LOC106590247 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106590247
Entrez Gene ID	106590247
Full Name	probable polyketide synthase 1
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014181050.1	XP_014036525.1	probable polyketide synthase 1

Pathways from BioSystems
Gene Ontology

The following LOC106590247 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106590247 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
OAt74099	XM_014181050.1 Latest version!	Salmo salar probable polyketide synthase 1 (LOC106590247), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC106590247 ( XM_014181050.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014036525.1 Salmo salar probable polyketide synthase 1 (LOC106590247), mRNA.

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CloneID	OAt74099
Clone ID Related Accession (Same CDS sequence)	XM_014181050.1
Accession Version	XM_014181050.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6318bp) 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	probable polyketide synthase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012341710.1) 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##

ATGGGAGATG ATGAGGACGA CATTGCTGTA GTCGGTATTG GCTGCAATTT CCCAGGAGGA 
GAGGGGCTTG ACAGTTTCTG GAAGGTTCTA TTGGAGGGGA AGAACTGTGC AGTGCCAATC 
CCAACTGAGA GATTTGACTG TTCCCAGTGG TATGACCCTG ATGACAACAA AGTGGGGAAA 
TCGCGCACAG CGAAGGCTGC ACTTATTGAT GGGTTCAATC AGTTTGATCA CAAGTTCTTT 
GGCATCACTG AAACGGAAGT GGAACAAATG GATCCCCAGC AAAAATACCT TCTTCAGTGT 
ACGTACAGGG CTCTAGAAAA TGCTGGGATG CCAATGGAGA AGGCCAGTGG GACCAGGACA 
GGGGTGTTTT TGGGGCTAAT GAACAGAGAT TATGAACAAT CTGCTGGAAG TGTCAACCCA 
AATATAATCA ACCACTGCAC CGGCACTGGA CTAGCTATGA GTTTAGCATC CAACCGAGTC 
TCCTACGTCT TCAACTTCAC TGGACCCTCA ATGTCCATTG ACAGCGCATG CTCTTCATCC 
CTTGTTGCAC TTCATTTTGC TTGTCAAGCC ATAAGACAAG GTGATTGCGA GATGGCCCTT 
TGTGGTGGTG TCAGCTGTAT CATACAACCA CGAGTCTTTG TCGCTCTCAG CAAAGCAAAG 
ATGATTTCCC CTGAAGGCAC AAGCAAACCT TTCTCCAGCA AAGCAGATGG CTATGGCAGA 
GGAGAGGGTT GTGGGGTTAT TCTGCTGAAG CCACTGAAAC AAGCTCTCAA AGAAAATGAC 
CATGTATGGG GCATCATAAG AAAAACTGCT GTAAACCAAG ATGGTCGCAC AGTCACTCCA 
ATCACCAAGC CATCCATGGT CCAGCAAGAG GAGCTGCTCC GCAGAATCTA TTCACAGTCT 
GACCTGTCAA CTGTCCAGTA CATAGAGGCT CATGGGACTG GAACTCCAGT GGGGGATCCC 
ATAGAAGCAG GCAGCATCTC CAAAGTAATT GCCAAAGCCA GACCTCCAGG TTCAGAAACA 
CTCCGCATCG GCTCTGTGAA AGGCAACATT GGACACACAG AATCTGCAGC TGGAGTGGCA 
GGACTAATCA AGGTACTCCT AATGATGAAG CATGAAATAA TTGTCCCTTC ACTGTTCTAC 
TCTGAGGATA GTGCCAGTAT AGATGCTAAA GCCTTAAATG TAAAGGTTCC CACTGAAGCA 
GAAAAGTGGG GAGATTCTGT TGAAAGGGTT GCAGGGATAA ATAACTTTGG TTTTGGAGGA 
ACAAATGCAC ATGTTATTGT CAAGCAACAC AAGCAGTCAC AGGTTTTTAG AAAGAGTGGT 
AGAAAAGCAC ACAGGTATTT TGTCCTCTCT GCGAGTTCGG AAAAGTCTAT CAGTATGATG 
ATGGAGGACA CAATTCAACA GATAGACAAA GACAACAAAG TTGATTTAGA AGCTCTTGCA 
TACACATCCG CTTGTAGGAG AAGTCACTTA AAACACAAAT ACAAGAAGGC TTTCAGAACT 
TCCTCTCTGG TTGATCTAAA AGATCAACTC AAGTCTGCCT TGAGTAAAAC TCCCTACCCC 
TCATACTCAG ATCCAAGGTT AATATTTGTC TTCTGTGGTA ATGGTGTGAC CTACCAAGGC 
ATGTGCAAGG AGCTCCTGAA ACATGAGCCT GTGTTCAGAG AGAAGATCAG GGAGGTGGAG 
ATACTTTTCC AAATGTTCAA TAACATGAGC ATCTTAGAGC GACTTGAGAA TGAGTCTGAG 
AGTAAGGACT TTTCAAAACC AGATGTTGTC CAGCCCCTAC TCTTTGCCAT TCAGGTTGGC 
ATTGCCAGTC TCTTCAAGCA CTGGGGCATC AAACCAGATG CAATTCTTGG CCACTCTGTT 
GGAGAGGTTG CTGCTGCCCA TTGCTCTGGT CTGTTGTCCC TTGAGGATGC AGTGAAGGTG 
ATCTACTTCC GCAGTACTCT GCAGAGTAAG GTCACAGGAG GCAAAATGCT TGTGGTCAGT 
AACATGGCCG TGTCAGAGGT CTTGAACCTC CTTCCCTCCT ACTTAAATAA GGTTTGCCTG 
GCTGCCTCCA ACAGCCCACA GTCCTGCACC CTTGCAGGTG ATGCTGATGC TATAGACAGT 
CTCCATCAAA AGCTAAGCAG TTCAGTCAAG AGTAAGAATC TGTTCCTCCA TGTTCTAGAC 
GTCCCTGCTG CATACCACAG CCAGATGATG GATCCCATCC TCTCTCAAAT AGAGGACAGT 
ATTGGCTCTT TACAGGTGAA TCATGTTGAG ACAGAATTGT TCTCCACAGT GACAGGGAAG 
GAGGTAGAGC AGCCAGACTT CAGCACAGGC AAATACTGGG CCAGGAACAT TCGAGAGCCT 
GTTGCATTTG AACAGGCAGT GAGATCAGCA ACCAAAGACA AGAAGAATGT GGTCTTTGTA 
GAGATAGGTC CTAGAAGGGC TCTACAAAGA AACATCCAGG AGACTCTGGG AAATGACACC 
ATAGTTATGT CCTCAGTGCA GCCAGAAAAA GATCATGAGA CAATGCTGAC CACTGTATCC 
AAACTGTTTG AGTCTGGGGT TCAGATCGAC TGGGATCAAT TCTACAGAGG CTGTGAGGCA 
TCACCAACAC ATTTCCCTGT GTATCAGTTT GATTCCACTC AGAGAGATGT TATCATTACT 
GCATCAAAGA TAAATACAGC AGGTACTCAT CCTGTGCTAA CTCAGACAGG AAGTGAGGGC 
AATAGCTTTA GCTGTGATCT GTTTTCTGAC TCAGTATCTT ACTTGCATGA GCATAAACAC 
AATGGTGTTG CCATTGTCCC TGGTGCTTTC TATACTGAGT TGGGTTTGTC TGCTTTCATG 
TTAAGTGCCA AACCAAAAGT ACCACTCAAC ACACTGCAAA TCAGCATCAG CTTTCAAAGT 
CCATTTGTTT TCACCAAAAA TGCACCAGAG ATGAAAGTGC AACTTGAACC AGCAGAAGAT 
GAGACACATA TTAAGATACA TTCTTCCTCT TCAACCTATG CATCAGGCAC AATAGTGTGC 
AAGCAAGAAA GACTAGTCGA AGAGCAGAAC ATTTTGCTAA GCTCTATCTA CAAAAGGTGC 
AAGTCAGTGG TGAGCTCTGA GGAGTTTTAC AACATAGGTC ATGGCGGGTT TCAGTACGGC 
ACTGTTTTCC AGAACAAGGG TGATGTACAC TATGGTGAAG AGTTTAAGGA GGCTTTTTCA 
GTTGTCACAG TTCCAGAGGA ATTGCTGTCT CAGTTGCACG ACTACTGTAT TCACCCTGTA 
GTTCTAGACT TCCTGATGCA ACTCGCTCCT GTTACAGTAG CACACGGATT CTCTTCCAGG 
CCTGGGTTTC CTGCCAAAAT AGGCAGCTTG ACAGTCTTTG AACCTCTGCA AAAGGAAATG 
ATTGTTTATG TGAGAGCAAT TGATGTAGGA GTTGATCACT TTGAAGTGTG TGGTTGCTTT 
ACAGACAAAG AGGGAAGAAT ATTGGTTGAG CTTAAGCATG TGATGATCAA GTACCTTGGG 
AGCCATTCTC GTGTTGTTGA GGAATACTTC TTCCACAATG ACTTCAGGGT TGTCTCTGAG 
GACATCAAGT CCTCTCGGGC ACGAAAGGCC TTGGTCTTTT CTGACCAGGT AGGAGTTTCC 
AAAGCCATGC AGCCACACTT GAGCTCAATG TCTAAATACA TTCCCTTTGC ACATGCTAAG 
GAGTTCTTAA ACCATGGATT TCCAACACTT CTGGCAAACC TTAATATCTC AGATATCAAG 
AAAAACTTTC AAGAGGTCTT GTTTATGTGG GGTGAGGAAG AACTCACTTC AGTCAAAACC 
GAGACTGTTC TGGAGAATAT AGTAAACTGC TGTGAGATTT TCCGTCAAAT AGTCCTGGAA 
CTAAGGGCTA GTCATTTCCC AAACTCCATC AGAGTAATTA CTTACCGGTC AGCAGAGAAC 
ACAGTGGACC GCATCAGCCC AGGCTTTGTC CTCTCAGGCA TGACTAGAGC ATGTGCTGCA 
GAAATGGCAG ATCTTTCCTT CCAGCTGATT GACATAAGCT CTGTCTCTAC AGAGGACATC 
AAAGCTCTGT CTGAGGTCTT AAAGTCATAC CCTTGCAGCA AATACCAGGA GTTGGTTGTG 
AAAGATGGGC TGATTTTTAA ATCTGATATT GTGCATACTC CCATGGAAAG CATTGAGAGC 
TCTGGGGGAA GTATGTCCTA TTCAATGTCC GAGGCATGTA TCTTTCAGAC GGCTGACCCC 
TACAGAATGA CTAGCTTGTC TGCCATTAGC TGTGAGGTCA AGAAAAAGGA CATCCAGCAG 
AAATCAGTTG AGATTCAGCT CAGTATGATA TCTGTTCATT CCTCAGACTA CTTTCCTGTT 
AGTGTCTCTG ATCTGCACTT TGGCAAGACA ATTTACTGGA ACAAACACAC ATCTCAGAAC 
CACCAGCTTT TGGCCCTTGA CTTCAGTGGC ACTGTCACAG CTGTTGGGAA AGATGTGAGC 
AAACTGAAAG TGGGAGACCA TGTTGTCTCA TGCTACCCTG TACTTGCGTC CTCTGCGATC 
ATGATTCCTG AAGCAGCATG CTACAAAACA AAGAGGCTCC CATTTCTGAA GGAGGCTCCA 
TGTGTGTCCT ACTTTGTGCT GGCATGGGAA ATATTGTACA AAGCGTTAAC TAGAGTCAAA 
GAACAGAGAA GGTTGGGGAT CATCTCCTCT GTTCCTGATT CTGGTCTGCT CAAGGTTTTA 
GCCCAAACAG CAAACAAATC AGGATGGAAT GTCATTGTAG GGACACAGTG CAATGGGCTG 
TTTGTAAAAG CTGATAAAAT GGATGCATTT GTCCTCCTTC CGCCATTTGA CGAATCTCTG 
TTGGCAAAAG CAGGCAATTT CCCTGGTGTT AGACACATTG TCATTGTCTG TGAATCCCAG 
TCCCAGTGCT TACTGGCACA GAGCGTTTTC CAAAATGTGA AGGATAGTGT TCGAATGCAA 
ACCCTTCAAA TGTCCAGCAT CATACAAAGG GGATCACTCA TTGCCCAGAA GCCACACATT 
TATCGTTGGC TCAAGTCCAT GCATTTGGAC AGGAAGTCAT TTGTTCTAGA ACACTCTACC 
TTTCAAAGGT TGACATCAGG AAGCATCGAC ATCTTGCCTG TTGAGGAGTC TGAATCGTAT 
TTTAGCTCAA AGACCCTGCC TGTTGTGGCA CTAGGTAAAG ATGATTCCAG AGGCACACTG 
TCCAAAATTC CTTTGTTGCC TAAACCAAAT CAGCTTTTCC AAAAGAATTC TATGTACATT 
GTCACAGGTG GCCTCACTGG GCTGGGATTT GAAACTGTGA AATTCATTTC TCAGAAAGGT 
GGAGAGTACA TTGTCATACT CTCCAGAAGT AGCCCCACAC CTGACATACA GCAGGAGATC 
TGCAATCTGG AGAAGCAATA CGGTGCCCAT ATCATATGTA TGGGATGTGA TGTCTCTGTC 
TCTGAGCATG TGCTCAAAGC GATTGGTCTC ATTGGCAAGA AGTTTCCCTC TTGTCCAATC 
AGAGGAGTGT TCCACAGTGC AGTTGTCCTG CACGATGGCC TGATTGAAAC CCTTGACAAA 
TCTCTGTATG AGAAAGTCCT GAAGCCCAAA GTGAATGGAG CTTTGAATCT ACACCATGCC 
ACGAAACACT GCAAATTGGA TTACTTTGTG TGCTACTCCT CTGTTGCAGC TTTCATTGGC 
AATGTCTCAC AAACAAACTA TGCAGCAGCC AATTCATTCC TGGACATATT CTGTCATTAT 
AGACGGAATA TTGGACTAGC TGGGCAATCC ATCAACTGGG GGCCTTTGAA CCTTGGTCTC 
TTGCTGAACA AGGATCATTT CCAAAGGTTT CTTGAGGCAA AGGGATTGAT GGTGATGGAT 
GTTAGAGAGA TTCGCGAAAG TCTGGAACAA TGCCTCCAGC TAAACAAACC TCAACAGGCT 
ATATGCAAGT TCAACTTCAA AAACATGAAG TACAATGTCA TGTCTCAAAA TGCCTCATTG 
ACCATGCGTA TGACTGCATT AGTGGAAGAG GCAATGCAAA AAGCCAAATT GAAAGAGTCC 
CGGTCTGGAC ATAATGCTGC TTCCTCCTCC CCAAGTGGTT ATATCAGATC TATACTCAGT 
GAAACAATCG GTGTTGACAA GAATGAGTTG AATGACGATT CTCCTCTCTC TGCCTTAGGC 
GTTGACTCAA TGTTAGCCAT GACTTTGCAG AACCTCATCT TTCAGGAGAG GGGTGTGAAT 
GTGCCACTGG TTAAATTGCT GGACCCAAAC AGCACACTGT CGACATTGAT ATCAAACCTG 
ATGGAGGGCA CTGAGGGTGA ATCGCAGAAT GATGACCAGA AAGAGGGCAT GATAGATGAC 
ATGTTCACAA GACTATAG

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

RefSeq	XP_014036525.1
CDS	1..6318
Translation	MGDDEDDIAVVGIGCNFPGGEGLDSFWKVLLEGKNCAVPIPTERFDCSQWYDPDDNKVGKSRTAKAALIDGFNQFDHKFFGITETEVEQMDPQQKYLLQCTYRALENAGMPMEKASGTRTGVFLGLMNRDYEQSAGSVNPNIINHCTGTGLAMSLASNRVSYVFNFTGPSMSIDSACSSSLVALHFACQAIRQGDCEMALCGGVSCIIQPRVFVALSKAKMISPEGTSKPFSSKADGYGRGEGCGVILLKPLKQALKENDHVWGIIRKTAVNQDGRTVTPITKPSMVQQEELLRRIYSQSDLSTVQYIEAHGTGTPVGDPIEAGSISKVIAKARPPGSETLRIGSVKGNIGHTESAAGVAGLIKVLLMMKHEIIVPSLFYSEDSASIDAKALNVKVPTEAEKWGDSVERVAGINNFGFGGTNAHVIVKQHKQSQVFRKSGRKAHRYFVLSASSEKSISMMMEDTIQQIDKDNKVDLEALAYTSACRRSHLKHKYKKAFRTSSLVDLKDQLKSALSKTPYPSYSDPRLIFVFCGNGVTYQGMCKELLKHEPVFREKIREVEILFQMFNNMSILERLENESESKDFSKPDVVQPLLFAIQVGIASLFKHWGIKPDAILGHSVGEVAAAHCSGLLSLEDAVKVIYFRSTLQSKVTGGKMLVVSNMAVSEVLNLLPSYLNKVCLAASNSPQSCTLAGDADAIDSLHQKLSSSVKSKNLFLHVLDVPAAYHSQMMDPILSQIEDSIGSLQVNHVETELFSTVTGKEVEQPDFSTGKYWARNIREPVAFEQAVRSATKDKKNVVFVEIGPRRALQRNIQETLGNDTIVMSSVQPEKDHETMLTTVSKLFESGVQIDWDQFYRGCEASPTHFPVYQFDSTQRDVIITASKINTAGTHPVLTQTGSEGNSFSCDLFSDSVSYLHEHKHNGVAIVPGAFYTELGLSAFMLSAKPKVPLNTLQISISFQSPFVFTKNAPEMKVQLEPAEDETHIKIHSSSSTYASGTIVCKQERLVEEQNILLSSIYKRCKSVVSSEEFYNIGHGGFQYGTVFQNKGDVHYGEEFKEAFSVVTVPEELLSQLHDYCIHPVVLDFLMQLAPVTVAHGFSSRPGFPAKIGSLTVFEPLQKEMIVYVRAIDVGVDHFEVCGCFTDKEGRILVELKHVMIKYLGSHSRVVEEYFFHNDFRVVSEDIKSSRARKALVFSDQVGVSKAMQPHLSSMSKYIPFAHAKEFLNHGFPTLLANLNISDIKKNFQEVLFMWGEEELTSVKTETVLENIVNCCEIFRQIVLELRASHFPNSIRVITYRSAENTVDRISPGFVLSGMTRACAAEMADLSFQLIDISSVSTEDIKALSEVLKSYPCSKYQELVVKDGLIFKSDIVHTPMESIESSGGSMSYSMSEACIFQTADPYRMTSLSAISCEVKKKDIQQKSVEIQLSMISVHSSDYFPVSVSDLHFGKTIYWNKHTSQNHQLLALDFSGTVTAVGKDVSKLKVGDHVVSCYPVLASSAIMIPEAACYKTKRLPFLKEAPCVSYFVLAWEILYKALTRVKEQRRLGIISSVPDSGLLKVLAQTANKSGWNVIVGTQCNGLFVKADKMDAFVLLPPFDESLLAKAGNFPGVRHIVIVCESQSQCLLAQSVFQNVKDSVRMQTLQMSSIIQRGSLIAQKPHIYRWLKSMHLDRKSFVLEHSTFQRLTSGSIDILPVEESESYFSSKTLPVVALGKDDSRGTLSKIPLLPKPNQLFQKNSMYIVTGGLTGLGFETVKFISQKGGEYIVILSRSSPTPDIQQEICNLEKQYGAHIICMGCDVSVSEHVLKAIGLIGKKFPSCPIRGVFHSAVVLHDGLIETLDKSLYEKVLKPKVNGALNLHHATKHCKLDYFVCYSSVAAFIGNVSQTNYAAANSFLDIFCHYRRNIGLAGQSINWGPLNLGLLLNKDHFQRFLEAKGLMVMDVREIRESLEQCLQLNKPQQAICKFNFKNMKYNVMSQNASLTMRMTALVEEAMQKAKLKESRSGHNAASSSPSGYIRSILSETIGVDKNELNDDSPLSALGVDSMLAMTLQNLIFQERGVNVPLVKLLDPNSTLSTLISNLMEGTEGESQNDDQKEGMIDDMFTRL

Target ORF information:

RefSeq Version	XM_014181050.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar probable polyketide synthase 1 (LOC106590247), mRNA.

Target ORF information:

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

XM_014181050.1

ORF Insert Sequence:

ATGGGAGATG ATGAGGACGA CATTGCTGTA GTCGGTATTG GCTGCAATTT CCCAGGAGGA 
GAGGGGCTTG ACAGTTTCTG GAAGGTTCTA TTGGAGGGGA AGAACTGTGC AGTGCCAATC 
CCAACTGAGA GATTTGACTG TTCCCAGTGG TATGACCCTG ATGACAACAA AGTGGGGAAA 
TCGCGCACAG CGAAGGCTGC ACTTATTGAT GGGTTCAATC AGTTTGATCA CAAGTTCTTT 
GGCATCACTG AAACGGAAGT GGAACAAATG GATCCCCAGC AAAAATACCT TCTTCAGTGT 
ACGTACAGGG CTCTAGAAAA TGCTGGGATG CCAATGGAGA AGGCCAGTGG GACCAGGACA 
GGGGTGTTTT TGGGGCTAAT GAACAGAGAT TATGAACAAT CTGCTGGAAG TGTCAACCCA 
AATATAATCA ACCACTGCAC CGGCACTGGA CTAGCTATGA GTTTAGCATC CAACCGAGTC 
TCCTACGTCT TCAACTTCAC TGGACCCTCA ATGTCCATTG ACAGCGCATG CTCTTCATCC 
CTTGTTGCAC TTCATTTTGC TTGTCAAGCC ATAAGACAAG GTGATTGCGA GATGGCCCTT 
TGTGGTGGTG TCAGCTGTAT CATACAACCA CGAGTCTTTG TCGCTCTCAG CAAAGCAAAG 
ATGATTTCCC CTGAAGGCAC AAGCAAACCT TTCTCCAGCA AAGCAGATGG CTATGGCAGA 
GGAGAGGGTT GTGGGGTTAT TCTGCTGAAG CCACTGAAAC AAGCTCTCAA AGAAAATGAC 
CATGTATGGG GCATCATAAG AAAAACTGCT GTAAACCAAG ATGGTCGCAC AGTCACTCCA 
ATCACCAAGC CATCCATGGT CCAGCAAGAG GAGCTGCTCC GCAGAATCTA TTCACAGTCT 
GACCTGTCAA CTGTCCAGTA CATAGAGGCT CATGGGACTG GAACTCCAGT GGGGGATCCC 
ATAGAAGCAG GCAGCATCTC CAAAGTAATT GCCAAAGCCA GACCTCCAGG TTCAGAAACA 
CTCCGCATCG GCTCTGTGAA AGGCAACATT GGACACACAG AATCTGCAGC TGGAGTGGCA 
GGACTAATCA AGGTACTCCT AATGATGAAG CATGAAATAA TTGTCCCTTC ACTGTTCTAC 
TCTGAGGATA GTGCCAGTAT AGATGCTAAA GCCTTAAATG TAAAGGTTCC CACTGAAGCA 
GAAAAGTGGG GAGATTCTGT TGAAAGGGTT GCAGGGATAA ATAACTTTGG TTTTGGAGGA 
ACAAATGCAC ATGTTATTGT CAAGCAACAC AAGCAGTCAC AGGTTTTTAG AAAGAGTGGT 
AGAAAAGCAC ACAGGTATTT TGTCCTCTCT GCGAGTTCGG AAAAGTCTAT CAGTATGATG 
ATGGAGGACA CAATTCAACA GATAGACAAA GACAACAAAG TTGATTTAGA AGCTCTTGCA 
TACACATCCG CTTGTAGGAG AAGTCACTTA AAACACAAAT ACAAGAAGGC TTTCAGAACT 
TCCTCTCTGG TTGATCTAAA AGATCAACTC AAGTCTGCCT TGAGTAAAAC TCCCTACCCC 
TCATACTCAG ATCCAAGGTT AATATTTGTC TTCTGTGGTA ATGGTGTGAC CTACCAAGGC 
ATGTGCAAGG AGCTCCTGAA ACATGAGCCT GTGTTCAGAG AGAAGATCAG GGAGGTGGAG 
ATACTTTTCC AAATGTTCAA TAACATGAGC ATCTTAGAGC GACTTGAGAA TGAGTCTGAG 
AGTAAGGACT TTTCAAAACC AGATGTTGTC CAGCCCCTAC TCTTTGCCAT TCAGGTTGGC 
ATTGCCAGTC TCTTCAAGCA CTGGGGCATC AAACCAGATG CAATTCTTGG CCACTCTGTT 
GGAGAGGTTG CTGCTGCCCA TTGCTCTGGT CTGTTGTCCC TTGAGGATGC AGTGAAGGTG 
ATCTACTTCC GCAGTACTCT GCAGAGTAAG GTCACAGGAG GCAAAATGCT TGTGGTCAGT 
AACATGGCCG TGTCAGAGGT CTTGAACCTC CTTCCCTCCT ACTTAAATAA GGTTTGCCTG 
GCTGCCTCCA ACAGCCCACA GTCCTGCACC CTTGCAGGTG ATGCTGATGC TATAGACAGT 
CTCCATCAAA AGCTAAGCAG TTCAGTCAAG AGTAAGAATC TGTTCCTCCA TGTTCTAGAC 
GTCCCTGCTG CATACCACAG CCAGATGATG GATCCCATCC TCTCTCAAAT AGAGGACAGT 
ATTGGCTCTT TACAGGTGAA TCATGTTGAG ACAGAATTGT TCTCCACAGT GACAGGGAAG 
GAGGTAGAGC AGCCAGACTT CAGCACAGGC AAATACTGGG CCAGGAACAT TCGAGAGCCT 
GTTGCATTTG AACAGGCAGT GAGATCAGCA ACCAAAGACA AGAAGAATGT GGTCTTTGTA 
GAGATAGGTC CTAGAAGGGC TCTACAAAGA AACATCCAGG AGACTCTGGG AAATGACACC 
ATAGTTATGT CCTCAGTGCA GCCAGAAAAA GATCATGAGA CAATGCTGAC CACTGTATCC 
AAACTGTTTG AGTCTGGGGT TCAGATCGAC TGGGATCAAT TCTACAGAGG CTGTGAGGCA 
TCACCAACAC ATTTCCCTGT GTATCAGTTT GATTCCACTC AGAGAGATGT TATCATTACT 
GCATCAAAGA TAAATACAGC AGGTACTCAT CCTGTGCTAA CTCAGACAGG AAGTGAGGGC 
AATAGCTTTA GCTGTGATCT GTTTTCTGAC TCAGTATCTT ACTTGCATGA GCATAAACAC 
AATGGTGTTG CCATTGTCCC TGGTGCTTTC TATACTGAGT TGGGTTTGTC TGCTTTCATG 
TTAAGTGCCA AACCAAAAGT ACCACTCAAC ACACTGCAAA TCAGCATCAG CTTTCAAAGT 
CCATTTGTTT TCACCAAAAA TGCACCAGAG ATGAAAGTGC AACTTGAACC AGCAGAAGAT 
GAGACACATA TTAAGATACA TTCTTCCTCT TCAACCTATG CATCAGGCAC AATAGTGTGC 
AAGCAAGAAA GACTAGTCGA AGAGCAGAAC ATTTTGCTAA GCTCTATCTA CAAAAGGTGC 
AAGTCAGTGG TGAGCTCTGA GGAGTTTTAC AACATAGGTC ATGGCGGGTT TCAGTACGGC 
ACTGTTTTCC AGAACAAGGG TGATGTACAC TATGGTGAAG AGTTTAAGGA GGCTTTTTCA 
GTTGTCACAG TTCCAGAGGA ATTGCTGTCT CAGTTGCACG ACTACTGTAT TCACCCTGTA 
GTTCTAGACT TCCTGATGCA ACTCGCTCCT GTTACAGTAG CACACGGATT CTCTTCCAGG 
CCTGGGTTTC CTGCCAAAAT AGGCAGCTTG ACAGTCTTTG AACCTCTGCA AAAGGAAATG 
ATTGTTTATG TGAGAGCAAT TGATGTAGGA GTTGATCACT TTGAAGTGTG TGGTTGCTTT 
ACAGACAAAG AGGGAAGAAT ATTGGTTGAG CTTAAGCATG TGATGATCAA GTACCTTGGG 
AGCCATTCTC GTGTTGTTGA GGAATACTTC TTCCACAATG ACTTCAGGGT TGTCTCTGAG 
GACATCAAGT CCTCTCGGGC ACGAAAGGCC TTGGTCTTTT CTGACCAGGT AGGAGTTTCC 
AAAGCCATGC AGCCACACTT GAGCTCAATG TCTAAATACA TTCCCTTTGC ACATGCTAAG 
GAGTTCTTAA ACCATGGATT TCCAACACTT CTGGCAAACC TTAATATCTC AGATATCAAG 
AAAAACTTTC AAGAGGTCTT GTTTATGTGG GGTGAGGAAG AACTCACTTC AGTCAAAACC 
GAGACTGTTC TGGAGAATAT AGTAAACTGC TGTGAGATTT TCCGTCAAAT AGTCCTGGAA 
CTAAGGGCTA GTCATTTCCC AAACTCCATC AGAGTAATTA CTTACCGGTC AGCAGAGAAC 
ACAGTGGACC GCATCAGCCC AGGCTTTGTC CTCTCAGGCA TGACTAGAGC ATGTGCTGCA 
GAAATGGCAG ATCTTTCCTT CCAGCTGATT GACATAAGCT CTGTCTCTAC AGAGGACATC 
AAAGCTCTGT CTGAGGTCTT AAAGTCATAC CCTTGCAGCA AATACCAGGA GTTGGTTGTG 
AAAGATGGGC TGATTTTTAA ATCTGATATT GTGCATACTC CCATGGAAAG CATTGAGAGC 
TCTGGGGGAA GTATGTCCTA TTCAATGTCC GAGGCATGTA TCTTTCAGAC GGCTGACCCC 
TACAGAATGA CTAGCTTGTC TGCCATTAGC TGTGAGGTCA AGAAAAAGGA CATCCAGCAG 
AAATCAGTTG AGATTCAGCT CAGTATGATA TCTGTTCATT CCTCAGACTA CTTTCCTGTT 
AGTGTCTCTG ATCTGCACTT TGGCAAGACA ATTTACTGGA ACAAACACAC ATCTCAGAAC 
CACCAGCTTT TGGCCCTTGA CTTCAGTGGC ACTGTCACAG CTGTTGGGAA AGATGTGAGC 
AAACTGAAAG TGGGAGACCA TGTTGTCTCA TGCTACCCTG TACTTGCGTC CTCTGCGATC 
ATGATTCCTG AAGCAGCATG CTACAAAACA AAGAGGCTCC CATTTCTGAA GGAGGCTCCA 
TGTGTGTCCT ACTTTGTGCT GGCATGGGAA ATATTGTACA AAGCGTTAAC TAGAGTCAAA 
GAACAGAGAA GGTTGGGGAT CATCTCCTCT GTTCCTGATT CTGGTCTGCT CAAGGTTTTA 
GCCCAAACAG CAAACAAATC AGGATGGAAT GTCATTGTAG GGACACAGTG CAATGGGCTG 
TTTGTAAAAG CTGATAAAAT GGATGCATTT GTCCTCCTTC CGCCATTTGA CGAATCTCTG 
TTGGCAAAAG CAGGCAATTT CCCTGGTGTT AGACACATTG TCATTGTCTG TGAATCCCAG 
TCCCAGTGCT TACTGGCACA GAGCGTTTTC CAAAATGTGA AGGATAGTGT TCGAATGCAA 
ACCCTTCAAA TGTCCAGCAT CATACAAAGG GGATCACTCA TTGCCCAGAA GCCACACATT 
TATCGTTGGC TCAAGTCCAT GCATTTGGAC AGGAAGTCAT TTGTTCTAGA ACACTCTACC 
TTTCAAAGGT TGACATCAGG AAGCATCGAC ATCTTGCCTG TTGAGGAGTC TGAATCGTAT 
TTTAGCTCAA AGACCCTGCC TGTTGTGGCA CTAGGTAAAG ATGATTCCAG AGGCACACTG 
TCCAAAATTC CTTTGTTGCC TAAACCAAAT CAGCTTTTCC AAAAGAATTC TATGTACATT 
GTCACAGGTG GCCTCACTGG GCTGGGATTT GAAACTGTGA AATTCATTTC TCAGAAAGGT 
GGAGAGTACA TTGTCATACT CTCCAGAAGT AGCCCCACAC CTGACATACA GCAGGAGATC 
TGCAATCTGG AGAAGCAATA CGGTGCCCAT ATCATATGTA TGGGATGTGA TGTCTCTGTC 
TCTGAGCATG TGCTCAAAGC GATTGGTCTC ATTGGCAAGA AGTTTCCCTC TTGTCCAATC 
AGAGGAGTGT TCCACAGTGC AGTTGTCCTG CACGATGGCC TGATTGAAAC CCTTGACAAA 
TCTCTGTATG AGAAAGTCCT GAAGCCCAAA GTGAATGGAG CTTTGAATCT ACACCATGCC 
ACGAAACACT GCAAATTGGA TTACTTTGTG TGCTACTCCT CTGTTGCAGC TTTCATTGGC 
AATGTCTCAC AAACAAACTA TGCAGCAGCC AATTCATTCC TGGACATATT CTGTCATTAT 
AGACGGAATA TTGGACTAGC TGGGCAATCC ATCAACTGGG GGCCTTTGAA CCTTGGTCTC 
TTGCTGAACA AGGATCATTT CCAAAGGTTT CTTGAGGCAA AGGGATTGAT GGTGATGGAT 
GTTAGAGAGA TTCGCGAAAG TCTGGAACAA TGCCTCCAGC TAAACAAACC TCAACAGGCT 
ATATGCAAGT TCAACTTCAA AAACATGAAG TACAATGTCA TGTCTCAAAA TGCCTCATTG 
ACCATGCGTA TGACTGCATT AGTGGAAGAG GCAATGCAAA AAGCCAAATT GAAAGAGTCC 
CGGTCTGGAC ATAATGCTGC TTCCTCCTCC CCAAGTGGTT ATATCAGATC TATACTCAGT 
GAAACAATCG GTGTTGACAA GAATGAGTTG AATGACGATT CTCCTCTCTC TGCCTTAGGC 
GTTGACTCAA TGTTAGCCAT GACTTTGCAG AACCTCATCT TTCAGGAGAG GGGTGTGAAT 
GTGCCACTGG TTAAATTGCT GGACCCAAAC AGCACACTGT CGACATTGAT ATCAAACCTG 
ATGGAGGGCA CTGAGGGTGA ATCGCAGAAT GATGACCAGA AAGAGGGCAT GATAGATGAC 
ATGTTCACAA GACTATAG

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

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LOC106590247 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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