XIRP1 cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	XIRP1
Entrez Gene ID	107303323
Full Name	xin actin binding repeat containing 1
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015832545.1	XP_015688031.1	xin actin-binding repeat-containing protein 1

Pathways from BioSystems
Gene Ontology

The following XIRP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the XIRP1 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
OPr25144	XM_015832545.1 Latest version!	Protobothrops mucrosquamatus xin actin binding repeat containing 1 (XIRP1), 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)

XIRP1 ( XM_015832545.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015688031.1 Protobothrops mucrosquamatus xin actin binding repeat containing 1 (XIRP1), mRNA.

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CloneID	OPr25144
Clone ID Related Accession (Same CDS sequence)	XM_015832545.1
Accession Version	XM_015832545.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7578bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	xin actin-binding repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386392.1) 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 Name :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGACA CTCAGCGTGA AAGGACTTCT GGTGCAGATG AGAAGAAAGC AGTGGAAGAC 
CTGCCTCCTC CTCCTCCTCT TCCTCACCTC CAGGACTCTC CTGCTGCTCC AGGGACACCG 
GATTCCGGTT CTCTTCCTTT ACCTCCACCT AAAGAATCCT TCTCCAAGTT CTACCAGCAA 
CGCCAAGTAA ATGAGTTGAA AAGACTTTAC CGCCACATGC ATCCTGAGCT CAGAAAAAAC 
CTGGAAGAAG CCGTGTCAGA AGACCTGGCA GAAATGTTGA GTCCAGATGA CCCGAATGAG 
CCAGTCATGG CGACTCCAGA TGTGGTGGTT CCAGGCGAAG TTCAATCCAT GCGTTGGATC 
TTTGAGAACT GGTCCCTGGA CTCCATTGGG GAACGTCAAG CTGCTAAAAA CCTGGCTGAG 
GACGAAGCCA ACCCAAGTGG AGATGTAAAG AACAGGTCCA TGAAGTTTGA AAGCCAACCT 
TCTCATGGAG ACGGGCTGCT CACTTCGGCC AAAGCATCGG AACTACAAGA AACGAAAGGA 
GACGTACATA CTGCTCGGTG GTTATTTGAA ACTCAACCTT TAGACTCTTT AAACAAAATG 
TACTTGGATG AGACAGATGT GCAAGAAACA CTTCTGAAGG AGCCTGTTGA GAGAGGGGCT 
GTGAAAGGAG CAGCACAACT TTTTGAAACT CATTCCTTAG AAGCTTTGGG TCACTGCAAC 
TCTGTGGAGG AGAAGAACAT CCTGCAGCTG AAGTCAGAAA TTCAGGAACT CAAAGGCGGC 
GTCAGAAAAA CCATCAAGCT TTTCCAGACT GAACCCATCT GTGCTCTCCA GGATAAAACA 
GGAAGCATTC ATGAGATCAA GTCCATCTGT AGAGAAGAAA CACAGACCAA CTCAGTGAAG 
ACGGCTCGGT GGCTGTTCGA AACCCAGCCA TTGGACACCA TCAACAAGGA TACTTCCAAA 
GTGCAAGTTA TTCGTGGAAT ATCTCTAGAG GAAGATGCCA AGGGAAATGT CAGCGGAACA 
AAATGGGTGT TTGAAACTCA ACCTCTAGAT GCCATAAAGG AATTCACAGT GTCCGAAGCC 
GATTTCAAAG CGTCTCCAGA TCTAATCCAA GGAGCTGATG TCAGCAAACA GTGCCTACTT 
TTTGAGACTC AACCTCTTGA CAGTCTGAAA GGTGAATCCT CCAGCAGCCC TCCAGCTAAG 
GAAGAAGTTG TCAAAGGGGA CGTGAAATCA ACTCTCTGGT TATTCGAAAC ACAACCTATG 
GAAACCCTGA GGGATCATTT TGAAGTTGGA CATTTAAAAA AAGTAGAGCT TTCAAAAGAT 
GAGAAAGGAG CTGTGAAGCA AACAAAGCAT CTTTTTGAGA CCTGCCCTTT TGGAAGCATC 
TCAAAATCTC CAGATGAAGA TTTCTGCACT GCACCTGTCC AGGAGGTAGA GAAAGGGGAC 
GTGAAAGCAT TCAAGAGCCT CTTTGAGACA CTTCCTCTAG ATAGCATCAG GCAAGTCAGC 
ACTGAGGAGG TCACCAAGGG AGAAGAAGAC ATCCTTTCTG GGCAGGTGAG AAGCAATAAT 
CTCCTGTTGG AATCAACACC TTTGTACGCC ATTAAGGATT GCTTTGGCCA CTTCCACCAG 
GTCACATCTG TAAGTAGAGA TGAAGAAGTG ACCAGTGGAG GTGTGAAGAA CTACAAATGG 
ATGTTTGAAA CCAAACCTTT AGATGAGTTT GATGGGAGCA TCCAAAAAGT GGATGTGATC 
AGGGGCATCA CTAAGCAGGA GATCATGGCT GGAGATGTTC AGACAGCCAA ATGGCTCTTT 
GAAACCCAAC CCATTGATGT CATCCACAGC CAAGTCAACC AAGAAGAGCA GAACATTTCT 
GAGAAAAGGG AAGTTTCTCA AGGAGGAGAT GTAAAGACTT GCCGGTGGTT GTTTGAGACA 
CAGCCAATTG ATGCGCTATG TGAGAAAGAT GAGATGAAGG AGAGCCAAGA AGACCCTGTG 
CCTCAAGCTG ATGTCAAATC ATATACATGG ATGTTTGAAA CTCAACCTCT GGATACCCTG 
AAAGGTCAAG AAGAACAACA CTTACAGATC AGAAAGACCT TCCGCCAGGA GGAATTACAA 
GGGGTAGACG TGAAAACTGC CCGGCACCTC TTTGAAATGG AACCTCTGTC CAGTAATATC 
CCTGGAAATA GCCAGAAAAT AATCAGGTGC TCCAGCCGGG TGGAGATACA GTCTGGAGAG 
GTGTCCAGAG TAAAAGAGTT CTTTGAGGCC AAACCTTTGG ATACTGCAGC TAAATCATGG 
ACAGTCATAA AAGAAAGCCC AGTAGATGAG AACATTAAAC CTGGGGCTGT GCCCAAGTTC 
ACCTGGCTTT TTGAAAACAT GGACACCTTG AAGAGCAGTG CTGAGAGTCT CCAAGAGACA 
ACTCTGGAAA AGAACATTCA AGGTGGAGAT GTTGGGGGCA AAAGATTCAT TTTTGAAACC 
TTCTCTCTCG ATCAGATTCA TGAAAAAGAG AATGAGGCGC TAATCCAAAA AGTCCATGAA 
GAAACATCAG AAAAAGCCAA CGTCAACTCT TGTATTATGC TGTTTGAGAC CCAGCCCCTT 
TACGCTATTC AGGACAGAGA TGGGGGATAC CATGAAGTGA CCTCGGTGAA GAAGGAAGAA 
GTCGTAAAAG GTGATGTGAA AGGCGCCCGA TGGCAGTTTG AGACGAAACC ATTGGATCAG 
ATCAAGAAAG ATGATGAGGT CTTTGTGATC CGAGCTGTAA CGCAAGAAGA TTTCAAGAAG 
GGAGATGTCC AATCAGCTAG GTGGAGGTTT GAAACAGAGC CTCTCGATTC CATTGCTGAA 
GAAAAGAGGC CTACCTTGAA GAGTGTTGAG GACATACAGA AGGGAGATGT CCAATCTAAC 
AAGCAACGTT TTGAGTCAGA ACAACTCAGC CAAAAGAAGT ACGTGAGGAT GGTTAGCGTC 
AGTGATGTCC AGCAAGGGGA TGTAAGGACA TCCACCTGGC TTTTTGAAAA TCAGCCCATG 
GATTCCTTGA AAGGAGACTC TGAAGGTGCC AGCAACTTGA CCACAGTCCA GAGAGAAGAT 
ATCCATAAAG GAGATGTCAA ACGCTGCACT TGGCTCTTTG AGACTCAACC AATGGACAGT 
CTCAGGGACA CAGAGGCTTC AACAAGCACA GAGTCCCTGA AAGGGATTCC TCAGGCCTGT 
GTAAAAAGCA CTACATGGTT GTTTGAAAGT ACCCCCTTGG ATAAATTCAG CTCTCTTCAA 
CACGGCAGAG AAATAGAGGC GAAAGAGAGG ACATCAACAG ATACTTTGGA ACTGTTGTTC 
TCCCATCAAC TGATCCAAAA GAATGGCATC CTTATTGAAG CCAATAACAT TGAGGGTATC 
AAGATGGCGA CATATCAGCT TAGTAACCAG GAAGCCCCCC AAGTCCAAAA GGAAAAGATT 
GTAGAAGACA ATTTGCAAAT GGTCTTGTTG CAATTACTTC AGAATAGCAA CATGGAGGCC 
AGCGGGTTGC TAGTGAGAGA AGAGGACAAT GGAGCTATCA AAATTACTCC CATACAGCTG 
TTGGACACTA ACAAAGCTAA AAAAAGCAAA GAGGACATGA GGAATGACAT GGCAAGGACT 
CTTCAAGAAC TTCTTAACCA AGAGATCTCA GTTAAGAAAG GAATAGTTAT GCAGGAGACA 
GACACAGGAT CAACAACGGT GATTCTTTAT TCTCTCCATC AGTGGGTGGC TGAGCAGCAT 
ACATTTGTGA AAGGTGATGT AAAGTCAGTG ATCGGGAATC TTCTGACTTC TTCACAAGAG 
CAGAGAACCA CAGCAACCGT CAGACGAGAG GATAACGAGA AGGGGAACGT CCAATTGTAC 
ACTCGCTGCA TCGAGAAGGG AGATCTTGAC TACTTAAAAA ACCTACAGAG GGACTCAGAA 
ATAGAATCGC TAGTTTCTTC ACAAGCAAAA GAAGAACCGC CAAAAATTGG GCAAGAGGTC 
ATGGCATCAA CCCTGGTGCA GAACAAGGAA GATGTGGTGA CAGCAGATGT GATCCAAGGG 
AATCACAAGT CTGCTGAGCA AGCATTCTTG TGGAAGACCC AAGAAGATAC ATCAGAAAGA 
GAAACCCCCA ATGCAAATAA TCAAAGTTAC ACTCCCTGTC ATTTGGTACA CTGTGGGACC 
CCATCACCAT CCAAAGAAAA CATAGTTCCT CCACCTGTCA CACTTCCGTT CCAGTTGATG 
GAAGGAGCCC AAAATAGTGG GCAAAGAACA CCAGGACAAC AAATAATTCT GGAAGATGGA 
AAGGAAAGAA CACCCGTGCA AGTGGCAGAT CAGAAGATGG TTGAAGTTCT CCACAGTTTT 
AAGGCAAGAG AAATCAACTC AACAACAGTG CAATCCCCAA CACAGGTTCC TGGGAACGAT 
TTTCAAGCTG CAATGCACAG CCTAAGGAAA GCTACAGCAG AAGCCAAAAC TCTACAGCAG 
CAAGTGCAAA GCAAGCTGCA AAAGATGACC GACAACACGC AACTGTGCGG CACCCAACCC 
TGCGCAGCAA CGATGCAAAG CACAATACCC AAAGAAGGTT GTGAGGCCAG CAAGCAACAG 
CCAGGTAGCA ATGTGTCCTC TTCTAGAAGG CAGGAAGCAT TCCAGCCTGG TGTCAGTCTG 
CCTCAGAAGA GTCCAGCATC CTTACCCCTA AAGGTCAGTG ACCCTGAGGA CGGACAGGGA 
GGGACAAAGC CTATTGGGGC CCATCAAGTT GGCCAAGTGT TACCTAGGGC AGATCTTAGT 
ATTAAGGATG GCCTTTACGC AGCCAAGCCC GTGAAGTCCT ATGTAAATCC ATTCCTTGAA 
TCAGACTACC AAGAGCACTC CGTTCCTGAA GAACGCGAGG AAGACGCTAT AATCAGAGGG 
GATGTAAAGA CAGCTATCAG AGCCCTGCAG AATGCTGCCA CTGAGCAGAG ACAAGTTGAG 
AAAGAGGACG TGGTCCGTGG CAACTTAAAA GCCACGCTCG AGTCTCTGGA GAAGTCTAAC 
GTTAATGTGT CCCAAGGGGA TTTTAAAGCA GCCATGATAT ACAGAAATGC AGGGCAATCT 
CATTCCATGG GTAAAAAGAA ACAGGAGATT GAATGTGTTA GTGACCAGAC AGTTACTGTA 
GCACCTGCAG GCTCCCGAGA TATTAATGAC TTTCCTCCTC CTCCTCCTCC TCCTCCTCCT 
CCTCCTCCAG CTTCATTGAT GAGACCGGAT GTCCATGCAG CCTCATCCCA ACCAAGACAG 
GCTGAAGTTC GGTGCTGTTC CCCATCCACG CAGCCATGTG ACCTCAAAAC TCCCTTGTCT 
TCCCCAACCA AAGCTAGTCA TCAGAGACCT TCAGAGAAGC CACAACTGCC ACCCAAGCCT 
GATGTGATCG CCCCACCAAG GAAAAAGCCT GTGATCCCCC CAAAACCAGA CTTCCTTTTG 
AAGGAGGGAC CCCTCCACCC TGCTGGTGGC AACAGAGGGC AACCAGGAAA GACACCTCGG 
CTTCCTTCTC CTTCCAAGTC TCCCACCTTG ATTGAACAGA ATAAGCCAAC CCCTTTGCCT 
ATAATGAACC AAGCATGTGG AGCTGAGATT TGGGGACAAT CGGAATGTAA AGAGGATTCA 
GCTACATGTC CTTCACCCAT AGTGACCAAT GTTGAGGACA TCAGTGTTGA GAAGAAGTCA 
ATAAAAGATA TCACAAAGTT GCCTCTGCAG GATGACGAAG ATAAATCTAA GGCAAGGAAA 
GAGAAGAGGG CCAGAGTGGA CTTGACTGGC CACAGCTCTT CATTAGAGGC AATAAAAACT 
GGATTGGATA GTTCTCAAGA AGGAAATTGT TATCTAACCA AAGACTTTCA AGGGTTCCAG 
GAGACATCCC AAGAAGAAAA GAGAGGTGCC TTATCTGAGA AGCAAGATTC TCTCACACCT 
TTTGAATGCC AAATGAATCT TCCTAACCTA GAAGTTCACA GGAAGCCATA TTTGTCTGCC 
AAATGCCATG CCAATGTTCT GAGGAAAGGA ACTGTCATGA CACAGGTCAC ATCATCAAAG 
TCAGAAACAA CAAGCATGGA ATCACAGACA GACAGGCCAG CATCTGCTCT TTTGGTGTCC 
TCAGATTTAG AAGGCAAACA GGTTTTAACA AGGCATCAGA TTGCAAACAG TGGTAGCTCA 
AGAGATCCAG AAATAAAGAA TGACTGGGAT ACAGAGAAGG GAAATCTGGT AGTGGTCATG 
AGGGAAAAGG TTGGCAAAGA AACTGAAGAA GAACGTCGCA AGAGATTATC CGTCCATAAA 
GAGGAGATCA TGAAAGGAAA CGTCAAGGAA GCCATGGAGA TATTTGAAAA CTTACGGAAA 
CAGGAGGCTC TCGAAGAAAT CTTAACTCAA GTGAAGGAGT TTGAAGAGGA GACCTCAAAG 
GTGGATGTCA AAACCTTGAG AAATCTCTTT GAGAATGTGC CCGATTGGGT GGTAAATGAA 
AAGCCACAGC AGACAAAACA GCCCAAAGTA GAGAAAGCTG AACAGTTGAA GGAACTTAGA 
GAAGATTCAG AGAGTGTATC ATCGGTGGAG TTAGCTTTTG AAGATCTGGA GCGAGCCAGT 
GCTGAGATTG TTCATTTGAA GGAGCAGACC CTAAGTAGAC TCCTGGATAT TGAAGATGCC 
ATTAAGAAAG CTCTATTTTC CATTTCTAGT CTCAAGTCTG AATCAGACAT AGCTGGACTT 
TCAGGTCTTC TGAAGGAATC GCTTGAAAAT TCTCAAAGCC TTGCAGCGGG GAACAACATC 
CGCAAAATCA GTATTATATC CAGCAAAGCC AAACAAGAAA AAGGGACACC AAATTCATCA 
TGGGAAGGAG AGAAGGTGGC TGATCAGCAC AAGGTACCCA AACTCTCCCT TGAACTTCCG 
CAGGTGATTC AGCCACGATC AAGTTCTCCT TCTTCTCCGT CCTACATCTC CATTCAATCT 
GCCGCACGGA AAAGTACAGA ATCACCACAA ATTGTGCCTT TAGTTTCATC CCACCCCACG 
GAAGTGGCCA CTGAAAGAGA GACATTCTCT CCCAATCTTT TCAGCTCCTT GCCAAGTAAA 
CCAATGAGAT CCGATCCCTA CAGCAGGACT CTCAGTGAAG GGGATCAGGA GGTCATCCAA 
ATTAAAACAG GAGGAAGTTT GATTAAACAG CAACAGCTCA GCAGTTCTGG ACATTTGGCT 
CAACACCTGA ACGCTAATGG CACCAAGGAA AAAGATACAG TCCAAGGGGG AACTTCTTCT 
GATTACAACT CCAAGACTTC TTTAAGTGCT TTAAGTCCCT CCAATCCTAG GAGACAGAAG 
AGTATTCTAG AATTGCAAAC GAGCCATGAT GGATCCAAAC TCTATGGGGC TACCCGGACA 
GTGACTGAGC AGTATGAGGA GGTAGATGAA TTTGGAAACA AAATCATCAC ATCGTCCACA 
ACCGTCACCA AACAGTCGGA GACTCAGACT TCCTCCACTT GTGATATGGG GTCTTGCCCA 
ACTAGATATG AAGTGACAGC TTCTCCGATA CTTCGTCGAT ATCTCAACAG CCCAGCCAAT 
TTCCCTTCAG GTGATGGTCA CCAAGAAACG GGGGTGGTCT TTGTTACCTT TAGCAACTCC 
AAGCCAGTGA AGAAATAA

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

RefSeq	XP_015688031.1
CDS	163..7740
Translation	MADTQRERTSGADEKKAVEDLPPPPPLPHLQDSPAAPGTPDSGSLPLPPPKESFSKFYQQRQVNELKRLYRHMHPELRKNLEEAVSEDLAEMLSPDDPNEPVMATPDVVVPGEVQSMRWIFENWSLDSIGERQAAKNLAEDEANPSGDVKNRSMKFESQPSHGDGLLTSAKASELQETKGDVHTARWLFETQPLDSLNKMYLDETDVQETLLKEPVERGAVKGAAQLFETHSLEALGHCNSVEEKNILQLKSEIQELKGGVRKTIKLFQTEPICALQDKTGSIHEIKSICREETQTNSVKTARWLFETQPLDTINKDTSKVQVIRGISLEEDAKGNVSGTKWVFETQPLDAIKEFTVSEADFKASPDLIQGADVSKQCLLFETQPLDSLKGESSSSPPAKEEVVKGDVKSTLWLFETQPMETLRDHFEVGHLKKVELSKDEKGAVKQTKHLFETCPFGSISKSPDEDFCTAPVQEVEKGDVKAFKSLFETLPLDSIRQVSTEEVTKGEEDILSGQVRSNNLLLESTPLYAIKDCFGHFHQVTSVSRDEEVTSGGVKNYKWMFETKPLDEFDGSIQKVDVIRGITKQEIMAGDVQTAKWLFETQPIDVIHSQVNQEEQNISEKREVSQGGDVKTCRWLFETQPIDALCEKDEMKESQEDPVPQADVKSYTWMFETQPLDTLKGQEEQHLQIRKTFRQEELQGVDVKTARHLFEMEPLSSNIPGNSQKIIRCSSRVEIQSGEVSRVKEFFEAKPLDTAAKSWTVIKESPVDENIKPGAVPKFTWLFENMDTLKSSAESLQETTLEKNIQGGDVGGKRFIFETFSLDQIHEKENEALIQKVHEETSEKANVNSCIMLFETQPLYAIQDRDGGYHEVTSVKKEEVVKGDVKGARWQFETKPLDQIKKDDEVFVIRAVTQEDFKKGDVQSARWRFETEPLDSIAEEKRPTLKSVEDIQKGDVQSNKQRFESEQLSQKKYVRMVSVSDVQQGDVRTSTWLFENQPMDSLKGDSEGASNLTTVQREDIHKGDVKRCTWLFETQPMDSLRDTEASTSTESLKGIPQACVKSTTWLFESTPLDKFSSLQHGREIEAKERTSTDTLELLFSHQLIQKNGILIEANNIEGIKMATYQLSNQEAPQVQKEKIVEDNLQMVLLQLLQNSNMEASGLLVREEDNGAIKITPIQLLDTNKAKKSKEDMRNDMARTLQELLNQEISVKKGIVMQETDTGSTTVILYSLHQWVAEQHTFVKGDVKSVIGNLLTSSQEQRTTATVRREDNEKGNVQLYTRCIEKGDLDYLKNLQRDSEIESLVSSQAKEEPPKIGQEVMASTLVQNKEDVVTADVIQGNHKSAEQAFLWKTQEDTSERETPNANNQSYTPCHLVHCGTPSPSKENIVPPPVTLPFQLMEGAQNSGQRTPGQQIILEDGKERTPVQVADQKMVEVLHSFKAREINSTTVQSPTQVPGNDFQAAMHSLRKATAEAKTLQQQVQSKLQKMTDNTQLCGTQPCAATMQSTIPKEGCEASKQQPGSNVSSSRRQEAFQPGVSLPQKSPASLPLKVSDPEDGQGGTKPIGAHQVGQVLPRADLSIKDGLYAAKPVKSYVNPFLESDYQEHSVPEEREEDAIIRGDVKTAIRALQNAATEQRQVEKEDVVRGNLKATLESLEKSNVNVSQGDFKAAMIYRNAGQSHSMGKKKQEIECVSDQTVTVAPAGSRDINDFPPPPPPPPPPPPASLMRPDVHAASSQPRQAEVRCCSPSTQPCDLKTPLSSPTKASHQRPSEKPQLPPKPDVIAPPRKKPVIPPKPDFLLKEGPLHPAGGNRGQPGKTPRLPSPSKSPTLIEQNKPTPLPIMNQACGAEIWGQSECKEDSATCPSPIVTNVEDISVEKKSIKDITKLPLQDDEDKSKARKEKRARVDLTGHSSSLEAIKTGLDSSQEGNCYLTKDFQGFQETSQEEKRGALSEKQDSLTPFECQMNLPNLEVHRKPYLSAKCHANVLRKGTVMTQVTSSKSETTSMESQTDRPASALLVSSDLEGKQVLTRHQIANSGSSRDPEIKNDWDTEKGNLVVVMREKVGKETEEERRKRLSVHKEEIMKGNVKEAMEIFENLRKQEALEEILTQVKEFEEETSKVDVKTLRNLFENVPDWVVNEKPQQTKQPKVEKAEQLKELREDSESVSSVELAFEDLERASAEIVHLKEQTLSRLLDIEDAIKKALFSISSLKSESDIAGLSGLLKESLENSQSLAAGNNIRKISIISSKAKQEKGTPNSSWEGEKVADQHKVPKLSLELPQVIQPRSSSPSSPSYISIQSAARKSTESPQIVPLVSSHPTEVATERETFSPNLFSSLPSKPMRSDPYSRTLSEGDQEVIQIKTGGSLIKQQQLSSSGHLAQHLNANGTKEKDTVQGGTSSDYNSKTSLSALSPSNPRRQKSILELQTSHDGSKLYGATRTVTEQYEEVDEFGNKIITSSTTVTKQSETQTSSTCDMGSCPTRYEVTASPILRRYLNSPANFPSGDGHQETGVVFVTFSNSKPVKK

Target ORF information:

RefSeq Version	XM_015832545.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus xin actin binding repeat containing 1 (XIRP1), mRNA.

Target ORF information:

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

XM_015832545.1

ORF Insert Sequence:

ATGGCAGACA CTCAGCGTGA AAGGACTTCT GGTGCAGATG AGAAGAAAGC AGTGGAAGAC 
CTGCCTCCTC CTCCTCCTCT TCCTCACCTC CAGGACTCTC CTGCTGCTCC AGGGACACCG 
GATTCCGGTT CTCTTCCTTT ACCTCCACCT AAAGAATCCT TCTCCAAGTT CTACCAGCAA 
CGCCAAGTAA ATGAGTTGAA AAGACTTTAC CGCCACATGC ATCCTGAGCT CAGAAAAAAC 
CTGGAAGAAG CCGTGTCAGA AGACCTGGCA GAAATGTTGA GTCCAGATGA CCCGAATGAG 
CCAGTCATGG CGACTCCAGA TGTGGTGGTT CCAGGCGAAG TTCAATCCAT GCGTTGGATC 
TTTGAGAACT GGTCCCTGGA CTCCATTGGG GAACGTCAAG CTGCTAAAAA CCTGGCTGAG 
GACGAAGCCA ACCCAAGTGG AGATGTAAAG AACAGGTCCA TGAAGTTTGA AAGCCAACCT 
TCTCATGGAG ACGGGCTGCT CACTTCGGCC AAAGCATCGG AACTACAAGA AACGAAAGGA 
GACGTACATA CTGCTCGGTG GTTATTTGAA ACTCAACCTT TAGACTCTTT AAACAAAATG 
TACTTGGATG AGACAGATGT GCAAGAAACA CTTCTGAAGG AGCCTGTTGA GAGAGGGGCT 
GTGAAAGGAG CAGCACAACT TTTTGAAACT CATTCCTTAG AAGCTTTGGG TCACTGCAAC 
TCTGTGGAGG AGAAGAACAT CCTGCAGCTG AAGTCAGAAA TTCAGGAACT CAAAGGCGGC 
GTCAGAAAAA CCATCAAGCT TTTCCAGACT GAACCCATCT GTGCTCTCCA GGATAAAACA 
GGAAGCATTC ATGAGATCAA GTCCATCTGT AGAGAAGAAA CACAGACCAA CTCAGTGAAG 
ACGGCTCGGT GGCTGTTCGA AACCCAGCCA TTGGACACCA TCAACAAGGA TACTTCCAAA 
GTGCAAGTTA TTCGTGGAAT ATCTCTAGAG GAAGATGCCA AGGGAAATGT CAGCGGAACA 
AAATGGGTGT TTGAAACTCA ACCTCTAGAT GCCATAAAGG AATTCACAGT GTCCGAAGCC 
GATTTCAAAG CGTCTCCAGA TCTAATCCAA GGAGCTGATG TCAGCAAACA GTGCCTACTT 
TTTGAGACTC AACCTCTTGA CAGTCTGAAA GGTGAATCCT CCAGCAGCCC TCCAGCTAAG 
GAAGAAGTTG TCAAAGGGGA CGTGAAATCA ACTCTCTGGT TATTCGAAAC ACAACCTATG 
GAAACCCTGA GGGATCATTT TGAAGTTGGA CATTTAAAAA AAGTAGAGCT TTCAAAAGAT 
GAGAAAGGAG CTGTGAAGCA AACAAAGCAT CTTTTTGAGA CCTGCCCTTT TGGAAGCATC 
TCAAAATCTC CAGATGAAGA TTTCTGCACT GCACCTGTCC AGGAGGTAGA GAAAGGGGAC 
GTGAAAGCAT TCAAGAGCCT CTTTGAGACA CTTCCTCTAG ATAGCATCAG GCAAGTCAGC 
ACTGAGGAGG TCACCAAGGG AGAAGAAGAC ATCCTTTCTG GGCAGGTGAG AAGCAATAAT 
CTCCTGTTGG AATCAACACC TTTGTACGCC ATTAAGGATT GCTTTGGCCA CTTCCACCAG 
GTCACATCTG TAAGTAGAGA TGAAGAAGTG ACCAGTGGAG GTGTGAAGAA CTACAAATGG 
ATGTTTGAAA CCAAACCTTT AGATGAGTTT GATGGGAGCA TCCAAAAAGT GGATGTGATC 
AGGGGCATCA CTAAGCAGGA GATCATGGCT GGAGATGTTC AGACAGCCAA ATGGCTCTTT 
GAAACCCAAC CCATTGATGT CATCCACAGC CAAGTCAACC AAGAAGAGCA GAACATTTCT 
GAGAAAAGGG AAGTTTCTCA AGGAGGAGAT GTAAAGACTT GCCGGTGGTT GTTTGAGACA 
CAGCCAATTG ATGCGCTATG TGAGAAAGAT GAGATGAAGG AGAGCCAAGA AGACCCTGTG 
CCTCAAGCTG ATGTCAAATC ATATACATGG ATGTTTGAAA CTCAACCTCT GGATACCCTG 
AAAGGTCAAG AAGAACAACA CTTACAGATC AGAAAGACCT TCCGCCAGGA GGAATTACAA 
GGGGTAGACG TGAAAACTGC CCGGCACCTC TTTGAAATGG AACCTCTGTC CAGTAATATC 
CCTGGAAATA GCCAGAAAAT AATCAGGTGC TCCAGCCGGG TGGAGATACA GTCTGGAGAG 
GTGTCCAGAG TAAAAGAGTT CTTTGAGGCC AAACCTTTGG ATACTGCAGC TAAATCATGG 
ACAGTCATAA AAGAAAGCCC AGTAGATGAG AACATTAAAC CTGGGGCTGT GCCCAAGTTC 
ACCTGGCTTT TTGAAAACAT GGACACCTTG AAGAGCAGTG CTGAGAGTCT CCAAGAGACA 
ACTCTGGAAA AGAACATTCA AGGTGGAGAT GTTGGGGGCA AAAGATTCAT TTTTGAAACC 
TTCTCTCTCG ATCAGATTCA TGAAAAAGAG AATGAGGCGC TAATCCAAAA AGTCCATGAA 
GAAACATCAG AAAAAGCCAA CGTCAACTCT TGTATTATGC TGTTTGAGAC CCAGCCCCTT 
TACGCTATTC AGGACAGAGA TGGGGGATAC CATGAAGTGA CCTCGGTGAA GAAGGAAGAA 
GTCGTAAAAG GTGATGTGAA AGGCGCCCGA TGGCAGTTTG AGACGAAACC ATTGGATCAG 
ATCAAGAAAG ATGATGAGGT CTTTGTGATC CGAGCTGTAA CGCAAGAAGA TTTCAAGAAG 
GGAGATGTCC AATCAGCTAG GTGGAGGTTT GAAACAGAGC CTCTCGATTC CATTGCTGAA 
GAAAAGAGGC CTACCTTGAA GAGTGTTGAG GACATACAGA AGGGAGATGT CCAATCTAAC 
AAGCAACGTT TTGAGTCAGA ACAACTCAGC CAAAAGAAGT ACGTGAGGAT GGTTAGCGTC 
AGTGATGTCC AGCAAGGGGA TGTAAGGACA TCCACCTGGC TTTTTGAAAA TCAGCCCATG 
GATTCCTTGA AAGGAGACTC TGAAGGTGCC AGCAACTTGA CCACAGTCCA GAGAGAAGAT 
ATCCATAAAG GAGATGTCAA ACGCTGCACT TGGCTCTTTG AGACTCAACC AATGGACAGT 
CTCAGGGACA CAGAGGCTTC AACAAGCACA GAGTCCCTGA AAGGGATTCC TCAGGCCTGT 
GTAAAAAGCA CTACATGGTT GTTTGAAAGT ACCCCCTTGG ATAAATTCAG CTCTCTTCAA 
CACGGCAGAG AAATAGAGGC GAAAGAGAGG ACATCAACAG ATACTTTGGA ACTGTTGTTC 
TCCCATCAAC TGATCCAAAA GAATGGCATC CTTATTGAAG CCAATAACAT TGAGGGTATC 
AAGATGGCGA CATATCAGCT TAGTAACCAG GAAGCCCCCC AAGTCCAAAA GGAAAAGATT 
GTAGAAGACA ATTTGCAAAT GGTCTTGTTG CAATTACTTC AGAATAGCAA CATGGAGGCC 
AGCGGGTTGC TAGTGAGAGA AGAGGACAAT GGAGCTATCA AAATTACTCC CATACAGCTG 
TTGGACACTA ACAAAGCTAA AAAAAGCAAA GAGGACATGA GGAATGACAT GGCAAGGACT 
CTTCAAGAAC TTCTTAACCA AGAGATCTCA GTTAAGAAAG GAATAGTTAT GCAGGAGACA 
GACACAGGAT CAACAACGGT GATTCTTTAT TCTCTCCATC AGTGGGTGGC TGAGCAGCAT 
ACATTTGTGA AAGGTGATGT AAAGTCAGTG ATCGGGAATC TTCTGACTTC TTCACAAGAG 
CAGAGAACCA CAGCAACCGT CAGACGAGAG GATAACGAGA AGGGGAACGT CCAATTGTAC 
ACTCGCTGCA TCGAGAAGGG AGATCTTGAC TACTTAAAAA ACCTACAGAG GGACTCAGAA 
ATAGAATCGC TAGTTTCTTC ACAAGCAAAA GAAGAACCGC CAAAAATTGG GCAAGAGGTC 
ATGGCATCAA CCCTGGTGCA GAACAAGGAA GATGTGGTGA CAGCAGATGT GATCCAAGGG 
AATCACAAGT CTGCTGAGCA AGCATTCTTG TGGAAGACCC AAGAAGATAC ATCAGAAAGA 
GAAACCCCCA ATGCAAATAA TCAAAGTTAC ACTCCCTGTC ATTTGGTACA CTGTGGGACC 
CCATCACCAT CCAAAGAAAA CATAGTTCCT CCACCTGTCA CACTTCCGTT CCAGTTGATG 
GAAGGAGCCC AAAATAGTGG GCAAAGAACA CCAGGACAAC AAATAATTCT GGAAGATGGA 
AAGGAAAGAA CACCCGTGCA AGTGGCAGAT CAGAAGATGG TTGAAGTTCT CCACAGTTTT 
AAGGCAAGAG AAATCAACTC AACAACAGTG CAATCCCCAA CACAGGTTCC TGGGAACGAT 
TTTCAAGCTG CAATGCACAG CCTAAGGAAA GCTACAGCAG AAGCCAAAAC TCTACAGCAG 
CAAGTGCAAA GCAAGCTGCA AAAGATGACC GACAACACGC AACTGTGCGG CACCCAACCC 
TGCGCAGCAA CGATGCAAAG CACAATACCC AAAGAAGGTT GTGAGGCCAG CAAGCAACAG 
CCAGGTAGCA ATGTGTCCTC TTCTAGAAGG CAGGAAGCAT TCCAGCCTGG TGTCAGTCTG 
CCTCAGAAGA GTCCAGCATC CTTACCCCTA AAGGTCAGTG ACCCTGAGGA CGGACAGGGA 
GGGACAAAGC CTATTGGGGC CCATCAAGTT GGCCAAGTGT TACCTAGGGC AGATCTTAGT 
ATTAAGGATG GCCTTTACGC AGCCAAGCCC GTGAAGTCCT ATGTAAATCC ATTCCTTGAA 
TCAGACTACC AAGAGCACTC CGTTCCTGAA GAACGCGAGG AAGACGCTAT AATCAGAGGG 
GATGTAAAGA CAGCTATCAG AGCCCTGCAG AATGCTGCCA CTGAGCAGAG ACAAGTTGAG 
AAAGAGGACG TGGTCCGTGG CAACTTAAAA GCCACGCTCG AGTCTCTGGA GAAGTCTAAC 
GTTAATGTGT CCCAAGGGGA TTTTAAAGCA GCCATGATAT ACAGAAATGC AGGGCAATCT 
CATTCCATGG GTAAAAAGAA ACAGGAGATT GAATGTGTTA GTGACCAGAC AGTTACTGTA 
GCACCTGCAG GCTCCCGAGA TATTAATGAC TTTCCTCCTC CTCCTCCTCC TCCTCCTCCT 
CCTCCTCCAG CTTCATTGAT GAGACCGGAT GTCCATGCAG CCTCATCCCA ACCAAGACAG 
GCTGAAGTTC GGTGCTGTTC CCCATCCACG CAGCCATGTG ACCTCAAAAC TCCCTTGTCT 
TCCCCAACCA AAGCTAGTCA TCAGAGACCT TCAGAGAAGC CACAACTGCC ACCCAAGCCT 
GATGTGATCG CCCCACCAAG GAAAAAGCCT GTGATCCCCC CAAAACCAGA CTTCCTTTTG 
AAGGAGGGAC CCCTCCACCC TGCTGGTGGC AACAGAGGGC AACCAGGAAA GACACCTCGG 
CTTCCTTCTC CTTCCAAGTC TCCCACCTTG ATTGAACAGA ATAAGCCAAC CCCTTTGCCT 
ATAATGAACC AAGCATGTGG AGCTGAGATT TGGGGACAAT CGGAATGTAA AGAGGATTCA 
GCTACATGTC CTTCACCCAT AGTGACCAAT GTTGAGGACA TCAGTGTTGA GAAGAAGTCA 
ATAAAAGATA TCACAAAGTT GCCTCTGCAG GATGACGAAG ATAAATCTAA GGCAAGGAAA 
GAGAAGAGGG CCAGAGTGGA CTTGACTGGC CACAGCTCTT CATTAGAGGC AATAAAAACT 
GGATTGGATA GTTCTCAAGA AGGAAATTGT TATCTAACCA AAGACTTTCA AGGGTTCCAG 
GAGACATCCC AAGAAGAAAA GAGAGGTGCC TTATCTGAGA AGCAAGATTC TCTCACACCT 
TTTGAATGCC AAATGAATCT TCCTAACCTA GAAGTTCACA GGAAGCCATA TTTGTCTGCC 
AAATGCCATG CCAATGTTCT GAGGAAAGGA ACTGTCATGA CACAGGTCAC ATCATCAAAG 
TCAGAAACAA CAAGCATGGA ATCACAGACA GACAGGCCAG CATCTGCTCT TTTGGTGTCC 
TCAGATTTAG AAGGCAAACA GGTTTTAACA AGGCATCAGA TTGCAAACAG TGGTAGCTCA 
AGAGATCCAG AAATAAAGAA TGACTGGGAT ACAGAGAAGG GAAATCTGGT AGTGGTCATG 
AGGGAAAAGG TTGGCAAAGA AACTGAAGAA GAACGTCGCA AGAGATTATC CGTCCATAAA 
GAGGAGATCA TGAAAGGAAA CGTCAAGGAA GCCATGGAGA TATTTGAAAA CTTACGGAAA 
CAGGAGGCTC TCGAAGAAAT CTTAACTCAA GTGAAGGAGT TTGAAGAGGA GACCTCAAAG 
GTGGATGTCA AAACCTTGAG AAATCTCTTT GAGAATGTGC CCGATTGGGT GGTAAATGAA 
AAGCCACAGC AGACAAAACA GCCCAAAGTA GAGAAAGCTG AACAGTTGAA GGAACTTAGA 
GAAGATTCAG AGAGTGTATC ATCGGTGGAG TTAGCTTTTG AAGATCTGGA GCGAGCCAGT 
GCTGAGATTG TTCATTTGAA GGAGCAGACC CTAAGTAGAC TCCTGGATAT TGAAGATGCC 
ATTAAGAAAG CTCTATTTTC CATTTCTAGT CTCAAGTCTG AATCAGACAT AGCTGGACTT 
TCAGGTCTTC TGAAGGAATC GCTTGAAAAT TCTCAAAGCC TTGCAGCGGG GAACAACATC 
CGCAAAATCA GTATTATATC CAGCAAAGCC AAACAAGAAA AAGGGACACC AAATTCATCA 
TGGGAAGGAG AGAAGGTGGC TGATCAGCAC AAGGTACCCA AACTCTCCCT TGAACTTCCG 
CAGGTGATTC AGCCACGATC AAGTTCTCCT TCTTCTCCGT CCTACATCTC CATTCAATCT 
GCCGCACGGA AAAGTACAGA ATCACCACAA ATTGTGCCTT TAGTTTCATC CCACCCCACG 
GAAGTGGCCA CTGAAAGAGA GACATTCTCT CCCAATCTTT TCAGCTCCTT GCCAAGTAAA 
CCAATGAGAT CCGATCCCTA CAGCAGGACT CTCAGTGAAG GGGATCAGGA GGTCATCCAA 
ATTAAAACAG GAGGAAGTTT GATTAAACAG CAACAGCTCA GCAGTTCTGG ACATTTGGCT 
CAACACCTGA ACGCTAATGG CACCAAGGAA AAAGATACAG TCCAAGGGGG AACTTCTTCT 
GATTACAACT CCAAGACTTC TTTAAGTGCT TTAAGTCCCT CCAATCCTAG GAGACAGAAG 
AGTATTCTAG AATTGCAAAC GAGCCATGAT GGATCCAAAC TCTATGGGGC TACCCGGACA 
GTGACTGAGC AGTATGAGGA GGTAGATGAA TTTGGAAACA AAATCATCAC ATCGTCCACA 
ACCGTCACCA AACAGTCGGA GACTCAGACT TCCTCCACTT GTGATATGGG GTCTTGCCCA 
ACTAGATATG AAGTGACAGC TTCTCCGATA CTTCGTCGAT ATCTCAACAG CCCAGCCAAT 
TTCCCTTCAG GTGATGGTCA CCAAGAAACG GGGGTGGTCT TTGTTACCTT TAGCAACTCC 
AAGCCAGTGA AGAAATAA