LOC106577279 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106577279
Entrez Gene ID	106577279
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014155220.1	XP_014010695.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC106577279 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106577279 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
OAt55164	XM_014155220.1 Latest version!	Salmo salar interferon-induced very large GTPase 1-like (LOC106577279), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1371.30 $1959.00

ORF Online Only Promotion

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

LOC106577279 ( XM_014155220.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014010695.1 Salmo salar interferon-induced very large GTPase 1-like (LOC106577279), mRNA.

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CloneID	OAt55164
Clone ID Related Accession (Same CDS sequence)	XM_014155220.1
Accession Version	XM_014155220.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7611bp) 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	2015-09-20
Organism	Salmo salar(Atlantic salmon)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012339499.1) 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGTACTCGA GCCAGTCTCT ACAGATCTAC TGTCTTAGAC CTGAGGAGCA GAGCACCATG 
GTTGTGTCCA AGGCCTGGAC GTTACACCAG CACTTCCAGG GTTTCCCCAA GGCTAGTGAC 
TTCCATCTGA GGGAGGAGAC GCTGCCGCAG CCCAGGGATG GACAGCTGAC CCCTGTGCTG 
CCAGACTGGC CCCAGGACAT CCCCCTCTCC CTGGCCCTGG GGGCCATCGG CATGCCTGGT 
CTGACAGCTC TGTATGGACT AGAGGAGGTG TGTGAGATAA AGAAGGGGGA GACTCTTCTG 
GTGAACGCTG CAGCAGGAGC CGTGGGCTCA GTGGTGGGAC AGATCGCCAA GATCAAGGGC 
TGCAGAGTGG TGGGCTGTGC GGGGACAGAT GCCAAGGTGT CCTATCTAAA GGAGCTGGGT 
TTTGACCAGG TCTTCAACTA CAAGACTGTC ACCTCTCTGG AGGAATCACT CAGGGAGGCC 
GCGCCACACG GATACGACTG CTACTTTGAG AACGTTGGTG GGAAGTTCTC CAGTGTAGTG 
ATGCCTCAGA TGAGAGAGTA TGGCAGAATA GCTGTGTGTG GAAGCATCTC CATGTACAAC 
GACACCACAC CGCAGACAGG TATACTGTCC ACACCACAGA CAGGGCCGTA TGTACACACC 
TATATGATCT TCAAACAGCT GAGGATGGAG GGCTTCCTGT GTGCTCGCTG GAAACACAAA 
CACCAGCAGT CACTGAGGAG GCTGATGGCC TGGATGACTG AGGGCAAGCT GAGATGCAAT 
GAACACATCA CCAGTGGTTT CAACAACATG CCTGCTGCCT TCATGGGCAT GCTACAGGGG 
GACAACATCG GCAAGGCTGT GGTCAAGACT TTAGAAGACT GCTGCAGCCC GTCCATCTTT 
AGGTGGTGGG ATTCCCCATC AGGTGGGGTT ATAGTGATGG AGAGGCCTGA TGATGAGGAG 
TCACTAGGTG GGGTTATAGA GGTGGAGAGT ACTGATGATG AGGAGTCACT AGGTGGTGTT 
ATAGAGGTGG AGAGTACTGA TGATGAGGAG TCACCAGGTG GGGTTATAGA GGTGGAGAGG 
CCTGATGATG AGCAGTCACC TGGTGGGATT ATAGAGGTGG AGAGGCCTGA TGATGAGCAG 
TCACCTGGTG GGATTATAGA GGTGGAGAGG CCTGATGATG AGGAGTCACT AGGTGGGGTT 
ATAGAGGTGG AGAGTACTGA TGATGAGGAG TCACTAGGTG GGGTTATAGA GGTGGAGAGG 
CCTGATGATG AGGAGTCACC AGGTGGGGTT ATAGAGGTGG AGAGGCCTGA TGAGGAGTCA 
CCTGGTGAGG TTATAGAGGT GGAGAGGCCT GATGATGAGG AGTCACCTAG TGGGGTTATA 
GAGGTGGAGA GGCCTGATGA TGAGGAGTCA CCTGGTGGGG TTATAGAGGT GGAGAGGCCT 
GGTGATGAGG CATCACCTAG TGCGACAGGT GGTGAATGGG GCGGCAGAGA CACCACACCG 
GTTCACAACA CTGGCACTGC TGGTGACATG GCAGCACTAC GAGCACCAGG AGCCAATCTA 
CAGGGTGTCA TGTTCAATCA ACCGCAGCAA CAGCAGTCAA TGCAACAAGC AGTGCAGCAA 
CAGATACAGC AGCAGTTCGG CCATCTACAG GAGGAGGTGC AGAAAGGAAA GACAAAGGAA 
CAGTGTGTTG TGACCCCTCT GCCAGCAGCA AACCCAGACA CTTTGACAAG ACCAGCTCCT 
CAGTCCCTAG ACCCAGCAGA GGAGGTATTA GGTGAACACC TTGACAAGAA GGAGGAAGCA 
GAGATGAAAT CGGAAGAGGT CCAACAGCCT TTGTCCAAAG CCAATGATGA GACAAAACCA 
GAGACAGATG GCTCCTCAGG AGGAAACAGA GAAACAACCA GAGGCCAATC CGAGGCGTTA 
GGTCAACACG TTGTCAAGAA GGAGGAAGCA GAGAGGAAAT GTGAAGAGGA AGAACCACTG 
TCACAAGCCA TAGATGAGCC AAAACCAGAA GAAGGTTCCT CAAGAGGAAA CATAAAAACA 
ACCCAAGTTA TCCCTGCTCC AGACCAGCTG AATGTTGACT CGGTGGACAC CACATCAGCT 
GCTGTTAGCT GGAGCCAGCC ACCAGGATTG GACCAAACCC AACATCATTA CCAGATCTCC 
TACCACTGTC CAGGGACAGA ACCACACATC ACTACCACAT CTTCACCCAG CATCACTCTG 
TCTGACCTGC AATGTGGTAC TCAGTACTCT GTCACTGTCT GCACTGTGCT GGAAAATGGA 
AAGCAAAGTC AGTTGGTGTC AACAACCCTC ACCACAGATT CCACTTGGCT TTGGATATTG 
TGGCTTATAT GGACTACTCT CCGTTCCCTC CTGCCCTTTA TAGGCCAGCA GTCAGTACTT 
CCTGCTCCAG ACCAGCTGAC TGTTGACTCA GTGGACACCA CATCAGCTGC TGTTAGCTGG 
AGCCAGCCAC CGGGATTGGA CCAAACCCAA CATCATTACC AGATCTCCTA CCACTGTCCA 
GGGACAGAAC CACACATCAC TACCACATCT TCACCCAGCA TCACTCTGTC TGACCTGCAA 
TGTGGTACTC AGTACTCTGT CACTGTCTGC ACTGTGCTGG AAAATGGAAA GCAAAGTCAA 
CTGGTGTCAA CAACCCTCAC CACAATAATC CCTGCTCCTG ACCAGCTGAC TGTTAAATCA 
GTAGACTCCA CATCAGCTGC TGTTAGCTGG AGCCAGCCAC CAGGATTGGA CCAAACCCAA 
CACAATTACC AGATCTCCTA CCACTGTCCA GGGACAGAAC CACACATCAC TACCACATCC 
TCACACAGCA TCACTCTCCC TGACCTGAAA CCTGCTACTG AATATTCAGT CACTGTCTGC 
ACTGTGCTGG AAAATGGGGA GAAAGGTCAA CTGGTGTCAA CAACCCTCAC CACAAGATCC 
TGTCTCAGGG AGCTGTTGTC AAAGACTGGA CTAGAAGATC ATTATGAAAA CAAGCTGACG 
TTAAGTACTG TCCTTGAGAT AAATGCTAAT ACTACATCAG ATGAACCTCT TACCACTATG 
CAGTCACTTC CAGGGGCCTT CCTTAAGAAA TTAATGATGG CAAATGTGAA TGCTAGGAGT 
GTCAAATGTC TGACCTCTGA CCAGGAGGTT TCCTATTATG GTGTAGACAA CCCGGACACT 
GACTCCGATA CTAGCAATGT AATTCATCCA CTGGACCTGA TTACAGCCCT GTTTCTGTGC 
TCAGATGGTT TCCTGCAGCA GGAGATGGTC CAGAAAATGT CCATGTGTCA GTTTGCTGTT 
CCTCTTCTGC TGCCCAACTG TGACACAGAA CAAAGCACTT TGATGCTGTG GGCCTTGAGG 
GACATAGTGA GGAGGTTTAG ACCCTCTTCC CAAACAGCCA CAACGGCTTT TGTGGAGGAG 
AGAATTGTAC TCTCTGATAT TCCTATGGTG TCCTTTGTTA GGTTAGGACA GAGTAGCTTG 
TCCAAGTCTA AAATCTTGAA CAAGTTGCTT AGTAACCCTC AACAGTACCA TGACACATTT 
GTTCATCATG ATATGGAATG TGGAGATGCA TCTCGACAAA TATCCGATGG TCTGGTTGAA 
ATCAGCTGGT ACTTTCCATG TGGGAACAGA AACATAGACA TGTTCACTAA GCCTGTGGCA 
GTGGCCAATC TCAGAGGAGA CATCAGGTCC TTTGAAACAC AGTTCTCCTT TCTGTGTCAA 
ACATCAGTGG CAGTTTACAT TTTCAGTGAT GATTTAGAGG CCGAATTCTT CAAGGTCTTG 
AAAAGCAAAA AAACAAAGGC AGAGTTATTT CTGGTTGTCA ACTGTCAGAG AAATATGTTC 
AGAGTAGACA CCTTGAAAAG AATGATCAGC AACTGCAGTA TCAATGAAAA AAATGTGATT 
GTGAAGAAGA AGCAGAATGA TGCAGAATTT GTCAAAACCC TGCAGTCATC TGTGGGTAAA 
ATCATCGAAA AAATTCCAAA CCGTTTGACA ATTGAAAACA TGGTTGACGT GGCTCATCAG 
ATGGGGATTT GGGTTGATGA AGACAGTGGT GAGTGTGAGA GTGCCAGGAA GATGGCAGAT 
GAAATTACCA GGAACATCAA AGACACAAAT GAATTCAAAG ACCAACAGCT AAAATTACAA 
GGGCAAATCT GGAAAGAGCT TTCCCAGTTG GAAAAAGAGA GATGTAGGCT AAGAAAAGCA 
GGGGATCAAA ACATTGAACA CTACAAGAGC TCTCTGAAGA AAAAGGAGGA AGAGCTGAGA 
GAGAAGCAAT ATACATTTGA TATATCAGAT GCAATGGCAA GCTTCATTTT AGGATTGTCT 
AGTTCAGGAG CTGAGCAATC TTATTTCCTC AAATGGATGC AGATAAATTT GGACAATCTG 
TCACGGCAGA ACCTGTCTGG TTTGCGGGAC CGGTACAAAG ATCTTTGCCA ACATTCTCCG 
GAGAAAAAAG ACGACATTAA AGATTTGGAT AAGCAATTAT CTGACTGTTC CTTGGGTCTT 
GAACACTTCC TGCGTGAGTT GGGACAGTTA TATGAAGCTG CTTGCTCCCT CCCTGAAAGT 
AGCCTACAAT GGAAACAGAT GGAGCATCTC CCTGGATTGT GTGCTAAGAT GCTGTTGGAT 
GGTTTCCCCG TTGAGCTTGT GGATGGAGAT GCATCAAATA TCCCTCTGAA ATGGATATCA 
GCTGTTCTTG CTCAGCTTCA TACTCTTGTC CAATCCAACA GCAAGATCCG AGTTGTGACA 
GTTTTAGGGG TCCAAAGCAC TGGGAAGTCC ACTCTCCTCA ACACCATGTT TGGGGTCCAG 
TTTGCAGTCA GCAGTGGAAG ATGCACCAGA GGGGCCTTCA TGCTACTGAT TAAAGTCAAC 
AAAGAACTCA AGGAGGAGCT GAAATGTGAC TTCATCATGG TGATTGACAC AGAGGGGTTG 
AAATCACCAG AGTTGGCTCA ACTAGATGAC AGCCATGAAC ATGACAATGA ACTGGCAACA 
CTGGTGATTG GACTCAGTGA TGTCACTATC ATCAACATCG CCATGGAGAA CTCCACAGAG 
ATGAAAGACA TTCTACAGAT TGTTGTTCAT GCATTTATCA GGATGAAGGA AGTGGGGAAG 
AAGCCAGTAT GTCATTTTGT ACACCAGAAT GTGTCAGACA TGTCTGCTCA TGACAACAAC 
ATGAGGGACA GGAAGAAGTT GTTGGAACAG TTGGATGAAA TGACCCTGGC AGCAGCCAGA 
ATGGAGAAGA AGGAGAATAT CACCAAGTTC ACTGACGTGA TGAAGTATGA TCCAGACACA 
AGCAGCTGCT ACATCCCAGG ACTCTGGCAT GGGACTCCCC CTATGGCTCC AGTCAATTCT 
GGCTACAGTG AGGCAGTGTA CGGCTTCAAG AAGACCTTGA TGAAAGATTT CAGAAAATGC 
CAGAGAAATG ATGACTTGAC ACATTTCCTG AATTGGACAC AAAGCTTATG GGAGGCAGTG 
AAATTTGAGA AATTCATCTT CAGTTTCAGG AACAGCTTGG TTGCAGATGC ATACTCCAGA 
TTATGCTCTG AATACAATGT TTGGGAATGG AACTTCCAGA AAAATATGTA TTCATGGATG 
GTGGGTGCTG AAACAAAAAT GTCCAATATT GGCATGACAG ATCAACATCT CCAGAGGTCC 
ATAAGAGATG TGCTAAATGA CTTGATGATA GAGGCATCTG AGAAGATGAC ATTGGGAGAA 
AAGGAAATTC AAGACAATAT AGTGAAATAC TTTGAAAAGC AAGATGGCCA TGTCAATCTG 
GTGGAAAAAT ACAAGGAGGA CTTTGTGTCC AGTGCAAAAA CACTGAGACG AGAGACAGAA 
AACACAGTGA AGAACAAACT GCAAGGAGTT GTTGAAATCA AAGAGGGAAT GACAGAACTG 
AGCAACATCA AGAGCTCTCA GGCAAGTACA ATGGAAAAGA AGGTACTAGA TCTGCTTCAT 
AAATGTAGAA AGGAAACATC TGGGCTCTCA GATGAGGCCA TCAGTAAAGA GTTTGAAATC 
ATGTGGAAGA AAACTATTTG TTTGATGCAC TTCAAAGGAC TCCAAAGAAG AGATGTGGCT 
CAAGGTGCCT TCCTCATGTT AAGGGGAAAT CTAACAACAA GGGGTGGGCA TGTCAGTAGT 
ATGGTGGTCA GAAACAATCT GGTGGAATGT GGTAAAAAAG AATTTGGTGT GGAATCTGCG 
GGTTTAAGGA AGATACTTGG GGGTTTATTT AAGCACTGGG ACATCAATCA TTACAGCAAG 
AAACTACAAG AGTTGTGTGA CAACATCATT ACACAGTGTC AGGAGATTAT AACCCAGAAG 
GTGGAAAACA CAACAGATTA CCATGATACT TATATCAAAG AACTGCTGAA AAAGATTGAT 
GAAACATTGC AACAACACAA GAATGTTGAA GTCAGTGAGG AATGTGAGGT TTCTCTGAAG 
CTACACATCT GTGGCAGAGC AGCCATAGAG TTCCAGAAGA TGCATGATGA TTTCATTGAA 
GTCAATGACC CAAGGAAGTG TCTGGAACAG TCTAAGAGCA AGTACCTTAC TGATTTCAAA 
GACATATTTC ATAACCAAGA CCAGTGCCAA AAGAAAGCTA AGGAATTCAC ACAGCTCTTA 
CAGCCAGCTG TAAAGGACTA TATTACGAAA ATGATTGGTC CTGATGTGGT AGATGAAGTG 
AAGGCAGGTA AAGGGTCAGA GGATTACAGC ACAAGAGGGG CTTTCCAGTT CTCTATTTTA 
AAACAGCTAC TGATGGATAT GAAATATGAG AAATACAGAG AATACATAGA GCATTATGTA 
AGGTTTGTGA AGGACTGGCT GTTTGACCAG ATTGTCCAAC AACTCTCAAA GGACCGTAGT 
CTGGAGAAAT TGGAGAAGAA ACATCTTTCA GAGATGGTCA AGATAATCAC TGAATCAATT 
TCAAACAACA GAAACACAAC TAGCACTGTA AAAGATATCA AGGAGTTCAT TCAGAACATC 
TGCACTGCCC TTGGAGAGAA GCTTGTCTTC CCCAAGGATG ATCTGGGTTC CATCATGACT 
CTGAACTACT TTGCTAACAC AGAAAAGTTT GCTGACTGCC TCACAGAGTT GGTGAAAGAA 
ATGGAACAGT CACTAGCAGC TGAATACAAT AAGGGAGGAG ACATCAAACA GAGACTCAGA 
TCTCTGCCAT TCAAGCCTCT GGACAAGATG TTCACCAGTC TGTTTGGGTG TGGGGAGGTA 
TGTCCCTTCT GCAAAGCACC CTGTGAAGCA GGGGCGAAGG AGCATGCCAA ACACTTTACT 
TCAATTCACC GTTCAAAAGG GCTCAGCGGT TGGAGGTGTA GCGTGACAAA AGTGCTAACA 
ATTGACATAT GTTCATCTCT TGTGATAAGT GGCAGTTCAT TTTACATATC CTCAACAGCA 
AAAGAATCTT ATCCCTACAA GGACTACCAG ACATATTACC CTGACTGGAT CATAACTGGA 
GATTCCAGTA TGGAGGCTAC AGACTACTGG AAGTATGTGA TGGCCACATT CAATGAGAGA 
ATTGCTACAG ACACAGATGC ACTCCCTGCT AATATCCCAG AGGACTGGAA GGCATTAACA 
CCTGAGGATG CATTGAAGAG CTTGAGAAAG TCATTCAACA TGAAAGATTA G

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

RefSeq	XP_014010695.1
CDS	1..7611
Translation	MYSSQSLQIYCLRPEEQSTMVVSKAWTLHQHFQGFPKASDFHLREETLPQPRDGQLTPVLPDWPQDIPLSLALGAIGMPGLTALYGLEEVCEIKKGETLLVNAAAGAVGSVVGQIAKIKGCRVVGCAGTDAKVSYLKELGFDQVFNYKTVTSLEESLREAAPHGYDCYFENVGGKFSSVVMPQMREYGRIAVCGSISMYNDTTPQTGILSTPQTGPYVHTYMIFKQLRMEGFLCARWKHKHQQSLRRLMAWMTEGKLRCNEHITSGFNNMPAAFMGMLQGDNIGKAVVKTLEDCCSPSIFRWWDSPSGGVIVMERPDDEESLGGVIEVESTDDEESLGGVIEVESTDDEESPGGVIEVERPDDEQSPGGIIEVERPDDEQSPGGIIEVERPDDEESLGGVIEVESTDDEESLGGVIEVERPDDEESPGGVIEVERPDEESPGEVIEVERPDDEESPSGVIEVERPDDEESPGGVIEVERPGDEASPSATGGEWGGRDTTPVHNTGTAGDMAALRAPGANLQGVMFNQPQQQQSMQQAVQQQIQQQFGHLQEEVQKGKTKEQCVVTPLPAANPDTLTRPAPQSLDPAEEVLGEHLDKKEEAEMKSEEVQQPLSKANDETKPETDGSSGGNRETTRGQSEALGQHVVKKEEAERKCEEEEPLSQAIDEPKPEEGSSRGNIKTTQVIPAPDQLNVDSVDTTSAAVSWSQPPGLDQTQHHYQISYHCPGTEPHITTTSSPSITLSDLQCGTQYSVTVCTVLENGKQSQLVSTTLTTDSTWLWILWLIWTTLRSLLPFIGQQSVLPAPDQLTVDSVDTTSAAVSWSQPPGLDQTQHHYQISYHCPGTEPHITTTSSPSITLSDLQCGTQYSVTVCTVLENGKQSQLVSTTLTTIIPAPDQLTVKSVDSTSAAVSWSQPPGLDQTQHNYQISYHCPGTEPHITTTSSHSITLPDLKPATEYSVTVCTVLENGEKGQLVSTTLTTRSCLRELLSKTGLEDHYENKLTLSTVLEINANTTSDEPLTTMQSLPGAFLKKLMMANVNARSVKCLTSDQEVSYYGVDNPDTDSDTSNVIHPLDLITALFLCSDGFLQQEMVQKMSMCQFAVPLLLPNCDTEQSTLMLWALRDIVRRFRPSSQTATTAFVEERIVLSDIPMVSFVRLGQSSLSKSKILNKLLSNPQQYHDTFVHHDMECGDASRQISDGLVEISWYFPCGNRNIDMFTKPVAVANLRGDIRSFETQFSFLCQTSVAVYIFSDDLEAEFFKVLKSKKTKAELFLVVNCQRNMFRVDTLKRMISNCSINEKNVIVKKKQNDAEFVKTLQSSVGKIIEKIPNRLTIENMVDVAHQMGIWVDEDSGECESARKMADEITRNIKDTNEFKDQQLKLQGQIWKELSQLEKERCRLRKAGDQNIEHYKSSLKKKEEELREKQYTFDISDAMASFILGLSSSGAEQSYFLKWMQINLDNLSRQNLSGLRDRYKDLCQHSPEKKDDIKDLDKQLSDCSLGLEHFLRELGQLYEAACSLPESSLQWKQMEHLPGLCAKMLLDGFPVELVDGDASNIPLKWISAVLAQLHTLVQSNSKIRVVTVLGVQSTGKSTLLNTMFGVQFAVSSGRCTRGAFMLLIKVNKELKEELKCDFIMVIDTEGLKSPELAQLDDSHEHDNELATLVIGLSDVTIINIAMENSTEMKDILQIVVHAFIRMKEVGKKPVCHFVHQNVSDMSAHDNNMRDRKKLLEQLDEMTLAAARMEKKENITKFTDVMKYDPDTSSCYIPGLWHGTPPMAPVNSGYSEAVYGFKKTLMKDFRKCQRNDDLTHFLNWTQSLWEAVKFEKFIFSFRNSLVADAYSRLCSEYNVWEWNFQKNMYSWMVGAETKMSNIGMTDQHLQRSIRDVLNDLMIEASEKMTLGEKEIQDNIVKYFEKQDGHVNLVEKYKEDFVSSAKTLRRETENTVKNKLQGVVEIKEGMTELSNIKSSQASTMEKKVLDLLHKCRKETSGLSDEAISKEFEIMWKKTICLMHFKGLQRRDVAQGAFLMLRGNLTTRGGHVSSMVVRNNLVECGKKEFGVESAGLRKILGGLFKHWDINHYSKKLQELCDNIITQCQEIITQKVENTTDYHDTYIKELLKKIDETLQQHKNVEVSEECEVSLKLHICGRAAIEFQKMHDDFIEVNDPRKCLEQSKSKYLTDFKDIFHNQDQCQKKAKEFTQLLQPAVKDYITKMIGPDVVDEVKAGKGSEDYSTRGAFQFSILKQLLMDMKYEKYREYIEHYVRFVKDWLFDQIVQQLSKDRSLEKLEKKHLSEMVKIITESISNNRNTTSTVKDIKEFIQNICTALGEKLVFPKDDLGSIMTLNYFANTEKFADCLTELVKEMEQSLAAEYNKGGDIKQRLRSLPFKPLDKMFTSLFGCGEVCPFCKAPCEAGAKEHAKHFTSIHRSKGLSGWRCSVTKVLTIDICSSLVISGSSFYISSTAKESYPYKDYQTYYPDWIITGDSSMEATDYWKYVMATFNERIATDTDALPANIPEDWKALTPEDALKSLRKSFNMKD

Target ORF information:

RefSeq Version	XM_014155220.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar interferon-induced very large GTPase 1-like (LOC106577279), mRNA.

Target ORF information:

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

XM_014155220.1

ORF Insert Sequence:

ATGTACTCGA GCCAGTCTCT ACAGATCTAC TGTCTTAGAC CTGAGGAGCA GAGCACCATG 
GTTGTGTCCA AGGCCTGGAC GTTACACCAG CACTTCCAGG GTTTCCCCAA GGCTAGTGAC 
TTCCATCTGA GGGAGGAGAC GCTGCCGCAG CCCAGGGATG GACAGCTGAC CCCTGTGCTG 
CCAGACTGGC CCCAGGACAT CCCCCTCTCC CTGGCCCTGG GGGCCATCGG CATGCCTGGT 
CTGACAGCTC TGTATGGACT AGAGGAGGTG TGTGAGATAA AGAAGGGGGA GACTCTTCTG 
GTGAACGCTG CAGCAGGAGC CGTGGGCTCA GTGGTGGGAC AGATCGCCAA GATCAAGGGC 
TGCAGAGTGG TGGGCTGTGC GGGGACAGAT GCCAAGGTGT CCTATCTAAA GGAGCTGGGT 
TTTGACCAGG TCTTCAACTA CAAGACTGTC ACCTCTCTGG AGGAATCACT CAGGGAGGCC 
GCGCCACACG GATACGACTG CTACTTTGAG AACGTTGGTG GGAAGTTCTC CAGTGTAGTG 
ATGCCTCAGA TGAGAGAGTA TGGCAGAATA GCTGTGTGTG GAAGCATCTC CATGTACAAC 
GACACCACAC CGCAGACAGG TATACTGTCC ACACCACAGA CAGGGCCGTA TGTACACACC 
TATATGATCT TCAAACAGCT GAGGATGGAG GGCTTCCTGT GTGCTCGCTG GAAACACAAA 
CACCAGCAGT CACTGAGGAG GCTGATGGCC TGGATGACTG AGGGCAAGCT GAGATGCAAT 
GAACACATCA CCAGTGGTTT CAACAACATG CCTGCTGCCT TCATGGGCAT GCTACAGGGG 
GACAACATCG GCAAGGCTGT GGTCAAGACT TTAGAAGACT GCTGCAGCCC GTCCATCTTT 
AGGTGGTGGG ATTCCCCATC AGGTGGGGTT ATAGTGATGG AGAGGCCTGA TGATGAGGAG 
TCACTAGGTG GGGTTATAGA GGTGGAGAGT ACTGATGATG AGGAGTCACT AGGTGGTGTT 
ATAGAGGTGG AGAGTACTGA TGATGAGGAG TCACCAGGTG GGGTTATAGA GGTGGAGAGG 
CCTGATGATG AGCAGTCACC TGGTGGGATT ATAGAGGTGG AGAGGCCTGA TGATGAGCAG 
TCACCTGGTG GGATTATAGA GGTGGAGAGG CCTGATGATG AGGAGTCACT AGGTGGGGTT 
ATAGAGGTGG AGAGTACTGA TGATGAGGAG TCACTAGGTG GGGTTATAGA GGTGGAGAGG 
CCTGATGATG AGGAGTCACC AGGTGGGGTT ATAGAGGTGG AGAGGCCTGA TGAGGAGTCA 
CCTGGTGAGG TTATAGAGGT GGAGAGGCCT GATGATGAGG AGTCACCTAG TGGGGTTATA 
GAGGTGGAGA GGCCTGATGA TGAGGAGTCA CCTGGTGGGG TTATAGAGGT GGAGAGGCCT 
GGTGATGAGG CATCACCTAG TGCGACAGGT GGTGAATGGG GCGGCAGAGA CACCACACCG 
GTTCACAACA CTGGCACTGC TGGTGACATG GCAGCACTAC GAGCACCAGG AGCCAATCTA 
CAGGGTGTCA TGTTCAATCA ACCGCAGCAA CAGCAGTCAA TGCAACAAGC AGTGCAGCAA 
CAGATACAGC AGCAGTTCGG CCATCTACAG GAGGAGGTGC AGAAAGGAAA GACAAAGGAA 
CAGTGTGTTG TGACCCCTCT GCCAGCAGCA AACCCAGACA CTTTGACAAG ACCAGCTCCT 
CAGTCCCTAG ACCCAGCAGA GGAGGTATTA GGTGAACACC TTGACAAGAA GGAGGAAGCA 
GAGATGAAAT CGGAAGAGGT CCAACAGCCT TTGTCCAAAG CCAATGATGA GACAAAACCA 
GAGACAGATG GCTCCTCAGG AGGAAACAGA GAAACAACCA GAGGCCAATC CGAGGCGTTA 
GGTCAACACG TTGTCAAGAA GGAGGAAGCA GAGAGGAAAT GTGAAGAGGA AGAACCACTG 
TCACAAGCCA TAGATGAGCC AAAACCAGAA GAAGGTTCCT CAAGAGGAAA CATAAAAACA 
ACCCAAGTTA TCCCTGCTCC AGACCAGCTG AATGTTGACT CGGTGGACAC CACATCAGCT 
GCTGTTAGCT GGAGCCAGCC ACCAGGATTG GACCAAACCC AACATCATTA CCAGATCTCC 
TACCACTGTC CAGGGACAGA ACCACACATC ACTACCACAT CTTCACCCAG CATCACTCTG 
TCTGACCTGC AATGTGGTAC TCAGTACTCT GTCACTGTCT GCACTGTGCT GGAAAATGGA 
AAGCAAAGTC AGTTGGTGTC AACAACCCTC ACCACAGATT CCACTTGGCT TTGGATATTG 
TGGCTTATAT GGACTACTCT CCGTTCCCTC CTGCCCTTTA TAGGCCAGCA GTCAGTACTT 
CCTGCTCCAG ACCAGCTGAC TGTTGACTCA GTGGACACCA CATCAGCTGC TGTTAGCTGG 
AGCCAGCCAC CGGGATTGGA CCAAACCCAA CATCATTACC AGATCTCCTA CCACTGTCCA 
GGGACAGAAC CACACATCAC TACCACATCT TCACCCAGCA TCACTCTGTC TGACCTGCAA 
TGTGGTACTC AGTACTCTGT CACTGTCTGC ACTGTGCTGG AAAATGGAAA GCAAAGTCAA 
CTGGTGTCAA CAACCCTCAC CACAATAATC CCTGCTCCTG ACCAGCTGAC TGTTAAATCA 
GTAGACTCCA CATCAGCTGC TGTTAGCTGG AGCCAGCCAC CAGGATTGGA CCAAACCCAA 
CACAATTACC AGATCTCCTA CCACTGTCCA GGGACAGAAC CACACATCAC TACCACATCC 
TCACACAGCA TCACTCTCCC TGACCTGAAA CCTGCTACTG AATATTCAGT CACTGTCTGC 
ACTGTGCTGG AAAATGGGGA GAAAGGTCAA CTGGTGTCAA CAACCCTCAC CACAAGATCC 
TGTCTCAGGG AGCTGTTGTC AAAGACTGGA CTAGAAGATC ATTATGAAAA CAAGCTGACG 
TTAAGTACTG TCCTTGAGAT AAATGCTAAT ACTACATCAG ATGAACCTCT TACCACTATG 
CAGTCACTTC CAGGGGCCTT CCTTAAGAAA TTAATGATGG CAAATGTGAA TGCTAGGAGT 
GTCAAATGTC TGACCTCTGA CCAGGAGGTT TCCTATTATG GTGTAGACAA CCCGGACACT 
GACTCCGATA CTAGCAATGT AATTCATCCA CTGGACCTGA TTACAGCCCT GTTTCTGTGC 
TCAGATGGTT TCCTGCAGCA GGAGATGGTC CAGAAAATGT CCATGTGTCA GTTTGCTGTT 
CCTCTTCTGC TGCCCAACTG TGACACAGAA CAAAGCACTT TGATGCTGTG GGCCTTGAGG 
GACATAGTGA GGAGGTTTAG ACCCTCTTCC CAAACAGCCA CAACGGCTTT TGTGGAGGAG 
AGAATTGTAC TCTCTGATAT TCCTATGGTG TCCTTTGTTA GGTTAGGACA GAGTAGCTTG 
TCCAAGTCTA AAATCTTGAA CAAGTTGCTT AGTAACCCTC AACAGTACCA TGACACATTT 
GTTCATCATG ATATGGAATG TGGAGATGCA TCTCGACAAA TATCCGATGG TCTGGTTGAA 
ATCAGCTGGT ACTTTCCATG TGGGAACAGA AACATAGACA TGTTCACTAA GCCTGTGGCA 
GTGGCCAATC TCAGAGGAGA CATCAGGTCC TTTGAAACAC AGTTCTCCTT TCTGTGTCAA 
ACATCAGTGG CAGTTTACAT TTTCAGTGAT GATTTAGAGG CCGAATTCTT CAAGGTCTTG 
AAAAGCAAAA AAACAAAGGC AGAGTTATTT CTGGTTGTCA ACTGTCAGAG AAATATGTTC 
AGAGTAGACA CCTTGAAAAG AATGATCAGC AACTGCAGTA TCAATGAAAA AAATGTGATT 
GTGAAGAAGA AGCAGAATGA TGCAGAATTT GTCAAAACCC TGCAGTCATC TGTGGGTAAA 
ATCATCGAAA AAATTCCAAA CCGTTTGACA ATTGAAAACA TGGTTGACGT GGCTCATCAG 
ATGGGGATTT GGGTTGATGA AGACAGTGGT GAGTGTGAGA GTGCCAGGAA GATGGCAGAT 
GAAATTACCA GGAACATCAA AGACACAAAT GAATTCAAAG ACCAACAGCT AAAATTACAA 
GGGCAAATCT GGAAAGAGCT TTCCCAGTTG GAAAAAGAGA GATGTAGGCT AAGAAAAGCA 
GGGGATCAAA ACATTGAACA CTACAAGAGC TCTCTGAAGA AAAAGGAGGA AGAGCTGAGA 
GAGAAGCAAT ATACATTTGA TATATCAGAT GCAATGGCAA GCTTCATTTT AGGATTGTCT 
AGTTCAGGAG CTGAGCAATC TTATTTCCTC AAATGGATGC AGATAAATTT GGACAATCTG 
TCACGGCAGA ACCTGTCTGG TTTGCGGGAC CGGTACAAAG ATCTTTGCCA ACATTCTCCG 
GAGAAAAAAG ACGACATTAA AGATTTGGAT AAGCAATTAT CTGACTGTTC CTTGGGTCTT 
GAACACTTCC TGCGTGAGTT GGGACAGTTA TATGAAGCTG CTTGCTCCCT CCCTGAAAGT 
AGCCTACAAT GGAAACAGAT GGAGCATCTC CCTGGATTGT GTGCTAAGAT GCTGTTGGAT 
GGTTTCCCCG TTGAGCTTGT GGATGGAGAT GCATCAAATA TCCCTCTGAA ATGGATATCA 
GCTGTTCTTG CTCAGCTTCA TACTCTTGTC CAATCCAACA GCAAGATCCG AGTTGTGACA 
GTTTTAGGGG TCCAAAGCAC TGGGAAGTCC ACTCTCCTCA ACACCATGTT TGGGGTCCAG 
TTTGCAGTCA GCAGTGGAAG ATGCACCAGA GGGGCCTTCA TGCTACTGAT TAAAGTCAAC 
AAAGAACTCA AGGAGGAGCT GAAATGTGAC TTCATCATGG TGATTGACAC AGAGGGGTTG 
AAATCACCAG AGTTGGCTCA ACTAGATGAC AGCCATGAAC ATGACAATGA ACTGGCAACA 
CTGGTGATTG GACTCAGTGA TGTCACTATC ATCAACATCG CCATGGAGAA CTCCACAGAG 
ATGAAAGACA TTCTACAGAT TGTTGTTCAT GCATTTATCA GGATGAAGGA AGTGGGGAAG 
AAGCCAGTAT GTCATTTTGT ACACCAGAAT GTGTCAGACA TGTCTGCTCA TGACAACAAC 
ATGAGGGACA GGAAGAAGTT GTTGGAACAG TTGGATGAAA TGACCCTGGC AGCAGCCAGA 
ATGGAGAAGA AGGAGAATAT CACCAAGTTC ACTGACGTGA TGAAGTATGA TCCAGACACA 
AGCAGCTGCT ACATCCCAGG ACTCTGGCAT GGGACTCCCC CTATGGCTCC AGTCAATTCT 
GGCTACAGTG AGGCAGTGTA CGGCTTCAAG AAGACCTTGA TGAAAGATTT CAGAAAATGC 
CAGAGAAATG ATGACTTGAC ACATTTCCTG AATTGGACAC AAAGCTTATG GGAGGCAGTG 
AAATTTGAGA AATTCATCTT CAGTTTCAGG AACAGCTTGG TTGCAGATGC ATACTCCAGA 
TTATGCTCTG AATACAATGT TTGGGAATGG AACTTCCAGA AAAATATGTA TTCATGGATG 
GTGGGTGCTG AAACAAAAAT GTCCAATATT GGCATGACAG ATCAACATCT CCAGAGGTCC 
ATAAGAGATG TGCTAAATGA CTTGATGATA GAGGCATCTG AGAAGATGAC ATTGGGAGAA 
AAGGAAATTC AAGACAATAT AGTGAAATAC TTTGAAAAGC AAGATGGCCA TGTCAATCTG 
GTGGAAAAAT ACAAGGAGGA CTTTGTGTCC AGTGCAAAAA CACTGAGACG AGAGACAGAA 
AACACAGTGA AGAACAAACT GCAAGGAGTT GTTGAAATCA AAGAGGGAAT GACAGAACTG 
AGCAACATCA AGAGCTCTCA GGCAAGTACA ATGGAAAAGA AGGTACTAGA TCTGCTTCAT 
AAATGTAGAA AGGAAACATC TGGGCTCTCA GATGAGGCCA TCAGTAAAGA GTTTGAAATC 
ATGTGGAAGA AAACTATTTG TTTGATGCAC TTCAAAGGAC TCCAAAGAAG AGATGTGGCT 
CAAGGTGCCT TCCTCATGTT AAGGGGAAAT CTAACAACAA GGGGTGGGCA TGTCAGTAGT 
ATGGTGGTCA GAAACAATCT GGTGGAATGT GGTAAAAAAG AATTTGGTGT GGAATCTGCG 
GGTTTAAGGA AGATACTTGG GGGTTTATTT AAGCACTGGG ACATCAATCA TTACAGCAAG 
AAACTACAAG AGTTGTGTGA CAACATCATT ACACAGTGTC AGGAGATTAT AACCCAGAAG 
GTGGAAAACA CAACAGATTA CCATGATACT TATATCAAAG AACTGCTGAA AAAGATTGAT 
GAAACATTGC AACAACACAA GAATGTTGAA GTCAGTGAGG AATGTGAGGT TTCTCTGAAG 
CTACACATCT GTGGCAGAGC AGCCATAGAG TTCCAGAAGA TGCATGATGA TTTCATTGAA 
GTCAATGACC CAAGGAAGTG TCTGGAACAG TCTAAGAGCA AGTACCTTAC TGATTTCAAA 
GACATATTTC ATAACCAAGA CCAGTGCCAA AAGAAAGCTA AGGAATTCAC ACAGCTCTTA 
CAGCCAGCTG TAAAGGACTA TATTACGAAA ATGATTGGTC CTGATGTGGT AGATGAAGTG 
AAGGCAGGTA AAGGGTCAGA GGATTACAGC ACAAGAGGGG CTTTCCAGTT CTCTATTTTA 
AAACAGCTAC TGATGGATAT GAAATATGAG AAATACAGAG AATACATAGA GCATTATGTA 
AGGTTTGTGA AGGACTGGCT GTTTGACCAG ATTGTCCAAC AACTCTCAAA GGACCGTAGT 
CTGGAGAAAT TGGAGAAGAA ACATCTTTCA GAGATGGTCA AGATAATCAC TGAATCAATT 
TCAAACAACA GAAACACAAC TAGCACTGTA AAAGATATCA AGGAGTTCAT TCAGAACATC 
TGCACTGCCC TTGGAGAGAA GCTTGTCTTC CCCAAGGATG ATCTGGGTTC CATCATGACT 
CTGAACTACT TTGCTAACAC AGAAAAGTTT GCTGACTGCC TCACAGAGTT GGTGAAAGAA 
ATGGAACAGT CACTAGCAGC TGAATACAAT AAGGGAGGAG ACATCAAACA GAGACTCAGA 
TCTCTGCCAT TCAAGCCTCT GGACAAGATG TTCACCAGTC TGTTTGGGTG TGGGGAGGTA 
TGTCCCTTCT GCAAAGCACC CTGTGAAGCA GGGGCGAAGG AGCATGCCAA ACACTTTACT 
TCAATTCACC GTTCAAAAGG GCTCAGCGGT TGGAGGTGTA GCGTGACAAA AGTGCTAACA 
ATTGACATAT GTTCATCTCT TGTGATAAGT GGCAGTTCAT TTTACATATC CTCAACAGCA 
AAAGAATCTT ATCCCTACAA GGACTACCAG ACATATTACC CTGACTGGAT CATAACTGGA 
GATTCCAGTA TGGAGGCTAC AGACTACTGG AAGTATGTGA TGGCCACATT CAATGAGAGA 
ATTGCTACAG ACACAGATGC ACTCCCTGCT AATATCCCAG AGGACTGGAA GGCATTAACA 
CCTGAGGATG CATTGAAGAG CTTGAGAAAG TCATTCAACA TGAAAGATTA G