LOC106575903 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106575903
Entrez Gene ID	106575903
Full Name	uncharacterized LOC106575903
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014152621.1	XP_014008096.1	uncharacterized protein LOC106575903

Pathways from BioSystems
Gene Ontology

The following LOC106575903 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106575903 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
OAt53179	XM_014152621.1 Latest version!	Salmo salar uncharacterized LOC106575903 (LOC106575903), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC106575903 ( XM_014152621.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014008096.1 Salmo salar uncharacterized LOC106575903 (LOC106575903), mRNA.

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CloneID	OAt53179
Clone ID Related Accession (Same CDS sequence)	XM_014152621.1
Accession Version	XM_014152621.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5907bp) 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 LOC106575903
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012339115.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTTCACCG AGGCTGTGGT CTTGGCTAAG ACCTGCTCTC AGCACCCTGT TGCCGGACGA 
CACCTGTTCT TCCGACAGGC CTACCTCACC TGTCTCTTGA AGGCATCGCT CCCTCACCAT 
ATGCACGAAG AGATGTCTGA CATCGACGGT AAGGATGCTG TGGATATCGT GTGTAACACT 
GAGAGTGAGG AGAGCGACGA GACTCTTCTG GCCCTCTGCA CAGCCTTCCT CTCTCAGCAA 
CTTCACAGAG GCGACATGTA CTTCACGTGG GACTTGGTGT TTATATGGAG TCGACTCCAT 
CTGCGGTTCA ACCCGTCCAA ACAGGCCTTC CTGGAAGAGA GTCATCGATT GATGCTGTCC 
GCCACCAACA TCAGATCAAT ATTCTCTTTC ATTAGAGTGA TCCTTGCAGA GCTGGGAAAA 
GATGGTCTCC AGTTCTGTGT GGAGCTCTGC ACCCATGCCC TCCAGACAAA TCCCTGCGAC 
GCCTCCACCA AGTCTCTCAT CTACAAGACG GTAGCCTACC TCCTCCCCAA CGACCTGGAG 
GTCTGCCGGG CCTGCGCCCT CCTCGTCTTC TTCCTGGAGC GTACCGTGGA AGCCTACAAA 
ACGGTGTTCC TCCTCTACAC GCACCCCGAC CAGGAGTACC ACGTCGAAGC CGGTCCCATC 
GGGAACCACA TCCGCTTTGA GATCCTCCAG ACCCTGAAGA GAGGTCTCTA CTTCGACCCA 
GAGTTCTGGA ACCTTTTGAA TCTCCGGACC AACTGCCTGA AGTTGATGAG CGAGAAGAAG 
GCGGCGTTGG CAAAGATGAT GATGGAGGAG GAGGATGATG GGTGGGTGTC CAATTACTGC 
AGCACCGCCA CCAAAGAGCC CTGTTGCAGC TGGAGCGCTG ACCTGTCAGA GTGTGTGCAG 
TCTAAACGTG TAGAGACTAA ACCAGCACAG AAACACGTTC AGATTAAACC CTTTCACCAG 
GTAACGGCGC CCAAAAGGCG GTTCCAAAAA GAAGAGAAGA ATCACGTTTC GACGGCGCCG 
ATGGCAGCCA AACGTGTCAA AGGTCAAAGG TTGGAAAAGA CCTCTGTTGT CGAGCCGCAG 
CAGCTGCCTG TTAATCATGT GATGGCGAAA GCTAAGATAG AGAAGCCTGC TGAACCCCCT 
GTTGTTGAGG AACAACCTGT AATAAAAAGA AGAGGGAGGA AGCCTGGGCC GAAGCCGGGA 
CCGCGTTCAT CTGTCAAAAC AGAGTCCTCA GCTGAGACCT CCTCTGTCAG ACGGTCCTTC 
AGACAACTGG ACATGGCGCA GGAGAACCTG GCCAGGCAAG TCAGTCACAG ACCACATAGG 
CACATGACCA GACTCTCGGA GAAGAAACCT CCCAAACGGA GGGGTAGGAA ACCCCGTTGG 
CTACTGGAGG GTACGTTCCA GGCTGAGAAC AGTGCTCCCC GGAAGGGTCG CCAACCAGGG 
AGGAAACTTC CACAGCAGAA GACCCAGCAG ACACCAGTGG ACAAGACCAG TAAGACCTTT 
AAGTCTGGTG CCGCTGTCAA GGAAAGCACA ACCAAACAAA AGAATGCCGT TACCTCACAA 
AATAAAATGG CGGCCGCTCG TCTAACAGCT CCGAGGGAAC AGGAAGGTAA ACGTCAGAAG 
GAGATTCCTG CTACTAACCA CCTACCAGCA GTATCTCCTG CTCATGACTC AAAGCTGGAG 
GTATCCTTAC CTGACAACGA AGTGTTTGGG TTCTTCCATG AGGATTATCT CAGTAGTAGG 
CAAGGACTGG GGACTCTAAA CTGTGATAAA TCTAAGGCAC CAATCCAGGC ACAGTATCGG 
GTGAAGGATA GACTCGGAGA GGCGTTTATC GTTTCCGCTC AGAACGCCAG TCTCTTCATA 
CAGCAGTTGC ACAACTATGC CCAGACGCCT AAGGCGGAAG GTGTCACGTT GAATACCGAA 
ACCTGTTTGT TGAAAGCGAC AGATGTCCGT CCCTCCTTAA ACCAAAGTTG TCTGTCGGTG 
TCGTGTGACG CTTCAGGGGT ATTTTACCAG ACGTCTGCAG TGGAAATGGA AGTTGAGGTC 
TCCTCACAAA CTGTCAAGGC AACTGCCACT GATATGAATT TCACACCACA AGGTGGTGCT 
GTTGTTGAAC ACATCGAAAG TCCCAAGAAT GAGGAAGGAT TCTCTACTGA CGCTCAGGAA 
ACATGTACTC CGTCTGTTCC CTCAGTGAAT GTCATTGTTC CTAATAACAC AGGAAGAAGA 
ACAGATACAA ATGTAACTAA TGTTCCAAGA GAACCAACGG AAGTTACGAA TATTCCAAAA 
AAGAAAACTG TTTCTGAAGT CGGGGATATT TTAGAATCGT CCAGGAAGTC AGAAGTTACT 
GATATTCTGA AAGAGGCTAT GGATATAGCA AACATTGGTG TGGATGAAGC AATGATGGGT 
GACGGTGACA CTGGCAGCGT CCCTGGAAAG GAAACTCGGG AGCTTGTTGT TCTTACTCCT 
TTCTGCTGGC TGGCTAATAC CTCAATGGAA GCGTTTGCCA GAGAGTTTGA AAAGTTTGCC 
AAGGGTCCGG ATTCTGATGT TGTCGTAGAA AAGGAGTCGG TGTCACACCA GACCACAGAT 
AATGTCTCGC ACAAAACGTT GGAGATGACA CCGTTAACGT CTCCAAAAGT CATCCCTAAG 
GCCGTCACAG ACCCAGTGGT CCTTGAGGAC ACTTCAAAAG TAACCAAAGT CACCCCACAG 
GACACTACAG ACATCCTGGA AAACATGGAC ACTCCACACA CTCAACAGGA CACCCAACTG 
GACATTAAGG GTACCTCACA AAACACGGAG CCAGAGGATA GCCCAATGGC CGCTGAGAGC 
GTCCCACAGC TCACTGATGA GACCCGGCAG CTTGAGCACC CCCTGAAAGG CACTGTGGGT 
ACTCCAGAGG TGCCTGTGGA CTCGACACAG GACAATGACA CCCCTCAGAT CACCGAATAC 
CCCCCACAGA ATAGGCAGGA CATAGGACAA CTCACAGAGG ACACCCTGAA AGTCTCTTTC 
ACTGAAGTCA CCCCACAGGC TACTGAGGAC CAGACAAAAT CCACTGTGGA TACTCCAGAG 
GATGTGGACA CACTACCACA GAACACAGAG GAGGACAGCT TGGAGGTAAT TGAGGATGCC 
CAGGAAGTCA CTGTAGACAG CCAGGAAGTC ACTGTAGATA CCTCCGAGCA CATTGAGGAC 
ACCCTACAAA TACAAAACAC TGCAGACACC CTACAGCTCA CAGTGGACGC CTCAATGGTC 
ACTGAAGAGC TCACCAAGGA CACACGTGAT GCCACGCAGA ACAATGGGGA CACGCCACAC 
CTCCATGAGG ACACCCTACA GGACACACCG GTCACTGAGG ACACCCCAAG AGTCCCTGAA 
GAGACGTCAC AGGAACCCAA AGACACCTCA AAGGTCAGCG GAGATACCCC GATGGTTACT 
GAAGACACCC TACAACACAG TGAAGACACC CCACAGGACA CACAGTACAA TTCACTGGTG 
ACCCCGAAAG TCACTGAAAG TGCTCACACT CTAAAGGTCA CCCCAAGAGT CCCTGAAGAA 
ACGTCACAGG ACCCCAAAGA TGCCTCAAAA GTCACTGAAA ACTCTCCACA GGAAACACAG 
GACACCCCAA AATTCACTAA GGACACCCCA ACTGTCTCTG GGGATATCGG ACAAAATCCT 
AGAGGTGGCA CCCCACAGGA GAATGAGAAA AACCCACTGG CATATCGCTG TAGTCTCTGC 
AACAAGGTTT TTAAAGGCAA ACGTGTTATA GCCCACGCCA TGTACCACTT CCGCAGAGAC 
CAATGTATGT TCTGTAGGAT GCTGTTCAAA AACGACCTGC TCGCCATGAT GCACCTGTCC 
CAACACATCG ACAAGTTGAA AAAAGGAAAC CTAGCATCTG ATATTGAGGA GGTCCGTGAG 
AACTGTAAAG CTGGGATGTC AGACACGCCT GGACGCTCAA CGCAGAGGGG TAGACGGGGA 
CGCAAGAGGA TCCCTGTAAA TTCCACAGAG TCCACAGAGT CCTCAACTCC GGATAACAGG 
AAGCTACGGT CGACCAATAG GACCTCCTCT ATAAACTCCT CGGAGTCAAC TCCACCGGAT 
CGCAGAAAGC TACGGTCGAC CAATAGGCTC TCGACTGACT CTCAACCTTC ACCGGAGACT 
AAACTCACAA CAGAAGAGTC TGAAGGCAAG CAGTCGACAC AGAGGGTCAA TGGACAGAGG 
GGCAGAAGAC GGTTTAAGGT TGAAGGAACT GAGGGTGATG GTGATACTCA GGCAGAGGAA 
CAAGAGAAGA TCGGTAGGAG GCAAGAGGAA GAGCACTCGG CTCCGGAAAA GAGGGAGGAA 
CCCGTGGAGA GATCTACTTC TCCGGTGAAG ACATCGACAG GTGAACAAGG GGGAACCTAC 
TCCTCTCCTC TGACAAAGAC TTTGGAAGAA GAGAAACCCT GTTCCTCGGC AAAGACCATG 
GAGGACAACA CAGAATCTCA GGCTGTATCG GTAACACAGG ACAGGCTTTC AGTAGAGAGA 
CCTCTAGAGA TCTCAGTTCA GGGTAAAGAG ACTCCCGGCG GATGCCCTGT GGAGGGATGC 
ACAGAGATAT TCACTGGAAA ACGGCGTTCT CTCCTCGGAC ATATTCTGGA CGATCACCGC 
GGCGACGCCA AACCCTTGGA AACGACGTTC CGTCAAGGCA ATGGCAAATG CAATATTTGC 
AAGAAGCCCG TTTTGACTTT GCAGCATTAC CAGCACCACA TTGTATGGCA CAAAGGAATT 
CCCAGGCATC CCTGTCTACA TGATGGGTGT AAAGCCCGGT TCAGTGCAGC GACAGAAATG 
AGGAACCACA CCAAGACTCA CCAGCCGCTC CTGGCAGTGT GCTGCTTCCC AGGTTGTCAG 
GAGCGCTTGG CTTGTCTTCC GGAGCTTAAC CGTCACGAAC AAGAACACTA TCGTCTTCCA 
AAGGAAGGGA AGGATGAATC TGATTTCTCT ACCCTTCTCA CCAATAACAC CTCTGTAAAA 
GTGATTAAAC AGTGTAAGAT GAGGAGGAAT AAACTACAGA AGATGCAGGG TGTAAAGAGA 
CTATGGCCTC TTAGAGAAAA GGAGGGATCG GCAACTGACC TCACTACTAC TACTACTGTA 
AAGGTAACTA GGAAGTATGA CTTGACCAAG ACGTTAAAGA AAACGCAGGT CGTAAAGAAA 
CGGCATGTTC CCAGGGACAA GGATCCCTGT ACTACTGACC GCTCTAACGT CTCTGTAAAA 
GTAACAAATA AGTTGAAGAA ATTGCAGGTT AAGAGGAAAC CGTGTGTTGT TAGGAAAATG 
AACGCCTCAA CCACTCCCGT CACCACGGCC AATGAAAAAG CTGAAAAAGT GAGCAAGAAG 
TTAAAGATGA TTCGTAAGGT AAAGAAAGCG TTGGCTGTAA AGCGACAGAA CGTTAGCAAA 
GACAGTTATA CCCCAACTGG TCCAACCACC TCTACCACAA TTATCGCCAC TGAAAAAGTT 
ACCAAAAAGC TACAAATTAT AAATAACTTG AAGAAAATGC TGGTTATTAA GAAACCGAAC 
GTTAGCAAAG AAAAGGATAC CCAACCTGGC CCAACCACCG ACACAAAAGT GACAAAAAAA 
CCTAAGGTGA CGCATAAGTT AAAGAAAACG CAACTTGTAA AGAAACAGAG TGTTGTAAAA 
GACATCAGGA AGATCTCCAT CGTTAGCACA GATGAGGATA CCCAACCTGT TCCTCCCACA 
GTCACTCCGA AAGTCACAGA GAAGTTACCA ATGGTGACAG ATGAGGTAAA GAAAACACAA 
GTTCTAAAGA AACAAAGTGT TATCAAGGAA CCCAAGAGGC CTGTTAGCAA AGAACCTAGG 
AAGACCTCCA AAAAACCTGT GAAGTCAAAG ACCTCTGGTC CAGAGAAACA TGTTAATAAA 
GTCACAGAAC TGGTTAATGA TCCCTAA

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

RefSeq	XP_014008096.1
CDS	296..6202
Translation	MFTEAVVLAKTCSQHPVAGRHLFFRQAYLTCLLKASLPHHMHEEMSDIDGKDAVDIVCNTESEESDETLLALCTAFLSQQLHRGDMYFTWDLVFIWSRLHLRFNPSKQAFLEESHRLMLSATNIRSIFSFIRVILAELGKDGLQFCVELCTHALQTNPCDASTKSLIYKTVAYLLPNDLEVCRACALLVFFLERTVEAYKTVFLLYTHPDQEYHVEAGPIGNHIRFEILQTLKRGLYFDPEFWNLLNLRTNCLKLMSEKKAALAKMMMEEEDDGWVSNYCSTATKEPCCSWSADLSECVQSKRVETKPAQKHVQIKPFHQVTAPKRRFQKEEKNHVSTAPMAAKRVKGQRLEKTSVVEPQQLPVNHVMAKAKIEKPAEPPVVEEQPVIKRRGRKPGPKPGPRSSVKTESSAETSSVRRSFRQLDMAQENLARQVSHRPHRHMTRLSEKKPPKRRGRKPRWLLEGTFQAENSAPRKGRQPGRKLPQQKTQQTPVDKTSKTFKSGAAVKESTTKQKNAVTSQNKMAAARLTAPREQEGKRQKEIPATNHLPAVSPAHDSKLEVSLPDNEVFGFFHEDYLSSRQGLGTLNCDKSKAPIQAQYRVKDRLGEAFIVSAQNASLFIQQLHNYAQTPKAEGVTLNTETCLLKATDVRPSLNQSCLSVSCDASGVFYQTSAVEMEVEVSSQTVKATATDMNFTPQGGAVVEHIESPKNEEGFSTDAQETCTPSVPSVNVIVPNNTGRRTDTNVTNVPREPTEVTNIPKKKTVSEVGDILESSRKSEVTDILKEAMDIANIGVDEAMMGDGDTGSVPGKETRELVVLTPFCWLANTSMEAFAREFEKFAKGPDSDVVVEKESVSHQTTDNVSHKTLEMTPLTSPKVIPKAVTDPVVLEDTSKVTKVTPQDTTDILENMDTPHTQQDTQLDIKGTSQNTEPEDSPMAAESVPQLTDETRQLEHPLKGTVGTPEVPVDSTQDNDTPQITEYPPQNRQDIGQLTEDTLKVSFTEVTPQATEDQTKSTVDTPEDVDTLPQNTEEDSLEVIEDAQEVTVDSQEVTVDTSEHIEDTLQIQNTADTLQLTVDASMVTEELTKDTRDATQNNGDTPHLHEDTLQDTPVTEDTPRVPEETSQEPKDTSKVSGDTPMVTEDTLQHSEDTPQDTQYNSLVTPKVTESAHTLKVTPRVPEETSQDPKDASKVTENSPQETQDTPKFTKDTPTVSGDIGQNPRGGTPQENEKNPLAYRCSLCNKVFKGKRVIAHAMYHFRRDQCMFCRMLFKNDLLAMMHLSQHIDKLKKGNLASDIEEVRENCKAGMSDTPGRSTQRGRRGRKRIPVNSTESTESSTPDNRKLRSTNRTSSINSSESTPPDRRKLRSTNRLSTDSQPSPETKLTTEESEGKQSTQRVNGQRGRRRFKVEGTEGDGDTQAEEQEKIGRRQEEEHSAPEKREEPVERSTSPVKTSTGEQGGTYSSPLTKTLEEEKPCSSAKTMEDNTESQAVSVTQDRLSVERPLEISVQGKETPGGCPVEGCTEIFTGKRRSLLGHILDDHRGDAKPLETTFRQGNGKCNICKKPVLTLQHYQHHIVWHKGIPRHPCLHDGCKARFSAATEMRNHTKTHQPLLAVCCFPGCQERLACLPELNRHEQEHYRLPKEGKDESDFSTLLTNNTSVKVIKQCKMRRNKLQKMQGVKRLWPLREKEGSATDLTTTTTVKVTRKYDLTKTLKKTQVVKKRHVPRDKDPCTTDRSNVSVKVTNKLKKLQVKRKPCVVRKMNASTTPVTTANEKAEKVSKKLKMIRKVKKALAVKRQNVSKDSYTPTGPTTSTTIIATEKVTKKLQIINNLKKMLVIKKPNVSKEKDTQPGPTTDTKVTKKPKVTHKLKKTQLVKKQSVVKDIRKISIVSTDEDTQPVPPTVTPKVTEKLPMVTDEVKKTQVLKKQSVIKEPKRPVSKEPRKTSKKPVKSKTSGPEKHVNKVTELVNDP

Target ORF information:

RefSeq Version	XM_014152621.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar uncharacterized LOC106575903 (LOC106575903), mRNA.

Target ORF information:

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

XM_014152621.1

ORF Insert Sequence:

ATGTTCACCG AGGCTGTGGT CTTGGCTAAG ACCTGCTCTC AGCACCCTGT TGCCGGACGA 
CACCTGTTCT TCCGACAGGC CTACCTCACC TGTCTCTTGA AGGCATCGCT CCCTCACCAT 
ATGCACGAAG AGATGTCTGA CATCGACGGT AAGGATGCTG TGGATATCGT GTGTAACACT 
GAGAGTGAGG AGAGCGACGA GACTCTTCTG GCCCTCTGCA CAGCCTTCCT CTCTCAGCAA 
CTTCACAGAG GCGACATGTA CTTCACGTGG GACTTGGTGT TTATATGGAG TCGACTCCAT 
CTGCGGTTCA ACCCGTCCAA ACAGGCCTTC CTGGAAGAGA GTCATCGATT GATGCTGTCC 
GCCACCAACA TCAGATCAAT ATTCTCTTTC ATTAGAGTGA TCCTTGCAGA GCTGGGAAAA 
GATGGTCTCC AGTTCTGTGT GGAGCTCTGC ACCCATGCCC TCCAGACAAA TCCCTGCGAC 
GCCTCCACCA AGTCTCTCAT CTACAAGACG GTAGCCTACC TCCTCCCCAA CGACCTGGAG 
GTCTGCCGGG CCTGCGCCCT CCTCGTCTTC TTCCTGGAGC GTACCGTGGA AGCCTACAAA 
ACGGTGTTCC TCCTCTACAC GCACCCCGAC CAGGAGTACC ACGTCGAAGC CGGTCCCATC 
GGGAACCACA TCCGCTTTGA GATCCTCCAG ACCCTGAAGA GAGGTCTCTA CTTCGACCCA 
GAGTTCTGGA ACCTTTTGAA TCTCCGGACC AACTGCCTGA AGTTGATGAG CGAGAAGAAG 
GCGGCGTTGG CAAAGATGAT GATGGAGGAG GAGGATGATG GGTGGGTGTC CAATTACTGC 
AGCACCGCCA CCAAAGAGCC CTGTTGCAGC TGGAGCGCTG ACCTGTCAGA GTGTGTGCAG 
TCTAAACGTG TAGAGACTAA ACCAGCACAG AAACACGTTC AGATTAAACC CTTTCACCAG 
GTAACGGCGC CCAAAAGGCG GTTCCAAAAA GAAGAGAAGA ATCACGTTTC GACGGCGCCG 
ATGGCAGCCA AACGTGTCAA AGGTCAAAGG TTGGAAAAGA CCTCTGTTGT CGAGCCGCAG 
CAGCTGCCTG TTAATCATGT GATGGCGAAA GCTAAGATAG AGAAGCCTGC TGAACCCCCT 
GTTGTTGAGG AACAACCTGT AATAAAAAGA AGAGGGAGGA AGCCTGGGCC GAAGCCGGGA 
CCGCGTTCAT CTGTCAAAAC AGAGTCCTCA GCTGAGACCT CCTCTGTCAG ACGGTCCTTC 
AGACAACTGG ACATGGCGCA GGAGAACCTG GCCAGGCAAG TCAGTCACAG ACCACATAGG 
CACATGACCA GACTCTCGGA GAAGAAACCT CCCAAACGGA GGGGTAGGAA ACCCCGTTGG 
CTACTGGAGG GTACGTTCCA GGCTGAGAAC AGTGCTCCCC GGAAGGGTCG CCAACCAGGG 
AGGAAACTTC CACAGCAGAA GACCCAGCAG ACACCAGTGG ACAAGACCAG TAAGACCTTT 
AAGTCTGGTG CCGCTGTCAA GGAAAGCACA ACCAAACAAA AGAATGCCGT TACCTCACAA 
AATAAAATGG CGGCCGCTCG TCTAACAGCT CCGAGGGAAC AGGAAGGTAA ACGTCAGAAG 
GAGATTCCTG CTACTAACCA CCTACCAGCA GTATCTCCTG CTCATGACTC AAAGCTGGAG 
GTATCCTTAC CTGACAACGA AGTGTTTGGG TTCTTCCATG AGGATTATCT CAGTAGTAGG 
CAAGGACTGG GGACTCTAAA CTGTGATAAA TCTAAGGCAC CAATCCAGGC ACAGTATCGG 
GTGAAGGATA GACTCGGAGA GGCGTTTATC GTTTCCGCTC AGAACGCCAG TCTCTTCATA 
CAGCAGTTGC ACAACTATGC CCAGACGCCT AAGGCGGAAG GTGTCACGTT GAATACCGAA 
ACCTGTTTGT TGAAAGCGAC AGATGTCCGT CCCTCCTTAA ACCAAAGTTG TCTGTCGGTG 
TCGTGTGACG CTTCAGGGGT ATTTTACCAG ACGTCTGCAG TGGAAATGGA AGTTGAGGTC 
TCCTCACAAA CTGTCAAGGC AACTGCCACT GATATGAATT TCACACCACA AGGTGGTGCT 
GTTGTTGAAC ACATCGAAAG TCCCAAGAAT GAGGAAGGAT TCTCTACTGA CGCTCAGGAA 
ACATGTACTC CGTCTGTTCC CTCAGTGAAT GTCATTGTTC CTAATAACAC AGGAAGAAGA 
ACAGATACAA ATGTAACTAA TGTTCCAAGA GAACCAACGG AAGTTACGAA TATTCCAAAA 
AAGAAAACTG TTTCTGAAGT CGGGGATATT TTAGAATCGT CCAGGAAGTC AGAAGTTACT 
GATATTCTGA AAGAGGCTAT GGATATAGCA AACATTGGTG TGGATGAAGC AATGATGGGT 
GACGGTGACA CTGGCAGCGT CCCTGGAAAG GAAACTCGGG AGCTTGTTGT TCTTACTCCT 
TTCTGCTGGC TGGCTAATAC CTCAATGGAA GCGTTTGCCA GAGAGTTTGA AAAGTTTGCC 
AAGGGTCCGG ATTCTGATGT TGTCGTAGAA AAGGAGTCGG TGTCACACCA GACCACAGAT 
AATGTCTCGC ACAAAACGTT GGAGATGACA CCGTTAACGT CTCCAAAAGT CATCCCTAAG 
GCCGTCACAG ACCCAGTGGT CCTTGAGGAC ACTTCAAAAG TAACCAAAGT CACCCCACAG 
GACACTACAG ACATCCTGGA AAACATGGAC ACTCCACACA CTCAACAGGA CACCCAACTG 
GACATTAAGG GTACCTCACA AAACACGGAG CCAGAGGATA GCCCAATGGC CGCTGAGAGC 
GTCCCACAGC TCACTGATGA GACCCGGCAG CTTGAGCACC CCCTGAAAGG CACTGTGGGT 
ACTCCAGAGG TGCCTGTGGA CTCGACACAG GACAATGACA CCCCTCAGAT CACCGAATAC 
CCCCCACAGA ATAGGCAGGA CATAGGACAA CTCACAGAGG ACACCCTGAA AGTCTCTTTC 
ACTGAAGTCA CCCCACAGGC TACTGAGGAC CAGACAAAAT CCACTGTGGA TACTCCAGAG 
GATGTGGACA CACTACCACA GAACACAGAG GAGGACAGCT TGGAGGTAAT TGAGGATGCC 
CAGGAAGTCA CTGTAGACAG CCAGGAAGTC ACTGTAGATA CCTCCGAGCA CATTGAGGAC 
ACCCTACAAA TACAAAACAC TGCAGACACC CTACAGCTCA CAGTGGACGC CTCAATGGTC 
ACTGAAGAGC TCACCAAGGA CACACGTGAT GCCACGCAGA ACAATGGGGA CACGCCACAC 
CTCCATGAGG ACACCCTACA GGACACACCG GTCACTGAGG ACACCCCAAG AGTCCCTGAA 
GAGACGTCAC AGGAACCCAA AGACACCTCA AAGGTCAGCG GAGATACCCC GATGGTTACT 
GAAGACACCC TACAACACAG TGAAGACACC CCACAGGACA CACAGTACAA TTCACTGGTG 
ACCCCGAAAG TCACTGAAAG TGCTCACACT CTAAAGGTCA CCCCAAGAGT CCCTGAAGAA 
ACGTCACAGG ACCCCAAAGA TGCCTCAAAA GTCACTGAAA ACTCTCCACA GGAAACACAG 
GACACCCCAA AATTCACTAA GGACACCCCA ACTGTCTCTG GGGATATCGG ACAAAATCCT 
AGAGGTGGCA CCCCACAGGA GAATGAGAAA AACCCACTGG CATATCGCTG TAGTCTCTGC 
AACAAGGTTT TTAAAGGCAA ACGTGTTATA GCCCACGCCA TGTACCACTT CCGCAGAGAC 
CAATGTATGT TCTGTAGGAT GCTGTTCAAA AACGACCTGC TCGCCATGAT GCACCTGTCC 
CAACACATCG ACAAGTTGAA AAAAGGAAAC CTAGCATCTG ATATTGAGGA GGTCCGTGAG 
AACTGTAAAG CTGGGATGTC AGACACGCCT GGACGCTCAA CGCAGAGGGG TAGACGGGGA 
CGCAAGAGGA TCCCTGTAAA TTCCACAGAG TCCACAGAGT CCTCAACTCC GGATAACAGG 
AAGCTACGGT CGACCAATAG GACCTCCTCT ATAAACTCCT CGGAGTCAAC TCCACCGGAT 
CGCAGAAAGC TACGGTCGAC CAATAGGCTC TCGACTGACT CTCAACCTTC ACCGGAGACT 
AAACTCACAA CAGAAGAGTC TGAAGGCAAG CAGTCGACAC AGAGGGTCAA TGGACAGAGG 
GGCAGAAGAC GGTTTAAGGT TGAAGGAACT GAGGGTGATG GTGATACTCA GGCAGAGGAA 
CAAGAGAAGA TCGGTAGGAG GCAAGAGGAA GAGCACTCGG CTCCGGAAAA GAGGGAGGAA 
CCCGTGGAGA GATCTACTTC TCCGGTGAAG ACATCGACAG GTGAACAAGG GGGAACCTAC 
TCCTCTCCTC TGACAAAGAC TTTGGAAGAA GAGAAACCCT GTTCCTCGGC AAAGACCATG 
GAGGACAACA CAGAATCTCA GGCTGTATCG GTAACACAGG ACAGGCTTTC AGTAGAGAGA 
CCTCTAGAGA TCTCAGTTCA GGGTAAAGAG ACTCCCGGCG GATGCCCTGT GGAGGGATGC 
ACAGAGATAT TCACTGGAAA ACGGCGTTCT CTCCTCGGAC ATATTCTGGA CGATCACCGC 
GGCGACGCCA AACCCTTGGA AACGACGTTC CGTCAAGGCA ATGGCAAATG CAATATTTGC 
AAGAAGCCCG TTTTGACTTT GCAGCATTAC CAGCACCACA TTGTATGGCA CAAAGGAATT 
CCCAGGCATC CCTGTCTACA TGATGGGTGT AAAGCCCGGT TCAGTGCAGC GACAGAAATG 
AGGAACCACA CCAAGACTCA CCAGCCGCTC CTGGCAGTGT GCTGCTTCCC AGGTTGTCAG 
GAGCGCTTGG CTTGTCTTCC GGAGCTTAAC CGTCACGAAC AAGAACACTA TCGTCTTCCA 
AAGGAAGGGA AGGATGAATC TGATTTCTCT ACCCTTCTCA CCAATAACAC CTCTGTAAAA 
GTGATTAAAC AGTGTAAGAT GAGGAGGAAT AAACTACAGA AGATGCAGGG TGTAAAGAGA 
CTATGGCCTC TTAGAGAAAA GGAGGGATCG GCAACTGACC TCACTACTAC TACTACTGTA 
AAGGTAACTA GGAAGTATGA CTTGACCAAG ACGTTAAAGA AAACGCAGGT CGTAAAGAAA 
CGGCATGTTC CCAGGGACAA GGATCCCTGT ACTACTGACC GCTCTAACGT CTCTGTAAAA 
GTAACAAATA AGTTGAAGAA ATTGCAGGTT AAGAGGAAAC CGTGTGTTGT TAGGAAAATG 
AACGCCTCAA CCACTCCCGT CACCACGGCC AATGAAAAAG CTGAAAAAGT GAGCAAGAAG 
TTAAAGATGA TTCGTAAGGT AAAGAAAGCG TTGGCTGTAA AGCGACAGAA CGTTAGCAAA 
GACAGTTATA CCCCAACTGG TCCAACCACC TCTACCACAA TTATCGCCAC TGAAAAAGTT 
ACCAAAAAGC TACAAATTAT AAATAACTTG AAGAAAATGC TGGTTATTAA GAAACCGAAC 
GTTAGCAAAG AAAAGGATAC CCAACCTGGC CCAACCACCG ACACAAAAGT GACAAAAAAA 
CCTAAGGTGA CGCATAAGTT AAAGAAAACG CAACTTGTAA AGAAACAGAG TGTTGTAAAA 
GACATCAGGA AGATCTCCAT CGTTAGCACA GATGAGGATA CCCAACCTGT TCCTCCCACA 
GTCACTCCGA AAGTCACAGA GAAGTTACCA ATGGTGACAG ATGAGGTAAA GAAAACACAA 
GTTCTAAAGA AACAAAGTGT TATCAAGGAA CCCAAGAGGC CTGTTAGCAA AGAACCTAGG 
AAGACCTCCA AAAAACCTGT GAAGTCAAAG ACCTCTGGTC CAGAGAAACA TGTTAATAAA 
GTCACAGAAC TGGTTAATGA TCCCTAA

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

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LOC106575903 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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