LOC107575231 cDNA ORF clone, Sinocyclocheilus grahami

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107575231
Entrez Gene ID	107575231
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Sinocyclocheilus grahami

mRNA and Protein(s)

mRNA	Protein	Name
XM_016261639.1	XP_016117125.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC107575231 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107575231 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
OSi60793	XM_016261639.1 Latest version!	Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107575231), 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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** 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)

LOC107575231 ( XM_016261639.1 ) cDNA ORF clone, Sinocyclocheilus grahami -> XP_016117125.1 Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107575231), mRNA.

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CloneID	OSi60793
Clone ID Related Accession (Same CDS sequence)	XM_016261639.1
Accession Version	XM_016261639.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7890bp) 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	2016-04-18
Organism	Sinocyclocheilus grahami
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_015507697.1) 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 :: Sinocyclocheilus grahami Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAACCT CAGAAACCAC GGTGATTGTC GTCCACAATC CTCCTCGTAG GAGAAGATGG 
AGCAAAGAAC CACCTCCTCA GATGAGGATT GTTGTTCTGG GTTCGAGCGT GTCAGAAAAC 
AGTCTGGTGG GAAACTTCAT CTTAGGACGA GCAGCGTTTG ACAGTGAAGC TCCTCCAGAT 
GTTGTAGAGA GAGTCGGAGG AAGACTGAAG GACAGACATG TGATGGTCAT CAACAGTCCT 
CAGCTGCTCC AGACGAACAT CTCAGCTCAT CAGCTCACAC AGACAGTGAG AGAGTGTGTG 
CATCTGTCTG ATCCAGGACC TCATGTGATC GTGCTGCTCC TCAGACATGA GCCGTGTTCA 
GCAGAAGATC AGGAGCGTGT GGAGAAGGTG CTGCTCTCTT TCTCTGAGCA GGTTTATCAG 
CACACCATGG TGCTCACAAC ACAAGAGCCC ACAGAAACCA GTGACATCCT ACAGAACATC 
ATTCAGAAAT GTGCAAACAG ACACTTCGGT CTTCAGAGGA GCAGCTCTCC TGATGATCTG 
CTGCAGATGT TTGAGGACAT TGTGAAGATG AACGATGGAC TGCGTCTGGA TTGTGCCGAA 
GTTTCAGAGT GTAAAAAGCT GAATCTGGTT GTGTGTGGGA GTGACGGGAC ATTGAAATCC 
TTCATATCAG GTCTGATCCT GCAGCAGACC GACAGAAGAT CAGACGTGGA GCTTCGTGTA 
ATAGAGCTTC CAGCTCTGAT CCATCTCTCA GAGGAGGACG TGCTGCGTCA GACTCTCCGC 
TGTGTGTCTC TCTGTCATCC TGGAGTTCAT GTGTTCATCC TCATCATTCC TGATGCTCCA 
CTTAATAATG AAGACAAAGC TGAAACGGAG AAGATCCAGA GGATCTTCAG CCCGAGAATC 
AACAAACACA TCATGATCCT CATAAAGCAG AATCCAGAGC GTCAGACAGC AGAACTAAAT 
GAAGAAACAC AGTCTGTCAT TGAGAGTTTT GGAGGACGAC ATAATTTCAT TGACCTGAAC 
ACACAAGTGT CCACACTGAT GGAGAACATC GAGCAGATGC TGGAAGAAAA CAGAGGAGAG 
TTTTTCTCCA CAGAGACATT TCTGGATGCT CAGATGATAA AACTGCTGAA ATTTGAAGAG 
ATGAAGAAGA AAATTCAGTC ACTAGAAACA CATGTACTGT CACAAGGTTC AACAGAGAGA 
GAAGATAATC TGAGGATTGT GCTGCTGGGA AAAACTGGAG TCGGGAAAAG TGCAACTGGA 
AACACCATCT TAGGAAGAAA AGCATTCACA GCAGAAACAT CTCAAGAGTC TGTTACTAAA 
GACTGTCAGA AAGAGACAGC TGAAATCAGC GGCAGACACA TTACTGTGAT CGACACTCCA 
GGACTGTTTG ATACTGAACT CAGTAATGAA GAAATCCAGA GAGAAATCAG CAACAGCATC 
TCCATGATCC TGCCTGGACC ACATGTGTTC ATCATCGTGC TCAATTTAGG ACAACGATTC 
ACTAAAGAAG AGGCAACAGC TGTGGAGATC ATCCAGGAGA CGTTTGGAGA GAAATCTTTA 
ATGTTCACCA TGGTGCTCTT CACCAGAGGA GACTTTCTGG AGAACAAAAC CATTGATCAG 
TGTTTGGGAA AACCTGGATC TGCTCTGAAT CAGCTGATTG AAGCCTGTGG AAACAGATCC 
CTTGTGTTCA ATAATAAAGA GACTGGAGAC CGAACACAGG TGACTGATCT ACTGCAGAAG 
ATAGACAACA TGGTGAAAGC AAACGGAGGG AGTTACTACT CATGTAAGAT GTTCAGAGAG 
ATGGAGAGAG AAATACAAGA ACAACAGATG AAGATACTGA TGGAGAGAGT CAGAGAAAGA 
GAAGAAGAGA TGAAGAAACT AGAAGAAGAG AAAGACAGAA TGAAGATAAA GATGGAGGAA 
CATCATGACA AAGAGAGAAA GAGACGAGAA GAAGAATTTA TTGAGAGAGA AGAACGATAT 
AAAAGAGACA TCAAAGAAAG AGAGGAACAA GAGAGAAAGA TGAAAGAGGA GATGAAGAGA 
GAACGAGAGG AATGGGAGAA ACAGAAACAA GAGGAGAGAC AAAGAAGAGA AGAAGAGGAG 
GAGAGAAGGA TAAAGAAAGA ACAAGAAATG CAGGATGAAT ATAATCAGAG ACTTAAACAA 
GAGGACGAGA GAAAGAAAAT GTTGGAGGAG GAACGACAGA ATCAGGACAA AGAGAGAGAG 
AGAAGAGAAG AAGAACTGAA AAGAGAAATT ACAGAACAAG AGAATGACAG GAAGAAAAGA 
GAAGAAGAAT ATAAAACACT AATGAAAGAG AGAGAAGATC TTCGATCTAA ACATGAAGAA 
GAAGAAAACA AGACGAAGAT CCGGATGGAG AAACTGAACA GAGAACGAGA AGAACTGATG 
GAGAAACATG AAGAAGAGAG AGAGAGAATG AAGATGATGA TGGAGGAAGA ACGACAGAAT 
CAGGACAAAG AGAGAAAGAG AAGAGAAGAG GAACTCGGAG AGAGAGAAGA ACGATATAAA 
AGAGAAATGA AGGAACAGGA GGAGCAGATG AAAAGTGTAA AAGAGGAGTA TAAAAATGAA 
ATAAAAGAAA TGAGGAATGA AACAGAGACT GTAAAGAAAG AAAAAGCAAA TCTTCAGATC 
AGATTCGACA CAGAAACAGA CAGACTGATG AACAGAATAG AGAATGAAAG ACAACATCAC 
GAGAGAGAGA GAAAGAGAAG AGAAGAAGAA TTAAATGAGA GAGAAGAGAG ATATAAAACA 
CAAATAAAGG AGAAGGAGAG AGAGATGAAA GAGGAGATGA AGAGAGAACG AGAGGAACGG 
GAGAAACAGA AACAAGAGGA GGAGAAAAGT AGAGAGAAAG AACAGAGAGC TTGGGAAGAA 
CAGATTCAGA GACTGAAGAG TGAAATGGAG GGAATAGTCA GAGAGAAAGA GAGAATAGAA 
AGAGAGAAAC AAGAACAGCT AGAGGATTCA GAGAAGAGAC TGAAAGAAGA AAGAAACATG 
CGAGAAGATC AACAGAAGAC TCTTGAAGAA CAGCATGAAG AAGAGCTGAA GAGAAGACGA 
GTGCAGTGGA GAGAGGAATA TGAGAGAGAG GAAGAGGAGG AGAAGAAGAA GAAGAAGATC 
TGCTCTAAAA CTGGTCCTTC ACTGCAGGGA GAAAACCGGG ACATTGAACC AGCAGAAAAA 
ATACAGAATC TATTTCACAG ACTTCATCTT GAAGACAAAC ACCTCAACAG ACTGAGAGCT 
GCAGATGTTC TTCAGATAAC TGCACATTCA TTACAGTCTC ATGAGTCTTG TGCTGAAGAA 
GAGCTGGTTC AGACTTTCCT ACAGAAACTA CTGATGATGA ACTACAGAGC ACGATACATT 
CAAACTAAGC AGACCAAAGA TCACATGCAA CAAAGAGACA GTGACTCACC TGAAGATGAG 
AGTGATATTT TTGAAAGAAT GTCTAATAAA ACCACAAGTC AGTCTGAGCG AATCCACCCG 
ATGGATGTCC AGATGGCTGT GTTTCATCGT GCTGATGTTT TCCTGAAGCA GCTGATGGTC 
ACTAAACTGT CCCAGTGCCA GTGCGCTCTG CCTCTGCTTG TTCCTGATCC AATCACACGA 
CAGATTGAGT TTCCTCTCTG GACATTCAGA CAAATCAGCA AGAGCTGGAA GATCAGAAAC 
ACCAGAAATG AGATGATCAG TCAAACCTTG CCGATCTACA AGGCAGAAAC TCCAATGGTG 
TTCTTCTTCA GGTTTGGCTC TGTGTCTTCC TCCAAGTCTC AGCTGATGAA CAGTCTGATT 
AATGAGAGAC ACAACACATT CTTCCACAGA TACTGCCCAG GCAGCAGCAG AACCAGAGTC 
CTGATGGACG GAGTGGTGGA GATCTCCTGG TTCTGCCCAT CTGGATCATA TAATGATCAT 
TTCAAAAAAA AAGATAAATT TGCAAACTGT GTTGCGTTCT GTAATCTTCA TGGTGATGCA 
GGAGACCATG AGAAACAGCT GCAGATCCTC ACTGACATGA GCTCAGTCAA TGTTGTTCTT 
CTGCCACGAC TTCAGAAGAA TGACAAAAGT ATGATAAAAG TTCAAGAACT CTACAAGGAC 
TCAAAGCCAC TCATTTGTCT TTGTACTGAG GATGAATCAA CCATCATTGA GACACGAAAA 
GGAAAATATA AAATTGGTTT GAAAGACAGA AATCAGTCAG ATGTGTCTGA AGAACTCAGA 
AGAGCTATAA ATGCTTGTCT TTCAGATTCA TCTCACACTT TCAGACTTGA AGATGTGTCC 
AAACTCTCAG ACGTCAGAGT AGATGAGGCA GATGATGAAG ACTGCAGGAG AGGAAGAGCA 
GCAGCACAGC AGATGATGAG TTTACTGGAG AAGAAAGATC TGACGAAAGT CAAAGAATGG 
TTTCTGCCTC ATCAGGGCAA ACTGTGGCAT CAGTGGAGTC AGAAGAACAA AGAACTACAT 
CGACCTCAAG GAGATGAGAT CGAAATGGAC ATCAGTAGAA AACAAACAGA AATGTGGAAA 
ATCCGTCAAA AGCAGTATGA ATCTGACATC AGTGAGTTTA TGAAGCTCTT TATTAAAGAA 
ATGAACTCAC ACACTGCCAC AAAGATGTTT TTCCTTAAAT GGCTCAGAAT CCTCCTGGAT 
GAACATACAT CAGCTGATCT TTCTGCTCTA CATCACAAAT ATGATGAAAA GTGGTCAGCA 
GTCTTGAAAC TGAAAGAGAA CCATAATAAA TCTGAACATC TCAGAGGTGA ACAATCTGAG 
CTTGAGAGAA TATCTGAGGA TCTTCAAGCT GCAGGCTTTG GTGTGGAGCA CATCATGAGG 
GAGATCGGTC AGATCTATGA ATCGTGTTCA TCTGTGCAGA AGAACAAGAA AGACCTGCAG 
GTTCACTTCT CTTCTCTCCC GAGTCTCGCA GCAGAGATGA TGATCTCTGG GTTTCCACTG 
GAGCTGATGG ATGGAGATGC TGCTCATGTT CCTGTGGTCT GGATCTCTGC TGTTCTAGAT 
CAACTCAATC AGAGACTAGG AGACCAGAGA GTCTTTGTGC TGTCAGTTTT AGGGATCCAG 
AGCTCTGGGA AATCCACCAT GCTGAACGCC ATGTTTGGAC TGCAGTTTGC TGTCAGTGCT 
AGAAGAACAA CCAGAGGAGC TTTCATGCAG CTGCTCAGAG TCTCAGACGA GATGAAAACA 
CAGATGAACA CTGACTATAT TCTGGTTGTT GATACTGAGG GTCTTCATGC TCTAGAACTG 
TCCGGAAGAT CAACAAGACA TCATGACAAT GAACTGGCCA CATTTGTTGT AGGTCTGGGA 
AATCTGACAC TGATCAACAT CTTTGGAGAA AACCCAGCTG AGATGCAGGA CATTCTTCAG 
ATCGTTGTTC AGGACTTCAT GAGGATGAAG AAGGTCAGAC TGAATCCCAG CTGTGTGTTT 
GTGCATCAGA ACATCTCAGA CGTCACAGCT GGAGAGAAGA ACATGGAGGG AAGGAGACGA 
CTGCAGGAGA AACTGGACAA GATGACAAAA CTCGCTGCTA AAGAGGAAGT CTGTGATGCA 
GAATGTTTCA GTGATATCAT TAGATTTGAT GTTCAGAAAG ATGTGAAGTA TTTCGCTCAG 
CTCTGGGAGG GATGCCCACC GATGGCTCCA CCAAACCCAA CATACTGCGA GAACATTCAA 
GAACTGAAGA AAACTATTAT GTCTCATGCC ACAAAATCAC ATGGAATGAG GCTGACACAC 
TTGAAAGATC GTATTAAAGA TCTCTGGGAG GCCTTACTGA ATGAACAATT CGTCTTCAGC 
TTCAGAAACG CTCTGGAAAT CTCGGCTTAC AGGAAACTGA AGACTGAATA CAGGAAGTGG 
TCCTGGAGGC TTCGCAGTGC TATGCTGGAA ACTGAGAACA AACTACACAA CAGAATAGAA 
AATGATGCGA TTCATGAGGT TGAAGAAACT GATCTTCAGA GAGAGCTGAA GAAGACAAGT 
GAAGAAGTGA AGAAATCAAT GTCTGAATTC TTTGAGAGAG ACACAGATAA AGATATACTG 
ATTCAGTGGA AAACATTATT TGAAATCAAG ATCAAAGAGA TTCAGAAAAA CATTGTGAGA 
GAAACAAAGA GGAAATTAAA TGAGGTTCTG CAGCAGCGAG ACCTGAAGAA AAAGATTGAT 
GCTCAGAGAA AACATCATGA AAACACTCTC TATGAAAAGA GCAAAGAACT CGCCTTAAAC 
CTCAAAGACA AAGCAATCGA TGAAGACACA CTGAAGAAAG AGTTTGATTT GTTCTGGGAT 
CAGTGTGTGA AGGAGATCAT CAGAGACACT CCTGCAATCA GAGACATTGA TATAATGAGA 
GATGTGAGAG AGGTCCTCAG TGACGTCTAT GAAAGCACTC CTGCTGATCA CTGGAGGGAG 
AGCAGGGATA TTTGCACTCT GCAGAGTTAT TCTGAATATG TTATTCTCAG AAAGTCCAAA 
CAAAGTGGCC TTAAATGGGC TGCAAAGGAT GCTTACAGAA CAGCTAGAGA AACATTTGGA 
TTTGTTCGAA CTCTGTCTCT AGAGGATGAA GCACAAATAA GATCATTAGT CTCAGATGTT 
GCTCAGCAGA CAGACCGAAT GATTCAGTCA TTTAACATCT CAAAGATGGG CTACAACACC 
AGCTGCATTC AACAACTCAC AGATTACATC AGAGCGAGAG TAAGAGAGCA TGAGGAAGGA 
CCAGCGAGAT ATGTGTTCAG GAATCAATTC TTCCTGGATT TGGTTCTGTC CATCTGTAAG 
AGAGCGAACA AGATGATCAC TCACCAACAC AGACTGTTCA GAGAAGCCAA TGATCCTGTA 
ATATATGTTC AGAAGAAGAG AGAAGAGTAC TATAGTATTT TCCAGAAATA CTGTCATGGA 
GCTGCATCAG CTGTTCTTTT TGGTGAGAAT ATCTGTCAGA AACTGAAAGA GCCCATTGAG 
CAGAGCATCT ACAAGAAGAC TGGCAGAGAT CTGACGGATG AAATGAGATC AAACTGTGAA 
TCACTGAATA GAAACCGATC AAATCTGGAG AAACACATCC TGAAGACACT GGCAGCAGAG 
GAGGATTTTA ACAAATACAT GAACTACATT CACAATCCCA GAGATCACTT CAGTGGTTTC 
ATCAGAGATG AAGTCAGTCG GTACATCAGT GATCGGTTCA GTGTCAGTGT TTTACCCAAG 
ATGAAGAAGA ACATTGAACT CCTGCAGCAG AAGATCATGA GAACAGCTCA TCAATCTACT 
GAACATGCTC GAGAGAACAG AGGAGATGCT GGTTTGTGGT GGAAGAGTTT CACACAGCAG 
CTCTCAGATG AGCTGATCTT CTCTGAGAAA CACCTCCGTG GAGTCAAACA TGTTGATGTG 
GATGATTTCA ACCTCCTAGA AGATGTGATG AGGCAAGAAC TTACTGCTAT AGTGTCAGAC 
ATCAGCAGGA GATTCAATAG AAGGTCATTT GATGAAAAAC TGGACCTCAA GTTCAGAGCA 
GATGAGCTTC TGATTGATCT CTTCTGTCAG TGCTGTTGGG TTCAGTGTCC GTTCTGTGAA 
GCCGTCTGCT CAAACATCAT AGAAAACCAT GATGGAGATC ACAGTGTTGC TTTCCACAGA 
GTGGATGGAA TTAATGGCAC ATATTACACT TCTACACAGA ATCTCTGTGC TGATATTTGC 
ACAAGTTTAG TGGCAAGTGA AAGAACATTT TGTGTATCAG CTCAGAGGTT TCCATATAGA 
GATTACAGAA GAGCAGGAGG AGTTTATGCA GACTGGAGCA TCAGCCCTGA TCTCTCTGAA 
CTGCCCTACT GGAAGTGGTT TGTGTGCAGA TTCCAGAGAG ATCTGGAGAA ACACTACAGT 
AAAACATTTG AGGGGAGTGG AAGGATACCA GATGAATGGA AACAATACTC AAAACCGGAC 
GCTATTGAGA GTTTGGATAA ATACATGTAA

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

RefSeq	XP_016117125.1
CDS	146..8035
Translation	MSTSETTVIVVHNPPRRRRWSKEPPPQMRIVVLGSSVSENSLVGNFILGRAAFDSEAPPDVVERVGGRLKDRHVMVINSPQLLQTNISAHQLTQTVRECVHLSDPGPHVIVLLLRHEPCSAEDQERVEKVLLSFSEQVYQHTMVLTTQEPTETSDILQNIIQKCANRHFGLQRSSSPDDLLQMFEDIVKMNDGLRLDCAEVSECKKLNLVVCGSDGTLKSFISGLILQQTDRRSDVELRVIELPALIHLSEEDVLRQTLRCVSLCHPGVHVFILIIPDAPLNNEDKAETEKIQRIFSPRINKHIMILIKQNPERQTAELNEETQSVIESFGGRHNFIDLNTQVSTLMENIEQMLEENRGEFFSTETFLDAQMIKLLKFEEMKKKIQSLETHVLSQGSTEREDNLRIVLLGKTGVGKSATGNTILGRKAFTAETSQESVTKDCQKETAEISGRHITVIDTPGLFDTELSNEEIQREISNSISMILPGPHVFIIVLNLGQRFTKEEATAVEIIQETFGEKSLMFTMVLFTRGDFLENKTIDQCLGKPGSALNQLIEACGNRSLVFNNKETGDRTQVTDLLQKIDNMVKANGGSYYSCKMFREMEREIQEQQMKILMERVREREEEMKKLEEEKDRMKIKMEEHHDKERKRREEEFIEREERYKRDIKEREEQERKMKEEMKREREEWEKQKQEERQRREEEEERRIKKEQEMQDEYNQRLKQEDERKKMLEEERQNQDKERERREEELKREITEQENDRKKREEEYKTLMKEREDLRSKHEEEENKTKIRMEKLNREREELMEKHEEERERMKMMMEEERQNQDKERKRREEELGEREERYKREMKEQEEQMKSVKEEYKNEIKEMRNETETVKKEKANLQIRFDTETDRLMNRIENERQHHERERKRREEELNEREERYKTQIKEKEREMKEEMKREREEREKQKQEEEKSREKEQRAWEEQIQRLKSEMEGIVREKERIEREKQEQLEDSEKRLKEERNMREDQQKTLEEQHEEELKRRRVQWREEYEREEEEEKKKKKICSKTGPSLQGENRDIEPAEKIQNLFHRLHLEDKHLNRLRAADVLQITAHSLQSHESCAEEELVQTFLQKLLMMNYRARYIQTKQTKDHMQQRDSDSPEDESDIFERMSNKTTSQSERIHPMDVQMAVFHRADVFLKQLMVTKLSQCQCALPLLVPDPITRQIEFPLWTFRQISKSWKIRNTRNEMISQTLPIYKAETPMVFFFRFGSVSSSKSQLMNSLINERHNTFFHRYCPGSSRTRVLMDGVVEISWFCPSGSYNDHFKKKDKFANCVAFCNLHGDAGDHEKQLQILTDMSSVNVVLLPRLQKNDKSMIKVQELYKDSKPLICLCTEDESTIIETRKGKYKIGLKDRNQSDVSEELRRAINACLSDSSHTFRLEDVSKLSDVRVDEADDEDCRRGRAAAQQMMSLLEKKDLTKVKEWFLPHQGKLWHQWSQKNKELHRPQGDEIEMDISRKQTEMWKIRQKQYESDISEFMKLFIKEMNSHTATKMFFLKWLRILLDEHTSADLSALHHKYDEKWSAVLKLKENHNKSEHLRGEQSELERISEDLQAAGFGVEHIMREIGQIYESCSSVQKNKKDLQVHFSSLPSLAAEMMISGFPLELMDGDAAHVPVVWISAVLDQLNQRLGDQRVFVLSVLGIQSSGKSTMLNAMFGLQFAVSARRTTRGAFMQLLRVSDEMKTQMNTDYILVVDTEGLHALELSGRSTRHHDNELATFVVGLGNLTLINIFGENPAEMQDILQIVVQDFMRMKKVRLNPSCVFVHQNISDVTAGEKNMEGRRRLQEKLDKMTKLAAKEEVCDAECFSDIIRFDVQKDVKYFAQLWEGCPPMAPPNPTYCENIQELKKTIMSHATKSHGMRLTHLKDRIKDLWEALLNEQFVFSFRNALEISAYRKLKTEYRKWSWRLRSAMLETENKLHNRIENDAIHEVEETDLQRELKKTSEEVKKSMSEFFERDTDKDILIQWKTLFEIKIKEIQKNIVRETKRKLNEVLQQRDLKKKIDAQRKHHENTLYEKSKELALNLKDKAIDEDTLKKEFDLFWDQCVKEIIRDTPAIRDIDIMRDVREVLSDVYESTPADHWRESRDICTLQSYSEYVILRKSKQSGLKWAAKDAYRTARETFGFVRTLSLEDEAQIRSLVSDVAQQTDRMIQSFNISKMGYNTSCIQQLTDYIRARVREHEEGPARYVFRNQFFLDLVLSICKRANKMITHQHRLFREANDPVIYVQKKREEYYSIFQKYCHGAASAVLFGENICQKLKEPIEQSIYKKTGRDLTDEMRSNCESLNRNRSNLEKHILKTLAAEEDFNKYMNYIHNPRDHFSGFIRDEVSRYISDRFSVSVLPKMKKNIELLQQKIMRTAHQSTEHARENRGDAGLWWKSFTQQLSDELIFSEKHLRGVKHVDVDDFNLLEDVMRQELTAIVSDISRRFNRRSFDEKLDLKFRADELLIDLFCQCCWVQCPFCEAVCSNIIENHDGDHSVAFHRVDGINGTYYTSTQNLCADICTSLVASERTFCVSAQRFPYRDYRRAGGVYADWSISPDLSELPYWKWFVCRFQRDLEKHYSKTFEGSGRIPDEWKQYSKPDAIESLDKYM

Target ORF information:

RefSeq Version	XM_016261639.1
Organism	Sinocyclocheilus grahami
Definition	Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107575231), mRNA.

Target ORF information:

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

XM_016261639.1

ORF Insert Sequence:

ATGTCAACCT CAGAAACCAC GGTGATTGTC GTCCACAATC CTCCTCGTAG GAGAAGATGG 
AGCAAAGAAC CACCTCCTCA GATGAGGATT GTTGTTCTGG GTTCGAGCGT GTCAGAAAAC 
AGTCTGGTGG GAAACTTCAT CTTAGGACGA GCAGCGTTTG ACAGTGAAGC TCCTCCAGAT 
GTTGTAGAGA GAGTCGGAGG AAGACTGAAG GACAGACATG TGATGGTCAT CAACAGTCCT 
CAGCTGCTCC AGACGAACAT CTCAGCTCAT CAGCTCACAC AGACAGTGAG AGAGTGTGTG 
CATCTGTCTG ATCCAGGACC TCATGTGATC GTGCTGCTCC TCAGACATGA GCCGTGTTCA 
GCAGAAGATC AGGAGCGTGT GGAGAAGGTG CTGCTCTCTT TCTCTGAGCA GGTTTATCAG 
CACACCATGG TGCTCACAAC ACAAGAGCCC ACAGAAACCA GTGACATCCT ACAGAACATC 
ATTCAGAAAT GTGCAAACAG ACACTTCGGT CTTCAGAGGA GCAGCTCTCC TGATGATCTG 
CTGCAGATGT TTGAGGACAT TGTGAAGATG AACGATGGAC TGCGTCTGGA TTGTGCCGAA 
GTTTCAGAGT GTAAAAAGCT GAATCTGGTT GTGTGTGGGA GTGACGGGAC ATTGAAATCC 
TTCATATCAG GTCTGATCCT GCAGCAGACC GACAGAAGAT CAGACGTGGA GCTTCGTGTA 
ATAGAGCTTC CAGCTCTGAT CCATCTCTCA GAGGAGGACG TGCTGCGTCA GACTCTCCGC 
TGTGTGTCTC TCTGTCATCC TGGAGTTCAT GTGTTCATCC TCATCATTCC TGATGCTCCA 
CTTAATAATG AAGACAAAGC TGAAACGGAG AAGATCCAGA GGATCTTCAG CCCGAGAATC 
AACAAACACA TCATGATCCT CATAAAGCAG AATCCAGAGC GTCAGACAGC AGAACTAAAT 
GAAGAAACAC AGTCTGTCAT TGAGAGTTTT GGAGGACGAC ATAATTTCAT TGACCTGAAC 
ACACAAGTGT CCACACTGAT GGAGAACATC GAGCAGATGC TGGAAGAAAA CAGAGGAGAG 
TTTTTCTCCA CAGAGACATT TCTGGATGCT CAGATGATAA AACTGCTGAA ATTTGAAGAG 
ATGAAGAAGA AAATTCAGTC ACTAGAAACA CATGTACTGT CACAAGGTTC AACAGAGAGA 
GAAGATAATC TGAGGATTGT GCTGCTGGGA AAAACTGGAG TCGGGAAAAG TGCAACTGGA 
AACACCATCT TAGGAAGAAA AGCATTCACA GCAGAAACAT CTCAAGAGTC TGTTACTAAA 
GACTGTCAGA AAGAGACAGC TGAAATCAGC GGCAGACACA TTACTGTGAT CGACACTCCA 
GGACTGTTTG ATACTGAACT CAGTAATGAA GAAATCCAGA GAGAAATCAG CAACAGCATC 
TCCATGATCC TGCCTGGACC ACATGTGTTC ATCATCGTGC TCAATTTAGG ACAACGATTC 
ACTAAAGAAG AGGCAACAGC TGTGGAGATC ATCCAGGAGA CGTTTGGAGA GAAATCTTTA 
ATGTTCACCA TGGTGCTCTT CACCAGAGGA GACTTTCTGG AGAACAAAAC CATTGATCAG 
TGTTTGGGAA AACCTGGATC TGCTCTGAAT CAGCTGATTG AAGCCTGTGG AAACAGATCC 
CTTGTGTTCA ATAATAAAGA GACTGGAGAC CGAACACAGG TGACTGATCT ACTGCAGAAG 
ATAGACAACA TGGTGAAAGC AAACGGAGGG AGTTACTACT CATGTAAGAT GTTCAGAGAG 
ATGGAGAGAG AAATACAAGA ACAACAGATG AAGATACTGA TGGAGAGAGT CAGAGAAAGA 
GAAGAAGAGA TGAAGAAACT AGAAGAAGAG AAAGACAGAA TGAAGATAAA GATGGAGGAA 
CATCATGACA AAGAGAGAAA GAGACGAGAA GAAGAATTTA TTGAGAGAGA AGAACGATAT 
AAAAGAGACA TCAAAGAAAG AGAGGAACAA GAGAGAAAGA TGAAAGAGGA GATGAAGAGA 
GAACGAGAGG AATGGGAGAA ACAGAAACAA GAGGAGAGAC AAAGAAGAGA AGAAGAGGAG 
GAGAGAAGGA TAAAGAAAGA ACAAGAAATG CAGGATGAAT ATAATCAGAG ACTTAAACAA 
GAGGACGAGA GAAAGAAAAT GTTGGAGGAG GAACGACAGA ATCAGGACAA AGAGAGAGAG 
AGAAGAGAAG AAGAACTGAA AAGAGAAATT ACAGAACAAG AGAATGACAG GAAGAAAAGA 
GAAGAAGAAT ATAAAACACT AATGAAAGAG AGAGAAGATC TTCGATCTAA ACATGAAGAA 
GAAGAAAACA AGACGAAGAT CCGGATGGAG AAACTGAACA GAGAACGAGA AGAACTGATG 
GAGAAACATG AAGAAGAGAG AGAGAGAATG AAGATGATGA TGGAGGAAGA ACGACAGAAT 
CAGGACAAAG AGAGAAAGAG AAGAGAAGAG GAACTCGGAG AGAGAGAAGA ACGATATAAA 
AGAGAAATGA AGGAACAGGA GGAGCAGATG AAAAGTGTAA AAGAGGAGTA TAAAAATGAA 
ATAAAAGAAA TGAGGAATGA AACAGAGACT GTAAAGAAAG AAAAAGCAAA TCTTCAGATC 
AGATTCGACA CAGAAACAGA CAGACTGATG AACAGAATAG AGAATGAAAG ACAACATCAC 
GAGAGAGAGA GAAAGAGAAG AGAAGAAGAA TTAAATGAGA GAGAAGAGAG ATATAAAACA 
CAAATAAAGG AGAAGGAGAG AGAGATGAAA GAGGAGATGA AGAGAGAACG AGAGGAACGG 
GAGAAACAGA AACAAGAGGA GGAGAAAAGT AGAGAGAAAG AACAGAGAGC TTGGGAAGAA 
CAGATTCAGA GACTGAAGAG TGAAATGGAG GGAATAGTCA GAGAGAAAGA GAGAATAGAA 
AGAGAGAAAC AAGAACAGCT AGAGGATTCA GAGAAGAGAC TGAAAGAAGA AAGAAACATG 
CGAGAAGATC AACAGAAGAC TCTTGAAGAA CAGCATGAAG AAGAGCTGAA GAGAAGACGA 
GTGCAGTGGA GAGAGGAATA TGAGAGAGAG GAAGAGGAGG AGAAGAAGAA GAAGAAGATC 
TGCTCTAAAA CTGGTCCTTC ACTGCAGGGA GAAAACCGGG ACATTGAACC AGCAGAAAAA 
ATACAGAATC TATTTCACAG ACTTCATCTT GAAGACAAAC ACCTCAACAG ACTGAGAGCT 
GCAGATGTTC TTCAGATAAC TGCACATTCA TTACAGTCTC ATGAGTCTTG TGCTGAAGAA 
GAGCTGGTTC AGACTTTCCT ACAGAAACTA CTGATGATGA ACTACAGAGC ACGATACATT 
CAAACTAAGC AGACCAAAGA TCACATGCAA CAAAGAGACA GTGACTCACC TGAAGATGAG 
AGTGATATTT TTGAAAGAAT GTCTAATAAA ACCACAAGTC AGTCTGAGCG AATCCACCCG 
ATGGATGTCC AGATGGCTGT GTTTCATCGT GCTGATGTTT TCCTGAAGCA GCTGATGGTC 
ACTAAACTGT CCCAGTGCCA GTGCGCTCTG CCTCTGCTTG TTCCTGATCC AATCACACGA 
CAGATTGAGT TTCCTCTCTG GACATTCAGA CAAATCAGCA AGAGCTGGAA GATCAGAAAC 
ACCAGAAATG AGATGATCAG TCAAACCTTG CCGATCTACA AGGCAGAAAC TCCAATGGTG 
TTCTTCTTCA GGTTTGGCTC TGTGTCTTCC TCCAAGTCTC AGCTGATGAA CAGTCTGATT 
AATGAGAGAC ACAACACATT CTTCCACAGA TACTGCCCAG GCAGCAGCAG AACCAGAGTC 
CTGATGGACG GAGTGGTGGA GATCTCCTGG TTCTGCCCAT CTGGATCATA TAATGATCAT 
TTCAAAAAAA AAGATAAATT TGCAAACTGT GTTGCGTTCT GTAATCTTCA TGGTGATGCA 
GGAGACCATG AGAAACAGCT GCAGATCCTC ACTGACATGA GCTCAGTCAA TGTTGTTCTT 
CTGCCACGAC TTCAGAAGAA TGACAAAAGT ATGATAAAAG TTCAAGAACT CTACAAGGAC 
TCAAAGCCAC TCATTTGTCT TTGTACTGAG GATGAATCAA CCATCATTGA GACACGAAAA 
GGAAAATATA AAATTGGTTT GAAAGACAGA AATCAGTCAG ATGTGTCTGA AGAACTCAGA 
AGAGCTATAA ATGCTTGTCT TTCAGATTCA TCTCACACTT TCAGACTTGA AGATGTGTCC 
AAACTCTCAG ACGTCAGAGT AGATGAGGCA GATGATGAAG ACTGCAGGAG AGGAAGAGCA 
GCAGCACAGC AGATGATGAG TTTACTGGAG AAGAAAGATC TGACGAAAGT CAAAGAATGG 
TTTCTGCCTC ATCAGGGCAA ACTGTGGCAT CAGTGGAGTC AGAAGAACAA AGAACTACAT 
CGACCTCAAG GAGATGAGAT CGAAATGGAC ATCAGTAGAA AACAAACAGA AATGTGGAAA 
ATCCGTCAAA AGCAGTATGA ATCTGACATC AGTGAGTTTA TGAAGCTCTT TATTAAAGAA 
ATGAACTCAC ACACTGCCAC AAAGATGTTT TTCCTTAAAT GGCTCAGAAT CCTCCTGGAT 
GAACATACAT CAGCTGATCT TTCTGCTCTA CATCACAAAT ATGATGAAAA GTGGTCAGCA 
GTCTTGAAAC TGAAAGAGAA CCATAATAAA TCTGAACATC TCAGAGGTGA ACAATCTGAG 
CTTGAGAGAA TATCTGAGGA TCTTCAAGCT GCAGGCTTTG GTGTGGAGCA CATCATGAGG 
GAGATCGGTC AGATCTATGA ATCGTGTTCA TCTGTGCAGA AGAACAAGAA AGACCTGCAG 
GTTCACTTCT CTTCTCTCCC GAGTCTCGCA GCAGAGATGA TGATCTCTGG GTTTCCACTG 
GAGCTGATGG ATGGAGATGC TGCTCATGTT CCTGTGGTCT GGATCTCTGC TGTTCTAGAT 
CAACTCAATC AGAGACTAGG AGACCAGAGA GTCTTTGTGC TGTCAGTTTT AGGGATCCAG 
AGCTCTGGGA AATCCACCAT GCTGAACGCC ATGTTTGGAC TGCAGTTTGC TGTCAGTGCT 
AGAAGAACAA CCAGAGGAGC TTTCATGCAG CTGCTCAGAG TCTCAGACGA GATGAAAACA 
CAGATGAACA CTGACTATAT TCTGGTTGTT GATACTGAGG GTCTTCATGC TCTAGAACTG 
TCCGGAAGAT CAACAAGACA TCATGACAAT GAACTGGCCA CATTTGTTGT AGGTCTGGGA 
AATCTGACAC TGATCAACAT CTTTGGAGAA AACCCAGCTG AGATGCAGGA CATTCTTCAG 
ATCGTTGTTC AGGACTTCAT GAGGATGAAG AAGGTCAGAC TGAATCCCAG CTGTGTGTTT 
GTGCATCAGA ACATCTCAGA CGTCACAGCT GGAGAGAAGA ACATGGAGGG AAGGAGACGA 
CTGCAGGAGA AACTGGACAA GATGACAAAA CTCGCTGCTA AAGAGGAAGT CTGTGATGCA 
GAATGTTTCA GTGATATCAT TAGATTTGAT GTTCAGAAAG ATGTGAAGTA TTTCGCTCAG 
CTCTGGGAGG GATGCCCACC GATGGCTCCA CCAAACCCAA CATACTGCGA GAACATTCAA 
GAACTGAAGA AAACTATTAT GTCTCATGCC ACAAAATCAC ATGGAATGAG GCTGACACAC 
TTGAAAGATC GTATTAAAGA TCTCTGGGAG GCCTTACTGA ATGAACAATT CGTCTTCAGC 
TTCAGAAACG CTCTGGAAAT CTCGGCTTAC AGGAAACTGA AGACTGAATA CAGGAAGTGG 
TCCTGGAGGC TTCGCAGTGC TATGCTGGAA ACTGAGAACA AACTACACAA CAGAATAGAA 
AATGATGCGA TTCATGAGGT TGAAGAAACT GATCTTCAGA GAGAGCTGAA GAAGACAAGT 
GAAGAAGTGA AGAAATCAAT GTCTGAATTC TTTGAGAGAG ACACAGATAA AGATATACTG 
ATTCAGTGGA AAACATTATT TGAAATCAAG ATCAAAGAGA TTCAGAAAAA CATTGTGAGA 
GAAACAAAGA GGAAATTAAA TGAGGTTCTG CAGCAGCGAG ACCTGAAGAA AAAGATTGAT 
GCTCAGAGAA AACATCATGA AAACACTCTC TATGAAAAGA GCAAAGAACT CGCCTTAAAC 
CTCAAAGACA AAGCAATCGA TGAAGACACA CTGAAGAAAG AGTTTGATTT GTTCTGGGAT 
CAGTGTGTGA AGGAGATCAT CAGAGACACT CCTGCAATCA GAGACATTGA TATAATGAGA 
GATGTGAGAG AGGTCCTCAG TGACGTCTAT GAAAGCACTC CTGCTGATCA CTGGAGGGAG 
AGCAGGGATA TTTGCACTCT GCAGAGTTAT TCTGAATATG TTATTCTCAG AAAGTCCAAA 
CAAAGTGGCC TTAAATGGGC TGCAAAGGAT GCTTACAGAA CAGCTAGAGA AACATTTGGA 
TTTGTTCGAA CTCTGTCTCT AGAGGATGAA GCACAAATAA GATCATTAGT CTCAGATGTT 
GCTCAGCAGA CAGACCGAAT GATTCAGTCA TTTAACATCT CAAAGATGGG CTACAACACC 
AGCTGCATTC AACAACTCAC AGATTACATC AGAGCGAGAG TAAGAGAGCA TGAGGAAGGA 
CCAGCGAGAT ATGTGTTCAG GAATCAATTC TTCCTGGATT TGGTTCTGTC CATCTGTAAG 
AGAGCGAACA AGATGATCAC TCACCAACAC AGACTGTTCA GAGAAGCCAA TGATCCTGTA 
ATATATGTTC AGAAGAAGAG AGAAGAGTAC TATAGTATTT TCCAGAAATA CTGTCATGGA 
GCTGCATCAG CTGTTCTTTT TGGTGAGAAT ATCTGTCAGA AACTGAAAGA GCCCATTGAG 
CAGAGCATCT ACAAGAAGAC TGGCAGAGAT CTGACGGATG AAATGAGATC AAACTGTGAA 
TCACTGAATA GAAACCGATC AAATCTGGAG AAACACATCC TGAAGACACT GGCAGCAGAG 
GAGGATTTTA ACAAATACAT GAACTACATT CACAATCCCA GAGATCACTT CAGTGGTTTC 
ATCAGAGATG AAGTCAGTCG GTACATCAGT GATCGGTTCA GTGTCAGTGT TTTACCCAAG 
ATGAAGAAGA ACATTGAACT CCTGCAGCAG AAGATCATGA GAACAGCTCA TCAATCTACT 
GAACATGCTC GAGAGAACAG AGGAGATGCT GGTTTGTGGT GGAAGAGTTT CACACAGCAG 
CTCTCAGATG AGCTGATCTT CTCTGAGAAA CACCTCCGTG GAGTCAAACA TGTTGATGTG 
GATGATTTCA ACCTCCTAGA AGATGTGATG AGGCAAGAAC TTACTGCTAT AGTGTCAGAC 
ATCAGCAGGA GATTCAATAG AAGGTCATTT GATGAAAAAC TGGACCTCAA GTTCAGAGCA 
GATGAGCTTC TGATTGATCT CTTCTGTCAG TGCTGTTGGG TTCAGTGTCC GTTCTGTGAA 
GCCGTCTGCT CAAACATCAT AGAAAACCAT GATGGAGATC ACAGTGTTGC TTTCCACAGA 
GTGGATGGAA TTAATGGCAC ATATTACACT TCTACACAGA ATCTCTGTGC TGATATTTGC 
ACAAGTTTAG TGGCAAGTGA AAGAACATTT TGTGTATCAG CTCAGAGGTT TCCATATAGA 
GATTACAGAA GAGCAGGAGG AGTTTATGCA GACTGGAGCA TCAGCCCTGA TCTCTCTGAA 
CTGCCCTACT GGAAGTGGTT TGTGTGCAGA TTCCAGAGAG ATCTGGAGAA ACACTACAGT 
AAAACATTTG AGGGGAGTGG AAGGATACCA GATGAATGGA AACAATACTC AAAACCGGAC 
GCTATTGAGA GTTTGGATAA ATACATGTAA