TGGTGTATGG GCCCTCCCCT GCCAGCCTGA CCAAGGTGAA GAAACTCCTG 
GATGAGCTGA TCTCTGAGGA GTGCATTAGC CAGGACCTTT TCTCCAGCCA CCTGCACCTG 
CTCCTGGAGG CCCAGAAGGA GGCCATCGTG GCCCTGAGCC AGACGAACCA GGTCCATGTC 
CTGGTGACGT CCCCAGACAA GATGACCATC TCTGGGAAGA AAGACGACGT TCTCTCCGCC 
GTCCTCCAGA TCAAGGACTA TCTGCAGGGG GCAAGGGACA GGGAGAGCCG GGAGGGAGAG 
GAGAAGAGGC TGAGGGAGAC CGTGCGCTGG GAGGCGGGGG AGGGAGAGAC CTGGGGAGAG 
CTGGACTGTA GTCTAAGCTA TGATCTGGAG CTGGCCTTCC ACAGGAAAGA CAAGTGTTTT 
AAATATAACC ACCAGGGGGA GACGTTCACT GTGGACCTGA AGGACATGCA GCAGACTGAC 
AGCAAAGGGA CCATCACCAG GGTCAAAAGG AGCCTTGTGG CGGACTCTGA AACAGCCGTC 
ATTCAGTTCC CACAGAGCTG GACTAGAATG GAGGGCAAGG ATCTGGAGAT CGTCACACTG 
GCTCCCAGTT CAGGAGAGTA CCAGAGAATT GAGAAAGAGT TCTTTGCCAC CAGCAAGAAC 
CCAAAAACTA ATACGCAGCC AACCATTCAA ATTGTCCAGA TCCAGAGGAT TCAGAGCAAA 
GACCAATGGC AGAGGTACGC AGTGAAAAAA CAGGCCATGG ATAAGAAGTA TCCCAAAAAC 
AAGAACGAGC TGAGCCTTTA CCACGGAACA ACCAAAGACA TTTGTCAGAA AATCAACACC 
TGTGGTTTCA ACAGGAGCTT CTGTGGGAGA AACGCTACTG CATACGGCGA CGGGACTTAC 
TTTGCCAAAG AGATGTGGTA CTCGTGCCAA GATGCATACT CCAATCCAGA TGCCAGTGGG 
CTGAAGTACA TGTACCGTGC CAGGGTGCTG GTGGGTTCAC CCTGCCTGGG GGTGCAGGGC 
ATGAAGGAGC CAAACCCCCT GAACCCCGGT GACCTCCGCC AGGGGCTACA TGACTGTGCC 
GTCAATAATC TGCAGAATCC GTTTATCTAT GTGGTGTTCT GTGATGCAGG TGCCTATCCA 
GACTACCTCA TCAGCTTCAA GACCATCTGA

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

RefSeq	XP_014020966.1
CDS	35..6244
Translation	MTEKTLVLEGLPDDIDKIRPKLDLHFKNKRKSGGETLQIQDYPGDKRKALLVYHEDAALQNVLDRKCHKIDFKIPFGVVELQVKLKEDGGETEVKKVKPPVFPRPTKDKLTFLGKSSPNVEEKPVSESLADSVTDDDIKLLLVRTTKECEKELLNLYFEQFALEEGEVSITRHGKNSWVLKLSCQSDAEKVLAKKEHQYGISVEVYNETAVEGKLDNRRFILTGFNETCKCDIVSLYIGSCSQGAEHVWETLDDGERVVVTFKQDIDIKSFLRKCVSKKFQGMEIGACRLELTDSVLVQGDMSQIKGEVEEALNLYFSSRRSKGGAIRSQIWVTKGKSMVITFEDCHVAHQVAEHKHRFGGVDLIAQLFYSSLQKALTGQTALLSDIPTKVTLPLSVELLDFINRDKTRKQEITTVLLRVHARVSFNMSTEPPQMELDMTMENESLGMLRLFPTWERKARREALALLEKYKEVQLPIEMEVWERIESGCLGLISPGASISYRSTSAEIVVVCVQNEVKTLVEKIEQMVKKASDELERERNTVLRKIPLDSKEKLDFICDLVSGKLVDVGFSKDEESFIICLKGLENQVSTAEGVVKEALGNVEAKLLEISMPLMEFLKSVDLKKIEKNHFSQNNISSVFLLGNDSIQILADRTDIQRAEDKLYEVIKEEVIKLTPDQTHVTKGEQWLQFFAGLNGELKSTKNNHNVSISVSQEKIGVCGFSNVVADVSGKLNGYLDNKKPETADVPLKSVQEVQYVASCMTLSEVPEIKALGVTILPCKTQGSPCLKITAASDKIKEALDAVKQQVSTITTEKYTYSEAGKSKVLEKNKVALQAKAKDLGCKLFLSPLITLCQKYSYDIEGCITLTVGQGNISQHAADALICPLSSSLAFDTPIAKQFLQMGGPEIRKVCDKFLKERQTLQAGDVVLSNPGTLGAKHLIYAGIPVLGKASTPLNSVYLQSAVRDSLLGAENKKCASIGMPVMGYGTFGFSVKESCVAVIKGILDFIYTDQKSPQLRSIFVIDSDAKLVEEFQSAIEGKGYRRQQKTSKPATGTTPTSPPAANASHNTPPPPPLAAKPGSDIKVIIGGVSVILKKGDITKETVDVIVNSNNQNLNLNNGMLKADGVVLTHGGNLNCKNIAQMVGPKTSADIITSIEKVLQLCESQNAATVSIPTIGTGQGGVEPKDCIKAILKGLESHTSRMTSSSIKIIFIVAFEQKIFDSMRNYFNKSNLRPHNIKQAASTPSQSSLPPNQVKIHGVRIELRKGNITQETVRAIVNSTNADINLTGGVSAAIVKAAGSAVEQECKTICPLRADAAGVTSGGALQCNFIIHILGPHSVADATQRVTKVLECCEDKQITTVSFPAVGTGGGGLSGTDSIGAILQGIQDHLSLCSSSTIIKLIYIVIYEDKILQEFQLGLNQWKTSQMVEDASDDDLEDDLNGDEDDSDMWNTNSEEEDDTSVQTGNTIEAIIGPVKVKVVCGDITKEKTDAIVNSTNSSLDLNSGVSGAILKAAGQTVVDECKALGTQPSDGVVMTTPGNLKTKHIIHMVGQTKEKEITSSMLKVLKMCEDKKIQSVSFPALGTGAGNLGAVQVGNAMMAAIADLLISIRTPSVTTIHIVIFQAKMIKDFEEVMKNLKKVIPKPAAKKSSKTAKTTRPTQPTPTKPALFLASATAAVVFPSMEAVVYGPSPASLTKVKKLLDELISEECISQDLFSSHLHLLLEAQKEAIVALSQTNQVHVLVTSPDKMTISGKKDDVLSAVLQIKDYLQGARDRESREGEEKRLRETVRWEAGEGETWGELDCSLSYDLELAFHRKDKCFKYNHQGETFTVDLKDMQQTDSKGTITRVKRSLVADSETAVIQFPQSWTRMEGKDLEIVTLAPSSGEYQRIEKEFFATSKNPKTNTQPTIQIVQIQRIQSKDQWQRYAVKKQAMDKKYPKNKNELSLYHGTTKDICQKINTCGFNRSFCGRNATAYGDGTYFAKEMWYSCQDAYSNPDASGLKYMYRARVLVGSPCLGVQGMKEPNPLNPGDLRQGLHDCAVNNLQNPFIYVVFCDAGAYPDYLISFKTI

Target ORF information:

RefSeq Version	XM_014165491.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar uncharacterized LOC106582401 (LOC106582401), mRNA.

Target ORF information:

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

XM_014165491.1

ORF Insert Sequence:

ATGACTGAAA AAACGCTGGT ATTGGAGGGT CTGCCAGACG ACATAGACAA AATCAGACCC 
AAGTTGGATT TGCACTTCAA AAACAAAAGA AAGTCTGGAG GAGAGACATT ACAAATTCAA 
GACTATCCTG GGGACAAGAG GAAGGCTTTG CTCGTTTACC ATGAAGATGC AGCTCTGCAG 
AACGTGTTGG ATAGAAAATG CCATAAAATT GATTTCAAAA TCCCTTTTGG GGTGGTTGAG 
CTTCAAGTGA AACTGAAGGA AGATGGCGGT GAAACAGAAG TGAAGAAAGT TAAACCACCA 
GTCTTCCCTC GCCCTACAAA AGACAAACTG ACTTTCCTAG GAAAGTCTTC TCCTAACGTT 
GAAGAGAAGC CAGTGTCAGA GAGTCTAGCA GATTCAGTGA CGGATGATGA CATAAAATTA 
CTACTTGTCA GAACCACCAA GGAATGTGAA AAGGAGCTCC TTAACTTGTA TTTTGAGCAG 
TTTGCTTTAG AAGAAGGAGA GGTCAGCATT ACAAGACATG GAAAGAATAG CTGGGTCCTT 
AAACTGTCCT GTCAGTCAGA TGCAGAGAAA GTCCTTGCCA AGAAGGAGCA TCAGTATGGC 
ATTTCTGTGG AGGTGTACAA TGAGACAGCT GTTGAAGGGA AACTGGACAA CAGACGCTTC 
ATCCTGACTG GGTTCAACGA GACCTGCAAG TGCGACATTG TCTCTCTATA CATCGGCAGC 
TGCAGCCAAG GGGCTGAACA TGTCTGGGAG ACCCTTGACG ATGGAGAAAG AGTAGTGGTC 
ACCTTCAAAC AGGACATTGA CATAAAGTCC TTCCTTAGGA AATGCGTGTC AAAGAAGTTC 
CAGGGTATGG AGATTGGGGC TTGCCGTTTA GAGCTGACAG ACTCTGTCCT TGTCCAGGGG 
GACATGAGCC AAATCAAAGG AGAGGTGGAG GAGGCCCTGA ATCTCTACTT CTCCAGCAGG 
AGGAGCAAAG GAGGGGCTAT CAGGTCCCAG ATCTGGGTTA CAAAGGGCAA GAGCATGGTC 
ATCACCTTTG AAGACTGTCA TGTTGCCCAT CAGGTGGCAG AACACAAGCA TCGTTTTGGT 
GGGGTCGACC TCATAGCTCA GCTGTTCTAC TCCAGCCTGC AGAAGGCTTT GACGGGACAA 
ACAGCCCTCC TCTCAGACAT CCCCACTAAA GTGACCCTTC CACTCAGTGT GGAACTCCTT 
GACTTCATTA ACCGTGACAA GACCCGCAAG CAGGAAATTA CAACTGTACT CCTTAGGGTC 
CATGCTAGAG TTTCCTTCAA CATGAGTACA GAACCCCCTC AGATGGAACT GGACATGACC 
ATGGAGAATG AGTCTTTGGG CATGCTCAGA TTGTTCCCTA CATGGGAGAG GAAAGCCCGG 
AGAGAGGCTC TGGCCTTGCT AGAGAAATAT AAAGAGGTTC AGCTGCCCAT AGAGATGGAG 
GTCTGGGAAA GGATTGAGAG CGGTTGCCTT GGCCTCATAT CCCCTGGCGC TAGCATCTCT 
TACAGGAGCA CCAGTGCTGA GATAGTTGTG GTGTGTGTGC AGAATGAGGT GAAGACCCTA 
GTGGAGAAGA TTGAGCAAAT GGTGAAAAAG GCTAGTGATG AGCTCGAGAG GGAGAGGAAC 
ACGGTATTAA GAAAAATCCC ACTGGACTCT AAGGAAAAGC TTGATTTCAT TTGTGATCTC 
GTCTCTGGTA AACTAGTGGA CGTAGGGTTT TCTAAAGATG AAGAAAGCTT TATCATCTGC 
CTAAAGGGTT TGGAGAACCA GGTGAGCACA GCAGAAGGTG TCGTGAAAGA GGCCCTGGGG 
AACGTTGAAG CCAAACTCCT TGAGATATCA ATGCCTCTGA TGGAGTTCCT AAAGTCTGTG 
GACCTGAAGA AGATTGAGAA GAACCACTTT TCCCAGAACA ACATATCGTC TGTGTTTCTC 
CTTGGTAATG ATTCCATCCA GATCCTAGCA GATAGAACTG ACATCCAGAG AGCTGAAGAC 
AAACTATACG AGGTCATCAA AGAGGAAGTC ATCAAACTCA CACCAGACCA AACCCACGTG 
ACAAAGGGCG AACAATGGCT GCAGTTCTTT GCCGGACTCA ACGGTGAGCT CAAATCCACC 
AAGAACAACC ACAATGTCAG CATCTCAGTT TCGCAGGAGA AGATCGGTGT CTGTGGATTC 
TCCAATGTTG TAGCAGATGT GTCAGGGAAG TTAAATGGAT ACCTGGATAA CAAGAAGCCA 
GAAACAGCGG ACGTCCCTCT CAAATCAGTG CAGGAAGTAC AGTATGTGGC CTCTTGTATG 
ACACTCTCAG AGGTCCCTGA AATTAAGGCC CTTGGCGTGA CTATACTGCC ATGCAAAACA 
CAAGGATCCC CTTGCCTGAA GATCACTGCA GCGAGCGATA AAATCAAAGA GGCCTTAGAT 
GCAGTGAAAC AGCAGGTCAG TACAATAACG ACGGAGAAGT ACACATACTC CGAAGCCGGC 
AAGTCCAAAG TCCTGGAGAA GAACAAAGTT GCTCTGCAGG CTAAGGCCAA GGATTTAGGG 
TGTAAACTTT TCCTATCACC ATTGATTACC CTCTGCCAGA AATACAGCTA CGACATAGAA 
GGGTGCATCA CTTTAACTGT GGGTCAGGGT AACATCTCCC AACATGCTGC AGATGCTCTG 
ATCTGCCCTC TGAGCAGCAG CCTGGCCTTC GATACTCCGA TCGCCAAACA ATTCCTTCAG 
ATGGGTGGGC CTGAGATCAG GAAGGTGTGT GACAAGTTCC TGAAGGAAAG GCAAACTCTA 
CAGGCGGGAG ATGTGGTCTT GTCCAACCCA GGAACCCTTG GAGCTAAACA CCTCATCTAT 
GCAGGCATTC CTGTATTGGG GAAGGCTTCC ACACCTCTCA ACTCTGTCTA TCTGCAGTCT 
GCTGTCAGGG ACAGTTTATT GGGAGCAGAA AACAAGAAGT GTGCCTCCAT AGGCATGCCA 
GTGATGGGGT ATGGCACCTT TGGTTTTTCT GTCAAAGAAA GCTGTGTAGC AGTTATCAAG 
GGAATCCTAG ATTTCATCTA CACTGATCAG AAATCCCCCC AACTGAGGAG CATATTTGTG 
ATCGACTCTG ATGCCAAGCT AGTGGAGGAG TTCCAGTCAG CCATTGAAGG AAAGGGTTAT 
CGTCGTCAAC AAAAAACCAG CAAACCAGCA ACAGGCACAA CTCCAACTTC TCCCCCTGCA 
GCCAACGCCT CACATAACAC ACCTCCACCA CCACCCCTAG CGGCTAAACC AGGTTCAGAC 
ATCAAAGTGA TTATAGGTGG CGTGTCAGTG ATCCTGAAGA AGGGTGACAT CACCAAAGAG 
ACAGTGGATG TCATAGTGAA TTCCAACAAC CAAAATCTCA ATCTGAACAA TGGTATGCTA 
AAGGCCGATG GTGTTGTACT CACACATGGT GGGAACCTAA ACTGTAAAAA CATAGCTCAG 
ATGGTTGGGC CCAAGACTTC TGCAGATATC ATCACCTCCA TAGAGAAGGT CCTTCAGCTG 
TGTGAGAGCC AGAATGCAGC CACAGTGTCC ATCCCTACTA TTGGCACAGG GCAAGGTGGC 
GTTGAACCCA AAGATTGCAT CAAGGCCATT CTAAAAGGAC TGGAGAGCCA CACATCACGG 
ATGACCTCAT CCAGCATCAA AATCATTTTC ATAGTGGCCT TTGAGCAGAA GATCTTTGAC 
TCCATGAGAA ATTACTTTAA CAAAAGTAAC CTGCGCCCAC ACAACATCAA GCAGGCTGCA 
TCCACACCTT CTCAGTCCAG TCTTCCCCCA AATCAAGTAA AGATCCATGG TGTCAGAATT 
GAATTGAGGA AAGGCAACAT TACTCAAGAA ACTGTCAGAG CCATTGTGAA TAGCACCAAT 
GCTGATATCA ACTTAACAGG AGGAGTTAGT GCGGCGATTG TCAAAGCAGC TGGGAGCGCA 
GTTGAACAGG AGTGCAAAAC CATTTGCCCT CTAAGGGCTG ATGCAGCAGG GGTGACCAGC 
GGCGGGGCCC TTCAGTGTAA CTTCATCATC CACATACTGG GGCCCCACTC TGTGGCTGAC 
GCTACACAAC GAGTCACCAA GGTCCTGGAG TGCTGTGAGG ACAAACAGAT CACCACCGTG 
TCCTTCCCTG CTGTTGGCAC TGGTGGTGGT GGCCTTAGCG GCACAGACTC TATTGGTGCC 
ATCCTCCAGG GCATCCAGGA TCATCTATCA CTGTGCTCCT CCTCTACCAT CATTAAACTG 
ATCTACATCG TCATCTATGA GGACAAGATC CTGCAGGAGT TTCAGCTGGG GCTCAACCAG 
TGGAAGACAA GCCAGATGGT TGAAGACGCC AGTGACGACG ATCTTGAGGA TGATCTTAAT 
GGTGATGAAG ATGACAGTGA TATGTGGAAC ACCAACTCTG AGGAAGAAGA TGACACCAGT 
GTTCAGACAG GAAACACAAT TGAAGCAATA ATTGGGCCAG TGAAGGTCAA GGTAGTATGT 
GGTGACATCA CTAAGGAGAA AACGGACGCC ATCGTCAACA GTACAAACTC GAGTCTGGAT 
CTGAACTCTG GTGTATCAGG AGCCATTCTA AAAGCAGCTG GACAGACAGT CGTGGATGAG 
TGCAAAGCCT TAGGGACCCA ACCCAGTGAT GGTGTTGTCA TGACCACGCC TGGGAATCTC 
AAGACCAAGC ACATCATCCA CATGGTGGGG CAGACCAAGG AGAAGGAGAT CACCAGCTCC 
ATGCTTAAAG TGTTAAAGAT GTGTGAAGAC AAGAAAATAC AATCCGTCTC TTTCCCAGCA 
CTCGGAACAG GTGCTGGTAA CTTGGGAGCA GTGCAGGTCG GGAATGCAAT GATGGCCGCA 
ATAGCTGATT TACTGATAAG CATCAGAACA CCGTCAGTTA CAACGATTCA CATTGTTATA 
TTCCAAGCGA AGATGATAAA GGACTTTGAG GAGGTTATGA AAAATTTAAA GAAGGTGATC 
CCCAAGCCTG CAGCCAAAAA GTCATCAAAA ACTGCCAAAA CAACCAGACC AACCCAGCCC 
ACCCCTACCA AACCAGCCCT GTTTTTGGCC AGTGCCACAG CAGCCGTGGT CTTCCCCAGT 
ATGGAGGCTG TGGTGTATGG GCCCTCCCCT GCCAGCCTGA CCAAGGTGAA GAAACTCCTG 
GATGAGCTGA TCTCTGAGGA GTGCATTAGC CAGGACCTTT TCTCCAGCCA CCTGCACCTG 
CTCCTGGAGG CCCAGAAGGA GGCCATCGTG GCCCTGAGCC AGACGAACCA GGTCCATGTC 
CTGGTGACGT CCCCAGACAA GATGACCATC TCTGGGAAGA AAGACGACGT TCTCTCCGCC 
GTCCTCCAGA TCAAGGACTA TCTGCAGGGG GCAAGGGACA GGGAGAGCCG GGAGGGAGAG 
GAGAAGAGGC TGAGGGAGAC CGTGCGCTGG GAGGCGGGGG AGGGAGAGAC CTGGGGAGAG 
CTGGACTGTA GTCTAAGCTA TGATCTGGAG CTGGCCTTCC ACAGGAAAGA CAAGTGTTTT 
AAATATAACC ACCAGGGGGA GACGTTCACT GTGGACCTGA AGGACATGCA GCAGACTGAC 
AGCAAAGGGA CCATCACCAG GGTCAAAAGG AGCCTTGTGG CGGACTCTGA AACAGCCGTC 
ATTCAGTTCC CACAGAGCTG GACTAGAATG GAGGGCAAGG ATCTGGAGAT CGTCACACTG 
GCTCCCAGTT CAGGAGAGTA CCAGAGAATT GAGAAAGAGT TCTTTGCCAC CAGCAAGAAC 
CCAAAAACTA ATACGCAGCC AACCATTCAA ATTGTCCAGA TCCAGAGGAT TCAGAGCAAA 
GACCAATGGC AGAGGTACGC AGTGAAAAAA CAGGCCATGG ATAAGAAGTA TCCCAAAAAC 
AAGAACGAGC TGAGCCTTTA CCACGGAACA ACCAAAGACA TTTGTCAGAA AATCAACACC 
TGTGGTTTCA ACAGGAGCTT CTGTGGGAGA AACGCTACTG CATACGGCGA CGGGACTTAC 
TTTGCCAAAG AGATGTGGTA CTCGTGCCAA GATGCATACT CCAATCCAGA TGCCAGTGGG 
CTGAAGTACA TGTACCGTGC CAGGGTGCTG GTGGGTTCAC CCTGCCTGGG GGTGCAGGGC 
ATGAAGGAGC CAAACCCCCT GAACCCCGGT GACCTCCGCC AGGGGCTACA TGACTGTGCC 
GTCAATAATC TGCAGAATCC GTTTATCTAT GTGGTGTTCT GTGATGCAGG TGCCTATCCA 
GACTACCTCA TCAGCTTCAA GACCATCTGA

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

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LOC106582401 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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