LOC106601757 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106601757
Entrez Gene ID	106601757
Full Name	sterile alpha motif domain-containing protein 9-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014194111.1	XP_014049586.1	sterile alpha motif domain-containing protein 9-like
XM_014194110.1	XP_014049585.1	sterile alpha motif domain-containing protein 9-like

Pathways from BioSystems
Gene Ontology

The following LOC106601757 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106601757 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
OAt14355	XM_014194111.1 Latest version!	Salmo salar sterile alpha motif domain-containing protein 9-like (LOC106601757), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAt14355	XM_014194110.1 Latest version!	Salmo salar sterile alpha motif domain-containing protein 9-like (LOC106601757), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC106601757 ( XM_014194111.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014049586.1 Salmo salar sterile alpha motif domain-containing protein 9-like (LOC106601757), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt14355
Clone ID Related Accession (Same CDS sequence)	XM_014194111.1 , XM_014194110.1
Accession Version	XM_014194111.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4620bp) 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	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012333737.1) 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##

ATGGCAGAGG AACCTGATGA ACTGCCTGTT GAAAAATGGA CTGACTCCAA CGTGAGCTCC 
TGGTTAAGAA CTATTGGAGT GAAGGAGCAA TACATCAAGA AACTTTATGA GGAAGAGGTA 
GATGGGAGCA TTCTCCTTGT ACTGACTGAG GACTATCTGA GAAAAGAGAT TGGAATGAAA 
TCAGGACCAG CTCTGTTGAT CATCAGAAAG AGAAATGAGC TTGTAGACAC CAAACAGAGA 
ACTCAGGGCA AGGAAAAGAC TCAAAGTAGC AACAATAGTG AAAAGGGAAG TAAAAAGAAG 
CAGGGATCAG CTCCCCAGAC AGATCAAGGT CTTTCAGAGG AAGAGAAACA AACTCATCAA 
GGACAATCTG TTGAGGACAA TGTGTTAACC ACAAAGAGAG ACTGCAAGCC ACGGCCATTT 
GGCAAAGAAG GCATTGATTT CACATATGTC AAACATAGTG TTCTGCAACC TGAATCTGGT 
GTATTTGATC TGATATCTCC CTGTCATGAA TACAAGTCAC TTGACAATGC TGCCAAATTG 
GACCGCACAA GACTACAGGC AAAATTTGCT AAAGAGGTTC TCAAATTCGG TAGTGGCTGC 
ATGAATATCA GATCAAATGG CACAATACAC TTTGGTGTGA TGGACAGTAG GGATGATACA 
GGCTATGTGC ATGGTGAGAT AGTCGGTGTT CCAGTTTCTG AGAAAGATGT ATATGTTGAC 
GCGTTGGATC ACATTGAGAG GAGTTTCTCT CGCTCTGACA GCGAGCATGT GCGACAGTGC 
ATACGCCCAC CTCGGTTTAT AGAGGTCATG GACATGTATA GCACAGAAAA AAGATACGTG 
GTGGAGGTTG ATATTGTTCC CACCATAAGC ATTGTTAAGA ACCGAGTGTA CTCTGTTCGC 
CTGCCAAACT TCAAAGAGTC CTCTAACAAG ATTGAGCATG AAAAGGAAAC AATCTATCGC 
AGGGTAGGAT CAAAAACCGA GCCAGTGAGT GATCAGAATA ACTTCTACCA GCGAGTCAGA 
GACAGAGATG CCCAAAGAGA AGAGGCTGAG CATTGTCGAT ATGTTAACAC CCCGGACATC 
TGCCAAGACC TTGGAAGGAA ACTCACCATG CTGATAACCA GTGGCAAGAA ATTCATTGAA 
AAGGAGAAAT GGTACATTCT TGTCACTAAC AAGTTCAAAC CAGATGATTT GAGCAGCATT 
GACTTCTTGC TCAACATGAA CATTTTCTGT GTGTTCGACT TTGACACAGA TTCCAAGCTG 
TCAGGACTGT GCAGTAAATA TATTGAGCAC CATGCTGCAA ATACGCATTT CATGCAGAAC 
TACAAAATAC CAAGTGGTAT GAGCATTGGC GAATTTGTGA GCCATTTGCA TTTGTTTGAG 
CAAACCAGCT GGATATTTTG CAATGGACGA AGCGATTACA AAGGGAATGA AAACCCCTGT 
GATGAGATGA CATGGATCAA AACAAAAATT ACACTCCTGA GGGAATCTGT TTCATTGATC 
TGCAAACAGA TCTTGCCAAA AGGAGCATTC CTGGTGGTCT TCCTTCTCAC ATCCCCAGTT 
GAGAAACCAC TTTTGCACAC CTTCTATGAG TTCTTCACAG ATATGGAAGG TCATGAAGAC 
ATCGTTTGCA TCTCAGAATC TGAGGATAAC TATCAGAAAT GGCAAAGTTT TGCAGAGGGT 
TCATGTGGAA CAGAAACTGT GAACCGTTCC AGTGTTGTTG GGATGAAAAT GAGCCATGTT 
GATGCGACAC TGCAGCGAAT CCAACCTGTA ACATCTCGAG ACACCAAACA CTTGCCTATC 
TACCTGAAAG GACAGTGCCT TCTTGAAACT CGTGACGAGG AAAGGATGTA TTCCTTGGAA 
ATTCTGAGTG TCAATCATTG TGATGAAACA AGCGATGATT ACATCAAAGC AGAAAAAGAA 
AACATTGAAA GACAGTTTTA CCACGGGGGA AGAGTGACCT GGTTGAATTT CTGGCTTGCA 
GAGAAGAAGT TTGTTGGAGA AGTGATTAAA AGGGATGCAT ACAGGGATGT CTCCGAACTT 
CTCACTGACA CTATGAAATG GGGTGTAGAC AGACCTGTGA ACAGTATCAA CATCTACCAT 
CACCCAGGAA GCGGTGGAAG CACAGTGGGA AGGCAAGTGT TATGGAACAA GAGGACCGAC 
CTAAGATGTG CTGTTGTGAA GCCATCTTAC TCCGCAGCCA ATGTATCTGA ACATGCTGTT 
CAACTCCGAG AGTATGAGGA AAAAGATTCT GAGAAATGTC TCCCAGTGCT CCTGCTGATT 
GAGGACTGTG ACAAAGAATA CCTAGATGAG CTGAGGAATG AATTAGAGTT TGCCATCAAC 
ACTAAGAAAA TCAAACAAGG AACACCGTGC TTCATTCTGT TGAGCTGCAG ACGATCACAT 
AACCCAGAGA AGATGTGCAA AGACTCACCA TTGCAGAATG TAGCTGTCAC TCACAAACTA 
TCAAAAGAAG AGAAGAGACA GTTTGCTGGG AAACGGCAGA AGCTTGAAGA ACAGTACCAG 
CCAGAATTCA TTTTGACATT CGTCTTGATG AGTGAAGAAT TTGAACACCA GAAGATTGTT 
GAGTATGTTG CGCAATTTGT GAAACATTTG CTCCAAGACA TTGATCATGA AGCAGTTGTC 
ACTCGGCTCA TTCGGTATGT GGCATTGCTC AACACTTATG TTCAGGACTC ATTCATTTCC 
CAGTCCCATT GCGAAGCTCT GCTAGCATTC ACCATTCATA TGGATCGATT CCGCCAGCAT 
GCTTTTGAGA GATCACTGAG TGAGCAGGCG AAACTTGTCT TTATACATCT GAGAGATGAC 
AAGACGCACA TTAAATCAGT TCGAATCATT CATCCACTTG TTGCAAAGGA AATCCTTCAG 
CAGCTCCTTG GTGACCAAAA GCAGCAAAGT GGGTTGGCCA TGGATCTTCT CCATGAGGAT 
GTGCTTTTTG AGCACAGATT TGGAAAAGAA GATTATGGTA AGTTTTTGCG AGCCCTGTTC 
ATGAGACGTT GCAGAGTAAG TAAAGGTGAT GAATCAAACA GCTTTTTCTC TCCTCTCATT 
GAACATGTGA GTGAAAAGGA AACCCCTGAC AAGGCAATCG AGCTCCTCAA GGAGGCATAC 
AAACGCTTCA ACAAAGATGC ATTCTTTGCT CAGCAACTTG CTCGCCTGAA TTACTCCCAT 
GAGAAGTTTG AAGAGGCAAA GGATTGGGCA GAGATAGCAG CAAAACAAAT GCCTAACAAC 
TCTTACATTC TTGACACGAA AGGCCAGGTA TACAGAAGAT GGTTCAACGC CAAGTGTAAA 
GCAATTGAGA AAGTACCAAA AACGGCAGAA AATACAGCAG ACGCTGTTGA AACTGCGCTG 
AAAGCAATGG AGTGTTTCAG AGAATGTGAG AAATCTGCTA TCTCGGACCT TGAAACCATG 
AACAACAGTG GCTTTTTTGC TGCAGTTGAA GTTGGCTGCA GTCTGTTGAA GCTCGTATTC 
TCATTGCGTG TTTTCTCAAG CAAAACGTAT GGCCATTCAG AATGTATGAA GTACCTTCTC 
ACTGATTACA TTCCTGAGGC AGTGAAGAAG CCCTGGGAGA ATTTTCACAG CAATTTGAAA 
GGCCTTCAAA TGACACTGCA TGAAGCCCTG GAGTGGATCT CAGAAGACCT GAGTTACTTC 
CAGACAGACA TCAGTGCAGA TGAGGAGGAA ACAATTGAAA GCTCTGAGAT GAAAATAAGC 
CATCCAATGA CATGGTTGGT GAGAAAATCC TCTGAGTATG GTAAATATTT CAGTGATGCC 
TCTCTCAGCA TTGCCCCAAA GCTGTGCCAG TCGAACCCTG GCAGTTTAAC TCCTTTCATG 
AAACGCATGA TCATTTACCG GCTTGGTGGG GGGAATATAA CTTCAATCTT CTCCCTTCTG 
ACTGACCAGA AAGAAAGAGA CCAAGTCAAA GTCCTAGAGA ATATCATATC TCTCTACCCC 
AGCAACCCTC TGATGGCCAG GCTGGATCAA ATGGATCTCG TCAATTACAT AGCAGCTCAT 
ATTGCTCTGA GTTGCCTTAC AACCCAATCT CCAAAGTTGG CTGCTCTGAA AGACCTTCAG 
AAACTCAGTC AGCAGTTCCC AACAGAGAAA CGGAAGTGCC TGTCCAGTGC TCTGTTCCTG 
CTCATCTTGC TCTTCTGGCC AGAAGATCAT GACACAGACC CTGAAAAAGA GACCAAATAC 
AACATTGTTC TATCAGCTGT TGAGTACCTC AAAAGGAGCT ACTGGACCAA AATGAAGGAT 
ATACCACAAA GGAAGAAAAG GATTTACACC CACTTTTTCC TAAGTAATGG AAGTGGGTGG 
GACAAGATTG TTCACAAAAG CAAGGTTGAA ATGATTACTA AGGTCCTCTC CATCTCAGAA 
AAGAGAATGA AGTGGTTCAG TGGGGAGGTG TGGAAAATGC CAGAGATGGC AAAACTGCTC 
AGGACTGTGT CTGGGTGGAC AGAAGATGGG ATAGTGTACC TTGAGGGCCC AAAAGAGAAA 
AAGTTCACTA TTCCTCATCT GAAAGCAGCC TCCGTTCCCT ATGGCAATGA AAACATCACA 
TTCTACTTGG GCTTCACATT TAGAGGACCT GTTGCGTGCA ACGTCACTGT GAAAAAGTAG

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

RefSeq	XP_014049586.1
CDS	349..4968
Translation	MAEEPDELPVEKWTDSNVSSWLRTIGVKEQYIKKLYEEEVDGSILLVLTEDYLRKEIGMKSGPALLIIRKRNELVDTKQRTQGKEKTQSSNNSEKGSKKKQGSAPQTDQGLSEEEKQTHQGQSVEDNVLTTKRDCKPRPFGKEGIDFTYVKHSVLQPESGVFDLISPCHEYKSLDNAAKLDRTRLQAKFAKEVLKFGSGCMNIRSNGTIHFGVMDSRDDTGYVHGEIVGVPVSEKDVYVDALDHIERSFSRSDSEHVRQCIRPPRFIEVMDMYSTEKRYVVEVDIVPTISIVKNRVYSVRLPNFKESSNKIEHEKETIYRRVGSKTEPVSDQNNFYQRVRDRDAQREEAEHCRYVNTPDICQDLGRKLTMLITSGKKFIEKEKWYILVTNKFKPDDLSSIDFLLNMNIFCVFDFDTDSKLSGLCSKYIEHHAANTHFMQNYKIPSGMSIGEFVSHLHLFEQTSWIFCNGRSDYKGNENPCDEMTWIKTKITLLRESVSLICKQILPKGAFLVVFLLTSPVEKPLLHTFYEFFTDMEGHEDIVCISESEDNYQKWQSFAEGSCGTETVNRSSVVGMKMSHVDATLQRIQPVTSRDTKHLPIYLKGQCLLETRDEERMYSLEILSVNHCDETSDDYIKAEKENIERQFYHGGRVTWLNFWLAEKKFVGEVIKRDAYRDVSELLTDTMKWGVDRPVNSINIYHHPGSGGSTVGRQVLWNKRTDLRCAVVKPSYSAANVSEHAVQLREYEEKDSEKCLPVLLLIEDCDKEYLDELRNELEFAINTKKIKQGTPCFILLSCRRSHNPEKMCKDSPLQNVAVTHKLSKEEKRQFAGKRQKLEEQYQPEFILTFVLMSEEFEHQKIVEYVAQFVKHLLQDIDHEAVVTRLIRYVALLNTYVQDSFISQSHCEALLAFTIHMDRFRQHAFERSLSEQAKLVFIHLRDDKTHIKSVRIIHPLVAKEILQQLLGDQKQQSGLAMDLLHEDVLFEHRFGKEDYGKFLRALFMRRCRVSKGDESNSFFSPLIEHVSEKETPDKAIELLKEAYKRFNKDAFFAQQLARLNYSHEKFEEAKDWAEIAAKQMPNNSYILDTKGQVYRRWFNAKCKAIEKVPKTAENTADAVETALKAMECFRECEKSAISDLETMNNSGFFAAVEVGCSLLKLVFSLRVFSSKTYGHSECMKYLLTDYIPEAVKKPWENFHSNLKGLQMTLHEALEWISEDLSYFQTDISADEEETIESSEMKISHPMTWLVRKSSEYGKYFSDASLSIAPKLCQSNPGSLTPFMKRMIIYRLGGGNITSIFSLLTDQKERDQVKVLENIISLYPSNPLMARLDQMDLVNYIAAHIALSCLTTQSPKLAALKDLQKLSQQFPTEKRKCLSSALFLLILLFWPEDHDTDPEKETKYNIVLSAVEYLKRSYWTKMKDIPQRKKRIYTHFFLSNGSGWDKIVHKSKVEMITKVLSISEKRMKWFSGEVWKMPEMAKLLRTVSGWTEDGIVYLEGPKEKKFTIPHLKAASVPYGNENITFYLGFTFRGPVACNVTVKK

Target ORF information:

RefSeq Version	XM_014194111.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar sterile alpha motif domain-containing protein 9-like (LOC106601757), transcript variant X2, mRNA.

Target ORF information:

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

XM_014194111.1

ORF Insert Sequence:

ATGGCAGAGG AACCTGATGA ACTGCCTGTT GAAAAATGGA CTGACTCCAA CGTGAGCTCC 
TGGTTAAGAA CTATTGGAGT GAAGGAGCAA TACATCAAGA AACTTTATGA GGAAGAGGTA 
GATGGGAGCA TTCTCCTTGT ACTGACTGAG GACTATCTGA GAAAAGAGAT TGGAATGAAA 
TCAGGACCAG CTCTGTTGAT CATCAGAAAG AGAAATGAGC TTGTAGACAC CAAACAGAGA 
ACTCAGGGCA AGGAAAAGAC TCAAAGTAGC AACAATAGTG AAAAGGGAAG TAAAAAGAAG 
CAGGGATCAG CTCCCCAGAC AGATCAAGGT CTTTCAGAGG AAGAGAAACA AACTCATCAA 
GGACAATCTG TTGAGGACAA TGTGTTAACC ACAAAGAGAG ACTGCAAGCC ACGGCCATTT 
GGCAAAGAAG GCATTGATTT CACATATGTC AAACATAGTG TTCTGCAACC TGAATCTGGT 
GTATTTGATC TGATATCTCC CTGTCATGAA TACAAGTCAC TTGACAATGC TGCCAAATTG 
GACCGCACAA GACTACAGGC AAAATTTGCT AAAGAGGTTC TCAAATTCGG TAGTGGCTGC 
ATGAATATCA GATCAAATGG CACAATACAC TTTGGTGTGA TGGACAGTAG GGATGATACA 
GGCTATGTGC ATGGTGAGAT AGTCGGTGTT CCAGTTTCTG AGAAAGATGT ATATGTTGAC 
GCGTTGGATC ACATTGAGAG GAGTTTCTCT CGCTCTGACA GCGAGCATGT GCGACAGTGC 
ATACGCCCAC CTCGGTTTAT AGAGGTCATG GACATGTATA GCACAGAAAA AAGATACGTG 
GTGGAGGTTG ATATTGTTCC CACCATAAGC ATTGTTAAGA ACCGAGTGTA CTCTGTTCGC 
CTGCCAAACT TCAAAGAGTC CTCTAACAAG ATTGAGCATG AAAAGGAAAC AATCTATCGC 
AGGGTAGGAT CAAAAACCGA GCCAGTGAGT GATCAGAATA ACTTCTACCA GCGAGTCAGA 
GACAGAGATG CCCAAAGAGA AGAGGCTGAG CATTGTCGAT ATGTTAACAC CCCGGACATC 
TGCCAAGACC TTGGAAGGAA ACTCACCATG CTGATAACCA GTGGCAAGAA ATTCATTGAA 
AAGGAGAAAT GGTACATTCT TGTCACTAAC AAGTTCAAAC CAGATGATTT GAGCAGCATT 
GACTTCTTGC TCAACATGAA CATTTTCTGT GTGTTCGACT TTGACACAGA TTCCAAGCTG 
TCAGGACTGT GCAGTAAATA TATTGAGCAC CATGCTGCAA ATACGCATTT CATGCAGAAC 
TACAAAATAC CAAGTGGTAT GAGCATTGGC GAATTTGTGA GCCATTTGCA TTTGTTTGAG 
CAAACCAGCT GGATATTTTG CAATGGACGA AGCGATTACA AAGGGAATGA AAACCCCTGT 
GATGAGATGA CATGGATCAA AACAAAAATT ACACTCCTGA GGGAATCTGT TTCATTGATC 
TGCAAACAGA TCTTGCCAAA AGGAGCATTC CTGGTGGTCT TCCTTCTCAC ATCCCCAGTT 
GAGAAACCAC TTTTGCACAC CTTCTATGAG TTCTTCACAG ATATGGAAGG TCATGAAGAC 
ATCGTTTGCA TCTCAGAATC TGAGGATAAC TATCAGAAAT GGCAAAGTTT TGCAGAGGGT 
TCATGTGGAA CAGAAACTGT GAACCGTTCC AGTGTTGTTG GGATGAAAAT GAGCCATGTT 
GATGCGACAC TGCAGCGAAT CCAACCTGTA ACATCTCGAG ACACCAAACA CTTGCCTATC 
TACCTGAAAG GACAGTGCCT TCTTGAAACT CGTGACGAGG AAAGGATGTA TTCCTTGGAA 
ATTCTGAGTG TCAATCATTG TGATGAAACA AGCGATGATT ACATCAAAGC AGAAAAAGAA 
AACATTGAAA GACAGTTTTA CCACGGGGGA AGAGTGACCT GGTTGAATTT CTGGCTTGCA 
GAGAAGAAGT TTGTTGGAGA AGTGATTAAA AGGGATGCAT ACAGGGATGT CTCCGAACTT 
CTCACTGACA CTATGAAATG GGGTGTAGAC AGACCTGTGA ACAGTATCAA CATCTACCAT 
CACCCAGGAA GCGGTGGAAG CACAGTGGGA AGGCAAGTGT TATGGAACAA GAGGACCGAC 
CTAAGATGTG CTGTTGTGAA GCCATCTTAC TCCGCAGCCA ATGTATCTGA ACATGCTGTT 
CAACTCCGAG AGTATGAGGA AAAAGATTCT GAGAAATGTC TCCCAGTGCT CCTGCTGATT 
GAGGACTGTG ACAAAGAATA CCTAGATGAG CTGAGGAATG AATTAGAGTT TGCCATCAAC 
ACTAAGAAAA TCAAACAAGG AACACCGTGC TTCATTCTGT TGAGCTGCAG ACGATCACAT 
AACCCAGAGA AGATGTGCAA AGACTCACCA TTGCAGAATG TAGCTGTCAC TCACAAACTA 
TCAAAAGAAG AGAAGAGACA GTTTGCTGGG AAACGGCAGA AGCTTGAAGA ACAGTACCAG 
CCAGAATTCA TTTTGACATT CGTCTTGATG AGTGAAGAAT TTGAACACCA GAAGATTGTT 
GAGTATGTTG CGCAATTTGT GAAACATTTG CTCCAAGACA TTGATCATGA AGCAGTTGTC 
ACTCGGCTCA TTCGGTATGT GGCATTGCTC AACACTTATG TTCAGGACTC ATTCATTTCC 
CAGTCCCATT GCGAAGCTCT GCTAGCATTC ACCATTCATA TGGATCGATT CCGCCAGCAT 
GCTTTTGAGA GATCACTGAG TGAGCAGGCG AAACTTGTCT TTATACATCT GAGAGATGAC 
AAGACGCACA TTAAATCAGT TCGAATCATT CATCCACTTG TTGCAAAGGA AATCCTTCAG 
CAGCTCCTTG GTGACCAAAA GCAGCAAAGT GGGTTGGCCA TGGATCTTCT CCATGAGGAT 
GTGCTTTTTG AGCACAGATT TGGAAAAGAA GATTATGGTA AGTTTTTGCG AGCCCTGTTC 
ATGAGACGTT GCAGAGTAAG TAAAGGTGAT GAATCAAACA GCTTTTTCTC TCCTCTCATT 
GAACATGTGA GTGAAAAGGA AACCCCTGAC AAGGCAATCG AGCTCCTCAA GGAGGCATAC 
AAACGCTTCA ACAAAGATGC ATTCTTTGCT CAGCAACTTG CTCGCCTGAA TTACTCCCAT 
GAGAAGTTTG AAGAGGCAAA GGATTGGGCA GAGATAGCAG CAAAACAAAT GCCTAACAAC 
TCTTACATTC TTGACACGAA AGGCCAGGTA TACAGAAGAT GGTTCAACGC CAAGTGTAAA 
GCAATTGAGA AAGTACCAAA AACGGCAGAA AATACAGCAG ACGCTGTTGA AACTGCGCTG 
AAAGCAATGG AGTGTTTCAG AGAATGTGAG AAATCTGCTA TCTCGGACCT TGAAACCATG 
AACAACAGTG GCTTTTTTGC TGCAGTTGAA GTTGGCTGCA GTCTGTTGAA GCTCGTATTC 
TCATTGCGTG TTTTCTCAAG CAAAACGTAT GGCCATTCAG AATGTATGAA GTACCTTCTC 
ACTGATTACA TTCCTGAGGC AGTGAAGAAG CCCTGGGAGA ATTTTCACAG CAATTTGAAA 
GGCCTTCAAA TGACACTGCA TGAAGCCCTG GAGTGGATCT CAGAAGACCT GAGTTACTTC 
CAGACAGACA TCAGTGCAGA TGAGGAGGAA ACAATTGAAA GCTCTGAGAT GAAAATAAGC 
CATCCAATGA CATGGTTGGT GAGAAAATCC TCTGAGTATG GTAAATATTT CAGTGATGCC 
TCTCTCAGCA TTGCCCCAAA GCTGTGCCAG TCGAACCCTG GCAGTTTAAC TCCTTTCATG 
AAACGCATGA TCATTTACCG GCTTGGTGGG GGGAATATAA CTTCAATCTT CTCCCTTCTG 
ACTGACCAGA AAGAAAGAGA CCAAGTCAAA GTCCTAGAGA ATATCATATC TCTCTACCCC 
AGCAACCCTC TGATGGCCAG GCTGGATCAA ATGGATCTCG TCAATTACAT AGCAGCTCAT 
ATTGCTCTGA GTTGCCTTAC AACCCAATCT CCAAAGTTGG CTGCTCTGAA AGACCTTCAG 
AAACTCAGTC AGCAGTTCCC AACAGAGAAA CGGAAGTGCC TGTCCAGTGC TCTGTTCCTG 
CTCATCTTGC TCTTCTGGCC AGAAGATCAT GACACAGACC CTGAAAAAGA GACCAAATAC 
AACATTGTTC TATCAGCTGT TGAGTACCTC AAAAGGAGCT ACTGGACCAA AATGAAGGAT 
ATACCACAAA GGAAGAAAAG GATTTACACC CACTTTTTCC TAAGTAATGG AAGTGGGTGG 
GACAAGATTG TTCACAAAAG CAAGGTTGAA ATGATTACTA AGGTCCTCTC CATCTCAGAA 
AAGAGAATGA AGTGGTTCAG TGGGGAGGTG TGGAAAATGC CAGAGATGGC AAAACTGCTC 
AGGACTGTGT CTGGGTGGAC AGAAGATGGG ATAGTGTACC TTGAGGGCCC AAAAGAGAAA 
AAGTTCACTA TTCCTCATCT GAAAGCAGCC TCCGTTCCCT ATGGCAATGA AAACATCACA 
TTCTACTTGG GCTTCACATT TAGAGGACCT GTTGCGTGCA ACGTCACTGT GAAAAAGTAG

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

LOC106601757 ( XM_014194110.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014049585.1 Salmo salar sterile alpha motif domain-containing protein 9-like (LOC106601757), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt14355
Clone ID Related Accession (Same CDS sequence)	XM_014194111.1 , XM_014194110.1
Accession Version	XM_014194110.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4620bp) 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	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012333737.1) 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##

ATGGCAGAGG AACCTGATGA ACTGCCTGTT GAAAAATGGA CTGACTCCAA CGTGAGCTCC 
TGGTTAAGAA CTATTGGAGT GAAGGAGCAA TACATCAAGA AACTTTATGA GGAAGAGGTA 
GATGGGAGCA TTCTCCTTGT ACTGACTGAG GACTATCTGA GAAAAGAGAT TGGAATGAAA 
TCAGGACCAG CTCTGTTGAT CATCAGAAAG AGAAATGAGC TTGTAGACAC CAAACAGAGA 
ACTCAGGGCA AGGAAAAGAC TCAAAGTAGC AACAATAGTG AAAAGGGAAG TAAAAAGAAG 
CAGGGATCAG CTCCCCAGAC AGATCAAGGT CTTTCAGAGG AAGAGAAACA AACTCATCAA 
GGACAATCTG TTGAGGACAA TGTGTTAACC ACAAAGAGAG ACTGCAAGCC ACGGCCATTT 
GGCAAAGAAG GCATTGATTT CACATATGTC AAACATAGTG TTCTGCAACC TGAATCTGGT 
GTATTTGATC TGATATCTCC CTGTCATGAA TACAAGTCAC TTGACAATGC TGCCAAATTG 
GACCGCACAA GACTACAGGC AAAATTTGCT AAAGAGGTTC TCAAATTCGG TAGTGGCTGC 
ATGAATATCA GATCAAATGG CACAATACAC TTTGGTGTGA TGGACAGTAG GGATGATACA 
GGCTATGTGC ATGGTGAGAT AGTCGGTGTT CCAGTTTCTG AGAAAGATGT ATATGTTGAC 
GCGTTGGATC ACATTGAGAG GAGTTTCTCT CGCTCTGACA GCGAGCATGT GCGACAGTGC 
ATACGCCCAC CTCGGTTTAT AGAGGTCATG GACATGTATA GCACAGAAAA AAGATACGTG 
GTGGAGGTTG ATATTGTTCC CACCATAAGC ATTGTTAAGA ACCGAGTGTA CTCTGTTCGC 
CTGCCAAACT TCAAAGAGTC CTCTAACAAG ATTGAGCATG AAAAGGAAAC AATCTATCGC 
AGGGTAGGAT CAAAAACCGA GCCAGTGAGT GATCAGAATA ACTTCTACCA GCGAGTCAGA 
GACAGAGATG CCCAAAGAGA AGAGGCTGAG CATTGTCGAT ATGTTAACAC CCCGGACATC 
TGCCAAGACC TTGGAAGGAA ACTCACCATG CTGATAACCA GTGGCAAGAA ATTCATTGAA 
AAGGAGAAAT GGTACATTCT TGTCACTAAC AAGTTCAAAC CAGATGATTT GAGCAGCATT 
GACTTCTTGC TCAACATGAA CATTTTCTGT GTGTTCGACT TTGACACAGA TTCCAAGCTG 
TCAGGACTGT GCAGTAAATA TATTGAGCAC CATGCTGCAA ATACGCATTT CATGCAGAAC 
TACAAAATAC CAAGTGGTAT GAGCATTGGC GAATTTGTGA GCCATTTGCA TTTGTTTGAG 
CAAACCAGCT GGATATTTTG CAATGGACGA AGCGATTACA AAGGGAATGA AAACCCCTGT 
GATGAGATGA CATGGATCAA AACAAAAATT ACACTCCTGA GGGAATCTGT TTCATTGATC 
TGCAAACAGA TCTTGCCAAA AGGAGCATTC CTGGTGGTCT TCCTTCTCAC ATCCCCAGTT 
GAGAAACCAC TTTTGCACAC CTTCTATGAG TTCTTCACAG ATATGGAAGG TCATGAAGAC 
ATCGTTTGCA TCTCAGAATC TGAGGATAAC TATCAGAAAT GGCAAAGTTT TGCAGAGGGT 
TCATGTGGAA CAGAAACTGT GAACCGTTCC AGTGTTGTTG GGATGAAAAT GAGCCATGTT 
GATGCGACAC TGCAGCGAAT CCAACCTGTA ACATCTCGAG ACACCAAACA CTTGCCTATC 
TACCTGAAAG GACAGTGCCT TCTTGAAACT CGTGACGAGG AAAGGATGTA TTCCTTGGAA 
ATTCTGAGTG TCAATCATTG TGATGAAACA AGCGATGATT ACATCAAAGC AGAAAAAGAA 
AACATTGAAA GACAGTTTTA CCACGGGGGA AGAGTGACCT GGTTGAATTT CTGGCTTGCA 
GAGAAGAAGT TTGTTGGAGA AGTGATTAAA AGGGATGCAT ACAGGGATGT CTCCGAACTT 
CTCACTGACA CTATGAAATG GGGTGTAGAC AGACCTGTGA ACAGTATCAA CATCTACCAT 
CACCCAGGAA GCGGTGGAAG CACAGTGGGA AGGCAAGTGT TATGGAACAA GAGGACCGAC 
CTAAGATGTG CTGTTGTGAA GCCATCTTAC TCCGCAGCCA ATGTATCTGA ACATGCTGTT 
CAACTCCGAG AGTATGAGGA AAAAGATTCT GAGAAATGTC TCCCAGTGCT CCTGCTGATT 
GAGGACTGTG ACAAAGAATA CCTAGATGAG CTGAGGAATG AATTAGAGTT TGCCATCAAC 
ACTAAGAAAA TCAAACAAGG AACACCGTGC TTCATTCTGT TGAGCTGCAG ACGATCACAT 
AACCCAGAGA AGATGTGCAA AGACTCACCA TTGCAGAATG TAGCTGTCAC TCACAAACTA 
TCAAAAGAAG AGAAGAGACA GTTTGCTGGG AAACGGCAGA AGCTTGAAGA ACAGTACCAG 
CCAGAATTCA TTTTGACATT CGTCTTGATG AGTGAAGAAT TTGAACACCA GAAGATTGTT 
GAGTATGTTG CGCAATTTGT GAAACATTTG CTCCAAGACA TTGATCATGA AGCAGTTGTC 
ACTCGGCTCA TTCGGTATGT GGCATTGCTC AACACTTATG TTCAGGACTC ATTCATTTCC 
CAGTCCCATT GCGAAGCTCT GCTAGCATTC ACCATTCATA TGGATCGATT CCGCCAGCAT 
GCTTTTGAGA GATCACTGAG TGAGCAGGCG AAACTTGTCT TTATACATCT GAGAGATGAC 
AAGACGCACA TTAAATCAGT TCGAATCATT CATCCACTTG TTGCAAAGGA AATCCTTCAG 
CAGCTCCTTG GTGACCAAAA GCAGCAAAGT GGGTTGGCCA TGGATCTTCT CCATGAGGAT 
GTGCTTTTTG AGCACAGATT TGGAAAAGAA GATTATGGTA AGTTTTTGCG AGCCCTGTTC 
ATGAGACGTT GCAGAGTAAG TAAAGGTGAT GAATCAAACA GCTTTTTCTC TCCTCTCATT 
GAACATGTGA GTGAAAAGGA AACCCCTGAC AAGGCAATCG AGCTCCTCAA GGAGGCATAC 
AAACGCTTCA ACAAAGATGC ATTCTTTGCT CAGCAACTTG CTCGCCTGAA TTACTCCCAT 
GAGAAGTTTG AAGAGGCAAA GGATTGGGCA GAGATAGCAG CAAAACAAAT GCCTAACAAC 
TCTTACATTC TTGACACGAA AGGCCAGGTA TACAGAAGAT GGTTCAACGC CAAGTGTAAA 
GCAATTGAGA AAGTACCAAA AACGGCAGAA AATACAGCAG ACGCTGTTGA AACTGCGCTG 
AAAGCAATGG AGTGTTTCAG AGAATGTGAG AAATCTGCTA TCTCGGACCT TGAAACCATG 
AACAACAGTG GCTTTTTTGC TGCAGTTGAA GTTGGCTGCA GTCTGTTGAA GCTCGTATTC 
TCATTGCGTG TTTTCTCAAG CAAAACGTAT GGCCATTCAG AATGTATGAA GTACCTTCTC 
ACTGATTACA TTCCTGAGGC AGTGAAGAAG CCCTGGGAGA ATTTTCACAG CAATTTGAAA 
GGCCTTCAAA TGACACTGCA TGAAGCCCTG GAGTGGATCT CAGAAGACCT GAGTTACTTC 
CAGACAGACA TCAGTGCAGA TGAGGAGGAA ACAATTGAAA GCTCTGAGAT GAAAATAAGC 
CATCCAATGA CATGGTTGGT GAGAAAATCC TCTGAGTATG GTAAATATTT CAGTGATGCC 
TCTCTCAGCA TTGCCCCAAA GCTGTGCCAG TCGAACCCTG GCAGTTTAAC TCCTTTCATG 
AAACGCATGA TCATTTACCG GCTTGGTGGG GGGAATATAA CTTCAATCTT CTCCCTTCTG 
ACTGACCAGA AAGAAAGAGA CCAAGTCAAA GTCCTAGAGA ATATCATATC TCTCTACCCC 
AGCAACCCTC TGATGGCCAG GCTGGATCAA ATGGATCTCG TCAATTACAT AGCAGCTCAT 
ATTGCTCTGA GTTGCCTTAC AACCCAATCT CCAAAGTTGG CTGCTCTGAA AGACCTTCAG 
AAACTCAGTC AGCAGTTCCC AACAGAGAAA CGGAAGTGCC TGTCCAGTGC TCTGTTCCTG 
CTCATCTTGC TCTTCTGGCC AGAAGATCAT GACACAGACC CTGAAAAAGA GACCAAATAC 
AACATTGTTC TATCAGCTGT TGAGTACCTC AAAAGGAGCT ACTGGACCAA AATGAAGGAT 
ATACCACAAA GGAAGAAAAG GATTTACACC CACTTTTTCC TAAGTAATGG AAGTGGGTGG 
GACAAGATTG TTCACAAAAG CAAGGTTGAA ATGATTACTA AGGTCCTCTC CATCTCAGAA 
AAGAGAATGA AGTGGTTCAG TGGGGAGGTG TGGAAAATGC CAGAGATGGC AAAACTGCTC 
AGGACTGTGT CTGGGTGGAC AGAAGATGGG ATAGTGTACC TTGAGGGCCC AAAAGAGAAA 
AAGTTCACTA TTCCTCATCT GAAAGCAGCC TCCGTTCCCT ATGGCAATGA AAACATCACA 
TTCTACTTGG GCTTCACATT TAGAGGACCT GTTGCGTGCA ACGTCACTGT GAAAAAGTAG

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

RefSeq	XP_014049585.1
CDS	302..4921
Translation	MAEEPDELPVEKWTDSNVSSWLRTIGVKEQYIKKLYEEEVDGSILLVLTEDYLRKEIGMKSGPALLIIRKRNELVDTKQRTQGKEKTQSSNNSEKGSKKKQGSAPQTDQGLSEEEKQTHQGQSVEDNVLTTKRDCKPRPFGKEGIDFTYVKHSVLQPESGVFDLISPCHEYKSLDNAAKLDRTRLQAKFAKEVLKFGSGCMNIRSNGTIHFGVMDSRDDTGYVHGEIVGVPVSEKDVYVDALDHIERSFSRSDSEHVRQCIRPPRFIEVMDMYSTEKRYVVEVDIVPTISIVKNRVYSVRLPNFKESSNKIEHEKETIYRRVGSKTEPVSDQNNFYQRVRDRDAQREEAEHCRYVNTPDICQDLGRKLTMLITSGKKFIEKEKWYILVTNKFKPDDLSSIDFLLNMNIFCVFDFDTDSKLSGLCSKYIEHHAANTHFMQNYKIPSGMSIGEFVSHLHLFEQTSWIFCNGRSDYKGNENPCDEMTWIKTKITLLRESVSLICKQILPKGAFLVVFLLTSPVEKPLLHTFYEFFTDMEGHEDIVCISESEDNYQKWQSFAEGSCGTETVNRSSVVGMKMSHVDATLQRIQPVTSRDTKHLPIYLKGQCLLETRDEERMYSLEILSVNHCDETSDDYIKAEKENIERQFYHGGRVTWLNFWLAEKKFVGEVIKRDAYRDVSELLTDTMKWGVDRPVNSINIYHHPGSGGSTVGRQVLWNKRTDLRCAVVKPSYSAANVSEHAVQLREYEEKDSEKCLPVLLLIEDCDKEYLDELRNELEFAINTKKIKQGTPCFILLSCRRSHNPEKMCKDSPLQNVAVTHKLSKEEKRQFAGKRQKLEEQYQPEFILTFVLMSEEFEHQKIVEYVAQFVKHLLQDIDHEAVVTRLIRYVALLNTYVQDSFISQSHCEALLAFTIHMDRFRQHAFERSLSEQAKLVFIHLRDDKTHIKSVRIIHPLVAKEILQQLLGDQKQQSGLAMDLLHEDVLFEHRFGKEDYGKFLRALFMRRCRVSKGDESNSFFSPLIEHVSEKETPDKAIELLKEAYKRFNKDAFFAQQLARLNYSHEKFEEAKDWAEIAAKQMPNNSYILDTKGQVYRRWFNAKCKAIEKVPKTAENTADAVETALKAMECFRECEKSAISDLETMNNSGFFAAVEVGCSLLKLVFSLRVFSSKTYGHSECMKYLLTDYIPEAVKKPWENFHSNLKGLQMTLHEALEWISEDLSYFQTDISADEEETIESSEMKISHPMTWLVRKSSEYGKYFSDASLSIAPKLCQSNPGSLTPFMKRMIIYRLGGGNITSIFSLLTDQKERDQVKVLENIISLYPSNPLMARLDQMDLVNYIAAHIALSCLTTQSPKLAALKDLQKLSQQFPTEKRKCLSSALFLLILLFWPEDHDTDPEKETKYNIVLSAVEYLKRSYWTKMKDIPQRKKRIYTHFFLSNGSGWDKIVHKSKVEMITKVLSISEKRMKWFSGEVWKMPEMAKLLRTVSGWTEDGIVYLEGPKEKKFTIPHLKAASVPYGNENITFYLGFTFRGPVACNVTVKK

Target ORF information:

RefSeq Version	XM_014194110.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar sterile alpha motif domain-containing protein 9-like (LOC106601757), transcript variant X1, mRNA.

Target ORF information:

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

XM_014194110.1

ORF Insert Sequence:

ATGGCAGAGG AACCTGATGA ACTGCCTGTT GAAAAATGGA CTGACTCCAA CGTGAGCTCC 
TGGTTAAGAA CTATTGGAGT GAAGGAGCAA TACATCAAGA AACTTTATGA GGAAGAGGTA 
GATGGGAGCA TTCTCCTTGT ACTGACTGAG GACTATCTGA GAAAAGAGAT TGGAATGAAA 
TCAGGACCAG CTCTGTTGAT CATCAGAAAG AGAAATGAGC TTGTAGACAC CAAACAGAGA 
ACTCAGGGCA AGGAAAAGAC TCAAAGTAGC AACAATAGTG AAAAGGGAAG TAAAAAGAAG 
CAGGGATCAG CTCCCCAGAC AGATCAAGGT CTTTCAGAGG AAGAGAAACA AACTCATCAA 
GGACAATCTG TTGAGGACAA TGTGTTAACC ACAAAGAGAG ACTGCAAGCC ACGGCCATTT 
GGCAAAGAAG GCATTGATTT CACATATGTC AAACATAGTG TTCTGCAACC TGAATCTGGT 
GTATTTGATC TGATATCTCC CTGTCATGAA TACAAGTCAC TTGACAATGC TGCCAAATTG 
GACCGCACAA GACTACAGGC AAAATTTGCT AAAGAGGTTC TCAAATTCGG TAGTGGCTGC 
ATGAATATCA GATCAAATGG CACAATACAC TTTGGTGTGA TGGACAGTAG GGATGATACA 
GGCTATGTGC ATGGTGAGAT AGTCGGTGTT CCAGTTTCTG AGAAAGATGT ATATGTTGAC 
GCGTTGGATC ACATTGAGAG GAGTTTCTCT CGCTCTGACA GCGAGCATGT GCGACAGTGC 
ATACGCCCAC CTCGGTTTAT AGAGGTCATG GACATGTATA GCACAGAAAA AAGATACGTG 
GTGGAGGTTG ATATTGTTCC CACCATAAGC ATTGTTAAGA ACCGAGTGTA CTCTGTTCGC 
CTGCCAAACT TCAAAGAGTC CTCTAACAAG ATTGAGCATG AAAAGGAAAC AATCTATCGC 
AGGGTAGGAT CAAAAACCGA GCCAGTGAGT GATCAGAATA ACTTCTACCA GCGAGTCAGA 
GACAGAGATG CCCAAAGAGA AGAGGCTGAG CATTGTCGAT ATGTTAACAC CCCGGACATC 
TGCCAAGACC TTGGAAGGAA ACTCACCATG CTGATAACCA GTGGCAAGAA ATTCATTGAA 
AAGGAGAAAT GGTACATTCT TGTCACTAAC AAGTTCAAAC CAGATGATTT GAGCAGCATT 
GACTTCTTGC TCAACATGAA CATTTTCTGT GTGTTCGACT TTGACACAGA TTCCAAGCTG 
TCAGGACTGT GCAGTAAATA TATTGAGCAC CATGCTGCAA ATACGCATTT CATGCAGAAC 
TACAAAATAC CAAGTGGTAT GAGCATTGGC GAATTTGTGA GCCATTTGCA TTTGTTTGAG 
CAAACCAGCT GGATATTTTG CAATGGACGA AGCGATTACA AAGGGAATGA AAACCCCTGT 
GATGAGATGA CATGGATCAA AACAAAAATT ACACTCCTGA GGGAATCTGT TTCATTGATC 
TGCAAACAGA TCTTGCCAAA AGGAGCATTC CTGGTGGTCT TCCTTCTCAC ATCCCCAGTT 
GAGAAACCAC TTTTGCACAC CTTCTATGAG TTCTTCACAG ATATGGAAGG TCATGAAGAC 
ATCGTTTGCA TCTCAGAATC TGAGGATAAC TATCAGAAAT GGCAAAGTTT TGCAGAGGGT 
TCATGTGGAA CAGAAACTGT GAACCGTTCC AGTGTTGTTG GGATGAAAAT GAGCCATGTT 
GATGCGACAC TGCAGCGAAT CCAACCTGTA ACATCTCGAG ACACCAAACA CTTGCCTATC 
TACCTGAAAG GACAGTGCCT TCTTGAAACT CGTGACGAGG AAAGGATGTA TTCCTTGGAA 
ATTCTGAGTG TCAATCATTG TGATGAAACA AGCGATGATT ACATCAAAGC AGAAAAAGAA 
AACATTGAAA GACAGTTTTA CCACGGGGGA AGAGTGACCT GGTTGAATTT CTGGCTTGCA 
GAGAAGAAGT TTGTTGGAGA AGTGATTAAA AGGGATGCAT ACAGGGATGT CTCCGAACTT 
CTCACTGACA CTATGAAATG GGGTGTAGAC AGACCTGTGA ACAGTATCAA CATCTACCAT 
CACCCAGGAA GCGGTGGAAG CACAGTGGGA AGGCAAGTGT TATGGAACAA GAGGACCGAC 
CTAAGATGTG CTGTTGTGAA GCCATCTTAC TCCGCAGCCA ATGTATCTGA ACATGCTGTT 
CAACTCCGAG AGTATGAGGA AAAAGATTCT GAGAAATGTC TCCCAGTGCT CCTGCTGATT 
GAGGACTGTG ACAAAGAATA CCTAGATGAG CTGAGGAATG AATTAGAGTT TGCCATCAAC 
ACTAAGAAAA TCAAACAAGG AACACCGTGC TTCATTCTGT TGAGCTGCAG ACGATCACAT 
AACCCAGAGA AGATGTGCAA AGACTCACCA TTGCAGAATG TAGCTGTCAC TCACAAACTA 
TCAAAAGAAG AGAAGAGACA GTTTGCTGGG AAACGGCAGA AGCTTGAAGA ACAGTACCAG 
CCAGAATTCA TTTTGACATT CGTCTTGATG AGTGAAGAAT TTGAACACCA GAAGATTGTT 
GAGTATGTTG CGCAATTTGT GAAACATTTG CTCCAAGACA TTGATCATGA AGCAGTTGTC 
ACTCGGCTCA TTCGGTATGT GGCATTGCTC AACACTTATG TTCAGGACTC ATTCATTTCC 
CAGTCCCATT GCGAAGCTCT GCTAGCATTC ACCATTCATA TGGATCGATT CCGCCAGCAT 
GCTTTTGAGA GATCACTGAG TGAGCAGGCG AAACTTGTCT TTATACATCT GAGAGATGAC 
AAGACGCACA TTAAATCAGT TCGAATCATT CATCCACTTG TTGCAAAGGA AATCCTTCAG 
CAGCTCCTTG GTGACCAAAA GCAGCAAAGT GGGTTGGCCA TGGATCTTCT CCATGAGGAT 
GTGCTTTTTG AGCACAGATT TGGAAAAGAA GATTATGGTA AGTTTTTGCG AGCCCTGTTC 
ATGAGACGTT GCAGAGTAAG TAAAGGTGAT GAATCAAACA GCTTTTTCTC TCCTCTCATT 
GAACATGTGA GTGAAAAGGA AACCCCTGAC AAGGCAATCG AGCTCCTCAA GGAGGCATAC 
AAACGCTTCA ACAAAGATGC ATTCTTTGCT CAGCAACTTG CTCGCCTGAA TTACTCCCAT 
GAGAAGTTTG AAGAGGCAAA GGATTGGGCA GAGATAGCAG CAAAACAAAT GCCTAACAAC 
TCTTACATTC TTGACACGAA AGGCCAGGTA TACAGAAGAT GGTTCAACGC CAAGTGTAAA 
GCAATTGAGA AAGTACCAAA AACGGCAGAA AATACAGCAG ACGCTGTTGA AACTGCGCTG 
AAAGCAATGG AGTGTTTCAG AGAATGTGAG AAATCTGCTA TCTCGGACCT TGAAACCATG 
AACAACAGTG GCTTTTTTGC TGCAGTTGAA GTTGGCTGCA GTCTGTTGAA GCTCGTATTC 
TCATTGCGTG TTTTCTCAAG CAAAACGTAT GGCCATTCAG AATGTATGAA GTACCTTCTC 
ACTGATTACA TTCCTGAGGC AGTGAAGAAG CCCTGGGAGA ATTTTCACAG CAATTTGAAA 
GGCCTTCAAA TGACACTGCA TGAAGCCCTG GAGTGGATCT CAGAAGACCT GAGTTACTTC 
CAGACAGACA TCAGTGCAGA TGAGGAGGAA ACAATTGAAA GCTCTGAGAT GAAAATAAGC 
CATCCAATGA CATGGTTGGT GAGAAAATCC TCTGAGTATG GTAAATATTT CAGTGATGCC 
TCTCTCAGCA TTGCCCCAAA GCTGTGCCAG TCGAACCCTG GCAGTTTAAC TCCTTTCATG 
AAACGCATGA TCATTTACCG GCTTGGTGGG GGGAATATAA CTTCAATCTT CTCCCTTCTG 
ACTGACCAGA AAGAAAGAGA CCAAGTCAAA GTCCTAGAGA ATATCATATC TCTCTACCCC 
AGCAACCCTC TGATGGCCAG GCTGGATCAA ATGGATCTCG TCAATTACAT AGCAGCTCAT 
ATTGCTCTGA GTTGCCTTAC AACCCAATCT CCAAAGTTGG CTGCTCTGAA AGACCTTCAG 
AAACTCAGTC AGCAGTTCCC AACAGAGAAA CGGAAGTGCC TGTCCAGTGC TCTGTTCCTG 
CTCATCTTGC TCTTCTGGCC AGAAGATCAT GACACAGACC CTGAAAAAGA GACCAAATAC 
AACATTGTTC TATCAGCTGT TGAGTACCTC AAAAGGAGCT ACTGGACCAA AATGAAGGAT 
ATACCACAAA GGAAGAAAAG GATTTACACC CACTTTTTCC TAAGTAATGG AAGTGGGTGG 
GACAAGATTG TTCACAAAAG CAAGGTTGAA ATGATTACTA AGGTCCTCTC CATCTCAGAA 
AAGAGAATGA AGTGGTTCAG TGGGGAGGTG TGGAAAATGC CAGAGATGGC AAAACTGCTC 
AGGACTGTGT CTGGGTGGAC AGAAGATGGG ATAGTGTACC TTGAGGGCCC AAAAGAGAAA 
AAGTTCACTA TTCCTCATCT GAAAGCAGCC TCCGTTCCCT ATGGCAATGA AAACATCACA 
TTCTACTTGG GCTTCACATT TAGAGGACCT GTTGCGTGCA ACGTCACTGT GAAAAAGTAG

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

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LOC106601757 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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