CFAP47 cDNA ORF clone, Sturnus vulgaris(Common starling)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP47
Entrez Gene ID	106854227
Full Name	cilia and flagella associated protein 47
Gene Type	protein-coding
Organism	Sturnus vulgaris(Common starling)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014878020.1	XP_014733506.1	cilia- and flagella-associated protein 47

Pathways from BioSystems
Gene Ontology

The following CFAP47 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP47 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
OSt10141	XM_014878020.1 Latest version!	Sturnus vulgaris cilia and flagella associated protein 47 (CFAP47), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

CFAP47 ( XM_014878020.1 ) cDNA ORF clone, Sturnus vulgaris(Common starling) -> XP_014733506.1 Sturnus vulgaris cilia and flagella associated protein 47 (CFAP47), mRNA.

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CloneID	OSt10141
Clone ID Related Accession (Same CDS sequence)	XM_014878020.1
Accession Version	XM_014878020.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7167bp) 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	2015-12-01
Organism	Sturnus vulgaris(Common starling)
Product	cilia- and flagella-associated protein 47
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014650554.1) 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 :: Sturnus vulgaris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCAAAGGT ATTTTCAAGT TTTGGGAAAT GCTATGTTGT GTTTTCTCTG CAGATTAATT 
CCATACTGTG ATCTGGAAAT AGAGTCAGAG GTTAATTTTG GTGAAATGAT TGCAAACAAT 
AAACTAGTTA CTAAAGAGAT TAGTATTGCT AACCGTGGAA CAACTTCAGG TATATTTAGA 
ATATCATATG ATGGGGTAGT CTTGCTTCAC ATAAAACCTG CCAGAGGAGT AGTAAAACCA 
AAATCTGTAA GGAAAATTGG AGTGGATATC TGCACAGATG TACCCGGAGT CATCAAAGAA 
ATGATCAAAG TGGAGTTGGA AAATCGTGGC TGGACTGAAG TATGGATCAA AGGTGTTGTG 
GTTGAACAAG TTCTTAAAGT TCTTGGAGTG TCCTGTGGAA AAGTACTGAA ATGCATTAAC 
TTTGGACCTC TTTACTTTGG GACTTCAAAG ACAGAACAAA TACATTTATA CAATGAAAGC 
CCTGAGTGTA TGGATTGGGT AGCAGTACTG GAAGAAAATG CCATTGGAGA AGAGATGGGG 
ACAGATCTTC AGGGGAGTAC AGATGCTGTT TTACACAACT TAAGCCTGAA AAATAAAGAT 
ATAGATATTT CCACCTTGGT CTTGTGCACT CCCAATCAAG GAACTTTGCT TCCTTATGAC 
AAAACTTTGA TAACACTCTG CTTTAGTCCA CGAAAATTTG AAAGAGACTT TGAAGTCAAT 
GACAAATCAC TGATTCAAGA TTATGTCCTA TTTCTGAGAT TTGAAACTGT TGGAAAGAGA 
GGTGGCTGTC TGCAGAACTT CAATGGTGGT GCCACAGCAA CCACAAGAAG TAATTCTCGT 
CATGTGGACT TAGCGTTGAT GGGTTCTGGG TTTCCTGTGG TATTAACTTT TAAGCCAGGA 
ACAGTAATTA ATTTTGAGGA CTGTTATTTG GGTGAACAAG CACAAGTTGT GTGCACAATG 
AAAAATGAAT CCAAGTTTCT TCCAGTAACT TTCAGCTTCC GCAAGACTGC TCACTTCAGT 
GTTTCTCCTG AAAGAGGAAA AATTAAAAAA AAATCTGAAA AGGAAGTGAT GATTTCATTT 
TCTCCACGTC AATTAGGAAC ATTTGAGATG AAGCAAATTA TTGATATCAT TGGTACAGTA 
GTAGATAAAA ATAATGTAAA TGTTTTGAAG ATATCTAGAA AATCCTTTCA TCAAATATAT 
TTGACCTTAC TTGGTGTGTG CAAGTCCAAA CAAAAAAGCA TTGTATTCAC AATTAATCCA 
GGTCTAACAC CCTTGATTTC CAATGCAACT GGACAGTTTG TAGTTCGTGG CACAGGACAG 
CTCAGTGATA CAGCACCTGT GGCAATCCTT AAATCAACCC AAACACAAAT TCATACTCAC 
CGGAAAAACA GGAATTGTAA GGATGATGCA CTTATAGCTT TTCCTAATGA TCGTGCAGCC 
AGCCTTAGGC CTAGTGAATG GAATAAAAAG TACAGGACTA TTTTCACAAA GACTGAGAGA 
TATAATTACG TAGACCCAGA ATTTGCTTAT ACTGACTCTG AACGACTGTT AAGAGAAGCA 
AATAAGAAAC ACTATGTAGA CTTCATTTCC CGTTTAAGAC AGCGTCGTTT AGAGAAAGAG 
GCTGTTAGGC AGTTTTATCT TTATAACAAT CCTGTGAGCA TAGGCATGAA ACCAGCTGAA 
GGTCTTAAGT CACCACACAT CTCAGTCGCA GATTTTCTCA AGAAGCCACA GCCCAAAATG 
CTTCCTTTAG ATGAAAATTG CATATTAACT AGTCGAAAAT TGGCAGCAAT TGTTTCTAAA 
TCTACAAATG AAGGAGTTTG GAGCTGGCTT AGTCCTATGC CATCTTCTAC CCAGGAGAAG 
GAAGATTGTA GTCTAACTTT GACACACAAG CAGCTTCATC AAATATTCAT TGGTCCTTCT 
ACTATAGATT TTGGTGATGT TTGTGTGCAT TCTACAACAA CCAAAGAACT GCACATCATC 
AATAACTTGT CAGTTCATAT TTGGATACAA ATTGAAATTG AAGTTGCGGA ATTGCAGGAG 
ACATCTCCGT TGTCTCAGGT GGTGCCTCCT CTGACAAAAA CTTATATTCC AGTTGTGTTT 
GAGACAACCA CTGTTGGAAT GTTTAAAACC TCTTTCATCT ACAAAATAAA CAACCAACAC 
ATTGGACATG TGCTGGTAAT TGCACATGCA ATGCCTATTG AACTTCAGCT GTCTACAACG 
GAACTGATTT TAAGTCCTAT TCCTGGCTGC CTAGCAGGGA CAGAGTTTAG AAAAACTGTC 
ACAATATGCA ATCCCAGAAA CCATCCTGCT GGCTTTACTT GGAGATCTGT AACTGGAGAT 
AGAAAATCTG CATTTACTAT AAAGCCAACC AGAGGGTTTG TGGAGGCCTA TAGTGATATG 
GAGTGTGAAG TTATTTGGCA TCCAGGGTTC AACACTCCAG AAACAGGACA ATTCATCTTG 
CGTGTGCGCA AAGGAAATCC AATTAACTTG AAATGTTCTG CAAAGTTTGG TACTGCTAAA 
GTTCAGTTTA TAGCTCAAAA TGTATCCTTC ACTCATAGTC CAATTGGTTT CACTACTTGT 
AAGACAGCCA GTATTCTAAA CACAGGATTC AACCATGCAT ACTTCCAAGT TCTTGACTCA 
AACCCACTGC CTGGAATGAA AATCACCCCC TCTGAAGGAG TGATACCCGT GGGAGGCATT 
GCTGATCTCA AAATCTCCTT CACTCCAAAG TCATACATGA ATTTTGATAA AAAAGTGGAG 
GTAGCAGTGA GGAATGCAGC AGAACTCACA CTTAGGATTA CTGGATTTTC AGAGATCGCT 
GAAATAGACA TTGATGTGAA AATATTTGAA TATAAACGTA TTAATGTTGG CACTACAAAA 
TCCATTCCAT TTTTGCTCCA GAACAAAGGA CAATCGTGTA CCAGAGCAGA GTTTGATTTT 
TCTAAGTATA AGGAATTTAA ATTGAAAACT GAGGACAATT CAGTGGTTGA CCATTCTCGT 
TCAAAGCCCT ATTTGTATTC AGTTTACTTA AAGGAAATGT CGTCTGTGAA ATGCTTCTTG 
ACCTTTAAAC CACAAAAGAT GTCAGTATGG GACTTCACTC TCCCAATTGC TACTCCTCAG 
GCCAGTCTCC CACCTCCAGA TCTTGCCACG CATGAGGCAC TCCCGGTGAC CCCTGCTCTT 
CCATTCTGTA GAGTCAAAGC CAGTGCAACT GAACCAGTAT TGGGGTTCTC CTCAATGGAA 
TTTAAATTTG AACAACATTT GAGTAACATG AGTTCCAATA CTGCTGATGG GAGTATGAGC 
TCTCAGACCC TTGTCCTGAA GTCTCTCTCA AAAGAACGTG TGATGTGGAA ATTGAATTTT 
GGTGGAGACA AAAATATGGA AGATGGTATT TTCAGATTTA GTCTGAAGCG TGGATATCTT 
GATAAAGAAG AAGAAGTCAG TATTACTGTG TCGTTCTGCC CTCCAGCTTG TCCTGGGACA 
TATACATCTG AAATATCCTT GTATGTAAAT GATAATCCAT TACAATACTT GCTAACATTG 
TCTGGCACAC TGAGGCTGCC AAAAATAGGT TTTCATCCCC CCTTTTTAAT GCTGATGCCA 
GTTCCTCTGG ATGTGGAAAC TGAAGCAGTC GTCACCATCA TCCCACAGGA TTTTATAAGG 
CCATCACGAA TTAGAGTTCA ACTTCCTGAG CTTGAATTTC CAGATGGTAC CAGGACTTGC 
CCTTTTTCTG TGCAGTTCCC AAAGGGACAG GATATTGTTC TTTCATCAGA GGGCACAAGG 
AAGGAACTGA CTTGCCGTAT CAGCTTCAGA TCATCTAAGC CAATGTCATT TTTAAGGGAA 
ATGCTCTTCA TCGATGAAGA TGATAACAGG TTCTCATTTC TGGTTGCTGG AACAACAGAC 
AATTGTCTTC TTACCTTATA CCCATACTTG GCATTGCACT GCTCTGATCA AAAAATTGTC 
TGGAGAAGCA ACAATAAAGA CTTCAGCAGT GGTGAAGTTG TTCTACAGCC ATGTTTTACA 
CCACAGTCAC CTTCACGTAG TTTTTCCACA AGTTCTTTAG GTGAAGCTAA TGGCCAAAGC 
TATGAAGATT CTCTATCAGA GAGTACCACT GAAGAAAGTG AGAGTGATGA ATATGAAAGT 
GAAGAGATTG AAGAAACAAG TGAAGAGAGT GAAACTGACA GTCAAAATGA TGGGAAAGGA 
AATAAACGTG AAGTATCATT TTTTCCTGAT GAAGATAAGG AGGAGTACAT CTTCTTTCAA 
AAGACCCTAG CTGCTGTGAA GAGTTGGTTC ACACTCTTTG GCTGGTCTAA GGGACAAAAT 
CCCATTTCAA TACCTCATTC ACTGAGACGT GATAGGTGTA TAGTCCAGCT AACTGTTGCA 
CCAGAAAAGA ATTTTAAACG AAAGGTTGAC AAAGATAAGT GTTTTTATGA GATGTTGCTG 
CATCTGAGTG GGCAACCAAT ACCAGGCATT GCAACGAGCC AGTCATTGTC CCCTGATCCA 
GTAGAAAGAG TCTTCCAAAT CCACTGGCAG CATTCTGAAT TGCTTTCCTT CCTTAAAAGC 
CAAGGAGCAT ATCTTTCTCA TGTTATGCCA GAATTTTTGC TTACACCTGA AGATTATGAG 
ATATGGACTG AAGTGAATAC TGGGTTGAGG TATTTCTCAC ATGAAGTGAA GAGAGGAAGC 
ATGAGAAGCT CAGGCAAATT AAGTGGCAGG CGTATTTTTG TTCTGGAGAA CAGAACGTTT 
GAGACAATGA GCAAACGAGC TTGGACAGAT GTGCTGCTGC AGATATACAA GGTGTTTGTT 
CTTCCACGCA TTTCTTCCCG TATTTTTCCT GACCCATTGA GCTTGGAAAG CTTGCAGAAC 
ATGCCAGGAA TAAAATCAGA ACCTTTATGC AGTAATGTAT ACTCTCGATA TGAACGAACC 
ATCCTCATCT GGTTGAATAA AAATTATGAG AAGAATCGAC AAATTATATG GAAAGATAGT 
CAAAGAGGTG GAATACCACC CATGAGATGG ATAGTGAATT TTGACCAAGA TCTTCTAGAT 
GGTCTGGTGC TGGCAGCACT GATGACATCT TATTGTCCAT ATTTGATTAA TACTCACTTC 
ATAAAGATGT ATACTGATCC AAGAACTCAT GAACAGTTTC TGCACAACTC CTTGATAGTT 
GTGAAGGCTC TGCATACTAT CAGTCTCGAT ATAGACATAA AGGCCACTGA TATCTGTGAG 
CCAAACCCTG TCATGATGCT CATTTTGTGT GTCCACCTGT ATGACACTCT CCCTCAGTAC 
TTACCCAAGA GCACTATAGA ATTTGCAGGT GGTCTCCATG CAACTATTGT GAAGCAGGTG 
CACCTGAAAA ACCCAAAGAG TCATACTTTG GCATACAATG CTATTGTTGT GGGAAGAGAT 
GCTGATGATT TCTCTTTACC TAAAGGAAAC ACTGTTACCA TTCCCCCCAC GAGGGAAGAC 
TTTATAAATG TGGAATTCAC AATTCGTTTC CTGCGCCCTG CTGAAGCAGT ATTGCTACTG 
ATCTCAAATA AAGTTGATGG AGTAGATGGT GCCACACTGA CATTCTCTCT GAAATCTGAA 
GTTAAAAATA TTGACCCTCT TGGTACGATA AAGTGCAGAT CTCCATGTTA TGAGCTGAAG 
AAATTTACCC TAAATGTTAC TAATCCCTTC AAAATGGATG GCATATTCAG GGTAATTTTG 
CTGGAATCCA CACACACCTG TTTAGTGCAC CCAGAGAAAG TGTATCAAGC CAAGCAAGTA 
AAGCAAGAGC AAAAATTTAG TACTGAAAAT TACATATTAA ATTCAAAAAA TGGTTCACTG 
CTTGAAGATT CAAAGAAAGA GACTTGCTCT GATCAGTCTG GACTCCTGCA TGAGTTCTTC 
AGTCCAATGG AAACACTGTT CTTGAAAGGC AAAAGTTCTG CAGCCTTAGA TATTCACTTC 
CTTCCCTTTC ATCAGGAAAA GCGTTACTGC ACTGTCATTC TGGTTAATGA AAAGATTGGA 
GACTTTGTAT ACCAGATTGA AGGAATAGGT GATTTACCTC TGCCTTCAGA ATTGCCTGCA 
TTGGATAGTC CAAATGTTTT GCGTGCTACC AATACCTCAG AAGATGCAAG CACAATACAG 
CCAGTTTTAT ATTTGAAATG TGGACTTGGT CAGACTCTGG AGGAAAATCT GAGGATTCCA 
TTGATCAATG AGTCAAGAGA GAGGGCCCTG GCTCTCGCTG CACAGCAGCA GATGTCAGCT 
ATTGAGTATG AGAGGAGACT GATGACTGGC ACTCTGCAGA GCAGCAGTGT TCGAGTTGCA 
ACGGCATTGC TGGGGCTGTC CAGAGTAGAG AGACGTGCAC TTCTGAAACC TCGTAAGCGC 
CCCTCAGAGC TGAAGTACAG TGTAGAAGTG AGCATGAAAA ACCTGTTTGA GGTTCCTAAA 
AAGTTCACTA TTCCAGTGTT AGCTTCAGCC AGAGTTAATT TGGACACTTC ATCAGCCAAA 
TGCCCTACAT CTCAGAAAAA AGGTGGAAGT GATACAGTTG AGTTTCCTAT AAAATTCACT 
CCTAAGTCTG CTGGTTGCTA CCACTGTCAG ATTCTTCTGA AGTCGTCCTC TGATATTCGT 
GTCTATGAGA TTGAATGTGT GGTGAATGCA GACCAGGCTG ATGCACAGGT TGAATTTCTA 
ACTCCAGCTT ACCAGGAAGT GACTCAGGAA ATTCCAATTA TGAGTGGAAG TGATACAGTT 
GAGTTTCCTA TAAAATTCAC TCCTAAGTCT GCTGGTTGCT ACCACTGTCA GATTCTTCTG 
AAGTCGTCCT CTGATATTCG TGTCTATGAG ATTGAATGTG TGGTGAATGC AGACCAGGCT 
GATGCACAGG TTGAATTTCT AACTCCAGCT TACCAGGAAG TGACTCAGGA AATTCCAATT 
ACTAACATAT CTAGTGAGGA CTGGAGGTTT GAAGCACTTT TGGAAGGACA GTGTTTTCAT 
GGCCCTCCCG TAATAAATGT GCCTGTAGGT GAAACAGTTC AGTATCCTCT CACGTTCATG 
CCAGTTGCTG AGTCTGTAAT AATGGTGTAT TCCAATCTCT CAATGCTGAG TGGTGCCCCT 
GATCTGGCTG TCAACCCAGA GGACACTGCT GCTTACACTT TGAGTATATC TCCCTGCAGA 
CGAGGAGTCT TTCAAGGTAC CATTTAG

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

RefSeq	XP_014733506.1
CDS	559..7725
Translation	MQRYFQVLGNAMLCFLCRLIPYCDLEIESEVNFGEMIANNKLVTKEISIANRGTTSGIFRISYDGVVLLHIKPARGVVKPKSVRKIGVDICTDVPGVIKEMIKVELENRGWTEVWIKGVVVEQVLKVLGVSCGKVLKCINFGPLYFGTSKTEQIHLYNESPECMDWVAVLEENAIGEEMGTDLQGSTDAVLHNLSLKNKDIDISTLVLCTPNQGTLLPYDKTLITLCFSPRKFERDFEVNDKSLIQDYVLFLRFETVGKRGGCLQNFNGGATATTRSNSRHVDLALMGSGFPVVLTFKPGTVINFEDCYLGEQAQVVCTMKNESKFLPVTFSFRKTAHFSVSPERGKIKKKSEKEVMISFSPRQLGTFEMKQIIDIIGTVVDKNNVNVLKISRKSFHQIYLTLLGVCKSKQKSIVFTINPGLTPLISNATGQFVVRGTGQLSDTAPVAILKSTQTQIHTHRKNRNCKDDALIAFPNDRAASLRPSEWNKKYRTIFTKTERYNYVDPEFAYTDSERLLREANKKHYVDFISRLRQRRLEKEAVRQFYLYNNPVSIGMKPAEGLKSPHISVADFLKKPQPKMLPLDENCILTSRKLAAIVSKSTNEGVWSWLSPMPSSTQEKEDCSLTLTHKQLHQIFIGPSTIDFGDVCVHSTTTKELHIINNLSVHIWIQIEIEVAELQETSPLSQVVPPLTKTYIPVVFETTTVGMFKTSFIYKINNQHIGHVLVIAHAMPIELQLSTTELILSPIPGCLAGTEFRKTVTICNPRNHPAGFTWRSVTGDRKSAFTIKPTRGFVEAYSDMECEVIWHPGFNTPETGQFILRVRKGNPINLKCSAKFGTAKVQFIAQNVSFTHSPIGFTTCKTASILNTGFNHAYFQVLDSNPLPGMKITPSEGVIPVGGIADLKISFTPKSYMNFDKKVEVAVRNAAELTLRITGFSEIAEIDIDVKIFEYKRINVGTTKSIPFLLQNKGQSCTRAEFDFSKYKEFKLKTEDNSVVDHSRSKPYLYSVYLKEMSSVKCFLTFKPQKMSVWDFTLPIATPQASLPPPDLATHEALPVTPALPFCRVKASATEPVLGFSSMEFKFEQHLSNMSSNTADGSMSSQTLVLKSLSKERVMWKLNFGGDKNMEDGIFRFSLKRGYLDKEEEVSITVSFCPPACPGTYTSEISLYVNDNPLQYLLTLSGTLRLPKIGFHPPFLMLMPVPLDVETEAVVTIIPQDFIRPSRIRVQLPELEFPDGTRTCPFSVQFPKGQDIVLSSEGTRKELTCRISFRSSKPMSFLREMLFIDEDDNRFSFLVAGTTDNCLLTLYPYLALHCSDQKIVWRSNNKDFSSGEVVLQPCFTPQSPSRSFSTSSLGEANGQSYEDSLSESTTEESESDEYESEEIEETSEESETDSQNDGKGNKREVSFFPDEDKEEYIFFQKTLAAVKSWFTLFGWSKGQNPISIPHSLRRDRCIVQLTVAPEKNFKRKVDKDKCFYEMLLHLSGQPIPGIATSQSLSPDPVERVFQIHWQHSELLSFLKSQGAYLSHVMPEFLLTPEDYEIWTEVNTGLRYFSHEVKRGSMRSSGKLSGRRIFVLENRTFETMSKRAWTDVLLQIYKVFVLPRISSRIFPDPLSLESLQNMPGIKSEPLCSNVYSRYERTILIWLNKNYEKNRQIIWKDSQRGGIPPMRWIVNFDQDLLDGLVLAALMTSYCPYLINTHFIKMYTDPRTHEQFLHNSLIVVKALHTISLDIDIKATDICEPNPVMMLILCVHLYDTLPQYLPKSTIEFAGGLHATIVKQVHLKNPKSHTLAYNAIVVGRDADDFSLPKGNTVTIPPTREDFINVEFTIRFLRPAEAVLLLISNKVDGVDGATLTFSLKSEVKNIDPLGTIKCRSPCYELKKFTLNVTNPFKMDGIFRVILLESTHTCLVHPEKVYQAKQVKQEQKFSTENYILNSKNGSLLEDSKKETCSDQSGLLHEFFSPMETLFLKGKSSAALDIHFLPFHQEKRYCTVILVNEKIGDFVYQIEGIGDLPLPSELPALDSPNVLRATNTSEDASTIQPVLYLKCGLGQTLEENLRIPLINESRERALALAAQQQMSAIEYERRLMTGTLQSSSVRVATALLGLSRVERRALLKPRKRPSELKYSVEVSMKNLFEVPKKFTIPVLASARVNLDTSSAKCPTSQKKGGSDTVEFPIKFTPKSAGCYHCQILLKSSSDIRVYEIECVVNADQADAQVEFLTPAYQEVTQEIPIMSGSDTVEFPIKFTPKSAGCYHCQILLKSSSDIRVYEIECVVNADQADAQVEFLTPAYQEVTQEIPITNISSEDWRFEALLEGQCFHGPPVINVPVGETVQYPLTFMPVAESVIMVYSNLSMLSGAPDLAVNPEDTAAYTLSISPCRRGVFQGTI

Target ORF information:

RefSeq Version	XM_014878020.1
Organism	Sturnus vulgaris(Common starling)
Definition	Sturnus vulgaris cilia and flagella associated protein 47 (CFAP47), mRNA.

Target ORF information:

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

XM_014878020.1

ORF Insert Sequence:

ATGCAAAGGT ATTTTCAAGT TTTGGGAAAT GCTATGTTGT GTTTTCTCTG CAGATTAATT 
CCATACTGTG ATCTGGAAAT AGAGTCAGAG GTTAATTTTG GTGAAATGAT TGCAAACAAT 
AAACTAGTTA CTAAAGAGAT TAGTATTGCT AACCGTGGAA CAACTTCAGG TATATTTAGA 
ATATCATATG ATGGGGTAGT CTTGCTTCAC ATAAAACCTG CCAGAGGAGT AGTAAAACCA 
AAATCTGTAA GGAAAATTGG AGTGGATATC TGCACAGATG TACCCGGAGT CATCAAAGAA 
ATGATCAAAG TGGAGTTGGA AAATCGTGGC TGGACTGAAG TATGGATCAA AGGTGTTGTG 
GTTGAACAAG TTCTTAAAGT TCTTGGAGTG TCCTGTGGAA AAGTACTGAA ATGCATTAAC 
TTTGGACCTC TTTACTTTGG GACTTCAAAG ACAGAACAAA TACATTTATA CAATGAAAGC 
CCTGAGTGTA TGGATTGGGT AGCAGTACTG GAAGAAAATG CCATTGGAGA AGAGATGGGG 
ACAGATCTTC AGGGGAGTAC AGATGCTGTT TTACACAACT TAAGCCTGAA AAATAAAGAT 
ATAGATATTT CCACCTTGGT CTTGTGCACT CCCAATCAAG GAACTTTGCT TCCTTATGAC 
AAAACTTTGA TAACACTCTG CTTTAGTCCA CGAAAATTTG AAAGAGACTT TGAAGTCAAT 
GACAAATCAC TGATTCAAGA TTATGTCCTA TTTCTGAGAT TTGAAACTGT TGGAAAGAGA 
GGTGGCTGTC TGCAGAACTT CAATGGTGGT GCCACAGCAA CCACAAGAAG TAATTCTCGT 
CATGTGGACT TAGCGTTGAT GGGTTCTGGG TTTCCTGTGG TATTAACTTT TAAGCCAGGA 
ACAGTAATTA ATTTTGAGGA CTGTTATTTG GGTGAACAAG CACAAGTTGT GTGCACAATG 
AAAAATGAAT CCAAGTTTCT TCCAGTAACT TTCAGCTTCC GCAAGACTGC TCACTTCAGT 
GTTTCTCCTG AAAGAGGAAA AATTAAAAAA AAATCTGAAA AGGAAGTGAT GATTTCATTT 
TCTCCACGTC AATTAGGAAC ATTTGAGATG AAGCAAATTA TTGATATCAT TGGTACAGTA 
GTAGATAAAA ATAATGTAAA TGTTTTGAAG ATATCTAGAA AATCCTTTCA TCAAATATAT 
TTGACCTTAC TTGGTGTGTG CAAGTCCAAA CAAAAAAGCA TTGTATTCAC AATTAATCCA 
GGTCTAACAC CCTTGATTTC CAATGCAACT GGACAGTTTG TAGTTCGTGG CACAGGACAG 
CTCAGTGATA CAGCACCTGT GGCAATCCTT AAATCAACCC AAACACAAAT TCATACTCAC 
CGGAAAAACA GGAATTGTAA GGATGATGCA CTTATAGCTT TTCCTAATGA TCGTGCAGCC 
AGCCTTAGGC CTAGTGAATG GAATAAAAAG TACAGGACTA TTTTCACAAA GACTGAGAGA 
TATAATTACG TAGACCCAGA ATTTGCTTAT ACTGACTCTG AACGACTGTT AAGAGAAGCA 
AATAAGAAAC ACTATGTAGA CTTCATTTCC CGTTTAAGAC AGCGTCGTTT AGAGAAAGAG 
GCTGTTAGGC AGTTTTATCT TTATAACAAT CCTGTGAGCA TAGGCATGAA ACCAGCTGAA 
GGTCTTAAGT CACCACACAT CTCAGTCGCA GATTTTCTCA AGAAGCCACA GCCCAAAATG 
CTTCCTTTAG ATGAAAATTG CATATTAACT AGTCGAAAAT TGGCAGCAAT TGTTTCTAAA 
TCTACAAATG AAGGAGTTTG GAGCTGGCTT AGTCCTATGC CATCTTCTAC CCAGGAGAAG 
GAAGATTGTA GTCTAACTTT GACACACAAG CAGCTTCATC AAATATTCAT TGGTCCTTCT 
ACTATAGATT TTGGTGATGT TTGTGTGCAT TCTACAACAA CCAAAGAACT GCACATCATC 
AATAACTTGT CAGTTCATAT TTGGATACAA ATTGAAATTG AAGTTGCGGA ATTGCAGGAG 
ACATCTCCGT TGTCTCAGGT GGTGCCTCCT CTGACAAAAA CTTATATTCC AGTTGTGTTT 
GAGACAACCA CTGTTGGAAT GTTTAAAACC TCTTTCATCT ACAAAATAAA CAACCAACAC 
ATTGGACATG TGCTGGTAAT TGCACATGCA ATGCCTATTG AACTTCAGCT GTCTACAACG 
GAACTGATTT TAAGTCCTAT TCCTGGCTGC CTAGCAGGGA CAGAGTTTAG AAAAACTGTC 
ACAATATGCA ATCCCAGAAA CCATCCTGCT GGCTTTACTT GGAGATCTGT AACTGGAGAT 
AGAAAATCTG CATTTACTAT AAAGCCAACC AGAGGGTTTG TGGAGGCCTA TAGTGATATG 
GAGTGTGAAG TTATTTGGCA TCCAGGGTTC AACACTCCAG AAACAGGACA ATTCATCTTG 
CGTGTGCGCA AAGGAAATCC AATTAACTTG AAATGTTCTG CAAAGTTTGG TACTGCTAAA 
GTTCAGTTTA TAGCTCAAAA TGTATCCTTC ACTCATAGTC CAATTGGTTT CACTACTTGT 
AAGACAGCCA GTATTCTAAA CACAGGATTC AACCATGCAT ACTTCCAAGT TCTTGACTCA 
AACCCACTGC CTGGAATGAA AATCACCCCC TCTGAAGGAG TGATACCCGT GGGAGGCATT 
GCTGATCTCA AAATCTCCTT CACTCCAAAG TCATACATGA ATTTTGATAA AAAAGTGGAG 
GTAGCAGTGA GGAATGCAGC AGAACTCACA CTTAGGATTA CTGGATTTTC AGAGATCGCT 
GAAATAGACA TTGATGTGAA AATATTTGAA TATAAACGTA TTAATGTTGG CACTACAAAA 
TCCATTCCAT TTTTGCTCCA GAACAAAGGA CAATCGTGTA CCAGAGCAGA GTTTGATTTT 
TCTAAGTATA AGGAATTTAA ATTGAAAACT GAGGACAATT CAGTGGTTGA CCATTCTCGT 
TCAAAGCCCT ATTTGTATTC AGTTTACTTA AAGGAAATGT CGTCTGTGAA ATGCTTCTTG 
ACCTTTAAAC CACAAAAGAT GTCAGTATGG GACTTCACTC TCCCAATTGC TACTCCTCAG 
GCCAGTCTCC CACCTCCAGA TCTTGCCACG CATGAGGCAC TCCCGGTGAC CCCTGCTCTT 
CCATTCTGTA GAGTCAAAGC CAGTGCAACT GAACCAGTAT TGGGGTTCTC CTCAATGGAA 
TTTAAATTTG AACAACATTT GAGTAACATG AGTTCCAATA CTGCTGATGG GAGTATGAGC 
TCTCAGACCC TTGTCCTGAA GTCTCTCTCA AAAGAACGTG TGATGTGGAA ATTGAATTTT 
GGTGGAGACA AAAATATGGA AGATGGTATT TTCAGATTTA GTCTGAAGCG TGGATATCTT 
GATAAAGAAG AAGAAGTCAG TATTACTGTG TCGTTCTGCC CTCCAGCTTG TCCTGGGACA 
TATACATCTG AAATATCCTT GTATGTAAAT GATAATCCAT TACAATACTT GCTAACATTG 
TCTGGCACAC TGAGGCTGCC AAAAATAGGT TTTCATCCCC CCTTTTTAAT GCTGATGCCA 
GTTCCTCTGG ATGTGGAAAC TGAAGCAGTC GTCACCATCA TCCCACAGGA TTTTATAAGG 
CCATCACGAA TTAGAGTTCA ACTTCCTGAG CTTGAATTTC CAGATGGTAC CAGGACTTGC 
CCTTTTTCTG TGCAGTTCCC AAAGGGACAG GATATTGTTC TTTCATCAGA GGGCACAAGG 
AAGGAACTGA CTTGCCGTAT CAGCTTCAGA TCATCTAAGC CAATGTCATT TTTAAGGGAA 
ATGCTCTTCA TCGATGAAGA TGATAACAGG TTCTCATTTC TGGTTGCTGG AACAACAGAC 
AATTGTCTTC TTACCTTATA CCCATACTTG GCATTGCACT GCTCTGATCA AAAAATTGTC 
TGGAGAAGCA ACAATAAAGA CTTCAGCAGT GGTGAAGTTG TTCTACAGCC ATGTTTTACA 
CCACAGTCAC CTTCACGTAG TTTTTCCACA AGTTCTTTAG GTGAAGCTAA TGGCCAAAGC 
TATGAAGATT CTCTATCAGA GAGTACCACT GAAGAAAGTG AGAGTGATGA ATATGAAAGT 
GAAGAGATTG AAGAAACAAG TGAAGAGAGT GAAACTGACA GTCAAAATGA TGGGAAAGGA 
AATAAACGTG AAGTATCATT TTTTCCTGAT GAAGATAAGG AGGAGTACAT CTTCTTTCAA 
AAGACCCTAG CTGCTGTGAA GAGTTGGTTC ACACTCTTTG GCTGGTCTAA GGGACAAAAT 
CCCATTTCAA TACCTCATTC ACTGAGACGT GATAGGTGTA TAGTCCAGCT AACTGTTGCA 
CCAGAAAAGA ATTTTAAACG AAAGGTTGAC AAAGATAAGT GTTTTTATGA GATGTTGCTG 
CATCTGAGTG GGCAACCAAT ACCAGGCATT GCAACGAGCC AGTCATTGTC CCCTGATCCA 
GTAGAAAGAG TCTTCCAAAT CCACTGGCAG CATTCTGAAT TGCTTTCCTT CCTTAAAAGC 
CAAGGAGCAT ATCTTTCTCA TGTTATGCCA GAATTTTTGC TTACACCTGA AGATTATGAG 
ATATGGACTG AAGTGAATAC TGGGTTGAGG TATTTCTCAC ATGAAGTGAA GAGAGGAAGC 
ATGAGAAGCT CAGGCAAATT AAGTGGCAGG CGTATTTTTG TTCTGGAGAA CAGAACGTTT 
GAGACAATGA GCAAACGAGC TTGGACAGAT GTGCTGCTGC AGATATACAA GGTGTTTGTT 
CTTCCACGCA TTTCTTCCCG TATTTTTCCT GACCCATTGA GCTTGGAAAG CTTGCAGAAC 
ATGCCAGGAA TAAAATCAGA ACCTTTATGC AGTAATGTAT ACTCTCGATA TGAACGAACC 
ATCCTCATCT GGTTGAATAA AAATTATGAG AAGAATCGAC AAATTATATG GAAAGATAGT 
CAAAGAGGTG GAATACCACC CATGAGATGG ATAGTGAATT TTGACCAAGA TCTTCTAGAT 
GGTCTGGTGC TGGCAGCACT GATGACATCT TATTGTCCAT ATTTGATTAA TACTCACTTC 
ATAAAGATGT ATACTGATCC AAGAACTCAT GAACAGTTTC TGCACAACTC CTTGATAGTT 
GTGAAGGCTC TGCATACTAT CAGTCTCGAT ATAGACATAA AGGCCACTGA TATCTGTGAG 
CCAAACCCTG TCATGATGCT CATTTTGTGT GTCCACCTGT ATGACACTCT CCCTCAGTAC 
TTACCCAAGA GCACTATAGA ATTTGCAGGT GGTCTCCATG CAACTATTGT GAAGCAGGTG 
CACCTGAAAA ACCCAAAGAG TCATACTTTG GCATACAATG CTATTGTTGT GGGAAGAGAT 
GCTGATGATT TCTCTTTACC TAAAGGAAAC ACTGTTACCA TTCCCCCCAC GAGGGAAGAC 
TTTATAAATG TGGAATTCAC AATTCGTTTC CTGCGCCCTG CTGAAGCAGT ATTGCTACTG 
ATCTCAAATA AAGTTGATGG AGTAGATGGT GCCACACTGA CATTCTCTCT GAAATCTGAA 
GTTAAAAATA TTGACCCTCT TGGTACGATA AAGTGCAGAT CTCCATGTTA TGAGCTGAAG 
AAATTTACCC TAAATGTTAC TAATCCCTTC AAAATGGATG GCATATTCAG GGTAATTTTG 
CTGGAATCCA CACACACCTG TTTAGTGCAC CCAGAGAAAG TGTATCAAGC CAAGCAAGTA 
AAGCAAGAGC AAAAATTTAG TACTGAAAAT TACATATTAA ATTCAAAAAA TGGTTCACTG 
CTTGAAGATT CAAAGAAAGA GACTTGCTCT GATCAGTCTG GACTCCTGCA TGAGTTCTTC 
AGTCCAATGG AAACACTGTT CTTGAAAGGC AAAAGTTCTG CAGCCTTAGA TATTCACTTC 
CTTCCCTTTC ATCAGGAAAA GCGTTACTGC ACTGTCATTC TGGTTAATGA AAAGATTGGA 
GACTTTGTAT ACCAGATTGA AGGAATAGGT GATTTACCTC TGCCTTCAGA ATTGCCTGCA 
TTGGATAGTC CAAATGTTTT GCGTGCTACC AATACCTCAG AAGATGCAAG CACAATACAG 
CCAGTTTTAT ATTTGAAATG TGGACTTGGT CAGACTCTGG AGGAAAATCT GAGGATTCCA 
TTGATCAATG AGTCAAGAGA GAGGGCCCTG GCTCTCGCTG CACAGCAGCA GATGTCAGCT 
ATTGAGTATG AGAGGAGACT GATGACTGGC ACTCTGCAGA GCAGCAGTGT TCGAGTTGCA 
ACGGCATTGC TGGGGCTGTC CAGAGTAGAG AGACGTGCAC TTCTGAAACC TCGTAAGCGC 
CCCTCAGAGC TGAAGTACAG TGTAGAAGTG AGCATGAAAA ACCTGTTTGA GGTTCCTAAA 
AAGTTCACTA TTCCAGTGTT AGCTTCAGCC AGAGTTAATT TGGACACTTC ATCAGCCAAA 
TGCCCTACAT CTCAGAAAAA AGGTGGAAGT GATACAGTTG AGTTTCCTAT AAAATTCACT 
CCTAAGTCTG CTGGTTGCTA CCACTGTCAG ATTCTTCTGA AGTCGTCCTC TGATATTCGT 
GTCTATGAGA TTGAATGTGT GGTGAATGCA GACCAGGCTG ATGCACAGGT TGAATTTCTA 
ACTCCAGCTT ACCAGGAAGT GACTCAGGAA ATTCCAATTA TGAGTGGAAG TGATACAGTT 
GAGTTTCCTA TAAAATTCAC TCCTAAGTCT GCTGGTTGCT ACCACTGTCA GATTCTTCTG 
AAGTCGTCCT CTGATATTCG TGTCTATGAG ATTGAATGTG TGGTGAATGC AGACCAGGCT 
GATGCACAGG TTGAATTTCT AACTCCAGCT TACCAGGAAG TGACTCAGGA AATTCCAATT 
ACTAACATAT CTAGTGAGGA CTGGAGGTTT GAAGCACTTT TGGAAGGACA GTGTTTTCAT 
GGCCCTCCCG TAATAAATGT GCCTGTAGGT GAAACAGTTC AGTATCCTCT CACGTTCATG 
CCAGTTGCTG AGTCTGTAAT AATGGTGTAT TCCAATCTCT CAATGCTGAG TGGTGCCCCT 
GATCTGGCTG TCAACCCAGA GGACACTGCT GCTTACACTT TGAGTATATC TCCCTGCAGA 
CGAGGAGTCT TTCAAGGTAC CATTTAG