CFAP47 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP47
Entrez Gene ID	286464
Full Name	cilia and flagella associated protein 47
Synonyms	CHDC2,CXorf22,CXorf30,CXorf59
General protein information	Preferred Names cilia and flagella associated protein 47 Names cilia- and flagella-associated protein 47 calponin homology domain-containing protein 2
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: X Map Location: Xp21.1
Summary	While this gene is well-supported by transcript data, no functional information on its protein product is currently available. [provided by RefSeq, Dec 2009].

mRNA and Protein(s)

mRNA	Protein	Name
NM_152632.4	NP_689845.2	cilia- and flagella-associated protein 47 isoform 2
XM_017029452.1	XP_016884941.1	cilia- and flagella-associated protein 47 isoform X1
NM_001304548.1	NP_001291477.1	cilia- and flagella-associated protein 47 isoform 1
NM_152632.3	NP_689845.2	cilia- and flagella-associated protein 47 isoform 2
NM_001304548.2	NP_001291477.1	cilia- and flagella-associated protein 47 isoform 1
XM_017029453.1	XP_016884942.1	cilia- and flagella-associated protein 47 isoform X2

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	CHDC2	XP_003317466.1
Homo sapiens (human)	CHDC2	NP_775966.1
	LOC695378	XP_001084004.2
Rattus norvegicus (Norway rat)	LOC680813	XP_006257041.1

Gene Ontology
Bibliography

Related articles in PubMed

Quantitative gene profiling of long noncoding RNAs with targeted RNA sequencing.
Clark MB, Mercer TR, Bussotti G, Leonardi T, Haynes KR, Crawford J, Brunck ME, Cao KA, Thomas GP, Chen WY, Taft RJ, Nielsen LK, Enright AJ, Mattick JS, Dinger ME
Nature methods12(4)339-42(2015 Apr)

A systematic, large-scale resequencing screen of X-chromosome coding exons in mental retardation.
Tarpey PS, Smith R, Pleasance E, Whibley A, Edkins S, Hardy C, O'Meara S, Latimer C, Dicks E, Menzies A, Stephens P, Blow M, Greenman C, Xue Y, Tyler-Smith C, Thompson D, Gray K, Andrews J, Barthorpe S, Buck G, Cole J, Dunmore R, Jones D, Maddison M, Mironenko T, Turner R, Turrell K, Varian J, West S, Widaa S, Wray P, Teague J, Butler A, Jenkinson A, Jia M, Richardson D, Shepherd R, Wooster R, Tejada MI, Martinez F, Carvill G, Goliath R, de Brouwer AP, van Bokhoven H, Van Esch H, Chelly J, Raynaud M, Ropers HH, Abidi FE, Srivastava AK, Cox J, Luo Y, Mallya U, Moon J, Parnau J, Mohammed S, Tolmie JL, Shoubridge C, Corbett M, Gardner A, Haan E, Rujirabanjerd S, Shaw M, Vandeleur L, Fullston T, Easton DF, Boyle J, Partington M, Hackett A, Field M, Skinner C, Stevenson RE, Bobrow M, Turner G, Schwartz CE, Gecz J, Raymond FL, Futreal PA, Stratton MR
Nature genetics41(5)535-43(2009 May)

The DNA sequence of the human X chromosome.
Ross MT, Grafham DV, Coffey AJ, Scherer S, McLay K, Muzny D, Platzer M, Howell GR, Burrows C, Bird CP, Frankish A, Lovell FL, Howe KL, Ashurst JL, Fulton RS, Sudbrak R, Wen G, Jones MC, Hurles ME, Andrews TD, Scott CE, Searle S, Ramser J, Whittaker A, Deadman R, Carter NP, Hunt SE, Chen R, Cree A, Gunaratne P, Havlak P, Hodgson A, Metzker ML, Richards S, Scott G, Steffen D, Sodergren E, Wheeler DA, Worley KC, Ainscough R, Ambrose KD, Ansari-Lari MA, Aradhya S, Ashwell RI, Babbage AK, Bagguley CL, Ballabio A, Banerjee R, Barker GE, Barlow KF, Barrett IP, Bates KN, Beare DM, Beasley H, Beasley O, Beck A, Bethel G, Blechschmidt K, Brady N, Bray-Allen S, Bridgeman AM, Brown AJ, Brown MJ, Bonnin D, Bruford EA, Buhay C, Burch P, Burford D, Burgess J, Burrill W, Burton J, Bye JM, Carder C, Carrel L, Chako J, Chapman JC, Chavez D, Chen E, Chen G, Chen Y, Chen Z, Chinault C, Ciccodicola A, Clark SY, Clarke G, Clee CM, Clegg S, Clerc-Blankenburg K, Clifford K, Cobley V, Cole CG, Conquer JS, Corby N, Connor RE, David R, Davies J, Davis C, Davis J, Delgado O, Deshazo D, Dhami P, Ding Y, Dinh H, Dodsworth S, Draper H, Dugan-Rocha S, Dunham A, Dunn M, Durbin KJ, Dutta I, Eades T, Ellwood M, Emery-Cohen A, Errington H, Evans KL, Faulkner L, Francis F, Frankland J, Fraser AE, Galgoczy P, Gilbert J, Gill R, Gl?ckner G, Gregory SG, Gribble S, Griffiths C, Grocock R, Gu Y, Gwilliam R, Hamilton C, Hart EA, Hawes A, Heath PD, Heitmann K, Hennig S, Hernandez J, Hinzmann B, Ho S, Hoffs M, Howden PJ, Huckle EJ, Hume J, Hunt PJ, Hunt AR, Isherwood J, Jacob L, Johnson D, Jones S, de Jong PJ, Joseph SS, Keenan S, Kelly S, Kershaw JK, Khan Z, Kioschis P, Klages S, Knights AJ, Kosiura A, Kovar-Smith C, Laird GK, Langford C, Lawlor S, Leversha M, Lewis L, Liu W, Lloyd C, Lloyd DM, Loulseged H, Loveland JE, Lovell JD, Lozado R, Lu J, Lyne R, Ma J, Maheshwari M, Matthews LH, McDowall J, McLaren S, McMurray A, Meidl P, Meitinger T, Milne S, Miner G, Mistry SL, Morgan M, Morris S, M?ller I, Mullikin JC, Nguyen N, Nordsiek G, Nyakatura G, O'Dell CN, Okwuonu G, Palmer S, Pandian R, Parker D, Parrish J, Pasternak S, Patel D, Pearce AV, Pearson DM, Pelan SE, Perez L, Porter KM, Ramsey Y, Reichwald K, Rhodes S, Ridler KA, Schlessinger D, Schueler MG, Sehra HK, Shaw-Smith C, Shen H, Sheridan EM, Shownkeen R, Skuce CD, Smith ML, Sotheran EC, Steingruber HE, Steward CA, Storey R, Swann RM, Swarbreck D, Tabor PE, Taudien S, Taylor T, Teague B, Thomas K, Thorpe A, Timms K, Tracey A, Trevanion S, Tromans AC, d'Urso M, Verduzco D, Villasana D, Waldron L, Wall M, Wang Q, Warren J, Warry GL, Wei X, West A, Whitehead SL, Whiteley MN, Wilkinson JE, Willey DL, Williams G, Williams L, Williamson A, Williamson H, Wilming L, Woodmansey RL, Wray PW, Yen J, Zhang J, Zhou J, Zoghbi H, Zorilla S, Buck D, Reinhardt R, Poustka A, Rosenthal A, Lehrach H, Meindl A, Minx PJ, Hillier LW, Willard HF, Wilson RK, Waterston RH, Rice CM, Vaudin M, Coulson A, Nelson DL, Weinstock G, Sulston JE, Durbin R, Hubbard T, Gibbs RA, Beck S, Rogers J, Bentley DR
Nature434(7031)325-37(2005 Mar)

Creation of genome-wide protein expression libraries using random activation of gene expression.
Harrington JJ, Sherf B, Rundlett S, Jackson PD, Perry R, Cain S, Leventhal C, Thornton M, Ramachandran R, Whittington J, Lerner L, Costanzo D, McElligott K, Boozer S, Mays R, Smith E, Veloso N, Klika A, Hess J, Cothren K, Lo K, Offenbacher J, Danzig J, Ducar M
Nature biotechnology19(5)440-5(2001 May)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

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)
OHu20950	NM_152632.4 Latest version!	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu99269	XM_017029453.1 Latest version!	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu99268	XM_017029452.1 Latest version!	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00
OHu79117	NM_001304548.2 Latest version!	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
View Old Accession Versions >>
OHu20950	NM_152632.3	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu79117	NM_001304548.1	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
Hide Old Accession Versions >>

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** 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 ( NM_152632.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_689845.2 Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu20950
Clone ID Related Accession (Same CDS sequence)	NM_152632.4 , NM_152632.3
Accession Version	NM_152632.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2931bp) 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	2019-05-31
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 47 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CD686506.1, AK126295.1, AL590065.3 and BC027936.1. On Jun 1, 2019 this sequence version replaced NM_152632.3. Transcript Variant: This variant (2) lacks multiple exons in the central and 3' coding regions, and its 3' terminal exon extends beyond a splice site that is used in variant 1. This results in a novel 3' coding region and 3' UTR, compared to variant 1. It encodes isoform 2 which is significantly shorter, and has a distinct C-terminus, compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: AK126295.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATGTAATT ATTTTCCTTG AACATGGTTT TTGTTTTGAG 
GGCTATGAAT TTGTTGGGTA TACACTGGTG TATATAGTTA CCTATATCTA G

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

RefSeq	NP_689845.2
CDS	67..2997
Translation	MNTQKGSLTINVHRGSLAMSIQRGSLVPRDMDSSGRDMQLRVIPAEVKFLDTMAGRVYRLPITVHNICRWNQKIRFKEPVKPQFKLMLTSLDKELASGLQMTAMVEYHPDKDEDTFDRLLISIENKTTEIPLIGLIPSCQLEIESVVNFGTLVANSKVYSKEITITNHGKAPGIFKAEYHGQLPILIFPTSGIVDAKSSMVIKVDFCADQPRIVDEEAIVILQGQPEMLLSIKAHVVEQIIELLSMSSDRRLECIHFGPVFFGSSKIKHARVYNNSPEPINWVAIIQDDAVGEELGTDIQQRTDIALNNLTYIRKIKNIDTTIIISCLPNEGTLQPYQKTVITFCFTPKLMAVGKKDIGPSYRQDYALFLRFESVGSKDGFLRDDDYKTIKSERFQKVELALTGTGLPVLLQFDPGPVLNFKPCFMGERSEIQCIIKNQCELLPVTYHFKKTANFEIDPEKGKITGGGMVDVMCSFVPHQLGVFKVKQMIEIIGLVAEEDLQSLSVKSFHHVYLAFNSICKASTKKVVMKFDPGILPSIRNPTGKFVVKDLAKRKNYAPVAMLQSAMTRTHNHRSCEEPVKDMLLAFPNDRAATIRSKDHHKHFRPIFTKVPRFNYVNHDFAYTTFEKQQKKLHENYYAMYLKYLRSVRLQKKQAERERMYSYDDTDIGLEPGSGLKSPSLSEAEIEEELSSAANSIRANRLLTTRGIASQEEESVRRKVLKGLKSEPSTPQEKHDCSLMLTPKQIHQVIVGPSVLNFGNICVNSPNTHLLHVINMLPMHVLLQLDTDLEELQKTNQFSYVILPTSSTYISMVFDSPTIGKFWKSFTFTVNNVPSGHILVVAVVQPVTLELSSNELVLRPRGFFMKTCFRGTVRLYNRQNCCAQFQWQPVNTGRGIAFSICPAKGTVEAYSSLECEVTWQQGFSSPEEGEFILHVFQGNALKLKCVAHVIIFLEHGFCFEGYEFVGYTLVYIVTYI

Target ORF information:

RefSeq Version	NM_152632.4
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 2, mRNA.

Target ORF information:

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

NM_152632.4

ORF Insert Sequence:

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATGTAATT ATTTTCCTTG AACATGGTTT TTGTTTTGAG 
GGCTATGAAT TTGTTGGGTA TACACTGGTG TATATAGTTA CCTATATCTA G

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

CFAP47 ( NM_152632.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_689845.2 Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu20950
Clone ID Related Accession (Same CDS sequence)	NM_152632.4 , NM_152632.3
Accession Version	NM_152632.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2931bp) 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	2018-06-23
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 47 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CD686506.1, AK126295.1, AL590065.3 and BC027936.1. On May 14, 2010 this sequence version replaced NM_152632.2. Transcript Variant: This variant (2) lacks multiple exons in the central and 3' coding regions, and its 3' terminal exon extends beyond a splice site that is used in variant 1. This results in a novel 3' coding region and 3' UTR, compared to variant 1. It encodes isoform 2 which is significantly shorter, and has a distinct C-terminus, compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: AK126295.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATGTAATT ATTTTCCTTG AACATGGTTT TTGTTTTGAG 
GGCTATGAAT TTGTTGGGTA TACACTGGTG TATATAGTTA CCTATATCTA G

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

RefSeq	NP_689845.2
CDS	67..2997
Translation	MNTQKGSLTINVHRGSLAMSIQRGSLVPRDMDSSGRDMQLRVIPAEVKFLDTMAGRVYRLPITVHNICRWNQKIRFKEPVKPQFKLMLTSLDKELASGLQMTAMVEYHPDKDEDTFDRLLISIENKTTEIPLIGLIPSCQLEIESVVNFGTLVANSKVYSKEITITNHGKAPGIFKAEYHGQLPILIFPTSGIVDAKSSMVIKVDFCADQPRIVDEEAIVILQGQPEMLLSIKAHVVEQIIELLSMSSDRRLECIHFGPVFFGSSKIKHARVYNNSPEPINWVAIIQDDAVGEELGTDIQQRTDIALNNLTYIRKIKNIDTTIIISCLPNEGTLQPYQKTVITFCFTPKLMAVGKKDIGPSYRQDYALFLRFESVGSKDGFLRDDDYKTIKSERFQKVELALTGTGLPVLLQFDPGPVLNFKPCFMGERSEIQCIIKNQCELLPVTYHFKKTANFEIDPEKGKITGGGMVDVMCSFVPHQLGVFKVKQMIEIIGLVAEEDLQSLSVKSFHHVYLAFNSICKASTKKVVMKFDPGILPSIRNPTGKFVVKDLAKRKNYAPVAMLQSAMTRTHNHRSCEEPVKDMLLAFPNDRAATIRSKDHHKHFRPIFTKVPRFNYVNHDFAYTTFEKQQKKLHENYYAMYLKYLRSVRLQKKQAERERMYSYDDTDIGLEPGSGLKSPSLSEAEIEEELSSAANSIRANRLLTTRGIASQEEESVRRKVLKGLKSEPSTPQEKHDCSLMLTPKQIHQVIVGPSVLNFGNICVNSPNTHLLHVINMLPMHVLLQLDTDLEELQKTNQFSYVILPTSSTYISMVFDSPTIGKFWKSFTFTVNNVPSGHILVVAVVQPVTLELSSNELVLRPRGFFMKTCFRGTVRLYNRQNCCAQFQWQPVNTGRGIAFSICPAKGTVEAYSSLECEVTWQQGFSSPEEGEFILHVFQGNALKLKCVAHVIIFLEHGFCFEGYEFVGYTLVYIVTYI

Target ORF information:

RefSeq Version	NM_152632.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 2, mRNA.

Target ORF information:

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

NM_152632.3

ORF Insert Sequence:

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATGTAATT ATTTTCCTTG AACATGGTTT TTGTTTTGAG 
GGCTATGAAT TTGTTGGGTA TACACTGGTG TATATAGTTA CCTATATCTA G

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

CFAP47 ( XM_017029453.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016884942.1 Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant X2, mRNA.

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CloneID	OHu99269
Clone ID Related Accession (Same CDS sequence)	XM_017029453.1
Accession Version	XM_017029453.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5784bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 47 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGTGTG TCTGAGGGTG TTTCCAAAGG AGATGGATGC AGGAGTCAGT 
GGCCTGAGAA AGGAAGATAT GCCCTCAGTG TGGGTTGTTA CCATCCGATT GGCTGTGGCA 
GTGGCCAGAA CAAAGAGACA GAAGAAGGGG GATATTCAGT TTGCTTGTTT TTTTGTTTGT 
TTGTTCTTTT TTATTTTTGT CGTGATCTCT TTCTCCCTTT GGAGCAGGAT GCATTTTTTT 
CTCCTTCTGC CCTTGGACAT CTGA

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

RefSeq	XP_016884942.1
CDS	60..5843
Translation	MNTQKGSLTINVHRGSLAMSIQRGSLVPRDMDSSGRDMQLRVIPAEVKFLDTMAGRVYRLPITVHNICRWNQKIRFKEPVKPQFKLMLTSLDKELASGLQMTAMVEYHPDKDEDTFDRLLISIENKTTEIPLIGLIPSCQLEIESVVNFGTLVANSKVYSKEITITNHGKAPGIFKAEYHGQLPILIFPTSGIVDAKSSMVIKVDFCADQPRIVDEEAIVILQGQPEMLLSIKAHVVEQIIELLSMSSDRRLECIHFGPVFFGSSKIKHARVYNNSPEPINWVAIIQDDAVGEELGTDIQQRTDIALNNLTYIRKIKNIDTTIIISCLPNEGTLQPYQKTVITFCFTPKLMAVGKKDIGPSYRQDYALFLRFESVGSKDGFLRDDDYKTIKSERFQKVELALTGTGLPVLLQFDPGPVLNFKPCFMGERSEIQCIIKNQCELLPVTYHFKKTANFEIDPEKGKITGGGMVDVMCSFVPHQLGVFKVKQMIEIIGLVAEEDLQSLSVKSFHHVYLAFNSICKASTKKVVMKFDPGILPSIRNPTGKFVVKDLAKRKNYAPVAMLQSAMTRTHNHRSCEEPVKDMLLAFPNDRAATIRSKDHHKHFRPIFTKVPRFNYVNHDFAYTTFEKQQKKLHENYYAMYLKYLRSVRLQKKQAERERMYSYDDTDIGLEPGSGLKSPSLSEAEIEEELSSAANSIRANRLLTTRGIASQEEESVRRKVLKGLKSEPSTPQEKHDCSLMLTPKQIHQVIVGPSVLNFGNICVNSPNTHLLHVINMLPMHVLLQLDTDLEELQKTNQFSYVILPTSSTYISMVFDSPTIGKFWKSFTFTVNNVPSGHILVVAVVQPVTLELSSNELVLRPRGFFMKTCFRGTVRLYNRQNCCAQFQWQPVNTGRGIAFSICPAKGTVEAYSSLECEVTWQQGFSSPEEGEFILHVFQGNALKLKCVAHLGRTKVLLLQPRILFSNCPQGLTTWRKAILQNVGQNHAYFKVCSQSLLPIINIIPSQGIVPFGGITVLNISCKPTVAEKFDTRAKVSIRHANVIDLRIGGSAEIADVEINPDVFNFSGAYIGGTQIIPFVIKNKGITRARVEFNLKDFPDFSMDLKDKSEEFKDPAVPYIYSLELEENTSLECSITFSPKEVTVVEFIIQVQINFFESSKLYTKYLSSSPSNPKTVPLIRPCYVQATALQSPLNLSSTKFVFEIPLHEMNPNNKVTKTQNLVLYNITKHHVTWTLDLSNTGKLFKDGTFKFSVLNGILRPNEKYNVSISFCPNRPGTYTADIPMLLNYIPVCYKILHLTGEVKSPELLFDPPFIFFTPVPLDITTVMDINILPQNYFRNSTLCVQIPTVRLLDGEEIHPLSVKFPKGRVIPGSHSGINNKLTCHLSFKSSKPVSFFTNLLFCDDRKNWFSLPVTATAENCILTIYPYMAIHLDKQNIILKNDKDEYLKKTRDGVLPPYQDAKPPSPASIKKTYTTSKFNDAEPAKGNLFIGVEVLPENLHLDESETSEEDHGSLEKEKYEQFLSLEEGTKAHYFFEKVVNAAQTWFSLFGWPEGPHSFSIPETIRRDVYKMQFYSSTSPPQKFSRQNDFSKYNKTIYDVLLHLSGKMPPGINSSQSLPVDNHEKRVIQLHLQHSSLLDFLNAQGGCISHVLPEFLLEPEDYKRWIEIMSSTNTMPVSSCTPKKKCSIVIEMSKFEAWSKRAWTDVFLQIYKVLVLSRVVPYCSNNMPPICVQNTPKVNPCFASSNIYSDSERILLSWMNINYENTRHVIWKNCHKDVIPSERWIVNFDKDLSDGLVFATQLGAYCPFLIESHFINMYTRPKSPEEYLHNCLIIVNTLYEIDFDVEIQVCLRVFPKEMDAGVSGLRKEDMPSVWVVTIRLAVAVARTKRQKKGDIQFACFFVCLFFFIFVVISFSLWSRMHFFLLLPLDI

Target ORF information:

RefSeq Version	XM_017029453.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant X2, mRNA.

Target ORF information:

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

XM_017029453.1

ORF Insert Sequence:

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGTGTG TCTGAGGGTG TTTCCAAAGG AGATGGATGC AGGAGTCAGT 
GGCCTGAGAA AGGAAGATAT GCCCTCAGTG TGGGTTGTTA CCATCCGATT GGCTGTGGCA 
GTGGCCAGAA CAAAGAGACA GAAGAAGGGG GATATTCAGT TTGCTTGTTT TTTTGTTTGT 
TTGTTCTTTT TTATTTTTGT CGTGATCTCT TTCTCCCTTT GGAGCAGGAT GCATTTTTTT 
CTCCTTCTGC CCTTGGACAT CTGA

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

CFAP47 ( XM_017029452.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016884941.1 Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant X1, mRNA.

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CloneID	OHu99268
Clone ID Related Accession (Same CDS sequence)	XM_017029452.1
Accession Version	XM_017029452.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7974bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 47 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGCCAC AGACATCTGT GACCCAAATC CAATCCTGAT GCTCATGCTT 
TGTGTCTACA TGTATGAAAG ACTCCCTACA TATCTCCCTA AGAAGGTGGT GTCCTTTGAA 
TGTACTCTAC ATGACACGGT GCTGAATAAG ATTCTACTGA AAAATTCCAG CTCGCGAAAC 
TTAGTGTATA ATGCTAGAAT TGTTGGAAGA GATGCTGCTG ACTTCTCCCT TTCCCAAAAA 
GGGAATGTTG TGACAATTTC TCCAAGAAAT GAAATTAATG TCACTCTGAA ATTCACCAGT 
CGCTTTATTC GTCCTGCTGA AGCTTCACTA CTATTAATTT CAAAACCCAA GAATGCAGTA 
AGAGGAATTA CAATGACTTT TGCTCTTAAA GGCAAAGTCC TCGATTTTAA AGCCATTGAC 
ATTATAAAAT GCGAAAGCCC ATGTTATCAA TTTCAGGAAG TCACTGTAAA TGTGAAAAAC 
CCCTTCCATA CGGCTGGGGA CTTCAGTGTC ATTTTGGTGG AATCCTCAAC ATTTGTCTCT 
TCGCCAACGA AGTTAACTGA ATCCAGGCAA TACCCGAAAC ATGATGATGA TATGAGTAGC 
AGTGGGAGTG ACACTGATCA GGGCTGTTCC GATTCCCCAA ATGTCTTACA TACCTCAATT 
AAGTCCACTT TTATCAGAGA GTTCTTCTGC TCCATGCATA CTGTTCACCT GGGAGTGAAA 
GGAACTTCAA GCCTAGAGCT CCGCTTTCTT CCCTTTAACA TGCACGTGCG CTACTGTGTC 
ATCATCTTGA GCAACAAAAA GATTGGACAA TTAATATATG TTGCGGAAGG AAAAGGTATG 
ACCCCCTTGC CTTCCAGTTG CCTTCCAATG AATACGTCTT CAAGTCCAGT TTATTACAGC 
ACTACTCGAG AAGAAGGGCC TAATAAGAAA TACCCAGTTC TGTATTTGAA ATGCAAACCC 
TATCAAATCC TGTATGTGGA CCTTAAATTG CCAATGACTA ATGAAGCCAA GGAAAAGGCT 
TTGGCTTTTG CAGCACAGCA ACAGATGTCG AGTATTGAGT ATGAGCGAAG GTTGATCACA 
GGCACTCTAG AGAGCAGTAG TATCCGTGTG GCCATCGCCC TCCTGGGACT GACGAAGATC 
GAGACTCTTA TGCTCTTTCG TATCTCAAAG TTGAGGAAGC CTAAGACCGT TTCATACACA 
ACAGAAGTGA GCCTTCCAAA GTATTTTTAT ATCCCTGAGA AAATCTCCAT TCCTTGGATT 
CCAGAACCTC AAGTAATTAA ACTTTCAAAA GCAAAAGCTT CAGATGGATC TGTTCCACTT 
CCTTTGCAAT TTCTTCCTCT CCAATCTGGA CGCTACCCTT GTAAAATTTT ATTGAAATCA 
AGGTATGATG TGCGTGCCTA TTATGTTGAA GGTATTGTGA ATGAAGAACA ACCAGAGGCC 
AAATTTGAGT TTGAAACACC AGCATTTGAA GCCCTTACTC AGAATATTCC AATAAAAAAT 
CAAACAAACG ATAAATGGAC CTTTCAAGTT ACTATAGAAG GAGAATGGTT TTATGGACCT 
GTTGATTTAC ATGTTGGACC AGATGAAATT GTGGAGTATC CTCTCACATT CAAACCTATT 
TTTGAATGTG TCATTACGGG TAAACTTATT CTACAAAATG AAGTAGATGG TAGGGAGCAC 
ATCTTTGACA TAAAAGGGGT TGGGAAAAAA CCTTCGGCCT TGGAACACAT CACTGTGGAA 
TGTCAAGTGG GGAATGTGAC ACAAAAGCAT ATAACATTGC CTCATTTCAC AAATACTGCC 
CTAACATTTA AGGTAACTGC AGATCTTCCA ATAGTGTGGG GAAATCCACA AATTACAGTA 
TACCCTTATA AAGAAATTCT GTACCTGATT CATGTGCGCC CTTGGAAACG TGGTATATTG 
AAAGGTACAA TTACATTTTC TACTACAAGA AGATGTACTA CAAGAAGGAA ACATGATGAT 
TATGAGGAAG ACACAGATCA AGATCAAGCC CTCTCCTGTC TTGATTCAAT AACAGAACAA 
TCTAGCATTT TGGATGATGC AGACACATAT GGTAATTTTA ACAATTTAAG ATTCTGGTAT 
AATCTTGAGA TCCATAGCAC TCCTGGACCA CCCATAGAGA TTATGGAAAT GACATGTATT 
GCTCTGGACA GCACTTGCAT TGAAATACCT CTCTCTAATC CAAAAGATAG AGGTCTTCAC 
TTAGAGGTGC AGTTAACGAG TGCTGCCCTT AATGGGGATA ATGAAATTAT CCTGAGTCCA 
CTACAGTGCA CCAAATATAT TGTATGGTAT TCTCCAGCAA CTACAGGCTA CAGCGATGAA 
AGCATTATTT TTCAGCCTGA AATGGCTGAA GAGTTCTGGT ATTTACTGAA GTTAACTATT 
GAATTACCAA AACCAACCAC AATGCCAGAA ATACAGTGCG ACCTTGGCAA CTGA

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

RefSeq	XP_016884941.1
CDS	60..8033
Translation	MNTQKGSLTINVHRGSLAMSIQRGSLVPRDMDSSGRDMQLRVIPAEVKFLDTMAGRVYRLPITVHNICRWNQKIRFKEPVKPQFKLMLTSLDKELASGLQMTAMVEYHPDKDEDTFDRLLISIENKTTEIPLIGLIPSCQLEIESVVNFGTLVANSKVYSKEITITNHGKAPGIFKAEYHGQLPILIFPTSGIVDAKSSMVIKVDFCADQPRIVDEEAIVILQGQPEMLLSIKAHVVEQIIELLSMSSDRRLECIHFGPVFFGSSKIKHARVYNNSPEPINWVAIIQDDAVGEELGTDIQQRTDIALNNLTYIRKIKNIDTTIIISCLPNEGTLQPYQKTVITFCFTPKLMAVGKKDIGPSYRQDYALFLRFESVGSKDGFLRDDDYKTIKSERFQKVELALTGTGLPVLLQFDPGPVLNFKPCFMGERSEIQCIIKNQCELLPVTYHFKKTANFEIDPEKGKITGGGMVDVMCSFVPHQLGVFKVKQMIEIIGLVAEEDLQSLSVKSFHHVYLAFNSICKASTKKVVMKFDPGILPSIRNPTGKFVVKDLAKRKNYAPVAMLQSAMTRTHNHRSCEEPVKDMLLAFPNDRAATIRSKDHHKHFRPIFTKVPRFNYVNHDFAYTTFEKQQKKLHENYYAMYLKYLRSVRLQKKQAERERMYSYDDTDIGLEPGSGLKSPSLSEAEIEEELSSAANSIRANRLLTTRGIASQEEESVRRKVLKGLKSEPSTPQEKHDCSLMLTPKQIHQVIVGPSVLNFGNICVNSPNTHLLHVINMLPMHVLLQLDTDLEELQKTNQFSYVILPTSSTYISMVFDSPTIGKFWKSFTFTVNNVPSGHILVVAVVQPVTLELSSNELVLRPRGFFMKTCFRGTVRLYNRQNCCAQFQWQPVNTGRGIAFSICPAKGTVEAYSSLECEVTWQQGFSSPEEGEFILHVFQGNALKLKCVAHLGRTKVLLLQPRILFSNCPQGLTTWRKAILQNVGQNHAYFKVCSQSLLPIINIIPSQGIVPFGGITVLNISCKPTVAEKFDTRAKVSIRHANVIDLRIGGSAEIADVEINPDVFNFSGAYIGGTQIIPFVIKNKGITRARVEFNLKDFPDFSMDLKDKSEEFKDPAVPYIYSLELEENTSLECSITFSPKEVTVVEFIIQVQINFFESSKLYTKYLSSSPSNPKTVPLIRPCYVQATALQSPLNLSSTKFVFEIPLHEMNPNNKVTKTQNLVLYNITKHHVTWTLDLSNTGKLFKDGTFKFSVLNGILRPNEKYNVSISFCPNRPGTYTADIPMLLNYIPVCYKILHLTGEVKSPELLFDPPFIFFTPVPLDITTVMDINILPQNYFRNSTLCVQIPTVRLLDGEEIHPLSVKFPKGRVIPGSHSGINNKLTCHLSFKSSKPVSFFTNLLFCDDRKNWFSLPVTATAENCILTIYPYMAIHLDKQNIILKNDKDEYLKKTRDGVLPPYQDAKPPSPASIKKTYTTSKFNDAEPAKGNLFIGVEVLPENLHLDESETSEEDHGSLEKEKYEQFLSLEEGTKAHYFFEKVVNAAQTWFSLFGWPEGPHSFSIPETIRRDVYKMQFYSSTSPPQKFSRQNDFSKYNKTIYDVLLHLSGKMPPGINSSQSLPVDNHEKRVIQLHLQHSSLLDFLNAQGGCISHVLPEFLLEPEDYKRWIEIMSSTNTMPVSSCTPKKKCSIVIEMSKFEAWSKRAWTDVFLQIYKVLVLSRVVPYCSNNMPPICVQNTPKVNPCFASSNIYSDSERILLSWMNINYENTRHVIWKNCHKDVIPSERWIVNFDKDLSDGLVFATQLGAYCPFLIESHFINMYTRPKSPEEYLHNCLIIVNTLYEIDFDVEIQATDICDPNPILMLMLCVYMYERLPTYLPKKVVSFECTLHDTVLNKILLKNSSSRNLVYNARIVGRDAADFSLSQKGNVVTISPRNEINVTLKFTSRFIRPAEASLLLISKPKNAVRGITMTFALKGKVLDFKAIDIIKCESPCYQFQEVTVNVKNPFHTAGDFSVILVESSTFVSSPTKLTESRQYPKHDDDMSSSGSDTDQGCSDSPNVLHTSIKSTFIREFFCSMHTVHLGVKGTSSLELRFLPFNMHVRYCVIILSNKKIGQLIYVAEGKGMTPLPSSCLPMNTSSSPVYYSTTREEGPNKKYPVLYLKCKPYQILYVDLKLPMTNEAKEKALAFAAQQQMSSIEYERRLITGTLESSSIRVAIALLGLTKIETLMLFRISKLRKPKTVSYTTEVSLPKYFYIPEKISIPWIPEPQVIKLSKAKASDGSVPLPLQFLPLQSGRYPCKILLKSRYDVRAYYVEGIVNEEQPEAKFEFETPAFEALTQNIPIKNQTNDKWTFQVTIEGEWFYGPVDLHVGPDEIVEYPLTFKPIFECVITGKLILQNEVDGREHIFDIKGVGKKPSALEHITVECQVGNVTQKHITLPHFTNTALTFKVTADLPIVWGNPQITVYPYKEILYLIHVRPWKRGILKGTITFSTTRRCTTRRKHDDYEEDTDQDQALSCLDSITEQSSILDDADTYGNFNNLRFWYNLEIHSTPGPPIEIMEMTCIALDSTCIEIPLSNPKDRGLHLEVQLTSAALNGDNEIILSPLQCTKYIVWYSPATTGYSDESIIFQPEMAEEFWYLLKLTIELPKPTTMPEIQCDLGN

Target ORF information:

RefSeq Version	XM_017029452.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant X1, mRNA.

Target ORF information:

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

XM_017029452.1

ORF Insert Sequence:

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGCCAC AGACATCTGT GACCCAAATC CAATCCTGAT GCTCATGCTT 
TGTGTCTACA TGTATGAAAG ACTCCCTACA TATCTCCCTA AGAAGGTGGT GTCCTTTGAA 
TGTACTCTAC ATGACACGGT GCTGAATAAG ATTCTACTGA AAAATTCCAG CTCGCGAAAC 
TTAGTGTATA ATGCTAGAAT TGTTGGAAGA GATGCTGCTG ACTTCTCCCT TTCCCAAAAA 
GGGAATGTTG TGACAATTTC TCCAAGAAAT GAAATTAATG TCACTCTGAA ATTCACCAGT 
CGCTTTATTC GTCCTGCTGA AGCTTCACTA CTATTAATTT CAAAACCCAA GAATGCAGTA 
AGAGGAATTA CAATGACTTT TGCTCTTAAA GGCAAAGTCC TCGATTTTAA AGCCATTGAC 
ATTATAAAAT GCGAAAGCCC ATGTTATCAA TTTCAGGAAG TCACTGTAAA TGTGAAAAAC 
CCCTTCCATA CGGCTGGGGA CTTCAGTGTC ATTTTGGTGG AATCCTCAAC ATTTGTCTCT 
TCGCCAACGA AGTTAACTGA ATCCAGGCAA TACCCGAAAC ATGATGATGA TATGAGTAGC 
AGTGGGAGTG ACACTGATCA GGGCTGTTCC GATTCCCCAA ATGTCTTACA TACCTCAATT 
AAGTCCACTT TTATCAGAGA GTTCTTCTGC TCCATGCATA CTGTTCACCT GGGAGTGAAA 
GGAACTTCAA GCCTAGAGCT CCGCTTTCTT CCCTTTAACA TGCACGTGCG CTACTGTGTC 
ATCATCTTGA GCAACAAAAA GATTGGACAA TTAATATATG TTGCGGAAGG AAAAGGTATG 
ACCCCCTTGC CTTCCAGTTG CCTTCCAATG AATACGTCTT CAAGTCCAGT TTATTACAGC 
ACTACTCGAG AAGAAGGGCC TAATAAGAAA TACCCAGTTC TGTATTTGAA ATGCAAACCC 
TATCAAATCC TGTATGTGGA CCTTAAATTG CCAATGACTA ATGAAGCCAA GGAAAAGGCT 
TTGGCTTTTG CAGCACAGCA ACAGATGTCG AGTATTGAGT ATGAGCGAAG GTTGATCACA 
GGCACTCTAG AGAGCAGTAG TATCCGTGTG GCCATCGCCC TCCTGGGACT GACGAAGATC 
GAGACTCTTA TGCTCTTTCG TATCTCAAAG TTGAGGAAGC CTAAGACCGT TTCATACACA 
ACAGAAGTGA GCCTTCCAAA GTATTTTTAT ATCCCTGAGA AAATCTCCAT TCCTTGGATT 
CCAGAACCTC AAGTAATTAA ACTTTCAAAA GCAAAAGCTT CAGATGGATC TGTTCCACTT 
CCTTTGCAAT TTCTTCCTCT CCAATCTGGA CGCTACCCTT GTAAAATTTT ATTGAAATCA 
AGGTATGATG TGCGTGCCTA TTATGTTGAA GGTATTGTGA ATGAAGAACA ACCAGAGGCC 
AAATTTGAGT TTGAAACACC AGCATTTGAA GCCCTTACTC AGAATATTCC AATAAAAAAT 
CAAACAAACG ATAAATGGAC CTTTCAAGTT ACTATAGAAG GAGAATGGTT TTATGGACCT 
GTTGATTTAC ATGTTGGACC AGATGAAATT GTGGAGTATC CTCTCACATT CAAACCTATT 
TTTGAATGTG TCATTACGGG TAAACTTATT CTACAAAATG AAGTAGATGG TAGGGAGCAC 
ATCTTTGACA TAAAAGGGGT TGGGAAAAAA CCTTCGGCCT TGGAACACAT CACTGTGGAA 
TGTCAAGTGG GGAATGTGAC ACAAAAGCAT ATAACATTGC CTCATTTCAC AAATACTGCC 
CTAACATTTA AGGTAACTGC AGATCTTCCA ATAGTGTGGG GAAATCCACA AATTACAGTA 
TACCCTTATA AAGAAATTCT GTACCTGATT CATGTGCGCC CTTGGAAACG TGGTATATTG 
AAAGGTACAA TTACATTTTC TACTACAAGA AGATGTACTA CAAGAAGGAA ACATGATGAT 
TATGAGGAAG ACACAGATCA AGATCAAGCC CTCTCCTGTC TTGATTCAAT AACAGAACAA 
TCTAGCATTT TGGATGATGC AGACACATAT GGTAATTTTA ACAATTTAAG ATTCTGGTAT 
AATCTTGAGA TCCATAGCAC TCCTGGACCA CCCATAGAGA TTATGGAAAT GACATGTATT 
GCTCTGGACA GCACTTGCAT TGAAATACCT CTCTCTAATC CAAAAGATAG AGGTCTTCAC 
TTAGAGGTGC AGTTAACGAG TGCTGCCCTT AATGGGGATA ATGAAATTAT CCTGAGTCCA 
CTACAGTGCA CCAAATATAT TGTATGGTAT TCTCCAGCAA CTACAGGCTA CAGCGATGAA 
AGCATTATTT TTCAGCCTGA AATGGCTGAA GAGTTCTGGT ATTTACTGAA GTTAACTATT 
GAATTACCAA AACCAACCAC AATGCCAGAA ATACAGTGCG ACCTTGGCAA CTGA

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

CFAP47 ( NM_001304548.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291477.1 Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 1, mRNA.

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CloneID	OHu79117
Clone ID Related Accession (Same CDS sequence)	NM_001304548.1 , NM_001304548.2
Accession Version	NM_001304548.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9564bp) 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	2017-10-02
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 47 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CD686506.1, AK126295.1, BC027936.1, DV080632.1, AL590065.3, DV080105.1, AK093920.1, BC101698.1, DV080519.1, DV080683.1, DV080684.1, AL606467.5, AC233304.2, DV080142.1, DV080141.1, DV080305.1, DY655297.1, DV080613.1, CD106515.1, BG197183.1, BG190566.1, BG186336.1 and BG200277.1. This sequence is a reference standard in the RefSeqGene project. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. There are no full-length transcripts supporting this RefSeq in human and it is unknown if this exon combination exists in human; however, it is predicted based on partial transcript alignments. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968189, SAMEA1968540 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGCCAC AGACATCTGT GACCCAAATC CAATCCTGAT GCTCATGCTT 
TGTGTCTACA TGTATGAAAG ACTCCCTACA TATCTCCCTA AGAAGGTGGT GTCCTTTGAA 
TGTACTCTAC ATGACACGGT GCTGAATAAG ATTCTACTGA AAAATTCCAG CTCGCGAAAC 
TTAGTGTATA ATGCTAGAAT TGTTGGAAGA GATGCTGCTG ACTTCTCCCT TTCCCAAAAA 
GGGAATGTTG TGACAATTTC TCCAAGAAAT GAAATTAATG TCACTCTGAA ATTCACCAGT 
CGCTTTATTC GTCCTGCTGA AGCTTCACTA CTATTAATTT CAAAACCCAA GAATGCAGTA 
AGAGGAATTA CAATGACTTT TGCTCTTAAA GGCAAAGTCC TCGATTTTAA AGCCATTGAC 
ATTATAAAAT GCGAAAGCCC ATGTTATCAA TTTCAGGAAG TCACTGTAAA TGTGAAAAAC 
CCCTTCCATA CGGCTGGGGA CTTCAGTGTC ATTTTGGTGG AATCCTCAAC ATTTGTCTCT 
TCGCCAACGA AGTTAACTGA ATCCAGGCAA TACCCGAAAC ATGATGATGA TATGAGTAGC 
AGTGGGAGTG ACACTGATCA GGGCTGTTCC GATTCCCCAA ATGTCTTACA TACCTCAATT 
AAGTCCACTT TTATCAGAGA GTTCTTCTGC TCCATGCATA CTGTTCACCT GGGAGTGAAA 
GGAACTTCAA GCCTAGAGCT CCGCTTTCTT CCCTTTAACA TGCACGTGCG CTACTGTGTC 
ATCATCTTGA GCAACAAAAA GATTGGACAA TTAATATATG TTGCGGAAGG AAAAGGTATG 
ACCCCCTTGC CTTCCAGTTG CCTTCCAATG AATACGTCTT CAAGTCCAGT TTATTACAGC 
ACTACTCGAG AAGAAGGGCC TAATAAGAAA TACCCAGTTC TGTATTTGAA ATGCAAACCC 
TATCAAATCC TGTATGTGGA CCTTAAATTG CCAATGACTA ATGAAGCCAA GGAAAAGGCT 
TTGGCTTTTG CAGCACAGCA ACAGATGTCG AGTATTGAGT ATGAGCGAAG GTTGATCACA 
GGCACTCTAG AGAGCAGTAG TATCCGTGTG GCCATCGCCC TCCTGGGACT GACGAAGATC 
GAGACTCTTA TGCTCTTTCG TATCTCAAAG TTGAGGAAGC CTAAGACCGT TTCATACACA 
ACAGAAGTGA GCCTTCCAAA GTATTTTTAT ATCCCTGAGA AAATCTCCAT TCCTTGGATT 
CCAGAACCTC AAGTAATTAA ACTTTCAAAA GCAAAAGCTT CAGATGGATC TGTTCCACTT 
CCTTTGCAAT TTCTTCCTCT CCAATCTGGA CGCTACCCTT GTAAAATTTT ATTGAAATCA 
AGGTATGATG TGCGTGCCTA TTATGTTGAA GGTATTGTGA ATGAAGAACA ACCAGAGGCC 
AAATTTGAGT TTGAAACACC AGCATTTGAA GCCCTTACTC AGAATATTCC AATAAAAAAT 
CAAACAAACG ATAAATGGAC CTTTCAAGTT ACTATAGAAG GAGAATGGTT TTATGGACCT 
GTTGATTTAC ATGTTGGACC AGATGAAATT GTGGAGTATC CTCTCACATT CAAACCTATT 
TTTGAATGTG TCATTACGGG TAAACTTATT CTACAAAATG AAGTAGATGG TAGGGAGCAC 
ATCTTTGACA TAAAAGGGGT TGGGAAAAAA CCTTCGGCCT TGGAACACAT CACTGTGGAA 
TGTCAAGTGG GGAATGTGAC ACAAAAGCAT ATAACATTGC CTCATTTCAC AAATACTGCC 
CTAACATTTA AGGTAACTGC AGATCTTCCA ATAGTGTGGG GAAATCCACA AATTACAGTA 
TACCCTTATA AAGAAATTCT GTACCTGATT CATGTGCGCC CTTGGAAACG TGGTATATTG 
AAAGGTACAA TTACATTTTC TACTACAAGA AGATGTACTA CAAGAAGGAA ACATGATGAT 
TATGAGGAAG ACACAGATCA AGATCAAGCC CTCTCCTGTC TTGATTCAAT AACAGAACAA 
TCTAGCATTT TGGATGATGC AGACACATAT GGTAATTTTA ACAATTTAAG ATTCTGGTAT 
AATCTTGAGA TCCATAGCAC TCCTGGACCA CCCATAGAGA TTATGGAAAT GACATGTATT 
GCTCTGGACA GCACTTGCAT TGAAATACCT CTCTCTAATC CAAAAGATAG AGGTCTTCAC 
TTAGAGGTGC AGTTAACGAG TGCTGCCCTT AATGGGGATA ATGAAATTAT CCTGAGTCCA 
CTACAGTGCA CCAAATATAT TGTATGGTAT TCTCCAGCAA CTACAGGCTA CAGCGATGAA 
AGCATTATTT TTCAGCCTGA AATGGCTGAA GAGTTCTGGT ATTTACTGAA GTTAACTATT 
GAATTACCAA AACCAACCAC AATGCCAGAA ATACAGTGCG ACCTTGGCAA GCATGTCACT 
CAGATCATTC CTTTAGTTAA TTGTACGCAT GAAACCTTAA AATTGCAAGT AACAAACAGT 
AATCCTGAAA ATTTTGTCCT GGATATTAAC AGAAAATCAC AACTGATCAT ATCTCCTCAC 
TCCACCACAG AATTACCTGT TCTCTTTTAT CCTTCTGCAC TTGGAAGAGC TGATCATCAA 
GCTTGCATCA ACTTCTACTG TACTCAGTTT ACAGAATGGA AATTCTACTT ATCTGGAGTA 
GGACTATTTC CCCAGCCTCT AGACACGGAA AGAATAACCA CACGCATTGG TCTTCAGTCA 
ACTATTGTTA TACCTTTCAA AAATCCCACA ATGGAAGATG TCCTCATTGA TATAATACTG 
ACAAGTGTGG AACATCCCAG GAATCTTGTC ATGGATCATT GCTGGGATAG CTTCATCTAT 
GAGAGTTCTG CCTTCAGATT TAGTTCTCCG AGTGAAATAC AAGGAATTGC ACTGCCTCCT 
AAAGGAAATA TAGATATCTC ATTGTTATTT ATACCTCAAA TTATGAAATT ACACAAAACA 
ATGGTTATTA TTGAGATGAC GAAAGCAAAT GGAAAATATT GGCCTATTGA CAATTTTGAT 
GAGTTGGATA TAAAATTTAA AAGTATTGTG GGAATCGACA GCGAAGAAAT CCAAGCAATA 
CACTGGATAT ACCCTATTGT TGGACTCCCA CAAGCACCAC CTCCTAAATC TCCCCCAGTT 
GTCATACAAT GTCAGTCCAG GAAGCGGGCA GAAGAGAAGG TAGAAATCAT ACTGAATGCT 
GGTTTTTTCG GATTTAGTCT TACTCCAGAT CTGACAGAAG TTTTAGTGAT TCCAAAAAGA 
AATTCACATA ATTTTTGTGA GGATCCCAAT GAAATTCCTA AAATACATGA ATTCGAGTAT 
GAAATTCAAT TTGAATCTGA AGCTATGAAG TCTAAGTTGG AATCCTGTGT AGCTTTATAT 
ATGATTGAAA AATCTTATGA TATTATGGCT AAAAGGATAA CATTTATCTT CAATCTGGTA 
TTCACACCAA AGAAACCATT AAGGTCTCAC ATAACACTGA AAATAGAGTG CGTAACAGAA 
GGGATCTGGA AGTTTCCCAT AATGTTGATC GCTACTGAAC CTGATACGGA TGCTGTCATT 
GACATTGAAG GAGTTGGTTT ATTTAAGGAA TCTGTTTTTG AACTTAGGCT GAAAAGTCAG 
ACAAGAAATC CTGAGCCGTT CACCGCACAC TTCCTACCTG GCAGCGATCT GGAGTTTTTT 
GTAAAACCTC AGGCTGGAGA ACTTCTTCCT TTTAACACAA ACGGAACTCT CATCACTGTA 
GGATTTAAAC CTAAAATGTA CTGTAGGAAA TATAAAGCAA CATTAGTAAT ACAGACAGAA 
GAAATGTACT GGAAGTATGA GATCAATGGA TTAACTCCAA CTACCGTGCC ACCAAAAAAT 
GCAAAAGCCA AAATTGATGC TACTCACAAG ACACATGACA ACATGCCAGT CCGTCCACAT 
AATTTTGTCC GTGAAAATAC TAAACTCATA AGAACAGGGG TGTCTTCCAC CATCAAGGGT 
GCTCCTTTGG TGAAGAATCA ATAA

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

RefSeq	NP_001291477.1
CDS	67..9630
Translation	MNTQKGSLTINVHRGSLAMSIQRGSLVPRDMDSSGRDMQLRVIPAEVKFLDTMAGRVYRLPITVHNICRWNQKIRFKEPVKPQFKLMLTSLDKELASGLQMTAMVEYHPDKDEDTFDRLLISIENKTTEIPLIGLIPSCQLEIESVVNFGTLVANSKVYSKEITITNHGKAPGIFKAEYHGQLPILIFPTSGIVDAKSSMVIKVDFCADQPRIVDEEAIVILQGQPEMLLSIKAHVVEQIIELLSMSSDRRLECIHFGPVFFGSSKIKHARVYNNSPEPINWVAIIQDDAVGEELGTDIQQRTDIALNNLTYIRKIKNIDTTIIISCLPNEGTLQPYQKTVITFCFTPKLMAVGKKDIGPSYRQDYALFLRFESVGSKDGFLRDDDYKTIKSERFQKVELALTGTGLPVLLQFDPGPVLNFKPCFMGERSEIQCIIKNQCELLPVTYHFKKTANFEIDPEKGKITGGGMVDVMCSFVPHQLGVFKVKQMIEIIGLVAEEDLQSLSVKSFHHVYLAFNSICKASTKKVVMKFDPGILPSIRNPTGKFVVKDLAKRKNYAPVAMLQSAMTRTHNHRSCEEPVKDMLLAFPNDRAATIRSKDHHKHFRPIFTKVPRFNYVNHDFAYTTFEKQQKKLHENYYAMYLKYLRSVRLQKKQAERERMYSYDDTDIGLEPGSGLKSPSLSEAEIEEELSSAANSIRANRLLTTRGIASQEEESVRRKVLKGLKSEPSTPQEKHDCSLMLTPKQIHQVIVGPSVLNFGNICVNSPNTHLLHVINMLPMHVLLQLDTDLEELQKTNQFSYVILPTSSTYISMVFDSPTIGKFWKSFTFTVNNVPSGHILVVAVVQPVTLELSSNELVLRPRGFFMKTCFRGTVRLYNRQNCCAQFQWQPVNTGRGIAFSICPAKGTVEAYSSLECEVTWQQGFSSPEEGEFILHVFQGNALKLKCVAHLGRTKVLLLQPRILFSNCPQGLTTWRKAILQNVGQNHAYFKVCSQSLLPIINIIPSQGIVPFGGITVLNISCKPTVAEKFDTRAKVSIRHANVIDLRIGGSAEIADVEINPDVFNFSGAYIGGTQIIPFVIKNKGITRARVEFNLKDFPDFSMDLKDKSEEFKDPAVPYIYSLELEENTSLECSITFSPKEVTVVEFIIQVQINFFESSKLYTKYLSSSPSNPKTVPLIRPCYVQATALQSPLNLSSTKFVFEIPLHEMNPNNKVTKTQNLVLYNITKHHVTWTLDLSNTGKLFKDGTFKFSVLNGILRPNEKYNVSISFCPNRPGTYTADIPMLLNYIPVCYKILHLTGEVKSPELLFDPPFIFFTPVPLDITTVMDINILPQNYFRNSTLCVQIPTVRLLDGEEIHPLSVKFPKGRVIPGSHSGINNKLTCHLSFKSSKPVSFFTNLLFCDDRKNWFSLPVTATAENCILTIYPYMAIHLDKQNIILKNDKDEYLKKTRDGVLPPYQDAKPPSPASIKKTYTTSKFNDAEPAKGNLFIGVEVLPENLHLDESETSEEDHGSLEKEKYEQFLSLEEGTKAHYFFEKVVNAAQTWFSLFGWPEGPHSFSIPETIRRDVYKMQFYSSTSPPQKFSRQNDFSKYNKTIYDVLLHLSGKMPPGINSSQSLPVDNHEKRVIQLHLQHSSLLDFLNAQGGCISHVLPEFLLEPEDYKRWIEIMSSTNTMPVSSCTPKKKCSIVIEMSKFEAWSKRAWTDVFLQIYKVLVLSRVVPYCSNNMPPICVQNTPKVNPCFASSNIYSDSERILLSWMNINYENTRHVIWKNCHKDVIPSERWIVNFDKDLSDGLVFATQLGAYCPFLIESHFINMYTRPKSPEEYLHNCLIIVNTLYEIDFDVEIQATDICDPNPILMLMLCVYMYERLPTYLPKKVVSFECTLHDTVLNKILLKNSSSRNLVYNARIVGRDAADFSLSQKGNVVTISPRNEINVTLKFTSRFIRPAEASLLLISKPKNAVRGITMTFALKGKVLDFKAIDIIKCESPCYQFQEVTVNVKNPFHTAGDFSVILVESSTFVSSPTKLTESRQYPKHDDDMSSSGSDTDQGCSDSPNVLHTSIKSTFIREFFCSMHTVHLGVKGTSSLELRFLPFNMHVRYCVIILSNKKIGQLIYVAEGKGMTPLPSSCLPMNTSSSPVYYSTTREEGPNKKYPVLYLKCKPYQILYVDLKLPMTNEAKEKALAFAAQQQMSSIEYERRLITGTLESSSIRVAIALLGLTKIETLMLFRISKLRKPKTVSYTTEVSLPKYFYIPEKISIPWIPEPQVIKLSKAKASDGSVPLPLQFLPLQSGRYPCKILLKSRYDVRAYYVEGIVNEEQPEAKFEFETPAFEALTQNIPIKNQTNDKWTFQVTIEGEWFYGPVDLHVGPDEIVEYPLTFKPIFECVITGKLILQNEVDGREHIFDIKGVGKKPSALEHITVECQVGNVTQKHITLPHFTNTALTFKVTADLPIVWGNPQITVYPYKEILYLIHVRPWKRGILKGTITFSTTRRCTTRRKHDDYEEDTDQDQALSCLDSITEQSSILDDADTYGNFNNLRFWYNLEIHSTPGPPIEIMEMTCIALDSTCIEIPLSNPKDRGLHLEVQLTSAALNGDNEIILSPLQCTKYIVWYSPATTGYSDESIIFQPEMAEEFWYLLKLTIELPKPTTMPEIQCDLGKHVTQIIPLVNCTHETLKLQVTNSNPENFVLDINRKSQLIISPHSTTELPVLFYPSALGRADHQACINFYCTQFTEWKFYLSGVGLFPQPLDTERITTRIGLQSTIVIPFKNPTMEDVLIDIILTSVEHPRNLVMDHCWDSFIYESSAFRFSSPSEIQGIALPPKGNIDISLLFIPQIMKLHKTMVIIEMTKANGKYWPIDNFDELDIKFKSIVGIDSEEIQAIHWIYPIVGLPQAPPPKSPPVVIQCQSRKRAEEKVEIILNAGFFGFSLTPDLTEVLVIPKRNSHNFCEDPNEIPKIHEFEYEIQFESEAMKSKLESCVALYMIEKSYDIMAKRITFIFNLVFTPKKPLRSHITLKIECVTEGIWKFPIMLIATEPDTDAVIDIEGVGLFKESVFELRLKSQTRNPEPFTAHFLPGSDLEFFVKPQAGELLPFNTNGTLITVGFKPKMYCRKYKATLVIQTEEMYWKYEINGLTPTTVPPKNAKAKIDATHKTHDNMPVRPHNFVRENTKLIRTGVSSTIKGAPLVKNQ

Target ORF information:

RefSeq Version	NM_001304548.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 1, mRNA.

Target ORF information:

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

NM_001304548.1

ORF Insert Sequence:

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGCCAC AGACATCTGT GACCCAAATC CAATCCTGAT GCTCATGCTT 
TGTGTCTACA TGTATGAAAG ACTCCCTACA TATCTCCCTA AGAAGGTGGT GTCCTTTGAA 
TGTACTCTAC ATGACACGGT GCTGAATAAG ATTCTACTGA AAAATTCCAG CTCGCGAAAC 
TTAGTGTATA ATGCTAGAAT TGTTGGAAGA GATGCTGCTG ACTTCTCCCT TTCCCAAAAA 
GGGAATGTTG TGACAATTTC TCCAAGAAAT GAAATTAATG TCACTCTGAA ATTCACCAGT 
CGCTTTATTC GTCCTGCTGA AGCTTCACTA CTATTAATTT CAAAACCCAA GAATGCAGTA 
AGAGGAATTA CAATGACTTT TGCTCTTAAA GGCAAAGTCC TCGATTTTAA AGCCATTGAC 
ATTATAAAAT GCGAAAGCCC ATGTTATCAA TTTCAGGAAG TCACTGTAAA TGTGAAAAAC 
CCCTTCCATA CGGCTGGGGA CTTCAGTGTC ATTTTGGTGG AATCCTCAAC ATTTGTCTCT 
TCGCCAACGA AGTTAACTGA ATCCAGGCAA TACCCGAAAC ATGATGATGA TATGAGTAGC 
AGTGGGAGTG ACACTGATCA GGGCTGTTCC GATTCCCCAA ATGTCTTACA TACCTCAATT 
AAGTCCACTT TTATCAGAGA GTTCTTCTGC TCCATGCATA CTGTTCACCT GGGAGTGAAA 
GGAACTTCAA GCCTAGAGCT CCGCTTTCTT CCCTTTAACA TGCACGTGCG CTACTGTGTC 
ATCATCTTGA GCAACAAAAA GATTGGACAA TTAATATATG TTGCGGAAGG AAAAGGTATG 
ACCCCCTTGC CTTCCAGTTG CCTTCCAATG AATACGTCTT CAAGTCCAGT TTATTACAGC 
ACTACTCGAG AAGAAGGGCC TAATAAGAAA TACCCAGTTC TGTATTTGAA ATGCAAACCC 
TATCAAATCC TGTATGTGGA CCTTAAATTG CCAATGACTA ATGAAGCCAA GGAAAAGGCT 
TTGGCTTTTG CAGCACAGCA ACAGATGTCG AGTATTGAGT ATGAGCGAAG GTTGATCACA 
GGCACTCTAG AGAGCAGTAG TATCCGTGTG GCCATCGCCC TCCTGGGACT GACGAAGATC 
GAGACTCTTA TGCTCTTTCG TATCTCAAAG TTGAGGAAGC CTAAGACCGT TTCATACACA 
ACAGAAGTGA GCCTTCCAAA GTATTTTTAT ATCCCTGAGA AAATCTCCAT TCCTTGGATT 
CCAGAACCTC AAGTAATTAA ACTTTCAAAA GCAAAAGCTT CAGATGGATC TGTTCCACTT 
CCTTTGCAAT TTCTTCCTCT CCAATCTGGA CGCTACCCTT GTAAAATTTT ATTGAAATCA 
AGGTATGATG TGCGTGCCTA TTATGTTGAA GGTATTGTGA ATGAAGAACA ACCAGAGGCC 
AAATTTGAGT TTGAAACACC AGCATTTGAA GCCCTTACTC AGAATATTCC AATAAAAAAT 
CAAACAAACG ATAAATGGAC CTTTCAAGTT ACTATAGAAG GAGAATGGTT TTATGGACCT 
GTTGATTTAC ATGTTGGACC AGATGAAATT GTGGAGTATC CTCTCACATT CAAACCTATT 
TTTGAATGTG TCATTACGGG TAAACTTATT CTACAAAATG AAGTAGATGG TAGGGAGCAC 
ATCTTTGACA TAAAAGGGGT TGGGAAAAAA CCTTCGGCCT TGGAACACAT CACTGTGGAA 
TGTCAAGTGG GGAATGTGAC ACAAAAGCAT ATAACATTGC CTCATTTCAC AAATACTGCC 
CTAACATTTA AGGTAACTGC AGATCTTCCA ATAGTGTGGG GAAATCCACA AATTACAGTA 
TACCCTTATA AAGAAATTCT GTACCTGATT CATGTGCGCC CTTGGAAACG TGGTATATTG 
AAAGGTACAA TTACATTTTC TACTACAAGA AGATGTACTA CAAGAAGGAA ACATGATGAT 
TATGAGGAAG ACACAGATCA AGATCAAGCC CTCTCCTGTC TTGATTCAAT AACAGAACAA 
TCTAGCATTT TGGATGATGC AGACACATAT GGTAATTTTA ACAATTTAAG ATTCTGGTAT 
AATCTTGAGA TCCATAGCAC TCCTGGACCA CCCATAGAGA TTATGGAAAT GACATGTATT 
GCTCTGGACA GCACTTGCAT TGAAATACCT CTCTCTAATC CAAAAGATAG AGGTCTTCAC 
TTAGAGGTGC AGTTAACGAG TGCTGCCCTT AATGGGGATA ATGAAATTAT CCTGAGTCCA 
CTACAGTGCA CCAAATATAT TGTATGGTAT TCTCCAGCAA CTACAGGCTA CAGCGATGAA 
AGCATTATTT TTCAGCCTGA AATGGCTGAA GAGTTCTGGT ATTTACTGAA GTTAACTATT 
GAATTACCAA AACCAACCAC AATGCCAGAA ATACAGTGCG ACCTTGGCAA GCATGTCACT 
CAGATCATTC CTTTAGTTAA TTGTACGCAT GAAACCTTAA AATTGCAAGT AACAAACAGT 
AATCCTGAAA ATTTTGTCCT GGATATTAAC AGAAAATCAC AACTGATCAT ATCTCCTCAC 
TCCACCACAG AATTACCTGT TCTCTTTTAT CCTTCTGCAC TTGGAAGAGC TGATCATCAA 
GCTTGCATCA ACTTCTACTG TACTCAGTTT ACAGAATGGA AATTCTACTT ATCTGGAGTA 
GGACTATTTC CCCAGCCTCT AGACACGGAA AGAATAACCA CACGCATTGG TCTTCAGTCA 
ACTATTGTTA TACCTTTCAA AAATCCCACA ATGGAAGATG TCCTCATTGA TATAATACTG 
ACAAGTGTGG AACATCCCAG GAATCTTGTC ATGGATCATT GCTGGGATAG CTTCATCTAT 
GAGAGTTCTG CCTTCAGATT TAGTTCTCCG AGTGAAATAC AAGGAATTGC ACTGCCTCCT 
AAAGGAAATA TAGATATCTC ATTGTTATTT ATACCTCAAA TTATGAAATT ACACAAAACA 
ATGGTTATTA TTGAGATGAC GAAAGCAAAT GGAAAATATT GGCCTATTGA CAATTTTGAT 
GAGTTGGATA TAAAATTTAA AAGTATTGTG GGAATCGACA GCGAAGAAAT CCAAGCAATA 
CACTGGATAT ACCCTATTGT TGGACTCCCA CAAGCACCAC CTCCTAAATC TCCCCCAGTT 
GTCATACAAT GTCAGTCCAG GAAGCGGGCA GAAGAGAAGG TAGAAATCAT ACTGAATGCT 
GGTTTTTTCG GATTTAGTCT TACTCCAGAT CTGACAGAAG TTTTAGTGAT TCCAAAAAGA 
AATTCACATA ATTTTTGTGA GGATCCCAAT GAAATTCCTA AAATACATGA ATTCGAGTAT 
GAAATTCAAT TTGAATCTGA AGCTATGAAG TCTAAGTTGG AATCCTGTGT AGCTTTATAT 
ATGATTGAAA AATCTTATGA TATTATGGCT AAAAGGATAA CATTTATCTT CAATCTGGTA 
TTCACACCAA AGAAACCATT AAGGTCTCAC ATAACACTGA AAATAGAGTG CGTAACAGAA 
GGGATCTGGA AGTTTCCCAT AATGTTGATC GCTACTGAAC CTGATACGGA TGCTGTCATT 
GACATTGAAG GAGTTGGTTT ATTTAAGGAA TCTGTTTTTG AACTTAGGCT GAAAAGTCAG 
ACAAGAAATC CTGAGCCGTT CACCGCACAC TTCCTACCTG GCAGCGATCT GGAGTTTTTT 
GTAAAACCTC AGGCTGGAGA ACTTCTTCCT TTTAACACAA ACGGAACTCT CATCACTGTA 
GGATTTAAAC CTAAAATGTA CTGTAGGAAA TATAAAGCAA CATTAGTAAT ACAGACAGAA 
GAAATGTACT GGAAGTATGA GATCAATGGA TTAACTCCAA CTACCGTGCC ACCAAAAAAT 
GCAAAAGCCA AAATTGATGC TACTCACAAG ACACATGACA ACATGCCAGT CCGTCCACAT 
AATTTTGTCC GTGAAAATAC TAAACTCATA AGAACAGGGG TGTCTTCCAC CATCAAGGGT 
GCTCCTTTGG TGAAGAATCA ATAA

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

CFAP47 ( NM_001304548.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001291477.1 Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 1, mRNA.

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CloneID	OHu79117
Clone ID Related Accession (Same CDS sequence)	NM_001304548.1 , NM_001304548.2
Accession Version	NM_001304548.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9564bp) 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	2019-07-31
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 47 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CD686506.1, AK126295.1, BC027936.1, DV080632.1, AL590065.3, DV080105.1, AK093920.1, BC101698.1, DV080519.1, DV080683.1, DV080684.1, AL606467.5, AC233304.2, DV080142.1, DV080141.1, DV080305.1, DY655297.1, DV080613.1, CD106515.1, BG197183.1, BG190566.1, BG186336.1 and BG200277.1. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_001304548.1. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. There are no full-length transcripts supporting this RefSeq in human and it is unknown if this exon combination exists in human; however, it is predicted based on partial transcript alignments. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968189, SAMEA1968540 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology MANE Ensembl match :: ENST00000378653.8/ ENSP00000367922.5 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGCCAC AGACATCTGT GACCCAAATC CAATCCTGAT GCTCATGCTT 
TGTGTCTACA TGTATGAAAG ACTCCCTACA TATCTCCCTA AGAAGGTGGT GTCCTTTGAA 
TGTACTCTAC ATGACACGGT GCTGAATAAG ATTCTACTGA AAAATTCCAG CTCGCGAAAC 
TTAGTGTATA ATGCTAGAAT TGTTGGAAGA GATGCTGCTG ACTTCTCCCT TTCCCAAAAA 
GGGAATGTTG TGACAATTTC TCCAAGAAAT GAAATTAATG TCACTCTGAA ATTCACCAGT 
CGCTTTATTC GTCCTGCTGA AGCTTCACTA CTATTAATTT CAAAACCCAA GAATGCAGTA 
AGAGGAATTA CAATGACTTT TGCTCTTAAA GGCAAAGTCC TCGATTTTAA AGCCATTGAC 
ATTATAAAAT GCGAAAGCCC ATGTTATCAA TTTCAGGAAG TCACTGTAAA TGTGAAAAAC 
CCCTTCCATA CGGCTGGGGA CTTCAGTGTC ATTTTGGTGG AATCCTCAAC ATTTGTCTCT 
TCGCCAACGA AGTTAACTGA ATCCAGGCAA TACCCGAAAC ATGATGATGA TATGAGTAGC 
AGTGGGAGTG ACACTGATCA GGGCTGTTCC GATTCCCCAA ATGTCTTACA TACCTCAATT 
AAGTCCACTT TTATCAGAGA GTTCTTCTGC TCCATGCATA CTGTTCACCT GGGAGTGAAA 
GGAACTTCAA GCCTAGAGCT CCGCTTTCTT CCCTTTAACA TGCACGTGCG CTACTGTGTC 
ATCATCTTGA GCAACAAAAA GATTGGACAA TTAATATATG TTGCGGAAGG AAAAGGTATG 
ACCCCCTTGC CTTCCAGTTG CCTTCCAATG AATACGTCTT CAAGTCCAGT TTATTACAGC 
ACTACTCGAG AAGAAGGGCC TAATAAGAAA TACCCAGTTC TGTATTTGAA ATGCAAACCC 
TATCAAATCC TGTATGTGGA CCTTAAATTG CCAATGACTA ATGAAGCCAA GGAAAAGGCT 
TTGGCTTTTG CAGCACAGCA ACAGATGTCG AGTATTGAGT ATGAGCGAAG GTTGATCACA 
GGCACTCTAG AGAGCAGTAG TATCCGTGTG GCCATCGCCC TCCTGGGACT GACGAAGATC 
GAGACTCTTA TGCTCTTTCG TATCTCAAAG TTGAGGAAGC CTAAGACCGT TTCATACACA 
ACAGAAGTGA GCCTTCCAAA GTATTTTTAT ATCCCTGAGA AAATCTCCAT TCCTTGGATT 
CCAGAACCTC AAGTAATTAA ACTTTCAAAA GCAAAAGCTT CAGATGGATC TGTTCCACTT 
CCTTTGCAAT TTCTTCCTCT CCAATCTGGA CGCTACCCTT GTAAAATTTT ATTGAAATCA 
AGGTATGATG TGCGTGCCTA TTATGTTGAA GGTATTGTGA ATGAAGAACA ACCAGAGGCC 
AAATTTGAGT TTGAAACACC AGCATTTGAA GCCCTTACTC AGAATATTCC AATAAAAAAT 
CAAACAAACG ATAAATGGAC CTTTCAAGTT ACTATAGAAG GAGAATGGTT TTATGGACCT 
GTTGATTTAC ATGTTGGACC AGATGAAATT GTGGAGTATC CTCTCACATT CAAACCTATT 
TTTGAATGTG TCATTACGGG TAAACTTATT CTACAAAATG AAGTAGATGG TAGGGAGCAC 
ATCTTTGACA TAAAAGGGGT TGGGAAAAAA CCTTCGGCCT TGGAACACAT CACTGTGGAA 
TGTCAAGTGG GGAATGTGAC ACAAAAGCAT ATAACATTGC CTCATTTCAC AAATACTGCC 
CTAACATTTA AGGTAACTGC AGATCTTCCA ATAGTGTGGG GAAATCCACA AATTACAGTA 
TACCCTTATA AAGAAATTCT GTACCTGATT CATGTGCGCC CTTGGAAACG TGGTATATTG 
AAAGGTACAA TTACATTTTC TACTACAAGA AGATGTACTA CAAGAAGGAA ACATGATGAT 
TATGAGGAAG ACACAGATCA AGATCAAGCC CTCTCCTGTC TTGATTCAAT AACAGAACAA 
TCTAGCATTT TGGATGATGC AGACACATAT GGTAATTTTA ACAATTTAAG ATTCTGGTAT 
AATCTTGAGA TCCATAGCAC TCCTGGACCA CCCATAGAGA TTATGGAAAT GACATGTATT 
GCTCTGGACA GCACTTGCAT TGAAATACCT CTCTCTAATC CAAAAGATAG AGGTCTTCAC 
TTAGAGGTGC AGTTAACGAG TGCTGCCCTT AATGGGGATA ATGAAATTAT CCTGAGTCCA 
CTACAGTGCA CCAAATATAT TGTATGGTAT TCTCCAGCAA CTACAGGCTA CAGCGATGAA 
AGCATTATTT TTCAGCCTGA AATGGCTGAA GAGTTCTGGT ATTTACTGAA GTTAACTATT 
GAATTACCAA AACCAACCAC AATGCCAGAA ATACAGTGCG ACCTTGGCAA GCATGTCACT 
CAGATCATTC CTTTAGTTAA TTGTACGCAT GAAACCTTAA AATTGCAAGT AACAAACAGT 
AATCCTGAAA ATTTTGTCCT GGATATTAAC AGAAAATCAC AACTGATCAT ATCTCCTCAC 
TCCACCACAG AATTACCTGT TCTCTTTTAT CCTTCTGCAC TTGGAAGAGC TGATCATCAA 
GCTTGCATCA ACTTCTACTG TACTCAGTTT ACAGAATGGA AATTCTACTT ATCTGGAGTA 
GGACTATTTC CCCAGCCTCT AGACACGGAA AGAATAACCA CACGCATTGG TCTTCAGTCA 
ACTATTGTTA TACCTTTCAA AAATCCCACA ATGGAAGATG TCCTCATTGA TATAATACTG 
ACAAGTGTGG AACATCCCAG GAATCTTGTC ATGGATCATT GCTGGGATAG CTTCATCTAT 
GAGAGTTCTG CCTTCAGATT TAGTTCTCCG AGTGAAATAC AAGGAATTGC ACTGCCTCCT 
AAAGGAAATA TAGATATCTC ATTGTTATTT ATACCTCAAA TTATGAAATT ACACAAAACA 
ATGGTTATTA TTGAGATGAC GAAAGCAAAT GGAAAATATT GGCCTATTGA CAATTTTGAT 
GAGTTGGATA TAAAATTTAA AAGTATTGTG GGAATCGACA GCGAAGAAAT CCAAGCAATA 
CACTGGATAT ACCCTATTGT TGGACTCCCA CAAGCACCAC CTCCTAAATC TCCCCCAGTT 
GTCATACAAT GTCAGTCCAG GAAGCGGGCA GAAGAGAAGG TAGAAATCAT ACTGAATGCT 
GGTTTTTTCG GATTTAGTCT TACTCCAGAT CTGACAGAAG TTTTAGTGAT TCCAAAAAGA 
AATTCACATA ATTTTTGTGA GGATCCCAAT GAAATTCCTA AAATACATGA ATTCGAGTAT 
GAAATTCAAT TTGAATCTGA AGCTATGAAG TCTAAGTTGG AATCCTGTGT AGCTTTATAT 
ATGATTGAAA AATCTTATGA TATTATGGCT AAAAGGATAA CATTTATCTT CAATCTGGTA 
TTCACACCAA AGAAACCATT AAGGTCTCAC ATAACACTGA AAATAGAGTG CGTAACAGAA 
GGGATCTGGA AGTTTCCCAT AATGTTGATC GCTACTGAAC CTGATACGGA TGCTGTCATT 
GACATTGAAG GAGTTGGTTT ATTTAAGGAA TCTGTTTTTG AACTTAGGCT GAAAAGTCAG 
ACAAGAAATC CTGAGCCGTT CACCGCACAC TTCCTACCTG GCAGCGATCT GGAGTTTTTT 
GTAAAACCTC AGGCTGGAGA ACTTCTTCCT TTTAACACAA ACGGAACTCT CATCACTGTA 
GGATTTAAAC CTAAAATGTA CTGTAGGAAA TATAAAGCAA CATTAGTAAT ACAGACAGAA 
GAAATGTACT GGAAGTATGA GATCAATGGA TTAACTCCAA CTACCGTGCC ACCAAAAAAT 
GCAAAAGCCA AAATTGATGC TACTCACAAG ACACATGACA ACATGCCAGT CCGTCCACAT 
AATTTTGTCC GTGAAAATAC TAAACTCATA AGAACAGGGG TGTCTTCCAC CATCAAGGGT 
GCTCCTTTGG TGAAGAATCA ATAA

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

RefSeq	NP_001291477.1
CDS	67..9630
Translation	MNTQKGSLTINVHRGSLAMSIQRGSLVPRDMDSSGRDMQLRVIPAEVKFLDTMAGRVYRLPITVHNICRWNQKIRFKEPVKPQFKLMLTSLDKELASGLQMTAMVEYHPDKDEDTFDRLLISIENKTTEIPLIGLIPSCQLEIESVVNFGTLVANSKVYSKEITITNHGKAPGIFKAEYHGQLPILIFPTSGIVDAKSSMVIKVDFCADQPRIVDEEAIVILQGQPEMLLSIKAHVVEQIIELLSMSSDRRLECIHFGPVFFGSSKIKHARVYNNSPEPINWVAIIQDDAVGEELGTDIQQRTDIALNNLTYIRKIKNIDTTIIISCLPNEGTLQPYQKTVITFCFTPKLMAVGKKDIGPSYRQDYALFLRFESVGSKDGFLRDDDYKTIKSERFQKVELALTGTGLPVLLQFDPGPVLNFKPCFMGERSEIQCIIKNQCELLPVTYHFKKTANFEIDPEKGKITGGGMVDVMCSFVPHQLGVFKVKQMIEIIGLVAEEDLQSLSVKSFHHVYLAFNSICKASTKKVVMKFDPGILPSIRNPTGKFVVKDLAKRKNYAPVAMLQSAMTRTHNHRSCEEPVKDMLLAFPNDRAATIRSKDHHKHFRPIFTKVPRFNYVNHDFAYTTFEKQQKKLHENYYAMYLKYLRSVRLQKKQAERERMYSYDDTDIGLEPGSGLKSPSLSEAEIEEELSSAANSIRANRLLTTRGIASQEEESVRRKVLKGLKSEPSTPQEKHDCSLMLTPKQIHQVIVGPSVLNFGNICVNSPNTHLLHVINMLPMHVLLQLDTDLEELQKTNQFSYVILPTSSTYISMVFDSPTIGKFWKSFTFTVNNVPSGHILVVAVVQPVTLELSSNELVLRPRGFFMKTCFRGTVRLYNRQNCCAQFQWQPVNTGRGIAFSICPAKGTVEAYSSLECEVTWQQGFSSPEEGEFILHVFQGNALKLKCVAHLGRTKVLLLQPRILFSNCPQGLTTWRKAILQNVGQNHAYFKVCSQSLLPIINIIPSQGIVPFGGITVLNISCKPTVAEKFDTRAKVSIRHANVIDLRIGGSAEIADVEINPDVFNFSGAYIGGTQIIPFVIKNKGITRARVEFNLKDFPDFSMDLKDKSEEFKDPAVPYIYSLELEENTSLECSITFSPKEVTVVEFIIQVQINFFESSKLYTKYLSSSPSNPKTVPLIRPCYVQATALQSPLNLSSTKFVFEIPLHEMNPNNKVTKTQNLVLYNITKHHVTWTLDLSNTGKLFKDGTFKFSVLNGILRPNEKYNVSISFCPNRPGTYTADIPMLLNYIPVCYKILHLTGEVKSPELLFDPPFIFFTPVPLDITTVMDINILPQNYFRNSTLCVQIPTVRLLDGEEIHPLSVKFPKGRVIPGSHSGINNKLTCHLSFKSSKPVSFFTNLLFCDDRKNWFSLPVTATAENCILTIYPYMAIHLDKQNIILKNDKDEYLKKTRDGVLPPYQDAKPPSPASIKKTYTTSKFNDAEPAKGNLFIGVEVLPENLHLDESETSEEDHGSLEKEKYEQFLSLEEGTKAHYFFEKVVNAAQTWFSLFGWPEGPHSFSIPETIRRDVYKMQFYSSTSPPQKFSRQNDFSKYNKTIYDVLLHLSGKMPPGINSSQSLPVDNHEKRVIQLHLQHSSLLDFLNAQGGCISHVLPEFLLEPEDYKRWIEIMSSTNTMPVSSCTPKKKCSIVIEMSKFEAWSKRAWTDVFLQIYKVLVLSRVVPYCSNNMPPICVQNTPKVNPCFASSNIYSDSERILLSWMNINYENTRHVIWKNCHKDVIPSERWIVNFDKDLSDGLVFATQLGAYCPFLIESHFINMYTRPKSPEEYLHNCLIIVNTLYEIDFDVEIQATDICDPNPILMLMLCVYMYERLPTYLPKKVVSFECTLHDTVLNKILLKNSSSRNLVYNARIVGRDAADFSLSQKGNVVTISPRNEINVTLKFTSRFIRPAEASLLLISKPKNAVRGITMTFALKGKVLDFKAIDIIKCESPCYQFQEVTVNVKNPFHTAGDFSVILVESSTFVSSPTKLTESRQYPKHDDDMSSSGSDTDQGCSDSPNVLHTSIKSTFIREFFCSMHTVHLGVKGTSSLELRFLPFNMHVRYCVIILSNKKIGQLIYVAEGKGMTPLPSSCLPMNTSSSPVYYSTTREEGPNKKYPVLYLKCKPYQILYVDLKLPMTNEAKEKALAFAAQQQMSSIEYERRLITGTLESSSIRVAIALLGLTKIETLMLFRISKLRKPKTVSYTTEVSLPKYFYIPEKISIPWIPEPQVIKLSKAKASDGSVPLPLQFLPLQSGRYPCKILLKSRYDVRAYYVEGIVNEEQPEAKFEFETPAFEALTQNIPIKNQTNDKWTFQVTIEGEWFYGPVDLHVGPDEIVEYPLTFKPIFECVITGKLILQNEVDGREHIFDIKGVGKKPSALEHITVECQVGNVTQKHITLPHFTNTALTFKVTADLPIVWGNPQITVYPYKEILYLIHVRPWKRGILKGTITFSTTRRCTTRRKHDDYEEDTDQDQALSCLDSITEQSSILDDADTYGNFNNLRFWYNLEIHSTPGPPIEIMEMTCIALDSTCIEIPLSNPKDRGLHLEVQLTSAALNGDNEIILSPLQCTKYIVWYSPATTGYSDESIIFQPEMAEEFWYLLKLTIELPKPTTMPEIQCDLGKHVTQIIPLVNCTHETLKLQVTNSNPENFVLDINRKSQLIISPHSTTELPVLFYPSALGRADHQACINFYCTQFTEWKFYLSGVGLFPQPLDTERITTRIGLQSTIVIPFKNPTMEDVLIDIILTSVEHPRNLVMDHCWDSFIYESSAFRFSSPSEIQGIALPPKGNIDISLLFIPQIMKLHKTMVIIEMTKANGKYWPIDNFDELDIKFKSIVGIDSEEIQAIHWIYPIVGLPQAPPPKSPPVVIQCQSRKRAEEKVEIILNAGFFGFSLTPDLTEVLVIPKRNSHNFCEDPNEIPKIHEFEYEIQFESEAMKSKLESCVALYMIEKSYDIMAKRITFIFNLVFTPKKPLRSHITLKIECVTEGIWKFPIMLIATEPDTDAVIDIEGVGLFKESVFELRLKSQTRNPEPFTAHFLPGSDLEFFVKPQAGELLPFNTNGTLITVGFKPKMYCRKYKATLVIQTEEMYWKYEINGLTPTTVPPKNAKAKIDATHKTHDNMPVRPHNFVRENTKLIRTGVSSTIKGAPLVKNQ

Target ORF information:

RefSeq Version	NM_001304548.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 47 (CFAP47), transcript variant 1, mRNA.

Target ORF information:

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

NM_001304548.2

ORF Insert Sequence:

ATGAACACCC AAAAGGGTTC CCTCACCATA AACGTCCACA GAGGTTCCCT CGCCATGAGC 
ATCCAAAGGG GTTCCCTCGT CCCCCGGGAT ATGGATAGCT CGGGTAGAGA CATGCAGCTG 
CGGGTGATCC CGGCTGAGGT GAAGTTCCTG GACACGATGG CCGGGAGGGT GTACCGCCTC 
CCGATTACTG TGCATAATAT TTGCCGCTGG AACCAGAAAA TCCGATTTAA GGAGCCCGTC 
AAGCCACAGT TCAAACTGAT GTTGACCAGT CTGGATAAAG AACTTGCTTC TGGCCTTCAG 
ATGACAGCTA TGGTGGAATA TCATCCTGAT AAAGACGAAG ACACTTTTGA CCGGCTACTT 
ATTTCAATAG AAAATAAAAC AACAGAAATT CCTCTAATTG GGTTGATTCC ATCCTGTCAA 
TTGGAAATTG AATCAGTAGT TAATTTTGGC ACACTGGTTG CCAATAGTAA AGTATATTCT 
AAAGAGATTA CTATCACTAA CCATGGCAAA GCTCCAGGCA TATTTAAGGC AGAATACCAC 
GGCCAATTAC CCATCCTCAT TTTTCCAACT AGTGGTATCG TGGATGCTAA GTCATCAATG 
GTTATTAAAG TAGATTTCTG TGCAGACCAG CCAAGAATTG TAGATGAAGA GGCAATAGTG 
ATTTTGCAAG GTCAACCTGA GATGCTCTTG AGTATCAAAG CTCATGTGGT TGAGCAGATT 
ATTGAATTAT TAAGCATGAG TAGTGACAGA AGGCTGGAAT GCATACACTT TGGTCCTGTT 
TTCTTCGGAT CATCAAAAAT TAAACATGCA CGTGTATACA ATAATAGCCC AGAGCCCATA 
AATTGGGTGG CCATCATACA AGATGATGCC GTGGGAGAAG AATTGGGTAC AGATATTCAA 
CAAAGAACAG ATATTGCTTT AAATAATCTC ACCTACATAA GAAAAATAAA GAACATAGAT 
ACTACTATCA TTATCTCCTG TCTTCCTAAT GAAGGGACTT TACAACCTTA TCAAAAGACT 
GTAATTACAT TTTGTTTCAC CCCAAAGCTA ATGGCTGTTG GTAAAAAGGA TATTGGACCT 
TCATACAGAC AGGACTATGC TCTCTTTTTG AGATTTGAGT CCGTAGGAAG TAAAGATGGA 
TTTTTGAGAG ATGATGACTA TAAAACCATC AAAAGTGAAC GATTTCAGAA AGTGGAATTA 
GCACTGACAG GCACAGGACT TCCTGTTTTA CTACAGTTTG ATCCAGGACC AGTTCTTAAT 
TTTAAACCTT GTTTCATGGG TGAACGTTCA GAAATTCAGT GCATCATAAA AAATCAATGC 
GAATTACTTC CTGTGACGTA CCACTTTAAA AAAACTGCAA ATTTTGAAAT TGATCCTGAA 
AAGGGCAAGA TTACTGGAGG GGGTATGGTG GATGTGATGT GTTCATTTGT TCCACATCAA 
CTTGGAGTCT TCAAAGTGAA GCAGATGATA GAGATTATTG GTTTAGTGGC AGAAGAAGAT 
TTGCAATCTT TGTCGGTAAA ATCTTTCCAT CACGTATATT TAGCTTTCAA CAGCATCTGT 
AAAGCTTCCA CCAAGAAAGT TGTGATGAAA TTTGATCCTG GTATATTGCC TTCGATCCGT 
AATCCCACGG GAAAGTTTGT GGTCAAAGAC TTGGCAAAAC GCAAGAATTA TGCACCTGTA 
GCAATGCTTC AATCAGCCAT GACACGCACT CACAATCATC GCTCATGTGA AGAGCCAGTG 
AAGGATATGC TATTAGCCTT TCCCAATGAC CGAGCTGCAA CTATCAGGTC TAAAGACCAT 
CATAAACATT TCAGGCCAAT TTTCACAAAA GTTCCAAGAT TTAACTATGT GAATCATGAT 
TTTGCATATA CTACATTTGA AAAACAGCAA AAGAAATTAC ATGAAAACTA TTATGCAATG 
TATCTTAAAT ATTTAAGAAG TGTGCGCTTG CAGAAGAAAC AAGCAGAGAG GGAGCGCATG 
TATTCATATG ATGATACAGA CATAGGCTTA GAGCCAGGAT CAGGTCTAAA GTCACCCTCA 
CTCTCAGAAG CGGAAATAGA AGAGGAGCTG TCTTCAGCAG CAAATTCAAT TAGAGCGAAT 
CGATTGTTAA CCACCAGGGG TATAGCATCT CAGGAGGAAG AGTCTGTGAG AAGAAAGGTT 
CTCAAAGGAC TTAAATCAGA ACCATCCACT CCACAAGAAA AACATGATTG CAGCTTAATG 
TTGACACCAA AGCAAATTCA TCAAGTAATT GTTGGGCCTT CTGTCCTTAA CTTTGGTAAT 
ATTTGTGTGA ACTCTCCAAA TACTCATCTA CTTCATGTTA TTAATATGCT ACCTATGCAT 
GTTTTGCTCC AGTTAGATAC TGATTTAGAA GAACTTCAGA AGACCAACCA ATTTTCATAC 
GTGATTCTAC CTACATCCAG TACTTATATT TCAATGGTAT TTGACTCTCC CACCATTGGA 
AAATTTTGGA AGTCTTTCAC CTTTACAGTG AACAATGTAC CCAGTGGACA CATCCTAGTG 
GTGGCAGTTG TCCAGCCAGT AACACTTGAG CTATCTTCTA ATGAGCTAGT ATTGAGACCA 
CGAGGCTTCT TCATGAAAAC ATGTTTTCGG GGGACAGTTA GATTGTATAA TCGTCAGAAT 
TGTTGTGCTC AGTTTCAATG GCAACCCGTA AACACAGGAA GAGGGATAGC ATTTTCTATT 
TGTCCAGCTA AAGGCACTGT TGAAGCATAT TCCTCACTGG AATGTGAAGT AACTTGGCAG 
CAGGGCTTCA GTTCTCCAGA AGAAGGAGAA TTTATTCTTC ATGTCTTTCA AGGAAACGCG 
TTGAAGCTAA AATGTGTTGC ACATCTTGGT CGCACCAAGG TTTTACTTTT GCAGCCAAGG 
ATACTCTTTA GTAATTGCCC TCAAGGTTTA ACAACTTGGA GGAAAGCCAT TCTTCAAAAT 
GTAGGACAAA ACCATGCTTA TTTCAAGGTT TGTAGTCAGA GTCTTTTGCC TATCATTAAT 
ATTATTCCAT CGCAAGGAAT AGTTCCATTT GGGGGAATAA CTGTTCTCAA TATCTCCTGT 
AAACCCACTG TGGCAGAAAA GTTTGATACA AGAGCAAAGG TTTCTATTCG TCATGCGAAT 
GTTATAGACC TTAGGATTGG TGGATCTGCT GAAATTGCTG ATGTAGAAAT CAATCCTGAT 
GTATTTAATT TCAGTGGCGC CTATATTGGT GGTACCCAGA TTATTCCATT TGTAATAAAA 
AACAAAGGTA TAACACGTGC CAGAGTGGAG TTTAATCTAA AAGACTTTCC GGATTTTTCA 
ATGGATCTTA AAGACAAATC AGAAGAATTT AAAGACCCTG CAGTTCCTTA TATATATTCT 
TTGGAATTAG AGGAAAATAC ATCTCTGGAA TGTAGCATAA CATTTTCTCC CAAAGAAGTG 
ACAGTAGTTG AATTCATCAT TCAAGTTCAG ATTAATTTCT TTGAGTCTTC AAAGCTCTAC 
ACTAAATATT TGTCCAGTTC TCCTTCGAAT CCAAAAACAG TACCACTTAT CCGACCATGT 
TACGTTCAAG CTACTGCATT GCAATCACCA TTGAACTTAT CTAGTACTAA GTTTGTATTT 
GAAATCCCTT TACATGAGAT GAATCCTAAT AACAAGGTCA CAAAAACTCA GAATCTTGTT 
TTATATAATA TTACCAAACA CCATGTGACA TGGACTTTGG ATCTTAGTAA TACTGGCAAA 
CTTTTCAAAG ACGGCACATT CAAGTTCAGT GTACTGAATG GGATTCTACG ACCAAATGAA 
AAGTATAATG TTTCCATAAG TTTCTGTCCA AATCGTCCTG GGACATACAC AGCAGATATT 
CCTATGCTTT TAAATTATAT TCCAGTTTGC TATAAAATAT TACATCTTAC TGGGGAAGTA 
AAATCACCAG AGTTATTGTT TGACCCTCCA TTTATATTTT TCACTCCTGT TCCTTTGGAT 
ATAACAACTG TAATGGATAT CAACATTTTA CCTCAAAACT ATTTCAGAAA TTCAACTCTA 
TGTGTCCAGA TTCCCACAGT AAGGCTTCTT GATGGTGAAG AGATTCACCC TCTTTCTGTG 
AAATTTCCAA AAGGCAGAGT CATCCCAGGC TCTCACAGTG GAATTAATAA TAAGCTCACT 
TGCCACCTCA GTTTCAAGTC ATCTAAACCT GTGTCATTTT TTACCAATCT TCTTTTCTGT 
GATGACAGAA AAAACTGGTT TTCACTTCCA GTTACTGCAA CAGCAGAAAA CTGCATTCTT 
ACTATTTACC CATATATGGC AATTCATCTG GATAAGCAAA ACATTATTTT AAAGAATGAT 
AAGGATGAAT ATCTTAAGAA GACTAGAGAT GGTGTTTTGC CTCCCTACCA GGATGCTAAA 
CCACCCTCTC CTGCTTCAAT TAAAAAGACA TACACCACTA GCAAATTCAA TGATGCTGAA 
CCTGCAAAGG GAAACTTATT TATTGGAGTG GAAGTACTGC CTGAAAATTT GCACTTGGAT 
GAAAGTGAAA CATCAGAGGA AGATCATGGG TCTCTGGAAA AGGAAAAATA TGAACAATTC 
CTTTCTCTTG AGGAAGGAAC AAAGGCACAC TACTTTTTTG AGAAGGTTGT AAATGCAGCA 
CAGACCTGGT TCAGTCTCTT TGGCTGGCCT GAAGGACCCC ATTCTTTTTC TATTCCAGAG 
ACTATAAGAA GGGATGTATA TAAAATGCAA TTCTACTCAT CAACCTCGCC ACCCCAAAAG 
TTTTCCAGAC AGAATGACTT TTCCAAATAT AATAAGACCA TTTATGATGT GCTGCTCCAT 
TTGAGTGGAA AAATGCCACC TGGAATTAAT TCAAGTCAAT CTTTACCTGT AGATAACCAT 
GAAAAAAGGG TAATTCAACT CCATTTGCAA CATTCCTCAC TTCTGGACTT TCTCAATGCT 
CAAGGAGGAT GTATTTCACA TGTCCTGCCA GAATTTTTGC TTGAACCAGA AGATTATAAG 
AGGTGGATTG AAATTATGTC TTCCACTAAT ACGATGCCTG TGAGTTCCTG TACACCTAAG 
AAAAAATGTT CTATTGTTAT AGAAATGTCT AAATTTGAAG CCTGGAGTAA ACGGGCATGG 
ACAGATGTAT TTCTACAGAT ATACAAGGTT TTGGTTCTAT CCCGTGTAGT GCCATACTGC 
AGCAATAATA TGCCCCCCAT ATGTGTGCAA AATACACCAA AAGTCAATCC TTGTTTTGCA 
TCCAGCAACA TATATTCTGA TTCTGAAAGA ATTTTGCTTA GTTGGATGAA CATAAATTAT 
GAGAATACTC GACATGTGAT ATGGAAAAAC TGTCACAAAG ATGTTATCCC TTCTGAGAGA 
TGGATAGTAA ATTTTGACAA AGACCTTTCA GATGGTCTTG TTTTTGCAAC ACAGTTGGGA 
GCCTATTGCC CATTCTTGAT TGAGTCTCAT TTTATAAATA TGTACACACG ACCAAAAAGT 
CCTGAAGAGT ATCTGCACAA TTGCCTGATT ATTGTAAATA CTCTTTATGA AATTGACTTT 
GACGTGGAAA TACAGGCCAC AGACATCTGT GACCCAAATC CAATCCTGAT GCTCATGCTT 
TGTGTCTACA TGTATGAAAG ACTCCCTACA TATCTCCCTA AGAAGGTGGT GTCCTTTGAA 
TGTACTCTAC ATGACACGGT GCTGAATAAG ATTCTACTGA AAAATTCCAG CTCGCGAAAC 
TTAGTGTATA ATGCTAGAAT TGTTGGAAGA GATGCTGCTG ACTTCTCCCT TTCCCAAAAA 
GGGAATGTTG TGACAATTTC TCCAAGAAAT GAAATTAATG TCACTCTGAA ATTCACCAGT 
CGCTTTATTC GTCCTGCTGA AGCTTCACTA CTATTAATTT CAAAACCCAA GAATGCAGTA 
AGAGGAATTA CAATGACTTT TGCTCTTAAA GGCAAAGTCC TCGATTTTAA AGCCATTGAC 
ATTATAAAAT GCGAAAGCCC ATGTTATCAA TTTCAGGAAG TCACTGTAAA TGTGAAAAAC 
CCCTTCCATA CGGCTGGGGA CTTCAGTGTC ATTTTGGTGG AATCCTCAAC ATTTGTCTCT 
TCGCCAACGA AGTTAACTGA ATCCAGGCAA TACCCGAAAC ATGATGATGA TATGAGTAGC 
AGTGGGAGTG ACACTGATCA GGGCTGTTCC GATTCCCCAA ATGTCTTACA TACCTCAATT 
AAGTCCACTT TTATCAGAGA GTTCTTCTGC TCCATGCATA CTGTTCACCT GGGAGTGAAA 
GGAACTTCAA GCCTAGAGCT CCGCTTTCTT CCCTTTAACA TGCACGTGCG CTACTGTGTC 
ATCATCTTGA GCAACAAAAA GATTGGACAA TTAATATATG TTGCGGAAGG AAAAGGTATG 
ACCCCCTTGC CTTCCAGTTG CCTTCCAATG AATACGTCTT CAAGTCCAGT TTATTACAGC 
ACTACTCGAG AAGAAGGGCC TAATAAGAAA TACCCAGTTC TGTATTTGAA ATGCAAACCC 
TATCAAATCC TGTATGTGGA CCTTAAATTG CCAATGACTA ATGAAGCCAA GGAAAAGGCT 
TTGGCTTTTG CAGCACAGCA ACAGATGTCG AGTATTGAGT ATGAGCGAAG GTTGATCACA 
GGCACTCTAG AGAGCAGTAG TATCCGTGTG GCCATCGCCC TCCTGGGACT GACGAAGATC 
GAGACTCTTA TGCTCTTTCG TATCTCAAAG TTGAGGAAGC CTAAGACCGT TTCATACACA 
ACAGAAGTGA GCCTTCCAAA GTATTTTTAT ATCCCTGAGA AAATCTCCAT TCCTTGGATT 
CCAGAACCTC AAGTAATTAA ACTTTCAAAA GCAAAAGCTT CAGATGGATC TGTTCCACTT 
CCTTTGCAAT TTCTTCCTCT CCAATCTGGA CGCTACCCTT GTAAAATTTT ATTGAAATCA 
AGGTATGATG TGCGTGCCTA TTATGTTGAA GGTATTGTGA ATGAAGAACA ACCAGAGGCC 
AAATTTGAGT TTGAAACACC AGCATTTGAA GCCCTTACTC AGAATATTCC AATAAAAAAT 
CAAACAAACG ATAAATGGAC CTTTCAAGTT ACTATAGAAG GAGAATGGTT TTATGGACCT 
GTTGATTTAC ATGTTGGACC AGATGAAATT GTGGAGTATC CTCTCACATT CAAACCTATT 
TTTGAATGTG TCATTACGGG TAAACTTATT CTACAAAATG AAGTAGATGG TAGGGAGCAC 
ATCTTTGACA TAAAAGGGGT TGGGAAAAAA CCTTCGGCCT TGGAACACAT CACTGTGGAA 
TGTCAAGTGG GGAATGTGAC ACAAAAGCAT ATAACATTGC CTCATTTCAC AAATACTGCC 
CTAACATTTA AGGTAACTGC AGATCTTCCA ATAGTGTGGG GAAATCCACA AATTACAGTA 
TACCCTTATA AAGAAATTCT GTACCTGATT CATGTGCGCC CTTGGAAACG TGGTATATTG 
AAAGGTACAA TTACATTTTC TACTACAAGA AGATGTACTA CAAGAAGGAA ACATGATGAT 
TATGAGGAAG ACACAGATCA AGATCAAGCC CTCTCCTGTC TTGATTCAAT AACAGAACAA 
TCTAGCATTT TGGATGATGC AGACACATAT GGTAATTTTA ACAATTTAAG ATTCTGGTAT 
AATCTTGAGA TCCATAGCAC TCCTGGACCA CCCATAGAGA TTATGGAAAT GACATGTATT 
GCTCTGGACA GCACTTGCAT TGAAATACCT CTCTCTAATC CAAAAGATAG AGGTCTTCAC 
TTAGAGGTGC AGTTAACGAG TGCTGCCCTT AATGGGGATA ATGAAATTAT CCTGAGTCCA 
CTACAGTGCA CCAAATATAT TGTATGGTAT TCTCCAGCAA CTACAGGCTA CAGCGATGAA 
AGCATTATTT TTCAGCCTGA AATGGCTGAA GAGTTCTGGT ATTTACTGAA GTTAACTATT 
GAATTACCAA AACCAACCAC AATGCCAGAA ATACAGTGCG ACCTTGGCAA GCATGTCACT 
CAGATCATTC CTTTAGTTAA TTGTACGCAT GAAACCTTAA AATTGCAAGT AACAAACAGT 
AATCCTGAAA ATTTTGTCCT GGATATTAAC AGAAAATCAC AACTGATCAT ATCTCCTCAC 
TCCACCACAG AATTACCTGT TCTCTTTTAT CCTTCTGCAC TTGGAAGAGC TGATCATCAA 
GCTTGCATCA ACTTCTACTG TACTCAGTTT ACAGAATGGA AATTCTACTT ATCTGGAGTA 
GGACTATTTC CCCAGCCTCT AGACACGGAA AGAATAACCA CACGCATTGG TCTTCAGTCA 
ACTATTGTTA TACCTTTCAA AAATCCCACA ATGGAAGATG TCCTCATTGA TATAATACTG 
ACAAGTGTGG AACATCCCAG GAATCTTGTC ATGGATCATT GCTGGGATAG CTTCATCTAT 
GAGAGTTCTG CCTTCAGATT TAGTTCTCCG AGTGAAATAC AAGGAATTGC ACTGCCTCCT 
AAAGGAAATA TAGATATCTC ATTGTTATTT ATACCTCAAA TTATGAAATT ACACAAAACA 
ATGGTTATTA TTGAGATGAC GAAAGCAAAT GGAAAATATT GGCCTATTGA CAATTTTGAT 
GAGTTGGATA TAAAATTTAA AAGTATTGTG GGAATCGACA GCGAAGAAAT CCAAGCAATA 
CACTGGATAT ACCCTATTGT TGGACTCCCA CAAGCACCAC CTCCTAAATC TCCCCCAGTT 
GTCATACAAT GTCAGTCCAG GAAGCGGGCA GAAGAGAAGG TAGAAATCAT ACTGAATGCT 
GGTTTTTTCG GATTTAGTCT TACTCCAGAT CTGACAGAAG TTTTAGTGAT TCCAAAAAGA 
AATTCACATA ATTTTTGTGA GGATCCCAAT GAAATTCCTA AAATACATGA ATTCGAGTAT 
GAAATTCAAT TTGAATCTGA AGCTATGAAG TCTAAGTTGG AATCCTGTGT AGCTTTATAT 
ATGATTGAAA AATCTTATGA TATTATGGCT AAAAGGATAA CATTTATCTT CAATCTGGTA 
TTCACACCAA AGAAACCATT AAGGTCTCAC ATAACACTGA AAATAGAGTG CGTAACAGAA 
GGGATCTGGA AGTTTCCCAT AATGTTGATC GCTACTGAAC CTGATACGGA TGCTGTCATT 
GACATTGAAG GAGTTGGTTT ATTTAAGGAA TCTGTTTTTG AACTTAGGCT GAAAAGTCAG 
ACAAGAAATC CTGAGCCGTT CACCGCACAC TTCCTACCTG GCAGCGATCT GGAGTTTTTT 
GTAAAACCTC AGGCTGGAGA ACTTCTTCCT TTTAACACAA ACGGAACTCT CATCACTGTA 
GGATTTAAAC CTAAAATGTA CTGTAGGAAA TATAAAGCAA CATTAGTAAT ACAGACAGAA 
GAAATGTACT GGAAGTATGA GATCAATGGA TTAACTCCAA CTACCGTGCC ACCAAAAAAT 
GCAAAAGCCA AAATTGATGC TACTCACAAG ACACATGACA ACATGCCAGT CCGTCCACAT 
AATTTTGTCC GTGAAAATAC TAAACTCATA AGAACAGGGG TGTCTTCCAC CATCAAGGGT 
GCTCCTTTGG TGAAGAATCA ATAA

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

PubMed

Quantitative gene profiling of long noncoding RNAs with targeted RNA sequencing.
Nature methods12(4)339-42(2015 Apr)
Clark MB,Mercer TR,Bussotti G,Leonardi T,Haynes KR,Crawford J,Brunck ME,Cao KA,Thomas GP,Chen WY,Taft RJ,Nielsen LK,Enright AJ,Mattick JS,Dinger ME

A systematic, large-scale resequencing screen of X-chromosome coding exons in mental retardation.
Nature genetics41(5)535-43(2009 May)
Tarpey PS,Smith R,Pleasance E,Whibley A,Edkins S,Hardy C,O'Meara S,Latimer C,Dicks E,Menzies A,Stephens P,Blow M,Greenman C,Xue Y,Tyler-Smith C,Thompson D,Gray K,Andrews J,Barthorpe S,Buck G,Cole J,Dunmore R,Jones D,Maddison M,Mironenko T,Turner R,Turrell K,Varian J,West S,Widaa S,Wray P,Teague J,Butler A,Jenkinson A,Jia M,Richardson D,Shepherd R,Wooster R,Tejada MI,Martinez F,Carvill G,Goliath R,de Brouwer AP,van Bokhoven H,Van Esch H,Chelly J,Raynaud M,Ropers HH,Abidi FE,Srivastava AK,Cox J,Luo Y,Mallya U,Moon J,Parnau J,Mohammed S,Tolmie JL,Shoubridge C,Corbett M,Gardner A,Haan E,Rujirabanjerd S,Shaw M,Vandeleur L,Fullston T,Easton DF,Boyle J,Partington M,Hackett A,Field M,Skinner C,Stevenson RE,Bobrow M,Turner G,Schwartz CE,Gecz J,Raymond FL,Futreal PA,Stratton MR

The DNA sequence of the human X chromosome.
Nature434(7031)325-37(2005 Mar)
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CFAP47 cDNA ORF clone, Homo sapiens(human)

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Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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