XIRP1 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	XIRP1
Entrez Gene ID	104056979
Full Name	xin actin binding repeat containing 1
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009558293.1	XP_009556588.1	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
OCu42447	XM_009558293.1 Latest version!	Cuculus canorus xin actin-binding repeat containing 1 (XIRP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$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_009558293.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009556588.1 Cuculus canorus xin actin-binding repeat containing 1 (XIRP1), mRNA.

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CloneID	OCu42447
Clone ID Related Accession (Same CDS sequence)	XM_009558293.1
Accession Version	XM_009558293.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7662bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
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_009244556.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cuculus canorus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGAGG CTCAGAAATC ATCTCAAGTT GCCATCAAGA AAATGGAAGA CGACTTACCT 
CCCCCTCCTG CCCCTGGCTC AGTCCCAGTC ATTGCTTCGG GGAACCAGGA TCCCAATCCA 
CTCCCTGTGC CACCTCCAAA GCAAGCATTC TCCAAGTTCT ACCAGCAGCG TCAAGTAAAT 
GAGTTAAAGA GGCTCTACAG ACACATGCAT CCTGAGCTCA GGAAGAACTT GGAAGAAGCT 
GTGACTGAGG ACCTGGCAGA AATGCTTAAT GCTGAAGATC CCAATGCACA GACATCTGTG 
AACCTGGACA AAGTTCTTCC AGGAGAGGTT CAGTCCATGC GTTGGATATT TGAGAACTGG 
GCACTTGATT CCATTGGGGA TCATCAAGCC ACAAAGAAGC TGACGGATGA AGAGATCATT 
CCTGGTGGAG ATGTGAAAAG TACTTCCCTG AGGTTTGAAA GCCAGTCGAT CAATGGAGAC 
AGTATGTCAA CATCAGCCAA GATATCAGAA GCAGACCTTG CAAGAGGGGA TGTGCATACT 
GCCCGGTGGC TCTTTGAAAC CCAACCACTA GACTCATTAA ACAAACTGTA TTCAGATGAA 
ACTGAACTGC AGGAGGCGGT TCTCAAGGAG CCTGTCCAGG GAGGTGATGT GAAAGGTGCC 
AGACAGCTCT TTGAAGCACA GTCCTTGGAT GCTATAGGAC GCTGTTGCTC AGTGGAGGAG 
AAAAGCATCC TTCAACTCAA GTCAGAGATC CAAGAGCTAA AAGGTGATGT TAAGAAGACT 
ATCAGGCTCT TCCAAACAGA GCCCCTCTGT GCCATCAGAG ACAAAACTGG GAACATGCAT 
GAAATCAAGT CTGTCTGCCG AGAAGAAATT CAGAGCAATG CAGTCAGAAC AGCTCGCTGG 
CTGTTTGAGA CTCAGCCCCT GGACACCATC AACAAAGACA CTTCCAAAGT GCAAATAATC 
CGTGGGATTT CACTGGAAGA AATTGGAAGG CCAGATGTCA GTGGAGCTAG GTGGATATTT 
GAAACTCAGC CTCTGGATGC CATCAGAGAA ATCACAGTTG AAGAACAGGA TTTCAAGGCT 
TCAACAGATT TTGTCACAGG GGCAGATGTT ACTAAGCAGC GAATCCTCTT TGAGACTCAG 
ACTCTTGATT CTCTGAAAGG AGAAGCTTCA GAAAGTGTTG TAGCCAAAGA ACAAGTCATT 
GGAGGTGATG TGAAATCTAC ACTCTGGCTA TTTGAAACCC AGCCAATGGA AACCCTGAAA 
GACAATTTTG AAGTGGGGCA GCTAAAGAAA GTGGAGCTTT CTGCAGAGGA GAAGGGAGAT 
GTGAAGCAAA GAAAACATGT TTTTGAGACC TGTCCCCTTG GCAGCATCTC CAAGACATTT 
GAGGAAGAAA TTTCAGCCAA CAGTATGGAG GAGGTAGTAA AAGGGGATGT TAAGTCTTTC 
AAGACCCTGT TTGAGACTAT CCCCTTAGAC AGCATCAAGC AGGCTGATGC TGAGCCCATC 
ACCAAGGAAG AGGAGAAGAT TCCAGCTGGC AACGTCAAAG CCAATCAAAT CTTGTTTGAG 
ACAACACCTC TATATGCCAT CAAGGATAGC TTTGGTAATT TCCATGAAGT CACCTCTGTA 
AGCAGAGAGC AAATCATCAG TGGTGATGTC AAGAACTACA AATGGATGTT TGAAACCAGA 
CCCCTGGATC AGTTTGATGA AAGCATCAAG AAAGTGGATA TAATACGAGG GATCACAAAG 
CAGGAGGTGG TGGCTGGTGA TGTCAGAACA GCCAAGTGGC TCTTTGAAAC TCAGCCGATG 
GATGTCATTC ATCACCAAGC CATGCAAGGT GAGGAGCATT CCTCGGTGAA AAGGGAGATC 
TCTCAGCGGG GGGATGTGAA GACCTGTAGG TGGCTTTTTG AGACCCAGCC CATGCACACC 
CTCTACGAGA AGGCTGAAAA GAAGCAGGAA AAGGATGATG TTGTGCCCCA AGCTGATGTG 
AAGTCATACA CATGGATGTT TGAGACTCAG CCCCTGGACT CCCTGAAAGG CCAAGAGGAG 
CAGTATTTAC AAGTCAGTAA GGCATACAGT CAGGAGGAAT TACAGGAAGT TGATGTCAAA 
ACCGTCCGGC ACTTATTTGA GACTGAACCC TTGGGCAGCA TTGCTGCCGG TGAAGCTGAC 
CAAAAGAAAA CCATGAGGTA CTCCAGTCGT GTGGAGATAC AATCTGGGGA AGTGTCCAGA 
GTAAAGGAGT TCTTTGAAGC TAAGCCCTTG GATACAGCCA CCAAACCAAC AGCCCAGAAG 
GATGATGGGA CAATTGAAGC TGGATCTGTG CACAAGTTCA CTTGGCTCTT TGAGAACTAC 
CCCATGGACT CCCTGAAGGA CAGCTCTGAG GGCATCCAGG AAATCCCTCC AGAGAAGGAT 
ATCAAGGCGG GAGATGTTGG AGGCAAAAGA TTCGTATTTG AGACCTATTC CCTTGACCAA 
ATACATGACA AAGTGGACGA GACAGAGCTC CAAAAGATCC AGAAAGAAAC CATGAATAAA 
GCTAATGTCA AGTCCTGCAC AATGCTCTTT GAAAGTCAAC CATTATATGC AATCCAGGAC 
AAAGAGGGGC GATATCATGA GGTCACTTCA GTGCAGAAAG AAGAAATTAT GAAAGGTGAT 
GTGAAAGGTG CCCGGTGGTT GTTTGAAACT AAACCCCTGG ATCAGATAAA GAAGGAAGAA 
GAGGTGTTTG TGATTAGGGC TGTCACCCAA GAGGATATCA AGAAAGGAGA TGTCCAGGCT 
GCCCGGTGGA AGTTTGAGAC AGAGCCTCTT GACTCCTTCA AAGGCGGAAA GACATCTGTG 
CCCAGAACAG TAGATGATGT GCAGAAGGGA GACGTTCAGT CCAACAAGCA GCTCTTTGAG 
TCCCAGCAAG TGGGCCAGAA GAAGTATGTG AGGATGGTCA GTGTTAGTGA CGTTCAGCGA 
GGTGATGTGA GAACATCCAC TTGGCTTTTT GAAAACCAGC CTGTGGACTC CTTGTACGGG 
GATGCAGAAA GAAGTTCATC TATCAGTACT GTGCAGAGAG AGGACAGCCA GAAAGGGGAT 
GTAAAACGCT GCACCTGGTT GTTTGAAACC CAACCAATGG ACACCCTTAA GGACCCAGAA 
ACTATGGCCA GCACTGGGGC CCAAGAACCG ATCCCTCATG CAGATGTGAA GAGTACAACG 
TGGCTTTTTG AGAGCACACC CTTGGATAAA TTTAGTGTTT CTGAAGGTAG TATAGAAACG 
GAACTGAAAG AAAGGACCAT GAAAGAGACT TTAGAGACAC TTTGCACTTG CCAGGCTATT 
CAGCATGATG GGATCCTCAT TGAAGCTAAT GATATGGAGA GTGTGAAGAT GGTGAAGTAC 
CAGCTTAGCA GCCCAGGTGC TCCAGAGATC CTGAAAGAGG AAATTGTGGG AGGCCATTTG 
CAAAGGATAA TGCTCCAGCT TCTGCACAGA ACCAATGTGG AAGCACAGAG TGTGCTGGTC 
GAGGAAGACA GAGAGGGCAA GGTTAAAGTA AGCACATTGC AGCTACTGGA CCAGAGTGAA 
GCTCTTAAAG GCAAAGAGGA CTTGAGCGGA AATGTAGCTA AGGCATTACA GGGTCTCCTC 
AGTCAAGACA CTTCCATCAA AAAGGGGATG GTCTTACAAG AGACAAAGTC AGGATCAGTA 
AAGATGACTC TCTACTCCCT CCTGTTCCAT TCTATCCAGC AGAAAGTTGT CAAGGGGGAT 
GTGAAGTCAA CAATAGGGAA CCTCTTGGCT TCTTCTCAAG AGCAGAAAGC AACTTCAACC 
ATTAAGCGTG AGGACAATGA GAAGGGAAAT GTCCAGCTAT TTGCAAGCTG CATTGAGAAG 
GGAGATCTAG ACTATCTGAA GAATCTCCAG CAGGAGTCAG AAATACAGTC CCTCATCTCT 
TCCCAAGCAG AGCAGGGGGC AGATGAGAAT GCCTCACAGT TTATGCAGGG GACTAAGATC 
CATATCTTGC CAAATAAAGA ACAAATAGAG AAAGTAATCA CAGGAAGTGA AGCAGGGGCT 
ATGGCGGGAG CAAAAAAGGT ATTTGCATGT GAAAGCGTGG GCAAAGAGAG TACGTTAGAG 
AGGGAGGCTG TGCGTGCAGC AGGTGTGACA GGCACCACTG TGCAATGTGT TGGGAAGCCT 
CTACCCACAG TGACGGGAAA GGAAGAAATT CTATCGGGAG GACTTAAAGT GACTACAAAG 
TCAATTCAAA GGGTTGCAGA TGTCAGCAAG AAGGTAGAGA AAGAAAAACC CACCACTGCC 
AGTTTGAAGG AACCCAAAGT TATGATGCAA GGCAAATTTC CAACCCAAGT GATGGCTCAA 
AGGGGAGAAG TGGATGGGAA ACCACAGAGT TTGGTCACTG GGGAAGCCAG CCAGATGCAG 
CCAGAAGAAA AGGCTCTTGG GAGTGATCTT CAGGCTGCAA TGCAGAGCCT GAGGCTAGCA 
ACAGCAGAAG CAAAAAACAT TCAACATCAT GTCCAGAGCA AGCTACAAAA GAACAGGGAG 
GAGGTACACA TGGCCTGCAG GCAGCAGGCA GCTAGCACAC AGGAGGCAGT GACTCTTCAA 
TCAACTGTAC ACCAACAAGA GTCTGCATCC AGCATGCAGG AGAGCACCAG TACTGCCACC 
AGGACTACCA CCACTAGAGT CCAGGAGGCA TCCAAGAGCC ACACAAGCAT GTCTCAGAAG 
AGCATAGCAT CACACAAAAA GGTCAGTGCT TCAGAGGAAG TACAGGGAGG ACAACTGTTG 
AGCCAGGAAA GCCAAGTTGT GCCTAGTAGA GATCTTAGCA TTAAGGATGG CCTTTATACT 
GCCACACCCG TGAAAACCTG TATAAACCCT TTTGTTGAGT CTGATTACAA AGAGCAATCA 
GTGCAAGAAG AAAGAGATGT TATTGTCAGA GGGGATGTAC AGACAGCTAT CAGAGCACTG 
AAAAGTGCCA CCACAGAACA GCGCCTGGTA GAAAAGGAGG ATGTTGTCAG AGGTAATTTA 
AAAGCCACAC TTCAGTCACT GGAAAAGTCT AACGTTAATG TCTCCAGAGG GGATTTTAAA 
GCTGCTATGA TATACAGAAA TGCAGGGCAG TCCTATTCTG TGTGTAAAAA GAAAAATGAG 
GCTCAAGTCA TTAGTAACCA GACAGCTGTA GTGGCTTCAG GGTCACCTGC TGATAATGAC 
TTTCCTCCTC CTCCCTCAGT TGCTGTGATG AAAGCAGAGC ATTGCCCACC CTCAAGTAAA 
GAAACAAAAG AAGGTGCCCT TCCAACCAGC AAAGATGAAG ATCCAGGAAG TCCTGCACCA 
CTCCAGACCC TTCTTCCTGC CCTCCTTTCT CTGTCCTGCA AACCCAGTGA TCAGAGTCCT 
GCAGAGAAGC CAAGGACTCT GCCAAAACCA GAAATTACCG CCCCACCCAG GAAAAAACCT 
GTTCCCCCTC CAAAACCTGA GCACCTCTTA CATGAGCCAC GTTATGCTTC TGCATGTAAC 
GGCGCAAGCA GATCGACCAA ACCCATCCCT CCACCTCTGC CTCCGAAACC TGCAGGTCTG 
AGGGAGATCA CCAAGCCAAA GCTTCCCCCC ACAGACGTGG GATATGTGAA AGGAAGTGAA 
CAATTGGGCC ATGAGGAAGT TCAGGCAAAA TCCTGCACTT TGGAGACATC CGTGGAGCAC 
CCTGTCACAA TTCAGAGTAT GAGCACTGAG AGAAAGCTGC CAAAACCCAA AACTCCTCTT 
CAAATGGCAG AGGAAAGGTA CAAGGCAAGC AAAGGAGGAC AAGGAAAATT AGAATCAGAT 
AGTGTTAAGC CAATAAAAAA TGGAGTGACT AGTTTTGGCG TTGAGCAGGG AATGATGAGT 
GGGAAAGCAG CAGCTCCAAG GAGATGCCCA GGTGAGGTGG TTCAGAAGCC TATAGAGCTG 
TGCCAAGACA AGAATGGGTG TTCTTCAGTA TCACACCCAA TCTGTCCTGG TAGGGAACAG 
ACACTTAATG TGCCAGGACA GACCATACCA AGTACTTCCC CTGTGGGCCA CACCATTCTT 
CCAAAGAGAG GAGATGATCT TGCACAAAAT GCCTCATCCA AGGTGGAAAG AGAAATTGTG 
TCTAATTCTT ACGGATCGTG GAATAGTCAG AGAGTCATGC AGCAGGTGCG TGAGAGGAGG 
CAAATATGTC ATTCAATGTC CTTCCATCGA CAGTCAATGA ACTCCTTTGA GGAGCAACAG 
CAGGGGAATA GTGGGCAATT GAAATGCCCT GATGGGGAGG AAGAGCCACC TGCACAGGAG 
AAGCCGGCAG TTGTTATGAG AGAGAAACCC AAGAGAGAAA CAGAAGATGA ACGCCGGAAG 
AGGCTGTCAG TACACAAAGA GGAGATCATG AAAGGCAATG TCAAAGAGGC TATGGAGATC 
TTTGAGAACC TCAGGAGGCA GGAGGAACTG CAAGAGATCT TGACTCGGGT GAAGGAGTTT 
GAGGAGGAGA CAAGCAAAGT GGATGTGAAA GCTCTGAAGA GCTTCTTTGA GAAGGTCCCT 
GACTGGGTTG TTCGTCAGAA GGCCCACCAG GCCAAGCAAG AGGATAGGGC TGAGACACTG 
GCAAAGGAGG ACACTGACAA TGTCTCCTCA GTGGAGTTGG TTTTTGAGGA CCTGGAGCGA 
GCAAGTGCTG AGATCATTCA CCTGAAAGAG CAGACACTTG CCCGGCTCCT GGACATTGAG 
GAGGCCATCA AGAAAGCTCT TTATTCTGTC TCCAGTCTCA AGTCTGAGTC AGACATTGCT 
GGGCTCTCAG GGCTGTTCAA GGAGTCTCTG GGGAACACCC AAAGCTCTGT GAGCAGCAGC 
AACATCCGTA AAATCAGTAT TGTCTCAAGT AAAGCCAAGC AGGAGGAGAG TGCGCTGGAG 
GCAGGGGAAG CAGCACCTGT GGGGGGAGGA AAGGTGGCAG AAAAGACTGA GGCAACCAAG 
GCAGAGCTTG ATGTCCCTAT TCAATCTCGT GTTAGTTCTC CCTCCTCACC TTCCTACATC 
TCCATCGAGT CTGCTGCCAG GAAACCAGCA GAATCACCCA AGACAGGACG TTCTGCACGG 
GACATCTCTT CACCAGACTC TCTTGACACT GCAGGAAAGA GGGATGCTTT TGCTCAGGAC 
AACTGTAGCT CCTTTAACCA TTCATCAGCA GAGTCTGCTG GGGGTGATAC AACTTCCTTT 
GAGGAGAGAT CAGAGACCAT GCAAACAAAA ATTGGGCTAA GTTCAATGAA GCAGCACACC 
CTTGGCAATG CCAACCATCA GAGCAGTGAG AAAGAGAGGT GCCCTCTGGA CACCTCCAAA 
GGCAGCTGTC ACTGTGGGAT GAAAGGAGGC TTTTCAGACT ACCGCTCCCT GAATTCACCC 
AGCCCGCAAA ATCCAAGGAG GCAGAAAAGC ATCTTGGAGC TGCAGACAGG GCCTGATGGG 
TCCAAGCTCT ATGGTGCCAC CCGGACTGTC ATGGAGCAAT ATGAGGAAAT GGACCAGTTT 
GGAAACAAAA TCATCACTTC ATCCACCACA GTTACCAAGC AATCTGAGAC ACAAACTTCT 
TCCACGTGTG ATGTGTCCTC TCATTCCCAA TATGAGGTAT CTTCCTCACC CGTGTTTCGG 
AGATACTTGA AGAGCCCAGC TGAAGACTTC CGCACCAACG GCAGTTTTCA GGAGCCGGGA 
GTGGTCTTTG TCACCTTTGG CAACTCAAAG ACAAAGAAAT AG

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

RefSeq	XP_009556588.1
CDS	366..8027
Translation	MAEAQKSSQVAIKKMEDDLPPPPAPGSVPVIASGNQDPNPLPVPPPKQAFSKFYQQRQVNELKRLYRHMHPELRKNLEEAVTEDLAEMLNAEDPNAQTSVNLDKVLPGEVQSMRWIFENWALDSIGDHQATKKLTDEEIIPGGDVKSTSLRFESQSINGDSMSTSAKISEADLARGDVHTARWLFETQPLDSLNKLYSDETELQEAVLKEPVQGGDVKGARQLFEAQSLDAIGRCCSVEEKSILQLKSEIQELKGDVKKTIRLFQTEPLCAIRDKTGNMHEIKSVCREEIQSNAVRTARWLFETQPLDTINKDTSKVQIIRGISLEEIGRPDVSGARWIFETQPLDAIREITVEEQDFKASTDFVTGADVTKQRILFETQTLDSLKGEASESVVAKEQVIGGDVKSTLWLFETQPMETLKDNFEVGQLKKVELSAEEKGDVKQRKHVFETCPLGSISKTFEEEISANSMEEVVKGDVKSFKTLFETIPLDSIKQADAEPITKEEEKIPAGNVKANQILFETTPLYAIKDSFGNFHEVTSVSREQIISGDVKNYKWMFETRPLDQFDESIKKVDIIRGITKQEVVAGDVRTAKWLFETQPMDVIHHQAMQGEEHSSVKREISQRGDVKTCRWLFETQPMHTLYEKAEKKQEKDDVVPQADVKSYTWMFETQPLDSLKGQEEQYLQVSKAYSQEELQEVDVKTVRHLFETEPLGSIAAGEADQKKTMRYSSRVEIQSGEVSRVKEFFEAKPLDTATKPTAQKDDGTIEAGSVHKFTWLFENYPMDSLKDSSEGIQEIPPEKDIKAGDVGGKRFVFETYSLDQIHDKVDETELQKIQKETMNKANVKSCTMLFESQPLYAIQDKEGRYHEVTSVQKEEIMKGDVKGARWLFETKPLDQIKKEEEVFVIRAVTQEDIKKGDVQAARWKFETEPLDSFKGGKTSVPRTVDDVQKGDVQSNKQLFESQQVGQKKYVRMVSVSDVQRGDVRTSTWLFENQPVDSLYGDAERSSSISTVQREDSQKGDVKRCTWLFETQPMDTLKDPETMASTGAQEPIPHADVKSTTWLFESTPLDKFSVSEGSIETELKERTMKETLETLCTCQAIQHDGILIEANDMESVKMVKYQLSSPGAPEILKEEIVGGHLQRIMLQLLHRTNVEAQSVLVEEDREGKVKVSTLQLLDQSEALKGKEDLSGNVAKALQGLLSQDTSIKKGMVLQETKSGSVKMTLYSLLFHSIQQKVVKGDVKSTIGNLLASSQEQKATSTIKREDNEKGNVQLFASCIEKGDLDYLKNLQQESEIQSLISSQAEQGADENASQFMQGTKIHILPNKEQIEKVITGSEAGAMAGAKKVFACESVGKESTLEREAVRAAGVTGTTVQCVGKPLPTVTGKEEILSGGLKVTTKSIQRVADVSKKVEKEKPTTASLKEPKVMMQGKFPTQVMAQRGEVDGKPQSLVTGEASQMQPEEKALGSDLQAAMQSLRLATAEAKNIQHHVQSKLQKNREEVHMACRQQAASTQEAVTLQSTVHQQESASSMQESTSTATRTTTTRVQEASKSHTSMSQKSIASHKKVSASEEVQGGQLLSQESQVVPSRDLSIKDGLYTATPVKTCINPFVESDYKEQSVQEERDVIVRGDVQTAIRALKSATTEQRLVEKEDVVRGNLKATLQSLEKSNVNVSRGDFKAAMIYRNAGQSYSVCKKKNEAQVISNQTAVVASGSPADNDFPPPPSVAVMKAEHCPPSSKETKEGALPTSKDEDPGSPAPLQTLLPALLSLSCKPSDQSPAEKPRTLPKPEITAPPRKKPVPPPKPEHLLHEPRYASACNGASRSTKPIPPPLPPKPAGLREITKPKLPPTDVGYVKGSEQLGHEEVQAKSCTLETSVEHPVTIQSMSTERKLPKPKTPLQMAEERYKASKGGQGKLESDSVKPIKNGVTSFGVEQGMMSGKAAAPRRCPGEVVQKPIELCQDKNGCSSVSHPICPGREQTLNVPGQTIPSTSPVGHTILPKRGDDLAQNASSKVEREIVSNSYGSWNSQRVMQQVRERRQICHSMSFHRQSMNSFEEQQQGNSGQLKCPDGEEEPPAQEKPAVVMREKPKRETEDERRKRLSVHKEEIMKGNVKEAMEIFENLRRQEELQEILTRVKEFEEETSKVDVKALKSFFEKVPDWVVRQKAHQAKQEDRAETLAKEDTDNVSSVELVFEDLERASAEIIHLKEQTLARLLDIEEAIKKALYSVSSLKSESDIAGLSGLFKESLGNTQSSVSSSNIRKISIVSSKAKQEESALEAGEAAPVGGGKVAEKTEATKAELDVPIQSRVSSPSSPSYISIESAARKPAESPKTGRSARDISSPDSLDTAGKRDAFAQDNCSSFNHSSAESAGGDTTSFEERSETMQTKIGLSSMKQHTLGNANHQSSEKERCPLDTSKGSCHCGMKGGFSDYRSLNSPSPQNPRRQKSILELQTGPDGSKLYGATRTVMEQYEEMDQFGNKIITSSTTVTKQSETQTSSTCDVSSHSQYEVSSSPVFRRYLKSPAEDFRTNGSFQEPGVVFVTFGNSKTKK

Target ORF information:

RefSeq Version	XM_009558293.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus 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_009558293.1

ORF Insert Sequence:

ATGGCAGAGG CTCAGAAATC ATCTCAAGTT GCCATCAAGA AAATGGAAGA CGACTTACCT 
CCCCCTCCTG CCCCTGGCTC AGTCCCAGTC ATTGCTTCGG GGAACCAGGA TCCCAATCCA 
CTCCCTGTGC CACCTCCAAA GCAAGCATTC TCCAAGTTCT ACCAGCAGCG TCAAGTAAAT 
GAGTTAAAGA GGCTCTACAG ACACATGCAT CCTGAGCTCA GGAAGAACTT GGAAGAAGCT 
GTGACTGAGG ACCTGGCAGA AATGCTTAAT GCTGAAGATC CCAATGCACA GACATCTGTG 
AACCTGGACA AAGTTCTTCC AGGAGAGGTT CAGTCCATGC GTTGGATATT TGAGAACTGG 
GCACTTGATT CCATTGGGGA TCATCAAGCC ACAAAGAAGC TGACGGATGA AGAGATCATT 
CCTGGTGGAG ATGTGAAAAG TACTTCCCTG AGGTTTGAAA GCCAGTCGAT CAATGGAGAC 
AGTATGTCAA CATCAGCCAA GATATCAGAA GCAGACCTTG CAAGAGGGGA TGTGCATACT 
GCCCGGTGGC TCTTTGAAAC CCAACCACTA GACTCATTAA ACAAACTGTA TTCAGATGAA 
ACTGAACTGC AGGAGGCGGT TCTCAAGGAG CCTGTCCAGG GAGGTGATGT GAAAGGTGCC 
AGACAGCTCT TTGAAGCACA GTCCTTGGAT GCTATAGGAC GCTGTTGCTC AGTGGAGGAG 
AAAAGCATCC TTCAACTCAA GTCAGAGATC CAAGAGCTAA AAGGTGATGT TAAGAAGACT 
ATCAGGCTCT TCCAAACAGA GCCCCTCTGT GCCATCAGAG ACAAAACTGG GAACATGCAT 
GAAATCAAGT CTGTCTGCCG AGAAGAAATT CAGAGCAATG CAGTCAGAAC AGCTCGCTGG 
CTGTTTGAGA CTCAGCCCCT GGACACCATC AACAAAGACA CTTCCAAAGT GCAAATAATC 
CGTGGGATTT CACTGGAAGA AATTGGAAGG CCAGATGTCA GTGGAGCTAG GTGGATATTT 
GAAACTCAGC CTCTGGATGC CATCAGAGAA ATCACAGTTG AAGAACAGGA TTTCAAGGCT 
TCAACAGATT TTGTCACAGG GGCAGATGTT ACTAAGCAGC GAATCCTCTT TGAGACTCAG 
ACTCTTGATT CTCTGAAAGG AGAAGCTTCA GAAAGTGTTG TAGCCAAAGA ACAAGTCATT 
GGAGGTGATG TGAAATCTAC ACTCTGGCTA TTTGAAACCC AGCCAATGGA AACCCTGAAA 
GACAATTTTG AAGTGGGGCA GCTAAAGAAA GTGGAGCTTT CTGCAGAGGA GAAGGGAGAT 
GTGAAGCAAA GAAAACATGT TTTTGAGACC TGTCCCCTTG GCAGCATCTC CAAGACATTT 
GAGGAAGAAA TTTCAGCCAA CAGTATGGAG GAGGTAGTAA AAGGGGATGT TAAGTCTTTC 
AAGACCCTGT TTGAGACTAT CCCCTTAGAC AGCATCAAGC AGGCTGATGC TGAGCCCATC 
ACCAAGGAAG AGGAGAAGAT TCCAGCTGGC AACGTCAAAG CCAATCAAAT CTTGTTTGAG 
ACAACACCTC TATATGCCAT CAAGGATAGC TTTGGTAATT TCCATGAAGT CACCTCTGTA 
AGCAGAGAGC AAATCATCAG TGGTGATGTC AAGAACTACA AATGGATGTT TGAAACCAGA 
CCCCTGGATC AGTTTGATGA AAGCATCAAG AAAGTGGATA TAATACGAGG GATCACAAAG 
CAGGAGGTGG TGGCTGGTGA TGTCAGAACA GCCAAGTGGC TCTTTGAAAC TCAGCCGATG 
GATGTCATTC ATCACCAAGC CATGCAAGGT GAGGAGCATT CCTCGGTGAA AAGGGAGATC 
TCTCAGCGGG GGGATGTGAA GACCTGTAGG TGGCTTTTTG AGACCCAGCC CATGCACACC 
CTCTACGAGA AGGCTGAAAA GAAGCAGGAA AAGGATGATG TTGTGCCCCA AGCTGATGTG 
AAGTCATACA CATGGATGTT TGAGACTCAG CCCCTGGACT CCCTGAAAGG CCAAGAGGAG 
CAGTATTTAC AAGTCAGTAA GGCATACAGT CAGGAGGAAT TACAGGAAGT TGATGTCAAA 
ACCGTCCGGC ACTTATTTGA GACTGAACCC TTGGGCAGCA TTGCTGCCGG TGAAGCTGAC 
CAAAAGAAAA CCATGAGGTA CTCCAGTCGT GTGGAGATAC AATCTGGGGA AGTGTCCAGA 
GTAAAGGAGT TCTTTGAAGC TAAGCCCTTG GATACAGCCA CCAAACCAAC AGCCCAGAAG 
GATGATGGGA CAATTGAAGC TGGATCTGTG CACAAGTTCA CTTGGCTCTT TGAGAACTAC 
CCCATGGACT CCCTGAAGGA CAGCTCTGAG GGCATCCAGG AAATCCCTCC AGAGAAGGAT 
ATCAAGGCGG GAGATGTTGG AGGCAAAAGA TTCGTATTTG AGACCTATTC CCTTGACCAA 
ATACATGACA AAGTGGACGA GACAGAGCTC CAAAAGATCC AGAAAGAAAC CATGAATAAA 
GCTAATGTCA AGTCCTGCAC AATGCTCTTT GAAAGTCAAC CATTATATGC AATCCAGGAC 
AAAGAGGGGC GATATCATGA GGTCACTTCA GTGCAGAAAG AAGAAATTAT GAAAGGTGAT 
GTGAAAGGTG CCCGGTGGTT GTTTGAAACT AAACCCCTGG ATCAGATAAA GAAGGAAGAA 
GAGGTGTTTG TGATTAGGGC TGTCACCCAA GAGGATATCA AGAAAGGAGA TGTCCAGGCT 
GCCCGGTGGA AGTTTGAGAC AGAGCCTCTT GACTCCTTCA AAGGCGGAAA GACATCTGTG 
CCCAGAACAG TAGATGATGT GCAGAAGGGA GACGTTCAGT CCAACAAGCA GCTCTTTGAG 
TCCCAGCAAG TGGGCCAGAA GAAGTATGTG AGGATGGTCA GTGTTAGTGA CGTTCAGCGA 
GGTGATGTGA GAACATCCAC TTGGCTTTTT GAAAACCAGC CTGTGGACTC CTTGTACGGG 
GATGCAGAAA GAAGTTCATC TATCAGTACT GTGCAGAGAG AGGACAGCCA GAAAGGGGAT 
GTAAAACGCT GCACCTGGTT GTTTGAAACC CAACCAATGG ACACCCTTAA GGACCCAGAA 
ACTATGGCCA GCACTGGGGC CCAAGAACCG ATCCCTCATG CAGATGTGAA GAGTACAACG 
TGGCTTTTTG AGAGCACACC CTTGGATAAA TTTAGTGTTT CTGAAGGTAG TATAGAAACG 
GAACTGAAAG AAAGGACCAT GAAAGAGACT TTAGAGACAC TTTGCACTTG CCAGGCTATT 
CAGCATGATG GGATCCTCAT TGAAGCTAAT GATATGGAGA GTGTGAAGAT GGTGAAGTAC 
CAGCTTAGCA GCCCAGGTGC TCCAGAGATC CTGAAAGAGG AAATTGTGGG AGGCCATTTG 
CAAAGGATAA TGCTCCAGCT TCTGCACAGA ACCAATGTGG AAGCACAGAG TGTGCTGGTC 
GAGGAAGACA GAGAGGGCAA GGTTAAAGTA AGCACATTGC AGCTACTGGA CCAGAGTGAA 
GCTCTTAAAG GCAAAGAGGA CTTGAGCGGA AATGTAGCTA AGGCATTACA GGGTCTCCTC 
AGTCAAGACA CTTCCATCAA AAAGGGGATG GTCTTACAAG AGACAAAGTC AGGATCAGTA 
AAGATGACTC TCTACTCCCT CCTGTTCCAT TCTATCCAGC AGAAAGTTGT CAAGGGGGAT 
GTGAAGTCAA CAATAGGGAA CCTCTTGGCT TCTTCTCAAG AGCAGAAAGC AACTTCAACC 
ATTAAGCGTG AGGACAATGA GAAGGGAAAT GTCCAGCTAT TTGCAAGCTG CATTGAGAAG 
GGAGATCTAG ACTATCTGAA GAATCTCCAG CAGGAGTCAG AAATACAGTC CCTCATCTCT 
TCCCAAGCAG AGCAGGGGGC AGATGAGAAT GCCTCACAGT TTATGCAGGG GACTAAGATC 
CATATCTTGC CAAATAAAGA ACAAATAGAG AAAGTAATCA CAGGAAGTGA AGCAGGGGCT 
ATGGCGGGAG CAAAAAAGGT ATTTGCATGT GAAAGCGTGG GCAAAGAGAG TACGTTAGAG 
AGGGAGGCTG TGCGTGCAGC AGGTGTGACA GGCACCACTG TGCAATGTGT TGGGAAGCCT 
CTACCCACAG TGACGGGAAA GGAAGAAATT CTATCGGGAG GACTTAAAGT GACTACAAAG 
TCAATTCAAA GGGTTGCAGA TGTCAGCAAG AAGGTAGAGA AAGAAAAACC CACCACTGCC 
AGTTTGAAGG AACCCAAAGT TATGATGCAA GGCAAATTTC CAACCCAAGT GATGGCTCAA 
AGGGGAGAAG TGGATGGGAA ACCACAGAGT TTGGTCACTG GGGAAGCCAG CCAGATGCAG 
CCAGAAGAAA AGGCTCTTGG GAGTGATCTT CAGGCTGCAA TGCAGAGCCT GAGGCTAGCA 
ACAGCAGAAG CAAAAAACAT TCAACATCAT GTCCAGAGCA AGCTACAAAA GAACAGGGAG 
GAGGTACACA TGGCCTGCAG GCAGCAGGCA GCTAGCACAC AGGAGGCAGT GACTCTTCAA 
TCAACTGTAC ACCAACAAGA GTCTGCATCC AGCATGCAGG AGAGCACCAG TACTGCCACC 
AGGACTACCA CCACTAGAGT CCAGGAGGCA TCCAAGAGCC ACACAAGCAT GTCTCAGAAG 
AGCATAGCAT CACACAAAAA GGTCAGTGCT TCAGAGGAAG TACAGGGAGG ACAACTGTTG 
AGCCAGGAAA GCCAAGTTGT GCCTAGTAGA GATCTTAGCA TTAAGGATGG CCTTTATACT 
GCCACACCCG TGAAAACCTG TATAAACCCT TTTGTTGAGT CTGATTACAA AGAGCAATCA 
GTGCAAGAAG AAAGAGATGT TATTGTCAGA GGGGATGTAC AGACAGCTAT CAGAGCACTG 
AAAAGTGCCA CCACAGAACA GCGCCTGGTA GAAAAGGAGG ATGTTGTCAG AGGTAATTTA 
AAAGCCACAC TTCAGTCACT GGAAAAGTCT AACGTTAATG TCTCCAGAGG GGATTTTAAA 
GCTGCTATGA TATACAGAAA TGCAGGGCAG TCCTATTCTG TGTGTAAAAA GAAAAATGAG 
GCTCAAGTCA TTAGTAACCA GACAGCTGTA GTGGCTTCAG GGTCACCTGC TGATAATGAC 
TTTCCTCCTC CTCCCTCAGT TGCTGTGATG AAAGCAGAGC ATTGCCCACC CTCAAGTAAA 
GAAACAAAAG AAGGTGCCCT TCCAACCAGC AAAGATGAAG ATCCAGGAAG TCCTGCACCA 
CTCCAGACCC TTCTTCCTGC CCTCCTTTCT CTGTCCTGCA AACCCAGTGA TCAGAGTCCT 
GCAGAGAAGC CAAGGACTCT GCCAAAACCA GAAATTACCG CCCCACCCAG GAAAAAACCT 
GTTCCCCCTC CAAAACCTGA GCACCTCTTA CATGAGCCAC GTTATGCTTC TGCATGTAAC 
GGCGCAAGCA GATCGACCAA ACCCATCCCT CCACCTCTGC CTCCGAAACC TGCAGGTCTG 
AGGGAGATCA CCAAGCCAAA GCTTCCCCCC ACAGACGTGG GATATGTGAA AGGAAGTGAA 
CAATTGGGCC ATGAGGAAGT TCAGGCAAAA TCCTGCACTT TGGAGACATC CGTGGAGCAC 
CCTGTCACAA TTCAGAGTAT GAGCACTGAG AGAAAGCTGC CAAAACCCAA AACTCCTCTT 
CAAATGGCAG AGGAAAGGTA CAAGGCAAGC AAAGGAGGAC AAGGAAAATT AGAATCAGAT 
AGTGTTAAGC CAATAAAAAA TGGAGTGACT AGTTTTGGCG TTGAGCAGGG AATGATGAGT 
GGGAAAGCAG CAGCTCCAAG GAGATGCCCA GGTGAGGTGG TTCAGAAGCC TATAGAGCTG 
TGCCAAGACA AGAATGGGTG TTCTTCAGTA TCACACCCAA TCTGTCCTGG TAGGGAACAG 
ACACTTAATG TGCCAGGACA GACCATACCA AGTACTTCCC CTGTGGGCCA CACCATTCTT 
CCAAAGAGAG GAGATGATCT TGCACAAAAT GCCTCATCCA AGGTGGAAAG AGAAATTGTG 
TCTAATTCTT ACGGATCGTG GAATAGTCAG AGAGTCATGC AGCAGGTGCG TGAGAGGAGG 
CAAATATGTC ATTCAATGTC CTTCCATCGA CAGTCAATGA ACTCCTTTGA GGAGCAACAG 
CAGGGGAATA GTGGGCAATT GAAATGCCCT GATGGGGAGG AAGAGCCACC TGCACAGGAG 
AAGCCGGCAG TTGTTATGAG AGAGAAACCC AAGAGAGAAA CAGAAGATGA ACGCCGGAAG 
AGGCTGTCAG TACACAAAGA GGAGATCATG AAAGGCAATG TCAAAGAGGC TATGGAGATC 
TTTGAGAACC TCAGGAGGCA GGAGGAACTG CAAGAGATCT TGACTCGGGT GAAGGAGTTT 
GAGGAGGAGA CAAGCAAAGT GGATGTGAAA GCTCTGAAGA GCTTCTTTGA GAAGGTCCCT 
GACTGGGTTG TTCGTCAGAA GGCCCACCAG GCCAAGCAAG AGGATAGGGC TGAGACACTG 
GCAAAGGAGG ACACTGACAA TGTCTCCTCA GTGGAGTTGG TTTTTGAGGA CCTGGAGCGA 
GCAAGTGCTG AGATCATTCA CCTGAAAGAG CAGACACTTG CCCGGCTCCT GGACATTGAG 
GAGGCCATCA AGAAAGCTCT TTATTCTGTC TCCAGTCTCA AGTCTGAGTC AGACATTGCT 
GGGCTCTCAG GGCTGTTCAA GGAGTCTCTG GGGAACACCC AAAGCTCTGT GAGCAGCAGC 
AACATCCGTA AAATCAGTAT TGTCTCAAGT AAAGCCAAGC AGGAGGAGAG TGCGCTGGAG 
GCAGGGGAAG CAGCACCTGT GGGGGGAGGA AAGGTGGCAG AAAAGACTGA GGCAACCAAG 
GCAGAGCTTG ATGTCCCTAT TCAATCTCGT GTTAGTTCTC CCTCCTCACC TTCCTACATC 
TCCATCGAGT CTGCTGCCAG GAAACCAGCA GAATCACCCA AGACAGGACG TTCTGCACGG 
GACATCTCTT CACCAGACTC TCTTGACACT GCAGGAAAGA GGGATGCTTT TGCTCAGGAC 
AACTGTAGCT CCTTTAACCA TTCATCAGCA GAGTCTGCTG GGGGTGATAC AACTTCCTTT 
GAGGAGAGAT CAGAGACCAT GCAAACAAAA ATTGGGCTAA GTTCAATGAA GCAGCACACC 
CTTGGCAATG CCAACCATCA GAGCAGTGAG AAAGAGAGGT GCCCTCTGGA CACCTCCAAA 
GGCAGCTGTC ACTGTGGGAT GAAAGGAGGC TTTTCAGACT ACCGCTCCCT GAATTCACCC 
AGCCCGCAAA ATCCAAGGAG GCAGAAAAGC ATCTTGGAGC TGCAGACAGG GCCTGATGGG 
TCCAAGCTCT ATGGTGCCAC CCGGACTGTC ATGGAGCAAT ATGAGGAAAT GGACCAGTTT 
GGAAACAAAA TCATCACTTC ATCCACCACA GTTACCAAGC AATCTGAGAC ACAAACTTCT 
TCCACGTGTG ATGTGTCCTC TCATTCCCAA TATGAGGTAT CTTCCTCACC CGTGTTTCGG 
AGATACTTGA AGAGCCCAGC TGAAGACTTC CGCACCAACG GCAGTTTTCA GGAGCCGGGA 
GTGGTCTTTG TCACCTTTGG CAACTCAAAG ACAAAGAAAT AG