CFAP54 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP54
Entrez Gene ID	144535
Full Name	cilia and flagella associated protein 54
Synonyms	C12orf55,C12orf63
General protein information	Preferred Names cilia and flagella associated protein 54 Names cilia- and flagella-associated protein 54 cilia and flagella associated 54
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 12 Map Location: 12q23.1

mRNA and Protein(s)

mRNA	Protein	Name
XM_011539073.3	XP_011537375.1	cilia- and flagella-associated protein 54 isoform X4
XM_011539076.3	XP_011537378.1	cilia- and flagella-associated protein 54 isoform X6
XM_011539078.3	XP_011537380.1	cilia- and flagella-associated protein 54 isoform X8
XM_017018867.1	XP_016874356.1	cilia- and flagella-associated protein 54 isoform X11
XM_017018866.1	XP_016874355.1	cilia- and flagella-associated protein 54 isoform X1
XM_011539071.2	XP_011537373.1	cilia- and flagella-associated protein 54 isoform X2
NM_001306084.2	NP_001293013.1	cilia- and flagella-associated protein 54 isoform 1
XM_011539072.3	XP_011537374.1	cilia- and flagella-associated protein 54 isoform X3
XM_011539077.2	XP_011537379.1	cilia- and flagella-associated protein 54 isoform X7
XM_011539081.3	XP_011537383.1	cilia- and flagella-associated protein 54 isoform X10
XM_011539084.3	XP_011537386.1	cilia- and flagella-associated protein 54 isoform X12
XM_011539085.1	XP_011537387.1	cilia- and flagella-associated protein 54 isoform X13
XM_011539076.2	XP_011537378.1	cilia- and flagella-associated protein 54 isoform X6
XM_011539073.2	XP_011537375.1	cilia- and flagella-associated protein 54 isoform X4
NM_001367885.1	NP_001354814.1	cilia- and flagella-associated protein 54 isoform 2
XM_011539072.2	XP_011537374.1	cilia- and flagella-associated protein 54 isoform X3
XM_011539074.2	XP_011537376.1	cilia- and flagella-associated protein 54 isoform X5
XM_011539070.2	XP_011537372.1	cilia- and flagella-associated protein 54 isoform X1
NM_001306084.1	NP_001293013.1	cilia- and flagella-associated protein 54
XM_011539084.2	XP_011537386.1	cilia- and flagella-associated protein 54 isoform X13
XM_011539070.3	XP_011537372.1	cilia- and flagella-associated protein 54 isoform X1
XM_011539081.2	XP_011537383.1	cilia- and flagella-associated protein 54 isoform X10
XM_011539083.2	XP_011537385.1	cilia- and flagella-associated protein 54 isoform X11
XM_011539078.2	XP_011537380.1	cilia- and flagella-associated protein 54 isoform X8
XM_011539074.3	XP_011537376.1	cilia- and flagella-associated protein 54 isoform X5
XM_011539079.1	XP_011537381.1	cilia- and flagella-associated protein 54 isoform X9
XM_011539071.3	XP_011537373.1	cilia- and flagella-associated protein 54 isoform X2
XM_011539069.2	XP_011537371.1	cilia- and flagella-associated protein 54 isoform X1

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	LOC102153340	XP_005629308.1
Rattus norvegicus (Norway rat)	RGD1565866	XP_006241329.1
Danio rerio (zebrafish)	LOC100536124	XP_003198323.2
Gallus gallus (chicken)	LOC417921	XP_004937708.1
Pan troglodytes (chimpanzee)	C12H12orf63	XP_509286.4
Mus musculus (house mouse)	4930485B16Rik	XP_006514457.1
	LOC717300	XP_001108671.2
Xenopus tropicalis (tropical clawed frog)	LOC100490177	XP_002931672.2
Homo sapiens (human)	C12orf55	XP_006719787.1
Bos taurus (cattle)	LOC787705	XP_002687569.3

Gene Ontology
Bibliography

Related articles in PubMed

The finished DNA sequence of human chromosome 12.
Scherer SE, Muzny DM, Buhay CJ, Chen R, Cree A, Ding Y, Dugan-Rocha S, Gill R, Gunaratne P, Harris RA, Hawes AC, Hernandez J, Hodgson AV, Hume J, Jackson A, Khan ZM, Kovar-Smith C, Lewis LR, Lozado RJ, Metzker ML, Milosavljevic A, Miner GR, Montgomery KT, Morgan MB, Nazareth LV, Scott G, Sodergren E, Song XZ, Steffen D, Lovering RC, Wheeler DA, Worley KC, Yuan Y, Zhang Z, Adams CQ, Ansari-Lari MA, Ayele M, Brown MJ, Chen G, Chen Z, Clerc-Blankenburg KP, Davis C, Delgado O, Dinh HH, Draper H, Gonzalez-Garay ML, Havlak P, Jackson LR, Jacob LS, Kelly SH, Li L, Li Z, Liu J, Liu W, Lu J, Maheshwari M, Nguyen BV, Okwuonu GO, Pasternak S, Perez LM, Plopper FJ, Santibanez J, Shen H, Tabor PE, Verduzco D, Waldron L, Wang Q, Williams GA, Zhang J, Zhou J, Allen CC, Amin AG, Anyalebechi V, Bailey M, Barbaria JA, Bimage KE, Bryant NP, Burch PE, Burkett CE, Burrell KL, Calderon E, Cardenas V, Carter K, Casias K, Cavazos I, Cavazos SR, Ceasar H, Chacko J, Chan SN, Chavez D, Christopoulos C, Chu J, Cockrell R, Cox CD, Dang M, Dathorne SR, David R, Davis CM, Davy-Carroll L, Deshazo DR, Donlin JE, D'Souza L, Eaves KA, Egan A, Emery-Cohen AJ, Escotto M, Flagg N, Forbes LD, Gabisi AM, Garza M, Hamilton C, Henderson N, Hernandez O, Hines S, Hogues ME, Huang M, Idlebird DG, Johnson R, Jolivet A, Jones S, Kagan R, King LM, Leal B, Lebow H, Lee S, LeVan JM, Lewis LC, London P, Lorensuhewa LM, Loulseged H, Lovett DA, Lucier A, Lucier RL, Ma J, Madu RC, Mapua P, Martindale AD, Martinez E, Massey E, Mawhiney S, Meador MG, Mendez S, Mercado C, Mercado IC, Merritt CE, Miner ZL, Minja E, Mitchell T, Mohabbat F, Mohabbat K, Montgomery B, Moore N, Morris S, Munidasa M, Ngo RN, Nguyen NB, Nickerson E, Nwaokelemeh OO, Nwokenkwo S, Obregon M, Oguh M, Oragunye N, Oviedo RJ, Parish BJ, Parker DN, Parrish J, Parks KL, Paul HA, Payton BA, Perez A, Perrin W, Pickens A, Primus EL, Pu LL, Puazo M, Quiles MM, Quiroz JB, Rabata D, Reeves K, Ruiz SJ, Shao H, Sisson I, Sonaike T, Sorelle RP, Sutton AE, Svatek AF, Svetz LA, Tamerisa KS, Taylor TR, Teague B, Thomas N, Thorn RD, Trejos ZY, Trevino BK, Ukegbu ON, Urban JB, Vasquez LI, Vera VA, Villasana DM, Wang L, Ward-Moore S, Warren JT, Wei X, White F, Williamson AL, Wleczyk R, Wooden HS, Wooden SH, Yen J, Yoon L, Yoon V, Zorrilla SE, Nelson D, Kucherlapati R, Weinstock G, Gibbs RA,
Nature440(7082)346-51(2006 Mar)

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

Clinical trial of gene-disease association and gene-environment interaction. (HuGE Navigator)
Title: Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.

The following CFAP54 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP54 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)
OHu76124	NM_001306084.2 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$1229.50-$1721.30 $2459.00
OHu83547	XM_017018867.1 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00
OHu76122	XM_011539084.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1301.30 $1859.00
OHu76123	XM_011539085.1 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1091.30 $1559.00
OHu76110	NM_001367885.1 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76110	XM_017018866.1 Latest version!	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76110	XM_011539069.2 Latest version!	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76110	XM_011539070.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76111	XM_011539071.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76112	XM_011539072.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76113	XM_011539073.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76114	XM_011539074.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76115	XM_011539076.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76116	XM_011539077.2 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76117	XM_011539078.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76118	XM_011539079.1 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76120	XM_011539081.3 Latest version!	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76121	XM_011539083.2 Latest version!	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
View Old Accession Versions >>
OHu76115	XM_011539076.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76113	XM_011539073.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76112	XM_011539072.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76124	NM_001306084.1	Homo sapiens cilia and flagella associated protein 54 (CFAP54), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$1229.50-$1721.30 $2459.00
OHu76122	XM_011539084.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1301.30 $1859.00
OHu76110	XM_011539070.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76120	XM_011539081.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76117	XM_011539078.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76114	XM_011539074.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu76111	XM_011539071.2	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X4, 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)

CFAP54 ( NM_001306084.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001293013.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu76124
Clone ID Related Accession (Same CDS sequence)	NM_001306084.2 , NM_001306084.1
Accession Version	NM_001306084.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9291bp) 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	2019-04-30
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BX644506.1, DN831445.1, AK056076.1, AK091789.1, BX281772.1, AC008118.26, EG328110.1, BC041426.1, AK126100.1, DB225896.1, DV080725.1, AC007564.10, DV080428.1, DV080224.1, CF887548.1 and CF891050.1. On Nov 23, 2018 this sequence version replaced NM_001306084.1. 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. The genomic coordinates used for the transcript record were based on partial transcript and RNA-seq alignments. CCDS Note: This gene lacks full-length transcript support, and therefore this CCDS representation is inferred based on partial transcript and RNA-seq alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2151119, SAMEA2161674 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology MANE Ensembl match :: ENST00000524981.9/ ENSP00000431759.5 RefSeq Select criteria :: based on computational evidence ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGATGT TCTCCAAGCC AGCAATCAAA GAAGTCTTAA AGTTCAGGCG 
TTGCATTCAC TTGGAAGTCT TCTCATCTTC GCAGAAAAGA AAAGGGCTGC TTTTAAGTGT 
TGGTGTCAAG CTCTTGATGA CATATTCAGA AAACCAGACG TGCTACACAC GTGGAAAGAA 
TTTGGCCCCT CACTCACCAA TGTCACCAAC AGTCATTCAC CTCCGGGTTT CAAAGACTAC 
AGTGAGGAGT TTCTGTCAAG AGTTGGCATC TGGGGGTGTT TGCAAGGAGC AGTCATATCA 
GCAAAGATAG CACAATTTAT TAAGTCATTG AATGTTGAAA AGAAAACTGA CTGTTGCATT 
TTGTCTGCGT TACTCTTTCA GGGTTTGCTT AGAACAACAC TTCCACATCC CAAAGCTGAA 
CGTTGCTATG CTCAATATGA AATCACTCAG CTTCTCCCAG GCATTGAACT CTTCTCAGAT 
AGATACAGGG CTGACATTTG CTCTGTAATT GCAAGTCTGT ATTACATTAT ACGTGAACTG 
CACTTTGTTA GGCAAAACCT AATAGTTCTG CCTCTCCTTG CATTGTATCA ATATTTTGTT 
TCTGGAATTT GTCAAGACAT AACAAGAAAT CTAGAAGCAA GAATCCTCAA GATAGAAGTC 
CTTATAGATT TGAGATTCTT TTCTGAAGCC TTTTATGAGA TATCCCAAAT TTTCTATGGA 
AAAAACATGC CTTGTCCAAT ACCTGCAGGC TATAAAGCCA CTGGAAAAAT GAAGATCTTT 
CAATCATTTG ACTCAGGAAA ACTTCTTACC AGTAAAGAAA ATATACAGGC AATTGATGAA 
TTAAGAAATA AAGGCTTGCC TGCAGTTCTG GTTACAATTG GCCAACCACA TCTCTTAAAT 
AAGTTTAATT TTGTTAAAGC ATACTTTTTC CTAAGTGTGG CTGCGACAAT AAATTGTGTC 
CCAGAAAATA AATTTAAGAC AGTAATTACC AACAAGAGCA AACCAAACCT ACCAAACTTG 
GAAGAGATAT ATTCAAAGGA TGATGGAAGT TCATTTTATA ATCTTACAAA ACTTAAAGAT 
GAGATCACTC TTAGCATGCT AAAGTCGATG TTACTGATGG AAGCTGAGGA CAGGCTAAAC 
TTCCTTCTGT CCGAGGTGGA ACAGAAGACC CTGTCTCAGT GCTCCGCTGG CGAGCTGGAG 
ATTGTGGTGG AGGCCCGGCT TCAGCTGGCT GCAGTTGCTC TGCAGAGGCA CCGGGCGGCA 
TACAGTGCTG CAATAGTATT TTCTACACTT ACACTTCTCC AGGATTCAAA ACTTTTTGAA 
AAGAAGGTAG TACAGGATGA CACAGAGAAT CCTGTCTCTC CAGGAACTTC TGTCACTGAA 
AATAAAGATG ACAGTGAGTT TTTAGATCCT ATTTCCCTAA ATGCCCGAGA ATATTTCAAC 
ATTCATCTGT GGTTGAGGTG CCGCTTAGCA TTGGTGACTG CATTTGTTGC ACAGATTCAT 
GGCATTGGAA TTGTGAAAGA GGATGATATG ACAGATTGCC TGAGCCTCAT CAATGAAGTG 
TGTATGGAGG CAAAAAGCGC AGGGGACACG GAACTGCAGG CTGAATTCTT GACGCAAGCT 
GTAATTCTTG GCCTACAAGA AAAGCATTTA AAGGCAGACA TCATGACAAA CCTTCAGGAT 
ATAATACATT TGCTGGAAGG AAATGAATTT ATTTCTCCTC AATCACGGCT AACCCTGGCA 
AGAAGCCTAG TTTTGCTGGA TGACTTAACC AAAGCTGAGA AATTCAAGGA ATCTCCCTCT 
TCAAAAACAG GAAAATTAAA TTTGTTAACT CGGGCTCATA GCATTCTAAC TGAACAGATG 
CTAGCTTTTG GAGAAACAAT TGAATTTCGT TCATCAAACA CTAAATATGC AAATCCATTA 
CAGCCTTTGA AAAATATCTA TCTTCCCCAT GTCATGTTAT TGGCCAAAAT AAAAATGAGA 
ATTGGACATA CAGTGGCCAA GCAAGTATAT TACAAGAATA AAAGGAAGGA CCCCTCGAAG 
TGGTTACCTG CTCTTCATCT GTTTGATGTG GCACTGAAGC TCTGTAGAAC AACAGCAGTG 
GAGGAACATG AGGTGGAAGC TGAAATCCTT TTTCAGAAAG GCAAAATAGA ACGTCAAATA 
CTAATGGAAG AGAAATCTCC AAGTTTTCAA CTTGAGAGTT TATATGAAGC TATACAACTA 
AGCCTGAAAA ATGATCAAAA CTCAGGATTG ATAAGAGACT CCTACCTAGA AATGGCTCTA 
TTGTATTTTC ATCTGAAGAA GCCAAAGATA AAAATTTCAG GATCACCATT AACACTTAAG 
CCTCCTCTCA GAAGAAGTAG TTCTGTTAAA GAAACATCAG CAAATAAATT TGAAATGTAC 
AGTTCATTAG CCTGGATTGC AATAAGAGCT GCTGCACAGG TCAGTGAAGC TGTGCTGGCA 
ATTAACTTAC TTATTGGAAA GAAGAATACT AGAATGCATA AAGTTAACCA AGTGGCATTA 
CCAAATATCC CAGAATTTGC TGCTCTGGAT CTTTTGTCTT CGTATACAGA TTATTTGCTT 
GACAACTACC AAGTCCTCTT CCAGACTTCC TGTACATTTT TGTACCAAAA TGATGATGTG 
TGTGACAGCG CAGATGGTAG AAAAAAGACT CAGACCAAAG TGGATATTAC ATGGATCCTT 
CTACTGCGCT ACTATATTCA CCTTCAGAGG ATTAATAATC TGAGCAAACT GCTAGCATCT 
GCAACACCAG TATCTGGAAT TTCTTTGCCA GATGATACAC TTCTCACATC CCTTTACAAC 
TCTGAGTTGA TTTTGCGCCA GAAAGAAGTG CATTTTTTCC TTAAAAAATT CTTACAGCTG 
TATTCTTCTT CTTGTATTGA TGAATTTCCA AAAGAACTTC TTTGTCAACT GGAAAATCCC 
CCTCTTTCAG AAAAAGACTT ACGTGAATCA TCTGCCAAGT TGTATCGCGA TAGTTCTGTA 
CAATCCATTT TATCTTTTAA GCCTGTTTCA GGCTCATCTT GTGTGGACAT AACGCCAATA 
GAAATGGTAA CGCAAGCTTC AAACAAAGAA CTTTGCTTTC AATGGTACAT TCCTCCCCTG 
GATAGACCTC CCAAGGAGAC AGAACCTATG GTTTTATTGT TGTATGCATA TAATTTGAAG 
CCTCTGAAGA TTTCAGATGT TAGACATTCC ACTTATAACA GTACATGTGT TGGCTCTTTA 
TGGATTCCAC TGAATAGGGT TATTGCAATT CATGAGAAAT TATCTAATCT TGCTCAAATA 
GCTGAACTAT CATTGCCAGC AGCTCCTGAA ATTACCTCAA ATGAAAACAT ATATGAAGTA 
GAAGTGGAAG AGGAATCAGT TGATAATGAA ATGGAAGACA TGATTATTCA ATGTTGCTCT 
GAAATAGCAT CTCTGTTTTT GAATGATAAA GAGCCAACAC CACTATCTGA GGTCCCATTT 
GATATCTCAC TGCCGTCTAT ATTCAATCTT GAGAGACTTT TTGATCTGGC TAATGGTTGC 
ATTTTATCAG GAGGAAGCCT TTTCAACTGG ATAGTGTCAA TTATTCCCTG A

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

RefSeq	NP_001293013.1
CDS	34..9324
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	NM_001306084.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant 1, mRNA.

Target ORF information:

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

NM_001306084.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGATGT TCTCCAAGCC AGCAATCAAA GAAGTCTTAA AGTTCAGGCG 
TTGCATTCAC TTGGAAGTCT TCTCATCTTC GCAGAAAAGA AAAGGGCTGC TTTTAAGTGT 
TGGTGTCAAG CTCTTGATGA CATATTCAGA AAACCAGACG TGCTACACAC GTGGAAAGAA 
TTTGGCCCCT CACTCACCAA TGTCACCAAC AGTCATTCAC CTCCGGGTTT CAAAGACTAC 
AGTGAGGAGT TTCTGTCAAG AGTTGGCATC TGGGGGTGTT TGCAAGGAGC AGTCATATCA 
GCAAAGATAG CACAATTTAT TAAGTCATTG AATGTTGAAA AGAAAACTGA CTGTTGCATT 
TTGTCTGCGT TACTCTTTCA GGGTTTGCTT AGAACAACAC TTCCACATCC CAAAGCTGAA 
CGTTGCTATG CTCAATATGA AATCACTCAG CTTCTCCCAG GCATTGAACT CTTCTCAGAT 
AGATACAGGG CTGACATTTG CTCTGTAATT GCAAGTCTGT ATTACATTAT ACGTGAACTG 
CACTTTGTTA GGCAAAACCT AATAGTTCTG CCTCTCCTTG CATTGTATCA ATATTTTGTT 
TCTGGAATTT GTCAAGACAT AACAAGAAAT CTAGAAGCAA GAATCCTCAA GATAGAAGTC 
CTTATAGATT TGAGATTCTT TTCTGAAGCC TTTTATGAGA TATCCCAAAT TTTCTATGGA 
AAAAACATGC CTTGTCCAAT ACCTGCAGGC TATAAAGCCA CTGGAAAAAT GAAGATCTTT 
CAATCATTTG ACTCAGGAAA ACTTCTTACC AGTAAAGAAA ATATACAGGC AATTGATGAA 
TTAAGAAATA AAGGCTTGCC TGCAGTTCTG GTTACAATTG GCCAACCACA TCTCTTAAAT 
AAGTTTAATT TTGTTAAAGC ATACTTTTTC CTAAGTGTGG CTGCGACAAT AAATTGTGTC 
CCAGAAAATA AATTTAAGAC AGTAATTACC AACAAGAGCA AACCAAACCT ACCAAACTTG 
GAAGAGATAT ATTCAAAGGA TGATGGAAGT TCATTTTATA ATCTTACAAA ACTTAAAGAT 
GAGATCACTC TTAGCATGCT AAAGTCGATG TTACTGATGG AAGCTGAGGA CAGGCTAAAC 
TTCCTTCTGT CCGAGGTGGA ACAGAAGACC CTGTCTCAGT GCTCCGCTGG CGAGCTGGAG 
ATTGTGGTGG AGGCCCGGCT TCAGCTGGCT GCAGTTGCTC TGCAGAGGCA CCGGGCGGCA 
TACAGTGCTG CAATAGTATT TTCTACACTT ACACTTCTCC AGGATTCAAA ACTTTTTGAA 
AAGAAGGTAG TACAGGATGA CACAGAGAAT CCTGTCTCTC CAGGAACTTC TGTCACTGAA 
AATAAAGATG ACAGTGAGTT TTTAGATCCT ATTTCCCTAA ATGCCCGAGA ATATTTCAAC 
ATTCATCTGT GGTTGAGGTG CCGCTTAGCA TTGGTGACTG CATTTGTTGC ACAGATTCAT 
GGCATTGGAA TTGTGAAAGA GGATGATATG ACAGATTGCC TGAGCCTCAT CAATGAAGTG 
TGTATGGAGG CAAAAAGCGC AGGGGACACG GAACTGCAGG CTGAATTCTT GACGCAAGCT 
GTAATTCTTG GCCTACAAGA AAAGCATTTA AAGGCAGACA TCATGACAAA CCTTCAGGAT 
ATAATACATT TGCTGGAAGG AAATGAATTT ATTTCTCCTC AATCACGGCT AACCCTGGCA 
AGAAGCCTAG TTTTGCTGGA TGACTTAACC AAAGCTGAGA AATTCAAGGA ATCTCCCTCT 
TCAAAAACAG GAAAATTAAA TTTGTTAACT CGGGCTCATA GCATTCTAAC TGAACAGATG 
CTAGCTTTTG GAGAAACAAT TGAATTTCGT TCATCAAACA CTAAATATGC AAATCCATTA 
CAGCCTTTGA AAAATATCTA TCTTCCCCAT GTCATGTTAT TGGCCAAAAT AAAAATGAGA 
ATTGGACATA CAGTGGCCAA GCAAGTATAT TACAAGAATA AAAGGAAGGA CCCCTCGAAG 
TGGTTACCTG CTCTTCATCT GTTTGATGTG GCACTGAAGC TCTGTAGAAC AACAGCAGTG 
GAGGAACATG AGGTGGAAGC TGAAATCCTT TTTCAGAAAG GCAAAATAGA ACGTCAAATA 
CTAATGGAAG AGAAATCTCC AAGTTTTCAA CTTGAGAGTT TATATGAAGC TATACAACTA 
AGCCTGAAAA ATGATCAAAA CTCAGGATTG ATAAGAGACT CCTACCTAGA AATGGCTCTA 
TTGTATTTTC ATCTGAAGAA GCCAAAGATA AAAATTTCAG GATCACCATT AACACTTAAG 
CCTCCTCTCA GAAGAAGTAG TTCTGTTAAA GAAACATCAG CAAATAAATT TGAAATGTAC 
AGTTCATTAG CCTGGATTGC AATAAGAGCT GCTGCACAGG TCAGTGAAGC TGTGCTGGCA 
ATTAACTTAC TTATTGGAAA GAAGAATACT AGAATGCATA AAGTTAACCA AGTGGCATTA 
CCAAATATCC CAGAATTTGC TGCTCTGGAT CTTTTGTCTT CGTATACAGA TTATTTGCTT 
GACAACTACC AAGTCCTCTT CCAGACTTCC TGTACATTTT TGTACCAAAA TGATGATGTG 
TGTGACAGCG CAGATGGTAG AAAAAAGACT CAGACCAAAG TGGATATTAC ATGGATCCTT 
CTACTGCGCT ACTATATTCA CCTTCAGAGG ATTAATAATC TGAGCAAACT GCTAGCATCT 
GCAACACCAG TATCTGGAAT TTCTTTGCCA GATGATACAC TTCTCACATC CCTTTACAAC 
TCTGAGTTGA TTTTGCGCCA GAAAGAAGTG CATTTTTTCC TTAAAAAATT CTTACAGCTG 
TATTCTTCTT CTTGTATTGA TGAATTTCCA AAAGAACTTC TTTGTCAACT GGAAAATCCC 
CCTCTTTCAG AAAAAGACTT ACGTGAATCA TCTGCCAAGT TGTATCGCGA TAGTTCTGTA 
CAATCCATTT TATCTTTTAA GCCTGTTTCA GGCTCATCTT GTGTGGACAT AACGCCAATA 
GAAATGGTAA CGCAAGCTTC AAACAAAGAA CTTTGCTTTC AATGGTACAT TCCTCCCCTG 
GATAGACCTC CCAAGGAGAC AGAACCTATG GTTTTATTGT TGTATGCATA TAATTTGAAG 
CCTCTGAAGA TTTCAGATGT TAGACATTCC ACTTATAACA GTACATGTGT TGGCTCTTTA 
TGGATTCCAC TGAATAGGGT TATTGCAATT CATGAGAAAT TATCTAATCT TGCTCAAATA 
GCTGAACTAT CATTGCCAGC AGCTCCTGAA ATTACCTCAA ATGAAAACAT ATATGAAGTA 
GAAGTGGAAG AGGAATCAGT TGATAATGAA ATGGAAGACA TGATTATTCA ATGTTGCTCT 
GAAATAGCAT CTCTGTTTTT GAATGATAAA GAGCCAACAC CACTATCTGA GGTCCCATTT 
GATATCTCAC TGCCGTCTAT ATTCAATCTT GAGAGACTTT TTGATCTGGC TAATGGTTGC 
ATTTTATCAG GAGGAAGCCT TTTCAACTGG ATAGTGTCAA TTATTCCCTG A

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

CFAP54 ( NM_001306084.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001293013.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), mRNA.

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CloneID	OHu76124
Clone ID Related Accession (Same CDS sequence)	NM_001306084.2 , NM_001306084.1
Accession Version	NM_001306084.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9291bp) 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 54
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BX644506.1, DN831445.1, AK056076.1, AK091789.1, BX281772.1, AC008118.26, EG328110.1, BC041426.1, AK126100.1, DB225896.1, DV080725.1, AC007564.10, DV080428.1, DV080224.1, CF887548.1 and CF891050.1. On or before Apr 14, 2015 this sequence version replaced XM_011539075.1, XM_011508382.1. 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. The genomic coordinates used for the transcript record were based on partial transcript and RNA-seq alignments. CCDS Note: This gene lacks full-length transcript support, and therefore this CCDS representation is inferred based on partial transcript and RNA-seq alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2151119, SAMEA2161674 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGATGT TCTCCAAGCC AGCAATCAAA GAAGTCTTAA AGTTCAGGCG 
TTGCATTCAC TTGGAAGTCT TCTCATCTTC GCAGAAAAGA AAAGGGCTGC TTTTAAGTGT 
TGGTGTCAAG CTCTTGATGA CATATTCAGA AAACCAGACG TGCTACACAC GTGGAAAGAA 
TTTGGCCCCT CACTCACCAA TGTCACCAAC AGTCATTCAC CTCCGGGTTT CAAAGACTAC 
AGTGAGGAGT TTCTGTCAAG AGTTGGCATC TGGGGGTGTT TGCAAGGAGC AGTCATATCA 
GCAAAGATAG CACAATTTAT TAAGTCATTG AATGTTGAAA AGAAAACTGA CTGTTGCATT 
TTGTCTGCGT TACTCTTTCA GGGTTTGCTT AGAACAACAC TTCCACATCC CAAAGCTGAA 
CGTTGCTATG CTCAATATGA AATCACTCAG CTTCTCCCAG GCATTGAACT CTTCTCAGAT 
AGATACAGGG CTGACATTTG CTCTGTAATT GCAAGTCTGT ATTACATTAT ACGTGAACTG 
CACTTTGTTA GGCAAAACCT AATAGTTCTG CCTCTCCTTG CATTGTATCA ATATTTTGTT 
TCTGGAATTT GTCAAGACAT AACAAGAAAT CTAGAAGCAA GAATCCTCAA GATAGAAGTC 
CTTATAGATT TGAGATTCTT TTCTGAAGCC TTTTATGAGA TATCCCAAAT TTTCTATGGA 
AAAAACATGC CTTGTCCAAT ACCTGCAGGC TATAAAGCCA CTGGAAAAAT GAAGATCTTT 
CAATCATTTG ACTCAGGAAA ACTTCTTACC AGTAAAGAAA ATATACAGGC AATTGATGAA 
TTAAGAAATA AAGGCTTGCC TGCAGTTCTG GTTACAATTG GCCAACCACA TCTCTTAAAT 
AAGTTTAATT TTGTTAAAGC ATACTTTTTC CTAAGTGTGG CTGCGACAAT AAATTGTGTC 
CCAGAAAATA AATTTAAGAC AGTAATTACC AACAAGAGCA AACCAAACCT ACCAAACTTG 
GAAGAGATAT ATTCAAAGGA TGATGGAAGT TCATTTTATA ATCTTACAAA ACTTAAAGAT 
GAGATCACTC TTAGCATGCT AAAGTCGATG TTACTGATGG AAGCTGAGGA CAGGCTAAAC 
TTCCTTCTGT CCGAGGTGGA ACAGAAGACC CTGTCTCAGT GCTCCGCTGG CGAGCTGGAG 
ATTGTGGTGG AGGCCCGGCT TCAGCTGGCT GCAGTTGCTC TGCAGAGGCA CCGGGCGGCA 
TACAGTGCTG CAATAGTATT TTCTACACTT ACACTTCTCC AGGATTCAAA ACTTTTTGAA 
AAGAAGGTAG TACAGGATGA CACAGAGAAT CCTGTCTCTC CAGGAACTTC TGTCACTGAA 
AATAAAGATG ACAGTGAGTT TTTAGATCCT ATTTCCCTAA ATGCCCGAGA ATATTTCAAC 
ATTCATCTGT GGTTGAGGTG CCGCTTAGCA TTGGTGACTG CATTTGTTGC ACAGATTCAT 
GGCATTGGAA TTGTGAAAGA GGATGATATG ACAGATTGCC TGAGCCTCAT CAATGAAGTG 
TGTATGGAGG CAAAAAGCGC AGGGGACACG GAACTGCAGG CTGAATTCTT GACGCAAGCT 
GTAATTCTTG GCCTACAAGA AAAGCATTTA AAGGCAGACA TCATGACAAA CCTTCAGGAT 
ATAATACATT TGCTGGAAGG AAATGAATTT ATTTCTCCTC AATCACGGCT AACCCTGGCA 
AGAAGCCTAG TTTTGCTGGA TGACTTAACC AAAGCTGAGA AATTCAAGGA ATCTCCCTCT 
TCAAAAACAG GAAAATTAAA TTTGTTAACT CGGGCTCATA GCATTCTAAC TGAACAGATG 
CTAGCTTTTG GAGAAACAAT TGAATTTCGT TCATCAAACA CTAAATATGC AAATCCATTA 
CAGCCTTTGA AAAATATCTA TCTTCCCCAT GTCATGTTAT TGGCCAAAAT AAAAATGAGA 
ATTGGACATA CAGTGGCCAA GCAAGTATAT TACAAGAATA AAAGGAAGGA CCCCTCGAAG 
TGGTTACCTG CTCTTCATCT GTTTGATGTG GCACTGAAGC TCTGTAGAAC AACAGCAGTG 
GAGGAACATG AGGTGGAAGC TGAAATCCTT TTTCAGAAAG GCAAAATAGA ACGTCAAATA 
CTAATGGAAG AGAAATCTCC AAGTTTTCAA CTTGAGAGTT TATATGAAGC TATACAACTA 
AGCCTGAAAA ATGATCAAAA CTCAGGATTG ATAAGAGACT CCTACCTAGA AATGGCTCTA 
TTGTATTTTC ATCTGAAGAA GCCAAAGATA AAAATTTCAG GATCACCATT AACACTTAAG 
CCTCCTCTCA GAAGAAGTAG TTCTGTTAAA GAAACATCAG CAAATAAATT TGAAATGTAC 
AGTTCATTAG CCTGGATTGC AATAAGAGCT GCTGCACAGG TCAGTGAAGC TGTGCTGGCA 
ATTAACTTAC TTATTGGAAA GAAGAATACT AGAATGCATA AAGTTAACCA AGTGGCATTA 
CCAAATATCC CAGAATTTGC TGCTCTGGAT CTTTTGTCTT CGTATACAGA TTATTTGCTT 
GACAACTACC AAGTCCTCTT CCAGACTTCC TGTACATTTT TGTACCAAAA TGATGATGTG 
TGTGACAGCG CAGATGGTAG AAAAAAGACT CAGACCAAAG TGGATATTAC ATGGATCCTT 
CTACTGCGCT ACTATATTCA CCTTCAGAGG ATTAATAATC TGAGCAAACT GCTAGCATCT 
GCAACACCAG TATCTGGAAT TTCTTTGCCA GATGATACAC TTCTCACATC CCTTTACAAC 
TCTGAGTTGA TTTTGCGCCA GAAAGAAGTG CATTTTTTCC TTAAAAAATT CTTACAGCTG 
TATTCTTCTT CTTGTATTGA TGAATTTCCA AAAGAACTTC TTTGTCAACT GGAAAATCCC 
CCTCTTTCAG AAAAAGACTT ACGTGAATCA TCTGCCAAGT TGTATCGCGA TAGTTCTGTA 
CAATCCATTT TATCTTTTAA GCCTGTTTCA GGCTCATCTT GTGTGGACAT AACGCCAATA 
GAAATGGTAA CGCAAGCTTC AAACAAAGAA CTTTGCTTTC AATGGTACAT TCCTCCCCTG 
GATAGACCTC CCAAGGAGAC AGAACCTATG GTTTTATTGT TGTATGCATA TAATTTGAAG 
CCTCTGAAGA TTTCAGATGT TAGACATTCC ACTTATAACA GTACATGTGT TGGCTCTTTA 
TGGATTCCAC TGAATAGGGT TATTGCAATT CATGAGAAAT TATCTAATCT TGCTCAAATA 
GCTGAACTAT CATTGCCAGC AGCTCCTGAA ATTACCTCAA ATGAAAACAT ATATGAAGTA 
GAAGTGGAAG AGGAATCAGT TGATAATGAA ATGGAAGACA TGATTATTCA ATGTTGCTCT 
GAAATAGCAT CTCTGTTTTT GAATGATAAA GAGCCAACAC CACTATCTGA GGTCCCATTT 
GATATCTCAC TGCCGTCTAT ATTCAATCTT GAGAGACTTT TTGATCTGGC TAATGGTTGC 
ATTTTATCAG GAGGAAGCCT TTTCAACTGG ATAGTGTCAA TTATTCCCTG A

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

RefSeq	NP_001293013.1
CDS	40..9330
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	NM_001306084.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), mRNA.

Target ORF information:

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

NM_001306084.1

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGATGT TCTCCAAGCC AGCAATCAAA GAAGTCTTAA AGTTCAGGCG 
TTGCATTCAC TTGGAAGTCT TCTCATCTTC GCAGAAAAGA AAAGGGCTGC TTTTAAGTGT 
TGGTGTCAAG CTCTTGATGA CATATTCAGA AAACCAGACG TGCTACACAC GTGGAAAGAA 
TTTGGCCCCT CACTCACCAA TGTCACCAAC AGTCATTCAC CTCCGGGTTT CAAAGACTAC 
AGTGAGGAGT TTCTGTCAAG AGTTGGCATC TGGGGGTGTT TGCAAGGAGC AGTCATATCA 
GCAAAGATAG CACAATTTAT TAAGTCATTG AATGTTGAAA AGAAAACTGA CTGTTGCATT 
TTGTCTGCGT TACTCTTTCA GGGTTTGCTT AGAACAACAC TTCCACATCC CAAAGCTGAA 
CGTTGCTATG CTCAATATGA AATCACTCAG CTTCTCCCAG GCATTGAACT CTTCTCAGAT 
AGATACAGGG CTGACATTTG CTCTGTAATT GCAAGTCTGT ATTACATTAT ACGTGAACTG 
CACTTTGTTA GGCAAAACCT AATAGTTCTG CCTCTCCTTG CATTGTATCA ATATTTTGTT 
TCTGGAATTT GTCAAGACAT AACAAGAAAT CTAGAAGCAA GAATCCTCAA GATAGAAGTC 
CTTATAGATT TGAGATTCTT TTCTGAAGCC TTTTATGAGA TATCCCAAAT TTTCTATGGA 
AAAAACATGC CTTGTCCAAT ACCTGCAGGC TATAAAGCCA CTGGAAAAAT GAAGATCTTT 
CAATCATTTG ACTCAGGAAA ACTTCTTACC AGTAAAGAAA ATATACAGGC AATTGATGAA 
TTAAGAAATA AAGGCTTGCC TGCAGTTCTG GTTACAATTG GCCAACCACA TCTCTTAAAT 
AAGTTTAATT TTGTTAAAGC ATACTTTTTC CTAAGTGTGG CTGCGACAAT AAATTGTGTC 
CCAGAAAATA AATTTAAGAC AGTAATTACC AACAAGAGCA AACCAAACCT ACCAAACTTG 
GAAGAGATAT ATTCAAAGGA TGATGGAAGT TCATTTTATA ATCTTACAAA ACTTAAAGAT 
GAGATCACTC TTAGCATGCT AAAGTCGATG TTACTGATGG AAGCTGAGGA CAGGCTAAAC 
TTCCTTCTGT CCGAGGTGGA ACAGAAGACC CTGTCTCAGT GCTCCGCTGG CGAGCTGGAG 
ATTGTGGTGG AGGCCCGGCT TCAGCTGGCT GCAGTTGCTC TGCAGAGGCA CCGGGCGGCA 
TACAGTGCTG CAATAGTATT TTCTACACTT ACACTTCTCC AGGATTCAAA ACTTTTTGAA 
AAGAAGGTAG TACAGGATGA CACAGAGAAT CCTGTCTCTC CAGGAACTTC TGTCACTGAA 
AATAAAGATG ACAGTGAGTT TTTAGATCCT ATTTCCCTAA ATGCCCGAGA ATATTTCAAC 
ATTCATCTGT GGTTGAGGTG CCGCTTAGCA TTGGTGACTG CATTTGTTGC ACAGATTCAT 
GGCATTGGAA TTGTGAAAGA GGATGATATG ACAGATTGCC TGAGCCTCAT CAATGAAGTG 
TGTATGGAGG CAAAAAGCGC AGGGGACACG GAACTGCAGG CTGAATTCTT GACGCAAGCT 
GTAATTCTTG GCCTACAAGA AAAGCATTTA AAGGCAGACA TCATGACAAA CCTTCAGGAT 
ATAATACATT TGCTGGAAGG AAATGAATTT ATTTCTCCTC AATCACGGCT AACCCTGGCA 
AGAAGCCTAG TTTTGCTGGA TGACTTAACC AAAGCTGAGA AATTCAAGGA ATCTCCCTCT 
TCAAAAACAG GAAAATTAAA TTTGTTAACT CGGGCTCATA GCATTCTAAC TGAACAGATG 
CTAGCTTTTG GAGAAACAAT TGAATTTCGT TCATCAAACA CTAAATATGC AAATCCATTA 
CAGCCTTTGA AAAATATCTA TCTTCCCCAT GTCATGTTAT TGGCCAAAAT AAAAATGAGA 
ATTGGACATA CAGTGGCCAA GCAAGTATAT TACAAGAATA AAAGGAAGGA CCCCTCGAAG 
TGGTTACCTG CTCTTCATCT GTTTGATGTG GCACTGAAGC TCTGTAGAAC AACAGCAGTG 
GAGGAACATG AGGTGGAAGC TGAAATCCTT TTTCAGAAAG GCAAAATAGA ACGTCAAATA 
CTAATGGAAG AGAAATCTCC AAGTTTTCAA CTTGAGAGTT TATATGAAGC TATACAACTA 
AGCCTGAAAA ATGATCAAAA CTCAGGATTG ATAAGAGACT CCTACCTAGA AATGGCTCTA 
TTGTATTTTC ATCTGAAGAA GCCAAAGATA AAAATTTCAG GATCACCATT AACACTTAAG 
CCTCCTCTCA GAAGAAGTAG TTCTGTTAAA GAAACATCAG CAAATAAATT TGAAATGTAC 
AGTTCATTAG CCTGGATTGC AATAAGAGCT GCTGCACAGG TCAGTGAAGC TGTGCTGGCA 
ATTAACTTAC TTATTGGAAA GAAGAATACT AGAATGCATA AAGTTAACCA AGTGGCATTA 
CCAAATATCC CAGAATTTGC TGCTCTGGAT CTTTTGTCTT CGTATACAGA TTATTTGCTT 
GACAACTACC AAGTCCTCTT CCAGACTTCC TGTACATTTT TGTACCAAAA TGATGATGTG 
TGTGACAGCG CAGATGGTAG AAAAAAGACT CAGACCAAAG TGGATATTAC ATGGATCCTT 
CTACTGCGCT ACTATATTCA CCTTCAGAGG ATTAATAATC TGAGCAAACT GCTAGCATCT 
GCAACACCAG TATCTGGAAT TTCTTTGCCA GATGATACAC TTCTCACATC CCTTTACAAC 
TCTGAGTTGA TTTTGCGCCA GAAAGAAGTG CATTTTTTCC TTAAAAAATT CTTACAGCTG 
TATTCTTCTT CTTGTATTGA TGAATTTCCA AAAGAACTTC TTTGTCAACT GGAAAATCCC 
CCTCTTTCAG AAAAAGACTT ACGTGAATCA TCTGCCAAGT TGTATCGCGA TAGTTCTGTA 
CAATCCATTT TATCTTTTAA GCCTGTTTCA GGCTCATCTT GTGTGGACAT AACGCCAATA 
GAAATGGTAA CGCAAGCTTC AAACAAAGAA CTTTGCTTTC AATGGTACAT TCCTCCCCTG 
GATAGACCTC CCAAGGAGAC AGAACCTATG GTTTTATTGT TGTATGCATA TAATTTGAAG 
CCTCTGAAGA TTTCAGATGT TAGACATTCC ACTTATAACA GTACATGTGT TGGCTCTTTA 
TGGATTCCAC TGAATAGGGT TATTGCAATT CATGAGAAAT TATCTAATCT TGCTCAAATA 
GCTGAACTAT CATTGCCAGC AGCTCCTGAA ATTACCTCAA ATGAAAACAT ATATGAAGTA 
GAAGTGGAAG AGGAATCAGT TGATAATGAA ATGGAAGACA TGATTATTCA ATGTTGCTCT 
GAAATAGCAT CTCTGTTTTT GAATGATAAA GAGCCAACAC CACTATCTGA GGTCCCATTT 
GATATCTCAC TGCCGTCTAT ATTCAATCTT GAGAGACTTT TTGATCTGGC TAATGGTTGC 
ATTTTATCAG GAGGAAGCCT TTTCAACTGG ATAGTGTCAA TTATTCCCTG A

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

CFAP54 ( XM_017018867.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016874356.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X15, mRNA.

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CloneID	OHu83547
Clone ID Related Accession (Same CDS sequence)	XM_017018867.1
Accession Version	XM_017018867.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7698bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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 :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATGTTC AACCTGATAA AGAAATTGTT GTGGACACGA TAATGTTCCT ATGGCAGAAA 
TGCAAATTAG GAATTCAGCG GCTCAATATA TCCAGAAATG ACTATGCAAA ATTCACCCAG 
AAAATCAGTA CTAACAAATG GATTTATCTT CTGTGGCAGA TAAATGAAGT AATTCACTGC 
TATAAAATGG AAGACATTGA CATTGTGGTA GTGGCAGAAG TCACATTACG GTTAAGTGAA 
ATATTGGAAT CTTTAGGAAG CCCAGGAAGA AAATTTAAAC AATCTCTAGA TGTACCTTTA 
AGAGAAGGGA CTAACAAATT CCCTGGAGCT CCAAAAGGGA TCACAGAAAT TCTTCCAATA 
TTACAGAAAA ATCCTGTGGA ACAGTTACTT TTTGCTTATA AACTTCTTGA CAGAGCAATC 
GGTGGAATAA ATTTGAATTG CATGTTAACC TCTTTGCCAA ATGGATCATC AGTAATTGAC 
CACTGCTATG CCAAGCGTAC CCACCATATA GATGGAGATA CTTACAAACC ACTTGCCTCA 
AATAGTTTCA TGATGGATTT GCATCTTGAA CTAATTCAAG CTCAGCATCG AATAGCTGTT 
GTGCTTCTGG ACAAATTGCA AGTTTTGCAG ACTCCAACTG TTAGCAAAGA TATTTCTACC 
AAGGGTCCGG AAAAGTTAAA ACAATCTGGA AGCACTGATT GTTTTACAGA ATTAAATATA 
ATGAATAAAA TAAAGAAGAA TACATTATCC AAAGCAATTT ACTTAATGCA GAAAGCTCTT 
TTAATATTCG AGAAAGATGC AACTTCTACA TCTTCATGGG AACTTTTGAT GGAAGCATAT 
TCCTTAATTC AGAGGATTGA AGCTGAACAA AATGCCCTAT ATTCCTATCA GAAATATTTG 
GAAAGTTCAA AAAGAAAGAA AAGCAGAGTC CCCCCTCCAC CTATCCTGCT GTCTCGAACT 
CATTGTTCTG TGACACTCAA ACCTGCTCCA TTTACTTCAG AGGTTAAGGT CTCCTGGTAC 
TGCATTTTGG GTTGCAAAGC AGAAGGAAGT TATGGAAAAG TACGGCTAAA CAATAATCAT 
CTCCCAAATT CAGGAGAAGC GATACCAGCT GACGGTAAAA GTGTTTTTGA AGTGAAAGGT 
TTAGAAACCA ATGAAAAGTA TGTATTTGCA GTTGCTGCCT ATTCTAACAA CGGAAAGCTT 
GTCGGTGGTG CTATTGGGGA GACAACTAAA CCAATTCTGG TTTATCCCCC TCTTTCTACT 
ATTACTGCTC GGATGTTCCT GACACAGGTT GCCTATCAAG TTGGTAACTA TGAATTGGCT 
AAGAAAGTTT TCTCACCAGT TTGGGATTAT TTTGTTGCTT CGCCACTTCA GGATGAACAA 
TCTGTTATTT GTTTAAGCAA TATAATTACT ATTACACAAA GAAGATTACA TTCAGATATT 
TTGGCAGAGA CTTCTTCAAT CCTCTTGTAC CTTTTTCTTA GAAATATTTT TGTAACAAGT 
GACATCAAAA TTAAAGAAGA AAATCTTTTC TGTGATAATA TTAAAGGCAA TGAGATTTTC 
CCATCTCAAC AAATTGCCAG ACTGATTGAA TGTGAGAGAG TATTAGTGGC ATTGGAACTT 
AGCAACTTCC TAAATGATTC CAGCTATGCC CTTCAAGCTG TGACTCAATG TTATGGACTT 
CTTGCTCCCA TAATTTATCA CAATATTGTT TTGGTACCTG TTGTACAGAT CCTGATAAAG 
TGTATAGTGG TTTTGCAAGG ACTACCAAGT ATTGTCTGCT CGAAGAAACA TACTGCGAGC 
TTTGAAAGTA TACAACACAT GATAGCTTGT TGTATTTTCT ACATAACAAA GATTCTTCGT 
TCATGGAGGG AATATGACCT GGCAGTAATG ATTATAAATT ATGGGAAAAA AATGTTGGAC 
ATCACACCAG GATGCAAGTC TCTGTTTGAT GGTAGTAATG AACAAGAAGA AATGCCAGAG 
GAGGATTCTT CTAAGAAGTC TTTAAAGACT AAGAAGCCAC AGCAGATACT ACTGCCTGAA 
AAGATAAATG AACAGCTGGC CTTGTTGGAG ACACACCTAC TCAAACTGAC AAAGCAATAT 
GTTACATCTG AACTCTCAGG AGGAGAGGAC CCTATATTTC TTTATCCTGT AGTTTTGAAT 
TGGTCGGTCA AAGGTGCCGT GAAAGAAGTT ATGAAATTTA AGCAAAAACC AAGATTTCTG 
GAATTCTTTA CACAAGTTAT GCTAAAATGC ATGAATGAGG AAAAATTTCA TCTTATGGTA 
GAGGTAACAA CTCCTGTCCA TGACTTCTTG AAAAGGAGAA ATGAGTCTCT ACTTGGACTA 
ATAAAAGTGA AATATAAGGA TAGTGCTTTG AATAAAAAAG CAAACAAATC TTTAAAGTTC 
AAAGCTGCAG TAATGGAAAT TGGAAGAAGT GCAGAAATGC AACAAAGAAT AAGAAGTAAA 
AAAAAGGAAA CTCTAAGAGA TTTCATTTTT AAAAATCCGG CTATTTCTGA AATGGTGGCA 
CATGAAAGAA ATAGGAGAAC CAGTGTTAGG AAAGCAGCAC AACGATACCT GATGGATTAC 
TTGAATCCTC TAATATTAAG TTATGTTAAA AGAAAGAGGT TCCATCGTCT ATCACTTGAA 
GAGATGCCCT GGAGAGCTCA GATGAACCTG TATCTAGCAG GTGCACACTT TAACCTGGTT 
TTACAAAAGC TATGGGAGTG TACGAAGATG AAATTTGGCA CATCACATAT GATGGTCAGT 
TTCCGATCAT GTGATCCTAA CATGTTTTCA CTGTATAATT CAGGAACAGT ATTACCAACA 
AGAAAATTGA CTGTAGAAAA TTATAAAGCA ATGCTTGATT TCCTTCTTAC AGCCAAAAAA 
AGAAAGGCCA ACTTACCATC AGATGCTGAA GAATTTTCTA CATTTATTAA TTCCATAATG 
AGTGATGAAA ATATGTCCAA GACACAAACA GTTTATGACT CAGACTCTCA ATCAGGTTCT 
AGTGCTAAAG AAAAGGACCG AGGAGCAAAT TTGTGTGTAA TGGATCATTT TATGAAAATC 
TTTTTATACT GCAGGAGAGC AATGGTTCTT GCTCATCGTG GTGGCTATTG GACTCTGCTT 
CAGAACTGCT GTCGGGCCTT ATGGAACTTT ACTCAGGAAC TACAAATACT TCTTAAACAG 
GCAGTGGATC TTGATAAAAC ATTTCCTATT AGCCAAGATG GTTTCCTCTG CACCTCTGTT 
TTACCATTCT ATTTGGGAGC AGAATTACTT ATTGACATGT TAATACAACT ACAAAATACC 
AGTTCTATTA AGCCTATTGA AGACAAAGGA GAATTCAGTG TTCCAAGCTG TTATGGGAAT 
ATTAAAAATG ACAACGGTGG TTCTAGTCTT ACCTTTGAGC ATCCTTTGGA TGATGTAAAT 
GTGGTTGATT TGAAATGGAT CCACGACTTT GTATTAAAAT CTCTGGAAGT TTTATATCAA 
GTGGAAAAAT GGGAAACACT AGTATCTCTT GCCATTCAGT TCAATACAGT TTCACATGAG 
AGGTATACAG AACAAGTGAC ACCACTTCTG GTGTATGCAC AGCGCCAGCT TCTGCTGAGA 
ATACAGAAGT TCAAGGGCCC AGATATTACC CAACAACCTT GTGCAAGGTA TGAGGCTGAA 
TATGGAGAGA AGATAACTTG CCGAAATTTC ATTGGGAAGC AGCTTAAGAT TAATTCTTCA 
ACCATTGAAG CAACAAGCAA CTGCACAGAT TTGCTAAAAA TGCTTATCTC TTCAGAATAC 
AGCCGAGCCA AAGCGCTTGT CTGCGTGCCC GTGGACGTGA CAGACACCTT GAGGTGTTTT 
AGAGAGACAC TGGAAAAATC CAAATACCAT AACAGATCAA TCCGACACAG CAGAAAGTTG 
CTTTCATTAT TTCTTGCACA GACACAAGGA GAGAAAGGAG AAATAAATGA TTCAAAATGT 
ACTTCTGGAA AGGTGGAATT TTGCCTGGGG ACAGAGGAGA TGCATATGTC AATACCCCCT 
GACCTTTCTC AGGAGCACTT CAGAGTTTTT AGTTCCGTGG AGAAAAGCAA ACTTCCATAT 
TCACAACTTG GACTTGTAAT TTCTTCTTAT CACCAAACTA TTGATGTTCT CCAAGCCAGC 
AATCAAAGAA GTCTTAAAGT TCAGGCGTTG CATTCACTTG GAAGTCTTCT CATCTTCGCA 
GAAAAGAAAA GGGCTGCTTT TAAGTGTTGG TGTCAAGCTC TTGATGACAT ATTCAGAAAA 
CCAGACGTGC TACACACGTG GAAAGAATTT GGCCCCTCAC TCACCAATGT CACCAACAGT 
CATTCACCTC CGGGTTTCAA AGACTACAGT GAGGAGTTTC TGTCAAGAGT TGGCATCTGG 
GGGTGTTTGC AAGGAGCAGT CATATCAGCA AAGATAGCAC AATTTATTAA GTCATTGAAT 
GTTGAAAAGA AAACTGACTG TTGCATTTTG TCTGCGTTAC TCTTTCAGGG TTTGCTTAGA 
ACAACACTTC CACATCCCAA AGCTGAACGT TGCTATGCTC AATATGAAAT CACTCAGCTT 
CTCCCAGGCA TTGAACTCTT CTCAGATAGA TACAGGGCTG ACATTTGCTC TGTAATTGCA 
AGTCTGTATT ACATTATACG TGAACTGCAC TTTGTTAGGC AAAACCTAAT AGTTCTGCCT 
CTCCTTGCAT TGTATCAATA TTTTGTTTCT GGAATTTGTC AAGACATAAC AAGAAATCTA 
GAAGCAAGAA TCCTCAAGAT AGAAGTCCTT ATAGATTTGA GATTCTTTTC TGAAGCCTTT 
TATGAGATAT CCCAAATTTT CTATGGAAAA AACATGCCTT GTCCAATACC TGCAGGCTAT 
AAAGCCACTG GAAAAATGAA GATCTTTCAA TCATTTGACT CAGGAAAACT TCTTACCAGT 
AAAGAAAATA TACAGGCAAT TGATGAATTA AGAAATAAAG GCTTGCCTGC AGTTCTGGTT 
ACAATTGGCC AACCACATCT CTTAAATAAG TTTAATTTTG TTAAAGCATA CTTTTTCCTA 
AGTGTGGCTG CGACAATAAA TTGTGTCCCA GAAAATAAAT TTAAGACAGT AATTACCAAC 
AAGAGCAAAC CAAACCTACC AAACTTGGAA GAGATATATT CAAAGGATGA TGGAAGTTCA 
TTTTATAATC TTACAAAACT TAAAGATGAG ATCACTCTTA GCATGCTAAA GTCGATGTTA 
CTGATGGAAG CTGAGGACAG GCTAAACTTC CTTCTGTCCG AGGTGGAACA GAAGACCCTG 
TCTCAGTGCT CCGCTGGCGA GCTGGAGATT GTGGTGGAGG CCCGGCTTCA GCTGGCTGCA 
GTTGCTCTGC AGAGGCACCG GGCGGCATAC AGTGCTGCAA TAGTATTTTC TACACTTACA 
CTTCTCCAGG ATTCAAAACT TTTTGAAAAG AAGGTAGTAC AGGATGACAC AGAGAATCCT 
GTCTCTCCAG GAACTTCTGT CACTGAAAAT AAAGATGACA GTGAGTTTTT AGATCCTATT 
TCCCTAAATG CCCGAGAATA TTTCAACATT CATCTGTGGT TGAGGTGCCG CTTAGCATTG 
GTGACTGCAT TTGTTGCACA GATTCATGGC ATTGGAATTG TGAAAGAGGA TGATATGACA 
GATTGCCTGA GCCTCATCAA TGAAGTGTGT ATGGAGGCAA AAAGCGCAGG GGACACGGAA 
CTGCAGGCTG AATTCTTGAC GCAAGCTGTA ATTCTTGGCC TACAAGAAAA GCATTTAAAG 
GCAGACATCA TGACAAACCT TCAGGATATA ATACATTTGC TGGAAGGAAA TGAATTTATT 
TCTCCTCAAT CACGGCTAAC CCTGGCAAGA AGCCTAGTTT TGCTGGATGA CTTAACCAAA 
GCTGAGAAAT TCAAGGAATC TCCCTCTTCA AAAACAGGAA AATTAAATTT GTTAACTCGG 
GCTCATAGCA TTCTAACTGA ACAGATGCTA GCTTTTGGAG AAACAATTGA ATTTCGTTCA 
TCAAACACTA AATATGCAAA TCCATTACAG CCTTTGAAAA ATATCTATCT TCCCCATGTC 
ATGTTATTGG CCAAAATAAA AATGAGAATT GGACATACAG TGGCCAAGCA AGTATATTAC 
AAGAATAAAA GGAAGGACCC CTCGAAGTGG TTACCTGCTC TTCATCTGTT TGATGTGGCA 
CTGAAGCTCT GTAGAACAAC AGCAGTGGAG GAACATGAGG TGGAAGCTGA AATCCTTTTT 
CAGAAAGGCA AAATAGAACG TCAAATACTA ATGGAAGAGA AATCTCCAAG TTTTCAACTT 
GAGAGTTTAT ATGAAGCTAT ACAACTAAGC CTGAAAAATG ATCAAAACTC AGGATTGATA 
AGAGACTCCT ACCTAGAAAT GGCTCTATTG TATTTTCATC TGAAGAAGCC AAAGATAAAA 
ATTTCAGGAT CACCATTAAC ACTTAAGCCT CCTCTCAGAA GAAGTAGTTC TGTTAAAGAA 
ACATCAGCAA ATAAATTTGA AATGTACAGT TCATTAGCCT GGATTGCAAT AAGAGCTGCT 
GCACAGGTCA GTGAAGCTGT GCTGGCAATT AACTTACTTA TTGGAAAGAA GAATACTAGA 
ATGCATAAAG TTAACCAAGT GGCATTACCA AATATCCCAG AATTTGCTGC TCTGGATCTT 
TTGTCTTCGT ATACAGATTA TTTGCTTGAC AACTACCAAG TCCTCTTCCA GACTTCCTGT 
ACATTTTTGT ACCAAAATGA TGATGTGTGT GACAGCGCAG ATGGTAGAAA AAAGACTCAG 
ACCAAAGTGG ATATTACATG GATCCTTCTA CTGCGCTACT ATATTCACCT TCAGAGGATT 
AATAATCTGA GCAAACTGCT AGCATCTGCA ACACCAGTAT CTGGAATTTC TTTGCCAGAT 
GATACACTTC TCACATCCCT TTACAACTCT GAGTTGATTT TGCGCCAGAA AGAAGTGCAT 
TTTTTCCTTA AAAAATTCTT ACAGCTGTAT TCTTCTTCTT GTATTGATGA ATTTCCAAAA 
GAACTTCTTT GTCAACTGGA AAATCCCCCT CTTTCAGAAA AAGACTTACG TGAATCATCT 
GCCAAGTTGT ATCGCGATAG TTCTGTACAA TCCATTTTAT CTTTTAAGCC TGTTTCAGGC 
TCATCTTGTG TGGACATAAC GCCAATAGAA ATGGTAACGC AAGCTTCAAA CAAAGAACTT 
TGCTTTCAAT GGTACATTCC TCCCCTGGAT AGACCTCCCA AGGAGACAGA ACCTATGGTT 
TTATTGTTGT ATGCATATAA TTTGAAGCCT CTGAAGATTT CAGATGTTAG ACATTCCACT 
TATAACAGTA CATGTGTTGG CTCTTTATGG ATTCCACTGA ATAGGGTTAT TGCAATTCAT 
GAGAAATTAT CTAATCTTGC TCAAATAGCT GAACTATCAT TGCCAGCAGC TCCTGAAATT 
ACCTCAAATG AAAACATATA TGAAGTAGAA GTGGAAGAGG AATCAGTTGA TAATGAAATG 
GAAGACATGA TTATTCAATG TTGCTCTGAA ATAGCATCTC TGTTTTTGAA TGATAAAGAG 
CCAACACCAC TATCTGAGGT CCCATTTGAT ATCTCACTGC CGTCTATATT CAATCTTGAG 
AGACTTTTTG ATCTGGCTAA TGGTTGCATT TTATCAGGAG GAAGCCTTTT CAACTGGATA 
GTGTCAATTA TTCCCTGA

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

RefSeq	XP_016874356.1
CDS	85..7782
Translation	MDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_017018867.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X15, mRNA.

Target ORF information:

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

XM_017018867.1

ORF Insert Sequence:

ATGGATGTTC AACCTGATAA AGAAATTGTT GTGGACACGA TAATGTTCCT ATGGCAGAAA 
TGCAAATTAG GAATTCAGCG GCTCAATATA TCCAGAAATG ACTATGCAAA ATTCACCCAG 
AAAATCAGTA CTAACAAATG GATTTATCTT CTGTGGCAGA TAAATGAAGT AATTCACTGC 
TATAAAATGG AAGACATTGA CATTGTGGTA GTGGCAGAAG TCACATTACG GTTAAGTGAA 
ATATTGGAAT CTTTAGGAAG CCCAGGAAGA AAATTTAAAC AATCTCTAGA TGTACCTTTA 
AGAGAAGGGA CTAACAAATT CCCTGGAGCT CCAAAAGGGA TCACAGAAAT TCTTCCAATA 
TTACAGAAAA ATCCTGTGGA ACAGTTACTT TTTGCTTATA AACTTCTTGA CAGAGCAATC 
GGTGGAATAA ATTTGAATTG CATGTTAACC TCTTTGCCAA ATGGATCATC AGTAATTGAC 
CACTGCTATG CCAAGCGTAC CCACCATATA GATGGAGATA CTTACAAACC ACTTGCCTCA 
AATAGTTTCA TGATGGATTT GCATCTTGAA CTAATTCAAG CTCAGCATCG AATAGCTGTT 
GTGCTTCTGG ACAAATTGCA AGTTTTGCAG ACTCCAACTG TTAGCAAAGA TATTTCTACC 
AAGGGTCCGG AAAAGTTAAA ACAATCTGGA AGCACTGATT GTTTTACAGA ATTAAATATA 
ATGAATAAAA TAAAGAAGAA TACATTATCC AAAGCAATTT ACTTAATGCA GAAAGCTCTT 
TTAATATTCG AGAAAGATGC AACTTCTACA TCTTCATGGG AACTTTTGAT GGAAGCATAT 
TCCTTAATTC AGAGGATTGA AGCTGAACAA AATGCCCTAT ATTCCTATCA GAAATATTTG 
GAAAGTTCAA AAAGAAAGAA AAGCAGAGTC CCCCCTCCAC CTATCCTGCT GTCTCGAACT 
CATTGTTCTG TGACACTCAA ACCTGCTCCA TTTACTTCAG AGGTTAAGGT CTCCTGGTAC 
TGCATTTTGG GTTGCAAAGC AGAAGGAAGT TATGGAAAAG TACGGCTAAA CAATAATCAT 
CTCCCAAATT CAGGAGAAGC GATACCAGCT GACGGTAAAA GTGTTTTTGA AGTGAAAGGT 
TTAGAAACCA ATGAAAAGTA TGTATTTGCA GTTGCTGCCT ATTCTAACAA CGGAAAGCTT 
GTCGGTGGTG CTATTGGGGA GACAACTAAA CCAATTCTGG TTTATCCCCC TCTTTCTACT 
ATTACTGCTC GGATGTTCCT GACACAGGTT GCCTATCAAG TTGGTAACTA TGAATTGGCT 
AAGAAAGTTT TCTCACCAGT TTGGGATTAT TTTGTTGCTT CGCCACTTCA GGATGAACAA 
TCTGTTATTT GTTTAAGCAA TATAATTACT ATTACACAAA GAAGATTACA TTCAGATATT 
TTGGCAGAGA CTTCTTCAAT CCTCTTGTAC CTTTTTCTTA GAAATATTTT TGTAACAAGT 
GACATCAAAA TTAAAGAAGA AAATCTTTTC TGTGATAATA TTAAAGGCAA TGAGATTTTC 
CCATCTCAAC AAATTGCCAG ACTGATTGAA TGTGAGAGAG TATTAGTGGC ATTGGAACTT 
AGCAACTTCC TAAATGATTC CAGCTATGCC CTTCAAGCTG TGACTCAATG TTATGGACTT 
CTTGCTCCCA TAATTTATCA CAATATTGTT TTGGTACCTG TTGTACAGAT CCTGATAAAG 
TGTATAGTGG TTTTGCAAGG ACTACCAAGT ATTGTCTGCT CGAAGAAACA TACTGCGAGC 
TTTGAAAGTA TACAACACAT GATAGCTTGT TGTATTTTCT ACATAACAAA GATTCTTCGT 
TCATGGAGGG AATATGACCT GGCAGTAATG ATTATAAATT ATGGGAAAAA AATGTTGGAC 
ATCACACCAG GATGCAAGTC TCTGTTTGAT GGTAGTAATG AACAAGAAGA AATGCCAGAG 
GAGGATTCTT CTAAGAAGTC TTTAAAGACT AAGAAGCCAC AGCAGATACT ACTGCCTGAA 
AAGATAAATG AACAGCTGGC CTTGTTGGAG ACACACCTAC TCAAACTGAC AAAGCAATAT 
GTTACATCTG AACTCTCAGG AGGAGAGGAC CCTATATTTC TTTATCCTGT AGTTTTGAAT 
TGGTCGGTCA AAGGTGCCGT GAAAGAAGTT ATGAAATTTA AGCAAAAACC AAGATTTCTG 
GAATTCTTTA CACAAGTTAT GCTAAAATGC ATGAATGAGG AAAAATTTCA TCTTATGGTA 
GAGGTAACAA CTCCTGTCCA TGACTTCTTG AAAAGGAGAA ATGAGTCTCT ACTTGGACTA 
ATAAAAGTGA AATATAAGGA TAGTGCTTTG AATAAAAAAG CAAACAAATC TTTAAAGTTC 
AAAGCTGCAG TAATGGAAAT TGGAAGAAGT GCAGAAATGC AACAAAGAAT AAGAAGTAAA 
AAAAAGGAAA CTCTAAGAGA TTTCATTTTT AAAAATCCGG CTATTTCTGA AATGGTGGCA 
CATGAAAGAA ATAGGAGAAC CAGTGTTAGG AAAGCAGCAC AACGATACCT GATGGATTAC 
TTGAATCCTC TAATATTAAG TTATGTTAAA AGAAAGAGGT TCCATCGTCT ATCACTTGAA 
GAGATGCCCT GGAGAGCTCA GATGAACCTG TATCTAGCAG GTGCACACTT TAACCTGGTT 
TTACAAAAGC TATGGGAGTG TACGAAGATG AAATTTGGCA CATCACATAT GATGGTCAGT 
TTCCGATCAT GTGATCCTAA CATGTTTTCA CTGTATAATT CAGGAACAGT ATTACCAACA 
AGAAAATTGA CTGTAGAAAA TTATAAAGCA ATGCTTGATT TCCTTCTTAC AGCCAAAAAA 
AGAAAGGCCA ACTTACCATC AGATGCTGAA GAATTTTCTA CATTTATTAA TTCCATAATG 
AGTGATGAAA ATATGTCCAA GACACAAACA GTTTATGACT CAGACTCTCA ATCAGGTTCT 
AGTGCTAAAG AAAAGGACCG AGGAGCAAAT TTGTGTGTAA TGGATCATTT TATGAAAATC 
TTTTTATACT GCAGGAGAGC AATGGTTCTT GCTCATCGTG GTGGCTATTG GACTCTGCTT 
CAGAACTGCT GTCGGGCCTT ATGGAACTTT ACTCAGGAAC TACAAATACT TCTTAAACAG 
GCAGTGGATC TTGATAAAAC ATTTCCTATT AGCCAAGATG GTTTCCTCTG CACCTCTGTT 
TTACCATTCT ATTTGGGAGC AGAATTACTT ATTGACATGT TAATACAACT ACAAAATACC 
AGTTCTATTA AGCCTATTGA AGACAAAGGA GAATTCAGTG TTCCAAGCTG TTATGGGAAT 
ATTAAAAATG ACAACGGTGG TTCTAGTCTT ACCTTTGAGC ATCCTTTGGA TGATGTAAAT 
GTGGTTGATT TGAAATGGAT CCACGACTTT GTATTAAAAT CTCTGGAAGT TTTATATCAA 
GTGGAAAAAT GGGAAACACT AGTATCTCTT GCCATTCAGT TCAATACAGT TTCACATGAG 
AGGTATACAG AACAAGTGAC ACCACTTCTG GTGTATGCAC AGCGCCAGCT TCTGCTGAGA 
ATACAGAAGT TCAAGGGCCC AGATATTACC CAACAACCTT GTGCAAGGTA TGAGGCTGAA 
TATGGAGAGA AGATAACTTG CCGAAATTTC ATTGGGAAGC AGCTTAAGAT TAATTCTTCA 
ACCATTGAAG CAACAAGCAA CTGCACAGAT TTGCTAAAAA TGCTTATCTC TTCAGAATAC 
AGCCGAGCCA AAGCGCTTGT CTGCGTGCCC GTGGACGTGA CAGACACCTT GAGGTGTTTT 
AGAGAGACAC TGGAAAAATC CAAATACCAT AACAGATCAA TCCGACACAG CAGAAAGTTG 
CTTTCATTAT TTCTTGCACA GACACAAGGA GAGAAAGGAG AAATAAATGA TTCAAAATGT 
ACTTCTGGAA AGGTGGAATT TTGCCTGGGG ACAGAGGAGA TGCATATGTC AATACCCCCT 
GACCTTTCTC AGGAGCACTT CAGAGTTTTT AGTTCCGTGG AGAAAAGCAA ACTTCCATAT 
TCACAACTTG GACTTGTAAT TTCTTCTTAT CACCAAACTA TTGATGTTCT CCAAGCCAGC 
AATCAAAGAA GTCTTAAAGT TCAGGCGTTG CATTCACTTG GAAGTCTTCT CATCTTCGCA 
GAAAAGAAAA GGGCTGCTTT TAAGTGTTGG TGTCAAGCTC TTGATGACAT ATTCAGAAAA 
CCAGACGTGC TACACACGTG GAAAGAATTT GGCCCCTCAC TCACCAATGT CACCAACAGT 
CATTCACCTC CGGGTTTCAA AGACTACAGT GAGGAGTTTC TGTCAAGAGT TGGCATCTGG 
GGGTGTTTGC AAGGAGCAGT CATATCAGCA AAGATAGCAC AATTTATTAA GTCATTGAAT 
GTTGAAAAGA AAACTGACTG TTGCATTTTG TCTGCGTTAC TCTTTCAGGG TTTGCTTAGA 
ACAACACTTC CACATCCCAA AGCTGAACGT TGCTATGCTC AATATGAAAT CACTCAGCTT 
CTCCCAGGCA TTGAACTCTT CTCAGATAGA TACAGGGCTG ACATTTGCTC TGTAATTGCA 
AGTCTGTATT ACATTATACG TGAACTGCAC TTTGTTAGGC AAAACCTAAT AGTTCTGCCT 
CTCCTTGCAT TGTATCAATA TTTTGTTTCT GGAATTTGTC AAGACATAAC AAGAAATCTA 
GAAGCAAGAA TCCTCAAGAT AGAAGTCCTT ATAGATTTGA GATTCTTTTC TGAAGCCTTT 
TATGAGATAT CCCAAATTTT CTATGGAAAA AACATGCCTT GTCCAATACC TGCAGGCTAT 
AAAGCCACTG GAAAAATGAA GATCTTTCAA TCATTTGACT CAGGAAAACT TCTTACCAGT 
AAAGAAAATA TACAGGCAAT TGATGAATTA AGAAATAAAG GCTTGCCTGC AGTTCTGGTT 
ACAATTGGCC AACCACATCT CTTAAATAAG TTTAATTTTG TTAAAGCATA CTTTTTCCTA 
AGTGTGGCTG CGACAATAAA TTGTGTCCCA GAAAATAAAT TTAAGACAGT AATTACCAAC 
AAGAGCAAAC CAAACCTACC AAACTTGGAA GAGATATATT CAAAGGATGA TGGAAGTTCA 
TTTTATAATC TTACAAAACT TAAAGATGAG ATCACTCTTA GCATGCTAAA GTCGATGTTA 
CTGATGGAAG CTGAGGACAG GCTAAACTTC CTTCTGTCCG AGGTGGAACA GAAGACCCTG 
TCTCAGTGCT CCGCTGGCGA GCTGGAGATT GTGGTGGAGG CCCGGCTTCA GCTGGCTGCA 
GTTGCTCTGC AGAGGCACCG GGCGGCATAC AGTGCTGCAA TAGTATTTTC TACACTTACA 
CTTCTCCAGG ATTCAAAACT TTTTGAAAAG AAGGTAGTAC AGGATGACAC AGAGAATCCT 
GTCTCTCCAG GAACTTCTGT CACTGAAAAT AAAGATGACA GTGAGTTTTT AGATCCTATT 
TCCCTAAATG CCCGAGAATA TTTCAACATT CATCTGTGGT TGAGGTGCCG CTTAGCATTG 
GTGACTGCAT TTGTTGCACA GATTCATGGC ATTGGAATTG TGAAAGAGGA TGATATGACA 
GATTGCCTGA GCCTCATCAA TGAAGTGTGT ATGGAGGCAA AAAGCGCAGG GGACACGGAA 
CTGCAGGCTG AATTCTTGAC GCAAGCTGTA ATTCTTGGCC TACAAGAAAA GCATTTAAAG 
GCAGACATCA TGACAAACCT TCAGGATATA ATACATTTGC TGGAAGGAAA TGAATTTATT 
TCTCCTCAAT CACGGCTAAC CCTGGCAAGA AGCCTAGTTT TGCTGGATGA CTTAACCAAA 
GCTGAGAAAT TCAAGGAATC TCCCTCTTCA AAAACAGGAA AATTAAATTT GTTAACTCGG 
GCTCATAGCA TTCTAACTGA ACAGATGCTA GCTTTTGGAG AAACAATTGA ATTTCGTTCA 
TCAAACACTA AATATGCAAA TCCATTACAG CCTTTGAAAA ATATCTATCT TCCCCATGTC 
ATGTTATTGG CCAAAATAAA AATGAGAATT GGACATACAG TGGCCAAGCA AGTATATTAC 
AAGAATAAAA GGAAGGACCC CTCGAAGTGG TTACCTGCTC TTCATCTGTT TGATGTGGCA 
CTGAAGCTCT GTAGAACAAC AGCAGTGGAG GAACATGAGG TGGAAGCTGA AATCCTTTTT 
CAGAAAGGCA AAATAGAACG TCAAATACTA ATGGAAGAGA AATCTCCAAG TTTTCAACTT 
GAGAGTTTAT ATGAAGCTAT ACAACTAAGC CTGAAAAATG ATCAAAACTC AGGATTGATA 
AGAGACTCCT ACCTAGAAAT GGCTCTATTG TATTTTCATC TGAAGAAGCC AAAGATAAAA 
ATTTCAGGAT CACCATTAAC ACTTAAGCCT CCTCTCAGAA GAAGTAGTTC TGTTAAAGAA 
ACATCAGCAA ATAAATTTGA AATGTACAGT TCATTAGCCT GGATTGCAAT AAGAGCTGCT 
GCACAGGTCA GTGAAGCTGT GCTGGCAATT AACTTACTTA TTGGAAAGAA GAATACTAGA 
ATGCATAAAG TTAACCAAGT GGCATTACCA AATATCCCAG AATTTGCTGC TCTGGATCTT 
TTGTCTTCGT ATACAGATTA TTTGCTTGAC AACTACCAAG TCCTCTTCCA GACTTCCTGT 
ACATTTTTGT ACCAAAATGA TGATGTGTGT GACAGCGCAG ATGGTAGAAA AAAGACTCAG 
ACCAAAGTGG ATATTACATG GATCCTTCTA CTGCGCTACT ATATTCACCT TCAGAGGATT 
AATAATCTGA GCAAACTGCT AGCATCTGCA ACACCAGTAT CTGGAATTTC TTTGCCAGAT 
GATACACTTC TCACATCCCT TTACAACTCT GAGTTGATTT TGCGCCAGAA AGAAGTGCAT 
TTTTTCCTTA AAAAATTCTT ACAGCTGTAT TCTTCTTCTT GTATTGATGA ATTTCCAAAA 
GAACTTCTTT GTCAACTGGA AAATCCCCCT CTTTCAGAAA AAGACTTACG TGAATCATCT 
GCCAAGTTGT ATCGCGATAG TTCTGTACAA TCCATTTTAT CTTTTAAGCC TGTTTCAGGC 
TCATCTTGTG TGGACATAAC GCCAATAGAA ATGGTAACGC AAGCTTCAAA CAAAGAACTT 
TGCTTTCAAT GGTACATTCC TCCCCTGGAT AGACCTCCCA AGGAGACAGA ACCTATGGTT 
TTATTGTTGT ATGCATATAA TTTGAAGCCT CTGAAGATTT CAGATGTTAG ACATTCCACT 
TATAACAGTA CATGTGTTGG CTCTTTATGG ATTCCACTGA ATAGGGTTAT TGCAATTCAT 
GAGAAATTAT CTAATCTTGC TCAAATAGCT GAACTATCAT TGCCAGCAGC TCCTGAAATT 
ACCTCAAATG AAAACATATA TGAAGTAGAA GTGGAAGAGG AATCAGTTGA TAATGAAATG 
GAAGACATGA TTATTCAATG TTGCTCTGAA ATAGCATCTC TGTTTTTGAA TGATAAAGAG 
CCAACACCAC TATCTGAGGT CCCATTTGAT ATCTCACTGC CGTCTATATT CAATCTTGAG 
AGACTTTTTG ATCTGGCTAA TGGTTGCATT TTATCAGGAG GAAGCCTTTT CAACTGGATA 
GTGTCAATTA TTCCCTGA

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

CFAP54 ( XM_011539084.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537386.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X16, mRNA.

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CloneID	OHu76122
Clone ID Related Accession (Same CDS sequence)	XM_011539084.3 , XM_011539084.2
Accession Version	XM_011539084.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7278bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539084.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG CTTGAAGAGA TCACTGTGGC TGCTGTGTGG AGACCAGGAC 
TGCAAGGGCA AGAGTCATGG CAGAAAACTG GTTAGGAAGC TACTGTGGTC ATCCAGCCTG 
GAGATGATCG TGGCTTGA

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

RefSeq	XP_011537386.1
CDS	55..7332
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSLKRSLWLLCGDQDCKGKSHGRKLVRKLLWSSSLEMIVA

Target ORF information:

RefSeq Version	XM_011539084.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X16, mRNA.

Target ORF information:

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

XM_011539084.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG CTTGAAGAGA TCACTGTGGC TGCTGTGTGG AGACCAGGAC 
TGCAAGGGCA AGAGTCATGG CAGAAAACTG GTTAGGAAGC TACTGTGGTC ATCCAGCCTG 
GAGATGATCG TGGCTTGA

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

CFAP54 ( XM_011539084.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537386.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X18, mRNA.

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CloneID	OHu76122
Clone ID Related Accession (Same CDS sequence)	XM_011539084.3 , XM_011539084.2
Accession Version	XM_011539084.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7278bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539084.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG CTTGAAGAGA TCACTGTGGC TGCTGTGTGG AGACCAGGAC 
TGCAAGGGCA AGAGTCATGG CAGAAAACTG GTTAGGAAGC TACTGTGGTC ATCCAGCCTG 
GAGATGATCG TGGCTTGA

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

RefSeq	XP_011537386.1
CDS	45..7322
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSLKRSLWLLCGDQDCKGKSHGRKLVRKLLWSSSLEMIVA

Target ORF information:

RefSeq Version	XM_011539084.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X18, mRNA.

Target ORF information:

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

XM_011539084.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG CTTGAAGAGA TCACTGTGGC TGCTGTGTGG AGACCAGGAC 
TGCAAGGGCA AGAGTCATGG CAGAAAACTG GTTAGGAAGC TACTGTGGTC ATCCAGCCTG 
GAGATGATCG TGGCTTGA

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

CFAP54 ( XM_011539085.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537387.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X17, mRNA.

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CloneID	OHu76123
Clone ID Related Accession (Same CDS sequence)	XM_011539085.1
Accession Version	XM_011539085.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6426bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

RefSeq	XP_011537387.1
CDS	926..7351
Translation	MFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539085.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X17, mRNA.

Target ORF information:

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

XM_011539085.1

ORF Insert Sequence:

ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

CFAP54 ( NM_001367885.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001354814.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant 2, mRNA.

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CloneID	OHu76110
Clone ID Related Accession (Same CDS sequence)	XM_017018866.1 , NM_001367885.1 , XM_011539070.2 , XM_011539070.3 , XM_011539069.2
Accession Version	NM_001367885.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9486bp) 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	2018-12-21
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC007513.40, AC008118.26 and AC007564.10. On Dec 22, 2018 this sequence version replaced XM_011539069.3. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

RefSeq	NP_001354814.1
CDS	34..9519
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	NM_001367885.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant 2, mRNA.

Target ORF information:

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

NM_001367885.1

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

CFAP54 ( XM_017018866.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016874355.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X2, mRNA.

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CloneID	OHu76110
Clone ID Related Accession (Same CDS sequence)	XM_017018866.1 , NM_001367885.1 , XM_011539070.2 , XM_011539070.3 , XM_011539069.2
Accession Version	XM_017018866.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9486bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

RefSeq	XP_016874355.1
CDS	45..9530
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_017018866.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X2, mRNA.

Target ORF information:

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

XM_017018866.1

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

CFAP54 ( XM_011539070.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537372.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X3, mRNA.

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CloneID	OHu76110
Clone ID Related Accession (Same CDS sequence)	XM_017018866.1 , NM_001367885.1 , XM_011539070.2 , XM_011539070.3 , XM_011539069.2
Accession Version	XM_011539070.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9486bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539070.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

RefSeq	XP_011537372.1
CDS	45..9530
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539070.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X3, mRNA.

Target ORF information:

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

XM_011539070.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

CFAP54 ( XM_011539070.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537372.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X2, mRNA.

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CloneID	OHu76110
Clone ID Related Accession (Same CDS sequence)	XM_017018866.1 , NM_001367885.1 , XM_011539070.2 , XM_011539070.3 , XM_011539069.2
Accession Version	XM_011539070.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9486bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539070.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

RefSeq	XP_011537372.1
CDS	55..9540
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539070.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X2, mRNA.

Target ORF information:

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

XM_011539070.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

CFAP54 ( XM_011539069.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537371.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X1, mRNA.

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CloneID	OHu76110
Clone ID Related Accession (Same CDS sequence)	XM_017018866.1 , NM_001367885.1 , XM_011539070.2 , XM_011539070.3 , XM_011539069.2
Accession Version	XM_011539069.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9486bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539069.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

RefSeq	XP_011537371.1
CDS	45..9530
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539069.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X1, mRNA.

Target ORF information:

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

XM_011539069.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTCC CATTTGATAT CTCACTGCCG TCTATATTCA ATCTTGAGAG ACTTTTTGAT 
CTGGCTAATG GTTGCATTTT ATCAGGAGGA AGCCTTTTCA ACTGGATAGT GTCAATTATT 
CCCTGA

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

CFAP54 ( XM_011539071.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537373.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X4, mRNA.

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CloneID	OHu76111
Clone ID Related Accession (Same CDS sequence)	XM_011539071.2 , XM_011539071.3
Accession Version	XM_011539071.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9444bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539071.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGCCTGTT 
TCAGGCTCAT CTTGTGTGGA CATAACGCCA ATAGAAATGG TAACGCAAGC TTCAAACAAA 
GAACTTTGCT TTCAATGGTA CATTCCTCCC CTGGATAGAC CTCCCAAGGA GACAGAACCT 
ATGGTTTTAT TGTTGTATGC ATATAATTTG AAGCCTCTGA AGATTTCAGA TGTTAGACAT 
TCCACTTATA ACAGTACATG TGTTGGCTCT TTATGGATTC CACTGAATAG GGTTATTGCA 
ATTCATGAGA AATTATCTAA TCTTGCTCAA ATAGCTGAAC TATCATTGCC AGCAGCTCCT 
GAAATTACCT CAAATGAAAA CATATATGAA GTAGAAGTGG AAGAGGAATC AGTTGATAAT 
GAAATGGAAG ACATGATTAT TCAATGTTGC TCTGAAATAG CATCTCTGTT TTTGAATGAT 
AAAGAGCCAA CACCACTATC TGAGGTCCCA TTTGATATCT CACTGCCGTC TATATTCAAT 
CTTGAGAGAC TTTTTGATCT GGCTAATGGT TGCATTTTAT CAGGAGGAAG CCTTTTCAAC 
TGGATAGTGT CAATTATTCC CTGA

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

RefSeq	XP_011537373.1
CDS	45..9488
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539071.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X4, mRNA.

Target ORF information:

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

XM_011539071.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGCCTGTT 
TCAGGCTCAT CTTGTGTGGA CATAACGCCA ATAGAAATGG TAACGCAAGC TTCAAACAAA 
GAACTTTGCT TTCAATGGTA CATTCCTCCC CTGGATAGAC CTCCCAAGGA GACAGAACCT 
ATGGTTTTAT TGTTGTATGC ATATAATTTG AAGCCTCTGA AGATTTCAGA TGTTAGACAT 
TCCACTTATA ACAGTACATG TGTTGGCTCT TTATGGATTC CACTGAATAG GGTTATTGCA 
ATTCATGAGA AATTATCTAA TCTTGCTCAA ATAGCTGAAC TATCATTGCC AGCAGCTCCT 
GAAATTACCT CAAATGAAAA CATATATGAA GTAGAAGTGG AAGAGGAATC AGTTGATAAT 
GAAATGGAAG ACATGATTAT TCAATGTTGC TCTGAAATAG CATCTCTGTT TTTGAATGAT 
AAAGAGCCAA CACCACTATC TGAGGTCCCA TTTGATATCT CACTGCCGTC TATATTCAAT 
CTTGAGAGAC TTTTTGATCT GGCTAATGGT TGCATTTTAT CAGGAGGAAG CCTTTTCAAC 
TGGATAGTGT CAATTATTCC CTGA

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

CFAP54 ( XM_011539071.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537373.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X3, mRNA.

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CloneID	OHu76111
Clone ID Related Accession (Same CDS sequence)	XM_011539071.2 , XM_011539071.3
Accession Version	XM_011539071.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9444bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539071.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGCCTGTT 
TCAGGCTCAT CTTGTGTGGA CATAACGCCA ATAGAAATGG TAACGCAAGC TTCAAACAAA 
GAACTTTGCT TTCAATGGTA CATTCCTCCC CTGGATAGAC CTCCCAAGGA GACAGAACCT 
ATGGTTTTAT TGTTGTATGC ATATAATTTG AAGCCTCTGA AGATTTCAGA TGTTAGACAT 
TCCACTTATA ACAGTACATG TGTTGGCTCT TTATGGATTC CACTGAATAG GGTTATTGCA 
ATTCATGAGA AATTATCTAA TCTTGCTCAA ATAGCTGAAC TATCATTGCC AGCAGCTCCT 
GAAATTACCT CAAATGAAAA CATATATGAA GTAGAAGTGG AAGAGGAATC AGTTGATAAT 
GAAATGGAAG ACATGATTAT TCAATGTTGC TCTGAAATAG CATCTCTGTT TTTGAATGAT 
AAAGAGCCAA CACCACTATC TGAGGTCCCA TTTGATATCT CACTGCCGTC TATATTCAAT 
CTTGAGAGAC TTTTTGATCT GGCTAATGGT TGCATTTTAT CAGGAGGAAG CCTTTTCAAC 
TGGATAGTGT CAATTATTCC CTGA

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

RefSeq	XP_011537373.1
CDS	55..9498
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539071.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X3, mRNA.

Target ORF information:

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

XM_011539071.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGCCTGTT 
TCAGGCTCAT CTTGTGTGGA CATAACGCCA ATAGAAATGG TAACGCAAGC TTCAAACAAA 
GAACTTTGCT TTCAATGGTA CATTCCTCCC CTGGATAGAC CTCCCAAGGA GACAGAACCT 
ATGGTTTTAT TGTTGTATGC ATATAATTTG AAGCCTCTGA AGATTTCAGA TGTTAGACAT 
TCCACTTATA ACAGTACATG TGTTGGCTCT TTATGGATTC CACTGAATAG GGTTATTGCA 
ATTCATGAGA AATTATCTAA TCTTGCTCAA ATAGCTGAAC TATCATTGCC AGCAGCTCCT 
GAAATTACCT CAAATGAAAA CATATATGAA GTAGAAGTGG AAGAGGAATC AGTTGATAAT 
GAAATGGAAG ACATGATTAT TCAATGTTGC TCTGAAATAG CATCTCTGTT TTTGAATGAT 
AAAGAGCCAA CACCACTATC TGAGGTCCCA TTTGATATCT CACTGCCGTC TATATTCAAT 
CTTGAGAGAC TTTTTGATCT GGCTAATGGT TGCATTTTAT CAGGAGGAAG CCTTTTCAAC 
TGGATAGTGT CAATTATTCC CTGA

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

CFAP54 ( XM_011539072.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537374.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X4, mRNA.

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CloneID	OHu76112
Clone ID Related Accession (Same CDS sequence)	XM_011539072.3 , XM_011539072.2
Accession Version	XM_011539072.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9399bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539072.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTGC AAGAGGAGAG CAGAGGCACG TGGAGGTGA

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

RefSeq	XP_011537374.1
CDS	55..9453
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVQEESRGTWR

Target ORF information:

RefSeq Version	XM_011539072.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X4, mRNA.

Target ORF information:

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

XM_011539072.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTGC AAGAGGAGAG CAGAGGCACG TGGAGGTGA

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

CFAP54 ( XM_011539072.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537374.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X5, mRNA.

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CloneID	OHu76112
Clone ID Related Accession (Same CDS sequence)	XM_011539072.3 , XM_011539072.2
Accession Version	XM_011539072.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9399bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539072.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTGC AAGAGGAGAG CAGAGGCACG TGGAGGTGA

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

RefSeq	XP_011537374.1
CDS	45..9443
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVQEESRGTWR

Target ORF information:

RefSeq Version	XM_011539072.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X5, mRNA.

Target ORF information:

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

XM_011539072.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGGTGC AAGAGGAGAG CAGAGGCACG TGGAGGTGA

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

CFAP54 ( XM_011539073.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537375.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X5, mRNA.

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CloneID	OHu76113
Clone ID Related Accession (Same CDS sequence)	XM_011539073.3 , XM_011539073.2
Accession Version	XM_011539073.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9372bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539073.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGCCCT AG

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

RefSeq	XP_011537375.1
CDS	55..9426
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEP

Target ORF information:

RefSeq Version	XM_011539073.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X5, mRNA.

Target ORF information:

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

XM_011539073.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGCCCT AG

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

CFAP54 ( XM_011539073.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537375.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X6, mRNA.

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CloneID	OHu76113
Clone ID Related Accession (Same CDS sequence)	XM_011539073.3 , XM_011539073.2
Accession Version	XM_011539073.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9372bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539073.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGCCCT AG

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

RefSeq	XP_011537375.1
CDS	45..9416
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEP

Target ORF information:

RefSeq Version	XM_011539073.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X6, mRNA.

Target ORF information:

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

XM_011539073.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CATCTGCAAC ACCAGTATCT GGAATTTCTT TGCCAGATGA TACACTTCTC 
ACATCCCTTT ACAACTCTGA GTTGATTTTG CGCCAGAAAG AAGTGCATTT TTTCCTTAAA 
AAATTCTTAC AGCTGTATTC TTCTTCTTGT ATTGATGAAT TTCCAAAAGA ACTTCTTTGT 
CAACTGGAAA ATCCCCCTCT TTCAGAAAAA GACTTACGTG AATCATCTGC CAAGTTGTAT 
CGCGATAGTT CTGTACAATC CATTTTATCT TTTAAGCCTG TTTCAGGCTC ATCTTGTGTG 
GACATAACGC CAATAGAAAT GGTAACGCAA GCTTCAAACA AAGAACTTTG CTTTCAATGG 
TACATTCCTC CCCTGGATAG ACCTCCCAAG GAGACAGAAC CTATGGTTTT ATTGTTGTAT 
GCATATAATT TGAAGCCTCT GAAGATTTCA GATGTTAGAC ATTCCACTTA TAACAGTACA 
TGTGTTGGCT CTTTATGGAT TCCACTGAAT AGGGTTATTG CAATTCATGA GAAATTATCT 
AATCTTGCTC AAATAGCTGA ACTATCATTG CCAGCAGCTC CTGAAATTAC CTCAAATGAA 
AACATATATG AAGTAGAAGT GGAAGAGGAA TCAGTTGATA ATGAAATGGA AGACATGATT 
ATTCAATGTT GCTCTGAAAT AGCATCTCTG TTTTTGAATG ATAAAGAGCC AACACCACTA 
TCTGAGCCCT AG

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

CFAP54 ( XM_011539074.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537376.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X7, mRNA.

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CloneID	OHu76114
Clone ID Related Accession (Same CDS sequence)	XM_011539074.2 , XM_011539074.3
Accession Version	XM_011539074.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9327bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539074.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGTTGTA TCGCGATAGT TCTGTACAAT CCATTTTATC TTTTAAGCCT 
GTTTCAGGCT CATCTTGTGT GGACATAACG CCAATAGAAA TGGTAACGCA AGCTTCAAAC 
AAAGAACTTT GCTTTCAATG GTACATTCCT CCCCTGGATA GACCTCCCAA GGAGACAGAA 
CCTATGGTTT TATTGTTGTA TGCATATAAT TTGAAGCCTC TGAAGATTTC AGATGTTAGA 
CATTCCACTT ATAACAGTAC ATGTGTTGGC TCTTTATGGA TTCCACTGAA TAGGGTTATT 
GCAATTCATG AGAAATTATC TAATCTTGCT CAAATAGCTG AACTATCATT GCCAGCAGCT 
CCTGAAATTA CCTCAAATGA AAACATATAT GAAGTAGAAG TGGAAGAGGA ATCAGTTGAT 
AATGAAATGG AAGACATGAT TATTCAATGT TGCTCTGAAA TAGCATCTCT GTTTTTGAAT 
GATAAAGAGC CAACACCACT ATCTGAGGTC CCATTTGATA TCTCACTGCC GTCTATATTC 
AATCTTGAGA GACTTTTTGA TCTGGCTAAT GGTTGCATTT TATCAGGAGG AAGCCTTTTC 
AACTGGATAG TGTCAATTAT TCCCTGA

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

RefSeq	XP_011537376.1
CDS	45..9371
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539074.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X7, mRNA.

Target ORF information:

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

XM_011539074.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGTTGTA TCGCGATAGT TCTGTACAAT CCATTTTATC TTTTAAGCCT 
GTTTCAGGCT CATCTTGTGT GGACATAACG CCAATAGAAA TGGTAACGCA AGCTTCAAAC 
AAAGAACTTT GCTTTCAATG GTACATTCCT CCCCTGGATA GACCTCCCAA GGAGACAGAA 
CCTATGGTTT TATTGTTGTA TGCATATAAT TTGAAGCCTC TGAAGATTTC AGATGTTAGA 
CATTCCACTT ATAACAGTAC ATGTGTTGGC TCTTTATGGA TTCCACTGAA TAGGGTTATT 
GCAATTCATG AGAAATTATC TAATCTTGCT CAAATAGCTG AACTATCATT GCCAGCAGCT 
CCTGAAATTA CCTCAAATGA AAACATATAT GAAGTAGAAG TGGAAGAGGA ATCAGTTGAT 
AATGAAATGG AAGACATGAT TATTCAATGT TGCTCTGAAA TAGCATCTCT GTTTTTGAAT 
GATAAAGAGC CAACACCACT ATCTGAGGTC CCATTTGATA TCTCACTGCC GTCTATATTC 
AATCTTGAGA GACTTTTTGA TCTGGCTAAT GGTTGCATTT TATCAGGAGG AAGCCTTTTC 
AACTGGATAG TGTCAATTAT TCCCTGA

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

CFAP54 ( XM_011539074.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537376.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X6, mRNA.

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CloneID	OHu76114
Clone ID Related Accession (Same CDS sequence)	XM_011539074.2 , XM_011539074.3
Accession Version	XM_011539074.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9327bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539074.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGTTGTA TCGCGATAGT TCTGTACAAT CCATTTTATC TTTTAAGCCT 
GTTTCAGGCT CATCTTGTGT GGACATAACG CCAATAGAAA TGGTAACGCA AGCTTCAAAC 
AAAGAACTTT GCTTTCAATG GTACATTCCT CCCCTGGATA GACCTCCCAA GGAGACAGAA 
CCTATGGTTT TATTGTTGTA TGCATATAAT TTGAAGCCTC TGAAGATTTC AGATGTTAGA 
CATTCCACTT ATAACAGTAC ATGTGTTGGC TCTTTATGGA TTCCACTGAA TAGGGTTATT 
GCAATTCATG AGAAATTATC TAATCTTGCT CAAATAGCTG AACTATCATT GCCAGCAGCT 
CCTGAAATTA CCTCAAATGA AAACATATAT GAAGTAGAAG TGGAAGAGGA ATCAGTTGAT 
AATGAAATGG AAGACATGAT TATTCAATGT TGCTCTGAAA TAGCATCTCT GTTTTTGAAT 
GATAAAGAGC CAACACCACT ATCTGAGGTC CCATTTGATA TCTCACTGCC GTCTATATTC 
AATCTTGAGA GACTTTTTGA TCTGGCTAAT GGTTGCATTT TATCAGGAGG AAGCCTTTTC 
AACTGGATAG TGTCAATTAT TCCCTGA

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

RefSeq	XP_011537376.1
CDS	55..9381
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539074.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X6, mRNA.

Target ORF information:

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

XM_011539074.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGTTGTA TCGCGATAGT TCTGTACAAT CCATTTTATC TTTTAAGCCT 
GTTTCAGGCT CATCTTGTGT GGACATAACG CCAATAGAAA TGGTAACGCA AGCTTCAAAC 
AAAGAACTTT GCTTTCAATG GTACATTCCT CCCCTGGATA GACCTCCCAA GGAGACAGAA 
CCTATGGTTT TATTGTTGTA TGCATATAAT TTGAAGCCTC TGAAGATTTC AGATGTTAGA 
CATTCCACTT ATAACAGTAC ATGTGTTGGC TCTTTATGGA TTCCACTGAA TAGGGTTATT 
GCAATTCATG AGAAATTATC TAATCTTGCT CAAATAGCTG AACTATCATT GCCAGCAGCT 
CCTGAAATTA CCTCAAATGA AAACATATAT GAAGTAGAAG TGGAAGAGGA ATCAGTTGAT 
AATGAAATGG AAGACATGAT TATTCAATGT TGCTCTGAAA TAGCATCTCT GTTTTTGAAT 
GATAAAGAGC CAACACCACT ATCTGAGGTC CCATTTGATA TCTCACTGCC GTCTATATTC 
AATCTTGAGA GACTTTTTGA TCTGGCTAAT GGTTGCATTT TATCAGGAGG AAGCCTTTTC 
AACTGGATAG TGTCAATTAT TCCCTGA

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

CFAP54 ( XM_011539076.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537378.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X7, mRNA.

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CloneID	OHu76115
Clone ID Related Accession (Same CDS sequence)	XM_011539076.3 , XM_011539076.2
Accession Version	XM_011539076.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9285bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539076.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGCCTGT TTCAGGCTCA TCTTGTGTGG ACATAACGCC AATAGAAATG 
GTAACGCAAG CTTCAAACAA AGAACTTTGC TTTCAATGGT ACATTCCTCC CCTGGATAGA 
CCTCCCAAGG AGACAGAACC TATGGTTTTA TTGTTGTATG CATATAATTT GAAGCCTCTG 
AAGATTTCAG ATGTTAGACA TTCCACTTAT AACAGTACAT GTGTTGGCTC TTTATGGATT 
CCACTGAATA GGGTTATTGC AATTCATGAG AAATTATCTA ATCTTGCTCA AATAGCTGAA 
CTATCATTGC CAGCAGCTCC TGAAATTACC TCAAATGAAA ACATATATGA AGTAGAAGTG 
GAAGAGGAAT CAGTTGATAA TGAAATGGAA GACATGATTA TTCAATGTTG CTCTGAAATA 
GCATCTCTGT TTTTGAATGA TAAAGAGCCA ACACCACTAT CTGAGGTCCC ATTTGATATC 
TCACTGCCGT CTATATTCAA TCTTGAGAGA CTTTTTGATC TGGCTAATGG TTGCATTTTA 
TCAGGAGGAA GCCTTTTCAA CTGGATAGTG TCAATTATTC CCTGA

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

RefSeq	XP_011537378.1
CDS	55..9339
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLELLCQLENPPLSEKDLRESSAKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539076.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X7, mRNA.

Target ORF information:

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

XM_011539076.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGCCTGT TTCAGGCTCA TCTTGTGTGG ACATAACGCC AATAGAAATG 
GTAACGCAAG CTTCAAACAA AGAACTTTGC TTTCAATGGT ACATTCCTCC CCTGGATAGA 
CCTCCCAAGG AGACAGAACC TATGGTTTTA TTGTTGTATG CATATAATTT GAAGCCTCTG 
AAGATTTCAG ATGTTAGACA TTCCACTTAT AACAGTACAT GTGTTGGCTC TTTATGGATT 
CCACTGAATA GGGTTATTGC AATTCATGAG AAATTATCTA ATCTTGCTCA AATAGCTGAA 
CTATCATTGC CAGCAGCTCC TGAAATTACC TCAAATGAAA ACATATATGA AGTAGAAGTG 
GAAGAGGAAT CAGTTGATAA TGAAATGGAA GACATGATTA TTCAATGTTG CTCTGAAATA 
GCATCTCTGT TTTTGAATGA TAAAGAGCCA ACACCACTAT CTGAGGTCCC ATTTGATATC 
TCACTGCCGT CTATATTCAA TCTTGAGAGA CTTTTTGATC TGGCTAATGG TTGCATTTTA 
TCAGGAGGAA GCCTTTTCAA CTGGATAGTG TCAATTATTC CCTGA

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

CFAP54 ( XM_011539076.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537378.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X8, mRNA.

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CloneID	OHu76115
Clone ID Related Accession (Same CDS sequence)	XM_011539076.3 , XM_011539076.2
Accession Version	XM_011539076.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9285bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539076.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGCCTGT TTCAGGCTCA TCTTGTGTGG ACATAACGCC AATAGAAATG 
GTAACGCAAG CTTCAAACAA AGAACTTTGC TTTCAATGGT ACATTCCTCC CCTGGATAGA 
CCTCCCAAGG AGACAGAACC TATGGTTTTA TTGTTGTATG CATATAATTT GAAGCCTCTG 
AAGATTTCAG ATGTTAGACA TTCCACTTAT AACAGTACAT GTGTTGGCTC TTTATGGATT 
CCACTGAATA GGGTTATTGC AATTCATGAG AAATTATCTA ATCTTGCTCA AATAGCTGAA 
CTATCATTGC CAGCAGCTCC TGAAATTACC TCAAATGAAA ACATATATGA AGTAGAAGTG 
GAAGAGGAAT CAGTTGATAA TGAAATGGAA GACATGATTA TTCAATGTTG CTCTGAAATA 
GCATCTCTGT TTTTGAATGA TAAAGAGCCA ACACCACTAT CTGAGGTCCC ATTTGATATC 
TCACTGCCGT CTATATTCAA TCTTGAGAGA CTTTTTGATC TGGCTAATGG TTGCATTTTA 
TCAGGAGGAA GCCTTTTCAA CTGGATAGTG TCAATTATTC CCTGA

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

RefSeq	XP_011537378.1
CDS	45..9329
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLELLCQLENPPLSEKDLRESSAKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539076.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X8, mRNA.

Target ORF information:

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

XM_011539076.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG AACTTCTTTG TCAACTGGAA AATCCCCCTC TTTCAGAAAA AGACTTACGT 
GAATCATCTG CCAAGCCTGT TTCAGGCTCA TCTTGTGTGG ACATAACGCC AATAGAAATG 
GTAACGCAAG CTTCAAACAA AGAACTTTGC TTTCAATGGT ACATTCCTCC CCTGGATAGA 
CCTCCCAAGG AGACAGAACC TATGGTTTTA TTGTTGTATG CATATAATTT GAAGCCTCTG 
AAGATTTCAG ATGTTAGACA TTCCACTTAT AACAGTACAT GTGTTGGCTC TTTATGGATT 
CCACTGAATA GGGTTATTGC AATTCATGAG AAATTATCTA ATCTTGCTCA AATAGCTGAA 
CTATCATTGC CAGCAGCTCC TGAAATTACC TCAAATGAAA ACATATATGA AGTAGAAGTG 
GAAGAGGAAT CAGTTGATAA TGAAATGGAA GACATGATTA TTCAATGTTG CTCTGAAATA 
GCATCTCTGT TTTTGAATGA TAAAGAGCCA ACACCACTAT CTGAGGTCCC ATTTGATATC 
TCACTGCCGT CTATATTCAA TCTTGAGAGA CTTTTTGATC TGGCTAATGG TTGCATTTTA 
TCAGGAGGAA GCCTTTTCAA CTGGATAGTG TCAATTATTC CCTGA

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

CFAP54 ( XM_011539077.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537379.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X8, mRNA.

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CloneID	OHu76116
Clone ID Related Accession (Same CDS sequence)	XM_011539077.2
Accession Version	XM_011539077.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9090bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539077.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGGGT TTTCCATTAA TGATCATGAA TACAAACTGG CCCTTTTACA ATGCTATGGA 
AGATATCTTC AGCAGTTCAA TACCAATTTT GATGAGAATA AAGTGGATGT AACTCAATTC 
AAAGCTACCT TTTTCCCAAA AGGCTTTAAA GATAAAACTG CTGGACTTAC ATTTCATGCT 
TTGAGTGGCA AAAATATGTG CAACTACCAG CTGGTCTGCG ACAGTGATGA AAACCTGAAG 
AATAAAGAAT CTGTGGTCCA GTGTCTGCAT ATCTTGTCCT CCTTAAGGCT CATCATGCAA 
GTGGCTCTGC CACAAGAGCA TCTTTGCTGG ATTATCTTCA ATGGTACCAT TTATATTTAC 
ACCATTTGCA GAAAACTGAT GGTCATAGGT CAGTCTTCCA AGGCCTTAGA GTATCTCCTG 
TGGGCCAGCA TGTGTATGGA GTCCTTGGTC CCGCTCCTGT CACTCAGGTA CTTGACATGG 
CGCGCTACTC TCTACACAGC TGTTTGCCAG TGCTGCTATG ACTGCCATGC CGGGATTCAC 
GGAGAGGCAT TTGCTCGGCG TGCTTTGGCT AAAATTGATG AGTTAAGGCA ACTGGAATTA 
ATGAGTTCCT CAAAATCCCA GGAAGAATCG CGAAGATATT TTCGAGAGGC CACAATGAAG 
ATGGCAGTGA TGATCTTCAA AAGAGGAGTC TTTGAATCTA GAAGAAAAAA CAAAGCTGTC 
TTTAGACCTA AGATAAGAAT TAACCTAAGG GAAGTACAAA CTTTATCATG GCCACGAACT 
GTCACAGAGC GGCTACTGGA TGAGATGTTT GATAGCACTG CATCCCAGTT TCTGGCTGTC 
TTGGAAGCTC TTTCTGATTC AAATAGGCGA ATACTGCAAA CTGGACCCAT TGTTACAGAT 
GAAGTGGAGA TTCATGATGT TGTCTCAGAA TTGTTTATGG CAGGAAAAGA ACTTTTGATA 
ATGTCAAATA TTGGTGCAGA TGGAATGCTT GATTTTCCAA AAACATCTCT TCTGGAACTT 
ATGATAGGAA GAAAAGATGT TATTTCTGTG GATGCTGCTG TGAAATTTAT AAAATTAGCT 
TTTACCTATG AGGAGTGGAG TTTATTTGAA TCTTCTGCTG TACATCTTAT TTATTTTCTC 
CAGAGGCAGG ATGATCCAGA GTCAAAGAAA GCAGAGAAGG ATTTAACTCT TCTGATTGCA 
ATGGAACCAC TAATCAACGT GAAGAGAAAC AAAGGTTTGA TCTTTCCTTT GGAAAACTAT 
AAAGAAGGAC AGTCAACTCA AATTTATTTA AAAAAAATTG CTGTTCATGA TACTTGTTTG 
AAGACTTGTG GATATTCAGA GGATATTTTC CATTTGGCAG CAACCTTGTA TGTCTGTGTC 
TGCACTGCTC CCCAGGATGT TCAACCTGAT AAAGAAATTG TTGTGGACAC GATAATGTTC 
CTATGGCAGA AATGCAAATT AGGAATTCAG CGGCTCAATA TATCCAGAAA TGACTATGCA 
AAATTCACCC AGAAAATCAG TACTAACAAA TGGATTTATC TTCTGTGGCA GATAAATGAA 
GTAATTCACT GCTATAAAAT GGAAGACATT GACATTGTGG TAGTGGCAGA AGTCACATTA 
CGGTTAAGTG AAATATTGGA ATCTTTAGGA AGCCCAGGAA GAAAATTTAA ACAATCTCTA 
GATGTACCTT TAAGAGAAGG GACTAACAAA TTCCCTGGAG CTCCAAAAGG GATCACAGAA 
ATTCTTCCAA TATTACAGAA AAATCCTGTG GAACAGTTAC TTTTTGCTTA TAAACTTCTT 
GACAGAGCAA TCGGTGGAAT AAATTTGAAT TGCATGTTAA CCTCTTTGCC AAATGGATCA 
TCAGTAATTG ACCACTGCTA TGCCAAGCGT ACCCACCATA TAGATGGAGA TACTTACAAA 
CCACTTGCCT CAAATAGTTT CATGATGGAT TTGCATCTTG AACTAATTCA AGCTCAGCAT 
CGAATAGCTG TTGTGCTTCT GGACAAATTG CAAGTTTTGC AGACTCCAAC TGTTAGCAAA 
GATATTTCTA CCAAGGGTCC GGAAAAGTTA AAACAATCTG GAAGCACTGA TTGTTTTACA 
GAATTAAATA TAATGAATAA AATAAAGAAG AATACATTAT CCAAAGCAAT TTACTTAATG 
CAGAAAGCTC TTTTAATATT CGAGAAAGAT GCAACTTCTA CATCTTCATG GGAACTTTTG 
ATGGAAGCAT ATTCCTTAAT TCAGAGGATT GAAGCTGAAC AAAATGCCCT ATATTCCTAT 
CAGAAATATT TGGAAAGTTC AAAAAGAAAG AAAAGCAGAG TCCCCCCTCC ACCTATCCTG 
CTGTCTCGAA CTCATTGTTC TGTGACACTC AAACCTGCTC CATTTACTTC AGAGGTTAAG 
GTCTCCTGGT ACTGCATTTT GGGTTGCAAA GCAGAAGGAA GTTATGGAAA AGTACGGCTA 
AACAATAATC ATCTCCCAAA TTCAGGAGAA GCGATACCAG CTGACGGTAA AAGTGTTTTT 
GAAGTGAAAG GTTTAGAAAC CAATGAAAAG TATGTATTTG CAGTTGCTGC CTATTCTAAC 
AACGGAAAGC TTGTCGGTGG TGCTATTGGG GAGACAACTA AACCAATTCT GGTTTATCCC 
CCTCTTTCTA CTATTACTGC TCGGATGTTC CTGACACAGG TTGCCTATCA AGTTGGTAAC 
TATGAATTGG CTAAGAAAGT TTTCTCACCA GTTTGGGATT ATTTTGTTGC TTCGCCACTT 
CAGGATGAAC AATCTGTTAT TTGTTTAAGC AATATAATTA CTATTACACA AAGAAGATTA 
CATTCAGATA TTTTGGCAGA GACTTCTTCA ATCCTCTTGT ACCTTTTTCT TAGAAATATT 
TTTGTAACAA GTGACATCAA AATTAAAGAA GAAAATCTTT TCTGTGATAA TATTAAAGGC 
AATGAGATTT TCCCATCTCA ACAAATTGCC AGACTGATTG AATGTGAGAG AGTATTAGTG 
GCATTGGAAC TTAGCAACTT CCTAAATGAT TCCAGCTATG CCCTTCAAGC TGTGACTCAA 
TGTTATGGAC TTCTTGCTCC CATAATTTAT CACAATATTG TTTTGGTACC TGTTGTACAG 
ATCCTGATAA AGTGTATAGT GGTTTTGCAA GGACTACCAA GTATTGTCTG CTCGAAGAAA 
CATACTGCGA GCTTTGAAAG TATACAACAC ATGATAGCTT GTTGTATTTT CTACATAACA 
AAGATTCTTC GTTCATGGAG GGAATATGAC CTGGCAGTAA TGATTATAAA TTATGGGAAA 
AAAATGTTGG ACATCACACC AGGATGCAAG TCTCTGTTTG ATGGTAGTAA TGAACAAGAA 
GAAATGCCAG AGGAGGATTC TTCTAAGAAG TCTTTAAAGA CTAAGAAGCC ACAGCAGATA 
CTACTGCCTG AAAAGATAAA TGAACAGCTG GCCTTGTTGG AGACACACCT ACTCAAACTG 
ACAAAGCAAT ATGTTACATC TGAACTCTCA GGAGGAGAGG ACCCTATATT TCTTTATCCT 
GTAGTTTTGA ATTGGTCGGT CAAAGGTGCC GTGAAAGAAG TTATGAAATT TAAGCAAAAA 
CCAAGATTTC TGGAATTCTT TACACAAGTT ATGCTAAAAT GCATGAATGA GGAAAAATTT 
CATCTTATGG TAGAGGTAAC AACTCCTGTC CATGACTTCT TGAAAAGGAG AAATGAGTCT 
CTACTTGGAC TAATAAAAGT GAAATATAAG GATAGTGCTT TGAATAAAAA AGCAAACAAA 
TCTTTAAAGT TCAAAGCTGC AGTAATGGAA ATTGGAAGAA GTGCAGAAAT GCAACAAAGA 
ATAAGAAGTA AAAAAAAGGA AACTCTAAGA GATTTCATTT TTAAAAATCC GGCTATTTCT 
GAAATGGTGG CACATGAAAG AAATAGGAGA ACCAGTGTTA GGAAAGCAGC ACAACGATAC 
CTGATGGATT ACTTGAATCC TCTAATATTA AGTTATGTTA AAAGAAAGAG GTTCCATCGT 
CTATCACTTG AAGAGATGCC CTGGAGAGCT CAGATGAACC TGTATCTAGC AGGTGCACAC 
TTTAACCTGG TTTTACAAAA GCTATGGGAG TGTACGAAGA TGAAATTTGG CACATCACAT 
ATGATGGTCA GTTTCCGATC ATGTGATCCT AACATGTTTT CACTGTATAA TTCAGGAACA 
GTATTACCAA CAAGAAAATT GACTGTAGAA AATTATAAAG CAATGCTTGA TTTCCTTCTT 
ACAGCCAAAA AAAGAAAGGC CAACTTACCA TCAGATGCTG AAGAATTTTC TACATTTATT 
AATTCCATAA TGAGTGATGA AAATATGTCC AAGACACAAA CAGTTTATGA CTCAGACTCT 
CAATCAGGTT CTAGTGCTAA AGAAAAGGAC CGAGGAGCAA ATTTGTGTGT AATGGATCAT 
TTTATGAAAA TCTTTTTATA CTGCAGGAGA GCAATGGTTC TTGCTCATCG TGGTGGCTAT 
TGGACTCTGC TTCAGAACTG CTGTCGGGCC TTATGGAACT TTACTCAGGA ACTACAAATA 
CTTCTTAAAC AGGCAGTGGA TCTTGATAAA ACATTTCCTA TTAGCCAAGA TGGTTTCCTC 
TGCACCTCTG TTTTACCATT CTATTTGGGA GCAGAATTAC TTATTGACAT GTTAATACAA 
CTACAAAATA CCAGTTCTAT TAAGCCTATT GAAGACAAAG GAGAATTCAG TGTTCCAAGC 
TGTTATGGGA ATATTAAAAA TGACAACGGT GGTTCTAGTC TTACCTTTGA GCATCCTTTG 
GATGATGTAA ATGTGGTTGA TTTGAAATGG ATCCACGACT TTGTATTAAA ATCTCTGGAA 
GTTTTATATC AAGTGGAAAA ATGGGAAACA CTAGTATCTC TTGCCATTCA GTTCAATACA 
GTTTCACATG AGAGGTATAC AGAACAAGTG ACACCACTTC TGGTGTATGC ACAGCGCCAG 
CTTCTGCTGA GAATACAGAA GTTCAAGGGC CCAGATATTA CCCAACAACC TTGTGCAAGG 
TATGAGGCTG AATATGGAGA GAAGATAACT TGCCGAAATT TCATTGGGAA GCAGCTTAAG 
ATTAATTCTT CAACCATTGA AGCAACAAGC AACTGCACAG ATTTGCTAAA AATGCTTATC 
TCTTCAGAAT ACAGCCGAGC CAAAGCGCTT GTCTGCGTGC CCGTGGACGT GACAGACACC 
TTGAGGTGTT TTAGAGAGAC ACTGGAAAAA TCCAAATACC ATAACAGATC AATCCGACAC 
AGCAGAAAGT TGCTTTCATT ATTTCTTGCA CAGACACAAG GAGAGAAAGG AGAAATAAAT 
GATTCAAAAT GTACTTCTGG AAAGGTGGAA TTTTGCCTGG GGACAGAGGA GATGCATATG 
TCAATACCCC CTGACCTTTC TCAGGAGCAC TTCAGAGTTT TTAGTTCCGT GGAGAAAAGC 
AAACTTCCAT ATTCACAACT TGGACTTGTA ATTTCTTCTT ATCACCAAAC TATTGATGTT 
CTCCAAGCCA GCAATCAAAG AAGTCTTAAA GTTCAGGCGT TGCATTCACT TGGAAGTCTT 
CTCATCTTCG CAGAAAAGAA AAGGGCTGCT TTTAAGTGTT GGTGTCAAGC TCTTGATGAC 
ATATTCAGAA AACCAGACGT GCTACACACG TGGAAAGAAT TTGGCCCCTC ACTCACCAAT 
GTCACCAACA GTCATTCACC TCCGGGTTTC AAAGACTACA GTGAGGAGTT TCTGTCAAGA 
GTTGGCATCT GGGGGTGTTT GCAAGGAGCA GTCATATCAG CAAAGATAGC ACAATTTATT 
AAGTCATTGA ATGTTGAAAA GAAAACTGAC TGTTGCATTT TGTCTGCGTT ACTCTTTCAG 
GGTTTGCTTA GAACAACACT TCCACATCCC AAAGCTGAAC GTTGCTATGC TCAATATGAA 
ATCACTCAGC TTCTCCCAGG CATTGAACTC TTCTCAGATA GATACAGGGC TGACATTTGC 
TCTGTAATTG CAAGTCTGTA TTACATTATA CGTGAACTGC ACTTTGTTAG GCAAAACCTA 
ATAGTTCTGC CTCTCCTTGC ATTGTATCAA TATTTTGTTT CTGGAATTTG TCAAGACATA 
ACAAGAAATC TAGAAGCAAG AATCCTCAAG ATAGAAGTCC TTATAGATTT GAGATTCTTT 
TCTGAAGCCT TTTATGAGAT ATCCCAAATT TTCTATGGAA AAAACATGCC TTGTCCAATA 
CCTGCAGGCT ATAAAGCCAC TGGAAAAATG AAGATCTTTC AATCATTTGA CTCAGGAAAA 
CTTCTTACCA GTAAAGAAAA TATACAGGCA ATTGATGAAT TAAGAAATAA AGGCTTGCCT 
GCAGTTCTGG TTACAATTGG CCAACCACAT CTCTTAAATA AGTTTAATTT TGTTAAAGCA 
TACTTTTTCC TAAGTGTGGC TGCGACAATA AATTGTGTCC CAGAAAATAA ATTTAAGACA 
GTAATTACCA ACAAGAGCAA ACCAAACCTA CCAAACTTGG AAGAGATATA TTCAAAGGAT 
GATGGAAGTT CATTTTATAA TCTTACAAAA CTTAAAGATG AGATCACTCT TAGCATGCTA 
AAGTCGATGT TACTGATGGA AGCTGAGGAC AGGCTAAACT TCCTTCTGTC CGAGGTGGAA 
CAGAAGACCC TGTCTCAGTG CTCCGCTGGC GAGCTGGAGA TTGTGGTGGA GGCCCGGCTT 
CAGCTGGCTG CAGTTGCTCT GCAGAGGCAC CGGGCGGCAT ACAGTGCTGC AATAGTATTT 
TCTACACTTA CACTTCTCCA GGATTCAAAA CTTTTTGAAA AGAAGGTAGT ACAGGATGAC 
ACAGAGAATC CTGTCTCTCC AGGAACTTCT GTCACTGAAA ATAAAGATGA CAGTGAGTTT 
TTAGATCCTA TTTCCCTAAA TGCCCGAGAA TATTTCAACA TTCATCTGTG GTTGAGGTGC 
CGCTTAGCAT TGGTGACTGC ATTTGTTGCA CAGATTCATG GCATTGGAAT TGTGAAAGAG 
GATGATATGA CAGATTGCCT GAGCCTCATC AATGAAGTGT GTATGGAGGC AAAAAGCGCA 
GGGGACACGG AACTGCAGGC TGAATTCTTG ACGCAAGCTG TAATTCTTGG CCTACAAGAA 
AAGCATTTAA AGGCAGACAT CATGACAAAC CTTCAGGATA TAATACATTT GCTGGAAGGA 
AATGAATTTA TTTCTCCTCA ATCACGGCTA ACCCTGGCAA GAAGCCTAGT TTTGCTGGAT 
GACTTAACCA AAGCTGAGAA ATTCAAGGAA TCTCCCTCTT CAAAAACAGG AAAATTAAAT 
TTGTTAACTC GGGCTCATAG CATTCTAACT GAACAGATGC TAGCTTTTGG AGAAACAATT 
GAATTTCGTT CATCAAACAC TAAATATGCA AATCCATTAC AGCCTTTGAA AAATATCTAT 
CTTCCCCATG TCATGTTATT GGCCAAAATA AAAATGAGAA TTGGACATAC AGTGGCCAAG 
CAAGTATATT ACAAGAATAA AAGGAAGGAC CCCTCGAAGT GGTTACCTGC TCTTCATCTG 
TTTGATGTGG CACTGAAGCT CTGTAGAACA ACAGCAGTGG AGGAACATGA GGTGGAAGCT 
GAAATCCTTT TTCAGAAAGG CAAAATAGAA CGTCAAATAC TAATGGAAGA GAAATCTCCA 
AGTTTTCAAC TTGAGAGTTT ATATGAAGCT ATACAACTAA GCCTGAAAAA TGATCAAAAC 
TCAGGATTGA TAAGAGACTC CTACCTAGAA ATGGCTCTAT TGTATTTTCA TCTGAAGAAG 
CCAAAGATAA AAATTTCAGG ATCACCATTA ACACTTAAGC CTCCTCTCAG AAGAAGTAGT 
TCTGTTAAAG AAACATCAGC AAATAAATTT GAAATGTACA GTTCATTAGC CTGGATTGCA 
ATAAGAGCTG CTGCACAGGT CAGTGAAGCT GTGCTGGCAA TTAACTTACT TATTGGAAAG 
AAGAATACTA GAATGCATAA AGTTAACCAA GTGGCATTAC CAAATATCCC AGAATTTGCT 
GCTCTGGATC TTTTGTCTTC GTATACAGAT TATTTGCTTG ACAACTACCA AGTCCTCTTC 
CAGACTTCCT GTACATTTTT GTACCAAAAT GATGATGTGT GTGACAGCGC AGATGGTAGA 
AAAAAGACTC AGACCAAAGT GGATATTACA TGGATCCTTC TACTGCGCTA CTATATTCAC 
CTTCAGAGGA TTAATAATCT GAGCAAACTG CTAGCATCTG CAACACCAGT ATCTGGAATT 
TCTTTGCCAG ATGATACACT TCTCACATCC CTTTACAACT CTGAGTTGAT TTTGCGCCAG 
AAAGAAGTGC ATTTTTTCCT TAAAAAATTC TTACAGCTGT ATTCTTCTTC TTGTATTGAT 
GAATTTCCAA AAGAACTTCT TTGTCAACTG GAAAATCCCC CTCTTTCAGA AAAAGACTTA 
CGTGAATCAT CTGCCAAGTT GTATCGCGAT AGTTCTGTAC AATCCATTTT ATCTTTTAAG 
CCTGTTTCAG GCTCATCTTG TGTGGACATA ACGCCAATAG AAATGGTAAC GCAAGCTTCA 
AACAAAGAAC TTTGCTTTCA ATGGTACATT CCTCCCCTGG ATAGACCTCC CAAGGAGACA 
GAACCTATGG TTTTATTGTT GTATGCATAT AATTTGAAGC CTCTGAAGAT TTCAGATGTT 
AGACATTCCA CTTATAACAG TACATGTGTT GGCTCTTTAT GGATTCCACT GAATAGGGTT 
ATTGCAATTC ATGAGAAATT ATCTAATCTT GCTCAAATAG CTGAACTATC ATTGCCAGCA 
GCTCCTGAAA TTACCTCAAA TGAAAACATA TATGAAGTAG AAGTGGAAGA GGAATCAGTT 
GATAATGAAA TGGAAGACAT GATTATTCAA TGTTGCTCTG AAATAGCATC TCTGTTTTTG 
AATGATAAAG AGCCAACACC ACTATCTGAG GTCCCATTTG ATATCTCACT GCCGTCTATA 
TTCAATCTTG AGAGACTTTT TGATCTGGCT AATGGTTGCA TTTTATCAGG AGGAAGCCTT 
TTCAACTGGA TAGTGTCAAT TATTCCCTGA

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

RefSeq	XP_011537379.1
CDS	591..9680
Translation	MAGFSINDHEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539077.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X8, mRNA.

Target ORF information:

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

XM_011539077.2

ORF Insert Sequence:

ATGGCTGGGT TTTCCATTAA TGATCATGAA TACAAACTGG CCCTTTTACA ATGCTATGGA 
AGATATCTTC AGCAGTTCAA TACCAATTTT GATGAGAATA AAGTGGATGT AACTCAATTC 
AAAGCTACCT TTTTCCCAAA AGGCTTTAAA GATAAAACTG CTGGACTTAC ATTTCATGCT 
TTGAGTGGCA AAAATATGTG CAACTACCAG CTGGTCTGCG ACAGTGATGA AAACCTGAAG 
AATAAAGAAT CTGTGGTCCA GTGTCTGCAT ATCTTGTCCT CCTTAAGGCT CATCATGCAA 
GTGGCTCTGC CACAAGAGCA TCTTTGCTGG ATTATCTTCA ATGGTACCAT TTATATTTAC 
ACCATTTGCA GAAAACTGAT GGTCATAGGT CAGTCTTCCA AGGCCTTAGA GTATCTCCTG 
TGGGCCAGCA TGTGTATGGA GTCCTTGGTC CCGCTCCTGT CACTCAGGTA CTTGACATGG 
CGCGCTACTC TCTACACAGC TGTTTGCCAG TGCTGCTATG ACTGCCATGC CGGGATTCAC 
GGAGAGGCAT TTGCTCGGCG TGCTTTGGCT AAAATTGATG AGTTAAGGCA ACTGGAATTA 
ATGAGTTCCT CAAAATCCCA GGAAGAATCG CGAAGATATT TTCGAGAGGC CACAATGAAG 
ATGGCAGTGA TGATCTTCAA AAGAGGAGTC TTTGAATCTA GAAGAAAAAA CAAAGCTGTC 
TTTAGACCTA AGATAAGAAT TAACCTAAGG GAAGTACAAA CTTTATCATG GCCACGAACT 
GTCACAGAGC GGCTACTGGA TGAGATGTTT GATAGCACTG CATCCCAGTT TCTGGCTGTC 
TTGGAAGCTC TTTCTGATTC AAATAGGCGA ATACTGCAAA CTGGACCCAT TGTTACAGAT 
GAAGTGGAGA TTCATGATGT TGTCTCAGAA TTGTTTATGG CAGGAAAAGA ACTTTTGATA 
ATGTCAAATA TTGGTGCAGA TGGAATGCTT GATTTTCCAA AAACATCTCT TCTGGAACTT 
ATGATAGGAA GAAAAGATGT TATTTCTGTG GATGCTGCTG TGAAATTTAT AAAATTAGCT 
TTTACCTATG AGGAGTGGAG TTTATTTGAA TCTTCTGCTG TACATCTTAT TTATTTTCTC 
CAGAGGCAGG ATGATCCAGA GTCAAAGAAA GCAGAGAAGG ATTTAACTCT TCTGATTGCA 
ATGGAACCAC TAATCAACGT GAAGAGAAAC AAAGGTTTGA TCTTTCCTTT GGAAAACTAT 
AAAGAAGGAC AGTCAACTCA AATTTATTTA AAAAAAATTG CTGTTCATGA TACTTGTTTG 
AAGACTTGTG GATATTCAGA GGATATTTTC CATTTGGCAG CAACCTTGTA TGTCTGTGTC 
TGCACTGCTC CCCAGGATGT TCAACCTGAT AAAGAAATTG TTGTGGACAC GATAATGTTC 
CTATGGCAGA AATGCAAATT AGGAATTCAG CGGCTCAATA TATCCAGAAA TGACTATGCA 
AAATTCACCC AGAAAATCAG TACTAACAAA TGGATTTATC TTCTGTGGCA GATAAATGAA 
GTAATTCACT GCTATAAAAT GGAAGACATT GACATTGTGG TAGTGGCAGA AGTCACATTA 
CGGTTAAGTG AAATATTGGA ATCTTTAGGA AGCCCAGGAA GAAAATTTAA ACAATCTCTA 
GATGTACCTT TAAGAGAAGG GACTAACAAA TTCCCTGGAG CTCCAAAAGG GATCACAGAA 
ATTCTTCCAA TATTACAGAA AAATCCTGTG GAACAGTTAC TTTTTGCTTA TAAACTTCTT 
GACAGAGCAA TCGGTGGAAT AAATTTGAAT TGCATGTTAA CCTCTTTGCC AAATGGATCA 
TCAGTAATTG ACCACTGCTA TGCCAAGCGT ACCCACCATA TAGATGGAGA TACTTACAAA 
CCACTTGCCT CAAATAGTTT CATGATGGAT TTGCATCTTG AACTAATTCA AGCTCAGCAT 
CGAATAGCTG TTGTGCTTCT GGACAAATTG CAAGTTTTGC AGACTCCAAC TGTTAGCAAA 
GATATTTCTA CCAAGGGTCC GGAAAAGTTA AAACAATCTG GAAGCACTGA TTGTTTTACA 
GAATTAAATA TAATGAATAA AATAAAGAAG AATACATTAT CCAAAGCAAT TTACTTAATG 
CAGAAAGCTC TTTTAATATT CGAGAAAGAT GCAACTTCTA CATCTTCATG GGAACTTTTG 
ATGGAAGCAT ATTCCTTAAT TCAGAGGATT GAAGCTGAAC AAAATGCCCT ATATTCCTAT 
CAGAAATATT TGGAAAGTTC AAAAAGAAAG AAAAGCAGAG TCCCCCCTCC ACCTATCCTG 
CTGTCTCGAA CTCATTGTTC TGTGACACTC AAACCTGCTC CATTTACTTC AGAGGTTAAG 
GTCTCCTGGT ACTGCATTTT GGGTTGCAAA GCAGAAGGAA GTTATGGAAA AGTACGGCTA 
AACAATAATC ATCTCCCAAA TTCAGGAGAA GCGATACCAG CTGACGGTAA AAGTGTTTTT 
GAAGTGAAAG GTTTAGAAAC CAATGAAAAG TATGTATTTG CAGTTGCTGC CTATTCTAAC 
AACGGAAAGC TTGTCGGTGG TGCTATTGGG GAGACAACTA AACCAATTCT GGTTTATCCC 
CCTCTTTCTA CTATTACTGC TCGGATGTTC CTGACACAGG TTGCCTATCA AGTTGGTAAC 
TATGAATTGG CTAAGAAAGT TTTCTCACCA GTTTGGGATT ATTTTGTTGC TTCGCCACTT 
CAGGATGAAC AATCTGTTAT TTGTTTAAGC AATATAATTA CTATTACACA AAGAAGATTA 
CATTCAGATA TTTTGGCAGA GACTTCTTCA ATCCTCTTGT ACCTTTTTCT TAGAAATATT 
TTTGTAACAA GTGACATCAA AATTAAAGAA GAAAATCTTT TCTGTGATAA TATTAAAGGC 
AATGAGATTT TCCCATCTCA ACAAATTGCC AGACTGATTG AATGTGAGAG AGTATTAGTG 
GCATTGGAAC TTAGCAACTT CCTAAATGAT TCCAGCTATG CCCTTCAAGC TGTGACTCAA 
TGTTATGGAC TTCTTGCTCC CATAATTTAT CACAATATTG TTTTGGTACC TGTTGTACAG 
ATCCTGATAA AGTGTATAGT GGTTTTGCAA GGACTACCAA GTATTGTCTG CTCGAAGAAA 
CATACTGCGA GCTTTGAAAG TATACAACAC ATGATAGCTT GTTGTATTTT CTACATAACA 
AAGATTCTTC GTTCATGGAG GGAATATGAC CTGGCAGTAA TGATTATAAA TTATGGGAAA 
AAAATGTTGG ACATCACACC AGGATGCAAG TCTCTGTTTG ATGGTAGTAA TGAACAAGAA 
GAAATGCCAG AGGAGGATTC TTCTAAGAAG TCTTTAAAGA CTAAGAAGCC ACAGCAGATA 
CTACTGCCTG AAAAGATAAA TGAACAGCTG GCCTTGTTGG AGACACACCT ACTCAAACTG 
ACAAAGCAAT ATGTTACATC TGAACTCTCA GGAGGAGAGG ACCCTATATT TCTTTATCCT 
GTAGTTTTGA ATTGGTCGGT CAAAGGTGCC GTGAAAGAAG TTATGAAATT TAAGCAAAAA 
CCAAGATTTC TGGAATTCTT TACACAAGTT ATGCTAAAAT GCATGAATGA GGAAAAATTT 
CATCTTATGG TAGAGGTAAC AACTCCTGTC CATGACTTCT TGAAAAGGAG AAATGAGTCT 
CTACTTGGAC TAATAAAAGT GAAATATAAG GATAGTGCTT TGAATAAAAA AGCAAACAAA 
TCTTTAAAGT TCAAAGCTGC AGTAATGGAA ATTGGAAGAA GTGCAGAAAT GCAACAAAGA 
ATAAGAAGTA AAAAAAAGGA AACTCTAAGA GATTTCATTT TTAAAAATCC GGCTATTTCT 
GAAATGGTGG CACATGAAAG AAATAGGAGA ACCAGTGTTA GGAAAGCAGC ACAACGATAC 
CTGATGGATT ACTTGAATCC TCTAATATTA AGTTATGTTA AAAGAAAGAG GTTCCATCGT 
CTATCACTTG AAGAGATGCC CTGGAGAGCT CAGATGAACC TGTATCTAGC AGGTGCACAC 
TTTAACCTGG TTTTACAAAA GCTATGGGAG TGTACGAAGA TGAAATTTGG CACATCACAT 
ATGATGGTCA GTTTCCGATC ATGTGATCCT AACATGTTTT CACTGTATAA TTCAGGAACA 
GTATTACCAA CAAGAAAATT GACTGTAGAA AATTATAAAG CAATGCTTGA TTTCCTTCTT 
ACAGCCAAAA AAAGAAAGGC CAACTTACCA TCAGATGCTG AAGAATTTTC TACATTTATT 
AATTCCATAA TGAGTGATGA AAATATGTCC AAGACACAAA CAGTTTATGA CTCAGACTCT 
CAATCAGGTT CTAGTGCTAA AGAAAAGGAC CGAGGAGCAA ATTTGTGTGT AATGGATCAT 
TTTATGAAAA TCTTTTTATA CTGCAGGAGA GCAATGGTTC TTGCTCATCG TGGTGGCTAT 
TGGACTCTGC TTCAGAACTG CTGTCGGGCC TTATGGAACT TTACTCAGGA ACTACAAATA 
CTTCTTAAAC AGGCAGTGGA TCTTGATAAA ACATTTCCTA TTAGCCAAGA TGGTTTCCTC 
TGCACCTCTG TTTTACCATT CTATTTGGGA GCAGAATTAC TTATTGACAT GTTAATACAA 
CTACAAAATA CCAGTTCTAT TAAGCCTATT GAAGACAAAG GAGAATTCAG TGTTCCAAGC 
TGTTATGGGA ATATTAAAAA TGACAACGGT GGTTCTAGTC TTACCTTTGA GCATCCTTTG 
GATGATGTAA ATGTGGTTGA TTTGAAATGG ATCCACGACT TTGTATTAAA ATCTCTGGAA 
GTTTTATATC AAGTGGAAAA ATGGGAAACA CTAGTATCTC TTGCCATTCA GTTCAATACA 
GTTTCACATG AGAGGTATAC AGAACAAGTG ACACCACTTC TGGTGTATGC ACAGCGCCAG 
CTTCTGCTGA GAATACAGAA GTTCAAGGGC CCAGATATTA CCCAACAACC TTGTGCAAGG 
TATGAGGCTG AATATGGAGA GAAGATAACT TGCCGAAATT TCATTGGGAA GCAGCTTAAG 
ATTAATTCTT CAACCATTGA AGCAACAAGC AACTGCACAG ATTTGCTAAA AATGCTTATC 
TCTTCAGAAT ACAGCCGAGC CAAAGCGCTT GTCTGCGTGC CCGTGGACGT GACAGACACC 
TTGAGGTGTT TTAGAGAGAC ACTGGAAAAA TCCAAATACC ATAACAGATC AATCCGACAC 
AGCAGAAAGT TGCTTTCATT ATTTCTTGCA CAGACACAAG GAGAGAAAGG AGAAATAAAT 
GATTCAAAAT GTACTTCTGG AAAGGTGGAA TTTTGCCTGG GGACAGAGGA GATGCATATG 
TCAATACCCC CTGACCTTTC TCAGGAGCAC TTCAGAGTTT TTAGTTCCGT GGAGAAAAGC 
AAACTTCCAT ATTCACAACT TGGACTTGTA ATTTCTTCTT ATCACCAAAC TATTGATGTT 
CTCCAAGCCA GCAATCAAAG AAGTCTTAAA GTTCAGGCGT TGCATTCACT TGGAAGTCTT 
CTCATCTTCG CAGAAAAGAA AAGGGCTGCT TTTAAGTGTT GGTGTCAAGC TCTTGATGAC 
ATATTCAGAA AACCAGACGT GCTACACACG TGGAAAGAAT TTGGCCCCTC ACTCACCAAT 
GTCACCAACA GTCATTCACC TCCGGGTTTC AAAGACTACA GTGAGGAGTT TCTGTCAAGA 
GTTGGCATCT GGGGGTGTTT GCAAGGAGCA GTCATATCAG CAAAGATAGC ACAATTTATT 
AAGTCATTGA ATGTTGAAAA GAAAACTGAC TGTTGCATTT TGTCTGCGTT ACTCTTTCAG 
GGTTTGCTTA GAACAACACT TCCACATCCC AAAGCTGAAC GTTGCTATGC TCAATATGAA 
ATCACTCAGC TTCTCCCAGG CATTGAACTC TTCTCAGATA GATACAGGGC TGACATTTGC 
TCTGTAATTG CAAGTCTGTA TTACATTATA CGTGAACTGC ACTTTGTTAG GCAAAACCTA 
ATAGTTCTGC CTCTCCTTGC ATTGTATCAA TATTTTGTTT CTGGAATTTG TCAAGACATA 
ACAAGAAATC TAGAAGCAAG AATCCTCAAG ATAGAAGTCC TTATAGATTT GAGATTCTTT 
TCTGAAGCCT TTTATGAGAT ATCCCAAATT TTCTATGGAA AAAACATGCC TTGTCCAATA 
CCTGCAGGCT ATAAAGCCAC TGGAAAAATG AAGATCTTTC AATCATTTGA CTCAGGAAAA 
CTTCTTACCA GTAAAGAAAA TATACAGGCA ATTGATGAAT TAAGAAATAA AGGCTTGCCT 
GCAGTTCTGG TTACAATTGG CCAACCACAT CTCTTAAATA AGTTTAATTT TGTTAAAGCA 
TACTTTTTCC TAAGTGTGGC TGCGACAATA AATTGTGTCC CAGAAAATAA ATTTAAGACA 
GTAATTACCA ACAAGAGCAA ACCAAACCTA CCAAACTTGG AAGAGATATA TTCAAAGGAT 
GATGGAAGTT CATTTTATAA TCTTACAAAA CTTAAAGATG AGATCACTCT TAGCATGCTA 
AAGTCGATGT TACTGATGGA AGCTGAGGAC AGGCTAAACT TCCTTCTGTC CGAGGTGGAA 
CAGAAGACCC TGTCTCAGTG CTCCGCTGGC GAGCTGGAGA TTGTGGTGGA GGCCCGGCTT 
CAGCTGGCTG CAGTTGCTCT GCAGAGGCAC CGGGCGGCAT ACAGTGCTGC AATAGTATTT 
TCTACACTTA CACTTCTCCA GGATTCAAAA CTTTTTGAAA AGAAGGTAGT ACAGGATGAC 
ACAGAGAATC CTGTCTCTCC AGGAACTTCT GTCACTGAAA ATAAAGATGA CAGTGAGTTT 
TTAGATCCTA TTTCCCTAAA TGCCCGAGAA TATTTCAACA TTCATCTGTG GTTGAGGTGC 
CGCTTAGCAT TGGTGACTGC ATTTGTTGCA CAGATTCATG GCATTGGAAT TGTGAAAGAG 
GATGATATGA CAGATTGCCT GAGCCTCATC AATGAAGTGT GTATGGAGGC AAAAAGCGCA 
GGGGACACGG AACTGCAGGC TGAATTCTTG ACGCAAGCTG TAATTCTTGG CCTACAAGAA 
AAGCATTTAA AGGCAGACAT CATGACAAAC CTTCAGGATA TAATACATTT GCTGGAAGGA 
AATGAATTTA TTTCTCCTCA ATCACGGCTA ACCCTGGCAA GAAGCCTAGT TTTGCTGGAT 
GACTTAACCA AAGCTGAGAA ATTCAAGGAA TCTCCCTCTT CAAAAACAGG AAAATTAAAT 
TTGTTAACTC GGGCTCATAG CATTCTAACT GAACAGATGC TAGCTTTTGG AGAAACAATT 
GAATTTCGTT CATCAAACAC TAAATATGCA AATCCATTAC AGCCTTTGAA AAATATCTAT 
CTTCCCCATG TCATGTTATT GGCCAAAATA AAAATGAGAA TTGGACATAC AGTGGCCAAG 
CAAGTATATT ACAAGAATAA AAGGAAGGAC CCCTCGAAGT GGTTACCTGC TCTTCATCTG 
TTTGATGTGG CACTGAAGCT CTGTAGAACA ACAGCAGTGG AGGAACATGA GGTGGAAGCT 
GAAATCCTTT TTCAGAAAGG CAAAATAGAA CGTCAAATAC TAATGGAAGA GAAATCTCCA 
AGTTTTCAAC TTGAGAGTTT ATATGAAGCT ATACAACTAA GCCTGAAAAA TGATCAAAAC 
TCAGGATTGA TAAGAGACTC CTACCTAGAA ATGGCTCTAT TGTATTTTCA TCTGAAGAAG 
CCAAAGATAA AAATTTCAGG ATCACCATTA ACACTTAAGC CTCCTCTCAG AAGAAGTAGT 
TCTGTTAAAG AAACATCAGC AAATAAATTT GAAATGTACA GTTCATTAGC CTGGATTGCA 
ATAAGAGCTG CTGCACAGGT CAGTGAAGCT GTGCTGGCAA TTAACTTACT TATTGGAAAG 
AAGAATACTA GAATGCATAA AGTTAACCAA GTGGCATTAC CAAATATCCC AGAATTTGCT 
GCTCTGGATC TTTTGTCTTC GTATACAGAT TATTTGCTTG ACAACTACCA AGTCCTCTTC 
CAGACTTCCT GTACATTTTT GTACCAAAAT GATGATGTGT GTGACAGCGC AGATGGTAGA 
AAAAAGACTC AGACCAAAGT GGATATTACA TGGATCCTTC TACTGCGCTA CTATATTCAC 
CTTCAGAGGA TTAATAATCT GAGCAAACTG CTAGCATCTG CAACACCAGT ATCTGGAATT 
TCTTTGCCAG ATGATACACT TCTCACATCC CTTTACAACT CTGAGTTGAT TTTGCGCCAG 
AAAGAAGTGC ATTTTTTCCT TAAAAAATTC TTACAGCTGT ATTCTTCTTC TTGTATTGAT 
GAATTTCCAA AAGAACTTCT TTGTCAACTG GAAAATCCCC CTCTTTCAGA AAAAGACTTA 
CGTGAATCAT CTGCCAAGTT GTATCGCGAT AGTTCTGTAC AATCCATTTT ATCTTTTAAG 
CCTGTTTCAG GCTCATCTTG TGTGGACATA ACGCCAATAG AAATGGTAAC GCAAGCTTCA 
AACAAAGAAC TTTGCTTTCA ATGGTACATT CCTCCCCTGG ATAGACCTCC CAAGGAGACA 
GAACCTATGG TTTTATTGTT GTATGCATAT AATTTGAAGC CTCTGAAGAT TTCAGATGTT 
AGACATTCCA CTTATAACAG TACATGTGTT GGCTCTTTAT GGATTCCACT GAATAGGGTT 
ATTGCAATTC ATGAGAAATT ATCTAATCTT GCTCAAATAG CTGAACTATC ATTGCCAGCA 
GCTCCTGAAA TTACCTCAAA TGAAAACATA TATGAAGTAG AAGTGGAAGA GGAATCAGTT 
GATAATGAAA TGGAAGACAT GATTATTCAA TGTTGCTCTG AAATAGCATC TCTGTTTTTG 
AATGATAAAG AGCCAACACC ACTATCTGAG GTCCCATTTG ATATCTCACT GCCGTCTATA 
TTCAATCTTG AGAGACTTTT TGATCTGGCT AATGGTTGCA TTTTATCAGG AGGAAGCCTT 
TTCAACTGGA TAGTGTCAAT TATTCCCTGA

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

CFAP54 ( XM_011539078.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537380.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X10, mRNA.

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CloneID	OHu76117
Clone ID Related Accession (Same CDS sequence)	XM_011539078.3 , XM_011539078.2
Accession Version	XM_011539078.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8754bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539078.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CCTGTTTCAG GCTCATCTTG TGTGGACATA ACGCCAATAG AAATGGTAAC 
GCAAGCTTCA AACAAAGAAC TTTGCTTTCA ATGGTACATT CCTCCCCTGG ATAG

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

RefSeq	XP_011537380.1
CDS	55..8808
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLACFRLILCGHNANRNGNASFKQRTLLSMVHSSPG

Target ORF information:

RefSeq Version	XM_011539078.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X10, mRNA.

Target ORF information:

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

XM_011539078.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CCTGTTTCAG GCTCATCTTG TGTGGACATA ACGCCAATAG AAATGGTAAC 
GCAAGCTTCA AACAAAGAAC TTTGCTTTCA ATGGTACATT CCTCCCCTGG ATAG

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

CFAP54 ( XM_011539078.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537380.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X11, mRNA.

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CloneID	OHu76117
Clone ID Related Accession (Same CDS sequence)	XM_011539078.3 , XM_011539078.2
Accession Version	XM_011539078.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8754bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539078.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CCTGTTTCAG GCTCATCTTG TGTGGACATA ACGCCAATAG AAATGGTAAC 
GCAAGCTTCA AACAAAGAAC TTTGCTTTCA ATGGTACATT CCTCCCCTGG ATAG

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

RefSeq	XP_011537380.1
CDS	45..8798
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLACFRLILCGHNANRNGNASFKQRTLLSMVHSSPG

Target ORF information:

RefSeq Version	XM_011539078.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X11, mRNA.

Target ORF information:

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

XM_011539078.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGCCTCC TCTCAGAAGA AGTAGTTCTG TTAAAGAAAC ATCAGCAAAT 
AAATTTGAAA TGTACAGTTC ATTAGCCTGG ATTGCAATAA GAGCTGCTGC ACAGGTCAGT 
GAAGCTGTGC TGGCAATTAA CTTACTTATT GGAAAGAAGA ATACTAGAAT GCATAAAGTT 
AACCAAGTGG CATTACCAAA TATCCCAGAA TTTGCTGCTC TGGATCTTTT GTCTTCGTAT 
ACAGATTATT TGCTTGACAA CTACCAAGTC CTCTTCCAGA CTTCCTGTAC ATTTTTGTAC 
CAAAATGATG ATGTGTGTGA CAGCGCAGAT GGTAGAAAAA AGACTCAGAC CAAAGTGGAT 
ATTACATGGA TCCTTCTACT GCGCTACTAT ATTCACCTTC AGAGGATTAA TAATCTGAGC 
AAACTGCTAG CCTGTTTCAG GCTCATCTTG TGTGGACATA ACGCCAATAG AAATGGTAAC 
GCAAGCTTCA AACAAAGAAC TTTGCTTTCA ATGGTACATT CCTCCCCTGG ATAG

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

CFAP54 ( XM_011539079.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537381.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X12, mRNA.

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CloneID	OHu76118
Clone ID Related Accession (Same CDS sequence)	XM_011539079.1
Accession Version	XM_011539079.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8691bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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 :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTTAG AGTATCTCCT GTGGGCCAGC ATGTGTATGG AGTCCTTGGT CCCGCTCCTG 
TCACTCAGGT ACTTGACATG GCGCGCTACT CTCTACACAG CTGTTTGCCA GTGCTGCTAT 
GACTGCCATG CCGGGATTCA CGGAGAGGCA TTTGCTCGGC GTGCTTTGGC TAAAATTGAT 
GAGTTAAGGC AACTGGAATT AATGAGTTCC TCAAAATCCC AGGAAGAATC GCGAAGATAT 
TTTCGAGAGG CCACAATGAA GATGGCAGTG ATGATCTTCA AAAGAGGAGT CTTTGAATCT 
AGAAGAAAAA ACAAAGCTGT CTTTAGACCT AAGATAAGAA TTAACCTAAG GGAAGTACAA 
ACTTTATCAT GGCCACGAAC TGTCACAGAG CGGCTACTGG ATGAGATGTT TGATAGCACT 
GCATCCCAGT TTCTGGCTGT CTTGGAAGCT CTTTCTGATT CAAATAGGCG AATACTGCAA 
ACTGGACCCA TTGTTACAGA TGAAGTGGAG ATTCATGATG TTGTCTCAGA ATTGTTTATG 
GCAGGAAAAG AACTTTTGAT AATGTCAAAT ATTGGTGCAG ATGGAATGCT TGATTTTCCA 
AAAACATCTC TTCTGGAACT TATGATAGGA AGAAAAGATG TTATTTCTGT GGATGCTGCT 
GTGAAATTTA TAAAATTAGC TTTTACCTAT GAGGAGTGGA GTTTATTTGA ATCTTCTGCT 
GTACATCTTA TTTATTTTCT CCAGAGGCAG GATGATCCAG AGTCAAAGAA AGCAGAGAAG 
GATTTAACTC TTCTGATTGC AATGGAACCA CTAATCAACG TGAAGAGAAA CAAAGGTTTG 
ATCTTTCCTT TGGAAAACTA TAAAGAAGGA CAGTCAACTC AAATTTATTT AAAAAAAATT 
GCTGTTCATG ATACTTGTTT GAAGACTTGT GGATATTCAG AGGATATTTT CCATTTGGCA 
GCAACCTTGT ATGTCTGTGT CTGCACTGCT CCCCAGGATG TTCAACCTGA TAAAGAAATT 
GTTGTGGACA CGATAATGTT CCTATGGCAG AAATGCAAAT TAGGAATTCA GCGGCTCAAT 
ATATCCAGAA ATGACTATGC AAAATTCACC CAGAAAATCA GTACTAACAA ATGGATTTAT 
CTTCTGTGGC AGATAAATGA AGTAATTCAC TGCTATAAAA TGGAAGACAT TGACATTGTG 
GTAGTGGCAG AAGTCACATT ACGGTTAAGT GAAATATTGG AATCTTTAGG AAGCCCAGGA 
AGAAAATTTA AACAATCTCT AGATGTACCT TTAAGAGAAG GGACTAACAA ATTCCCTGGA 
GCTCCAAAAG GGATCACAGA AATTCTTCCA ATATTACAGA AAAATCCTGT GGAACAGTTA 
CTTTTTGCTT ATAAACTTCT TGACAGAGCA ATCGGTGGAA TAAATTTGAA TTGCATGTTA 
ACCTCTTTGC CAAATGGATC ATCAGTAATT GACCACTGCT ATGCCAAGCG TACCCACCAT 
ATAGATGGAG ATACTTACAA ACCACTTGCC TCAAATAGTT TCATGATGGA TTTGCATCTT 
GAACTAATTC AAGCTCAGCA TCGAATAGCT GTTGTGCTTC TGGACAAATT GCAAGTTTTG 
CAGACTCCAA CTGTTAGCAA AGATATTTCT ACCAAGGGTC CGGAAAAGTT AAAACAATCT 
GGAAGCACTG ATTGTTTTAC AGAATTAAAT ATAATGAATA AAATAAAGAA GAATACATTA 
TCCAAAGCAA TTTACTTAAT GCAGAAAGCT CTTTTAATAT TCGAGAAAGA TGCAACTTCT 
ACATCTTCAT GGGAACTTTT GATGGAAGCA TATTCCTTAA TTCAGAGGAT TGAAGCTGAA 
CAAAATGCCC TATATTCCTA TCAGAAATAT TTGGAAAGTT CAAAAAGAAA GAAAAGCAGA 
GTCCCCCCTC CACCTATCCT GCTGTCTCGA ACTCATTGTT CTGTGACACT CAAACCTGCT 
CCATTTACTT CAGAGGTTAA GGTCTCCTGG TACTGCATTT TGGGTTGCAA AGCAGAAGGA 
AGTTATGGAA AAGTACGGCT AAACAATAAT CATCTCCCAA ATTCAGGAGA AGCGATACCA 
GCTGACGGTA AAAGTGTTTT TGAAGTGAAA GGTTTAGAAA CCAATGAAAA GTATGTATTT 
GCAGTTGCTG CCTATTCTAA CAACGGAAAG CTTGTCGGTG GTGCTATTGG GGAGACAACT 
AAACCAATTC TGGTTTATCC CCCTCTTTCT ACTATTACTG CTCGGATGTT CCTGACACAG 
GTTGCCTATC AAGTTGGTAA CTATGAATTG GCTAAGAAAG TTTTCTCACC AGTTTGGGAT 
TATTTTGTTG CTTCGCCACT TCAGGATGAA CAATCTGTTA TTTGTTTAAG CAATATAATT 
ACTATTACAC AAAGAAGATT ACATTCAGAT ATTTTGGCAG AGACTTCTTC AATCCTCTTG 
TACCTTTTTC TTAGAAATAT TTTTGTAACA AGTGACATCA AAATTAAAGA AGAAAATCTT 
TTCTGTGATA ATATTAAAGG CAATGAGATT TTCCCATCTC AACAAATTGC CAGACTGATT 
GAATGTGAGA GAGTATTAGT GGCATTGGAA CTTAGCAACT TCCTAAATGA TTCCAGCTAT 
GCCCTTCAAG CTGTGACTCA ATGTTATGGA CTTCTTGCTC CCATAATTTA TCACAATATT 
GTTTTGGTAC CTGTTGTACA GATCCTGATA AAGTGTATAG TGGTTTTGCA AGGACTACCA 
AGTATTGTCT GCTCGAAGAA ACATACTGCG AGCTTTGAAA GTATACAACA CATGATAGCT 
TGTTGTATTT TCTACATAAC AAAGATTCTT CGTTCATGGA GGGAATATGA CCTGGCAGTA 
ATGATTATAA ATTATGGGAA AAAAATGTTG GACATCACAC CAGGATGCAA GTCTCTGTTT 
GATGGTAGTA ATGAACAAGA AGAAATGCCA GAGGAGGATT CTTCTAAGAA GTCTTTAAAG 
ACTAAGAAGC CACAGCAGAT ACTACTGCCT GAAAAGATAA ATGAACAGCT GGCCTTGTTG 
GAGACACACC TACTCAAACT GACAAAGCAA TATGTTACAT CTGAACTCTC AGGAGGAGAG 
GACCCTATAT TTCTTTATCC TGTAGTTTTG AATTGGTCGG TCAAAGGTGC CGTGAAAGAA 
GTTATGAAAT TTAAGCAAAA ACCAAGATTT CTGGAATTCT TTACACAAGT TATGCTAAAA 
TGCATGAATG AGGAAAAATT TCATCTTATG GTAGAGGTAA CAACTCCTGT CCATGACTTC 
TTGAAAAGGA GAAATGAGTC TCTACTTGGA CTAATAAAAG TGAAATATAA GGATAGTGCT 
TTGAATAAAA AAGCAAACAA ATCTTTAAAG TTCAAAGCTG CAGTAATGGA AATTGGAAGA 
AGTGCAGAAA TGCAACAAAG AATAAGAAGT AAAAAAAAGG AAACTCTAAG AGATTTCATT 
TTTAAAAATC CGGCTATTTC TGAAATGGTG GCACATGAAA GAAATAGGAG AACCAGTGTT 
AGGAAAGCAG CACAACGATA CCTGATGGAT TACTTGAATC CTCTAATATT AAGTTATGTT 
AAAAGAAAGA GGTTCCATCG TCTATCACTT GAAGAGATGC CCTGGAGAGC TCAGATGAAC 
CTGTATCTAG CAGGTGCACA CTTTAACCTG GTTTTACAAA AGCTATGGGA GTGTACGAAG 
ATGAAATTTG GCACATCACA TATGATGGTC AGTTTCCGAT CATGTGATCC TAACATGTTT 
TCACTGTATA ATTCAGGAAC AGTATTACCA ACAAGAAAAT TGACTGTAGA AAATTATAAA 
GCAATGCTTG ATTTCCTTCT TACAGCCAAA AAAAGAAAGG CCAACTTACC ATCAGATGCT 
GAAGAATTTT CTACATTTAT TAATTCCATA ATGAGTGATG AAAATATGTC CAAGACACAA 
ACAGTTTATG ACTCAGACTC TCAATCAGGT TCTAGTGCTA AAGAAAAGGA CCGAGGAGCA 
AATTTGTGTG TAATGGATCA TTTTATGAAA ATCTTTTTAT ACTGCAGGAG AGCAATGGTT 
CTTGCTCATC GTGGTGGCTA TTGGACTCTG CTTCAGAACT GCTGTCGGGC CTTATGGAAC 
TTTACTCAGG AACTACAAAT ACTTCTTAAA CAGGCAGTGG ATCTTGATAA AACATTTCCT 
ATTAGCCAAG ATGGTTTCCT CTGCACCTCT GTTTTACCAT TCTATTTGGG AGCAGAATTA 
CTTATTGACA TGTTAATACA ACTACAAAAT ACCAGTTCTA TTAAGCCTAT TGAAGACAAA 
GGAGAATTCA GTGTTCCAAG CTGTTATGGG AATATTAAAA ATGACAACGG TGGTTCTAGT 
CTTACCTTTG AGCATCCTTT GGATGATGTA AATGTGGTTG ATTTGAAATG GATCCACGAC 
TTTGTATTAA AATCTCTGGA AGTTTTATAT CAAGTGGAAA AATGGGAAAC ACTAGTATCT 
CTTGCCATTC AGTTCAATAC AGTTTCACAT GAGAGGTATA CAGAACAAGT GACACCACTT 
CTGGTGTATG CACAGCGCCA GCTTCTGCTG AGAATACAGA AGTTCAAGGG CCCAGATATT 
ACCCAACAAC CTTGTGCAAG GTATGAGGCT GAATATGGAG AGAAGATAAC TTGCCGAAAT 
TTCATTGGGA AGCAGCTTAA GATTAATTCT TCAACCATTG AAGCAACAAG CAACTGCACA 
GATTTGCTAA AAATGCTTAT CTCTTCAGAA TACAGCCGAG CCAAAGCGCT TGTCTGCGTG 
CCCGTGGACG TGACAGACAC CTTGAGGTGT TTTAGAGAGA CACTGGAAAA ATCCAAATAC 
CATAACAGAT CAATCCGACA CAGCAGAAAG TTGCTTTCAT TATTTCTTGC ACAGACACAA 
GGAGAGAAAG GAGAAATAAA TGATTCAAAA TGTACTTCTG GAAAGGTGGA ATTTTGCCTG 
GGGACAGAGG AGATGCATAT GTCAATACCC CCTGACCTTT CTCAGGAGCA CTTCAGAGTT 
TTTAGTTCCG TGGAGAAAAG CAAACTTCCA TATTCACAAC TTGGACTTGT AATTTCTTCT 
TATCACCAAA CTATTGATGT TCTCCAAGCC AGCAATCAAA GAAGTCTTAA AGTTCAGGCG 
TTGCATTCAC TTGGAAGTCT TCTCATCTTC GCAGAAAAGA AAAGGGCTGC TTTTAAGTGT 
TGGTGTCAAG CTCTTGATGA CATATTCAGA AAACCAGACG TGCTACACAC GTGGAAAGAA 
TTTGGCCCCT CACTCACCAA TGTCACCAAC AGTCATTCAC CTCCGGGTTT CAAAGACTAC 
AGTGAGGAGT TTCTGTCAAG AGTTGGCATC TGGGGGTGTT TGCAAGGAGC AGTCATATCA 
GCAAAGATAG CACAATTTAT TAAGTCATTG AATGTTGAAA AGAAAACTGA CTGTTGCATT 
TTGTCTGCGT TACTCTTTCA GGGTTTGCTT AGAACAACAC TTCCACATCC CAAAGCTGAA 
CGTTGCTATG CTCAATATGA AATCACTCAG CTTCTCCCAG GCATTGAACT CTTCTCAGAT 
AGATACAGGG CTGACATTTG CTCTGTAATT GCAAGTCTGT ATTACATTAT ACGTGAACTG 
CACTTTGTTA GGCAAAACCT AATAGTTCTG CCTCTCCTTG CATTGTATCA ATATTTTGTT 
TCTGGAATTT GTCAAGACAT AACAAGAAAT CTAGAAGCAA GAATCCTCAA GATAGAAGTC 
CTTATAGATT TGAGATTCTT TTCTGAAGCC TTTTATGAGA TATCCCAAAT TTTCTATGGA 
AAAAACATGC CTTGTCCAAT ACCTGCAGGC TATAAAGCCA CTGGAAAAAT GAAGATCTTT 
CAATCATTTG ACTCAGGAAA ACTTCTTACC AGTAAAGAAA ATATACAGGC AATTGATGAA 
TTAAGAAATA AAGGCTTGCC TGCAGTTCTG GTTACAATTG GCCAACCACA TCTCTTAAAT 
AAGTTTAATT TTGTTAAAGC ATACTTTTTC CTAAGTGTGG CTGCGACAAT AAATTGTGTC 
CCAGAAAATA AATTTAAGAC AGTAATTACC AACAAGAGCA AACCAAACCT ACCAAACTTG 
GAAGAGATAT ATTCAAAGGA TGATGGAAGT TCATTTTATA ATCTTACAAA ACTTAAAGAT 
GAGATCACTC TTAGCATGCT AAAGTCGATG TTACTGATGG AAGCTGAGGA CAGGCTAAAC 
TTCCTTCTGT CCGAGGTGGA ACAGAAGACC CTGTCTCAGT GCTCCGCTGG CGAGCTGGAG 
ATTGTGGTGG AGGCCCGGCT TCAGCTGGCT GCAGTTGCTC TGCAGAGGCA CCGGGCGGCA 
TACAGTGCTG CAATAGTATT TTCTACACTT ACACTTCTCC AGGATTCAAA ACTTTTTGAA 
AAGAAGGTAG TACAGGATGA CACAGAGAAT CCTGTCTCTC CAGGAACTTC TGTCACTGAA 
AATAAAGATG ACAGTGAGTT TTTAGATCCT ATTTCCCTAA ATGCCCGAGA ATATTTCAAC 
ATTCATCTGT GGTTGAGGTG CCGCTTAGCA TTGGTGACTG CATTTGTTGC ACAGATTCAT 
GGCATTGGAA TTGTGAAAGA GGATGATATG ACAGATTGCC TGAGCCTCAT CAATGAAGTG 
TGTATGGAGG CAAAAAGCGC AGGGGACACG GAACTGCAGG CTGAATTCTT GACGCAAGCT 
GTAATTCTTG GCCTACAAGA AAAGCATTTA AAGGCAGACA TCATGACAAA CCTTCAGGAT 
ATAATACATT TGCTGGAAGG AAATGAATTT ATTTCTCCTC AATCACGGCT AACCCTGGCA 
AGAAGCCTAG TTTTGCTGGA TGACTTAACC AAAGCTGAGA AATTCAAGGA ATCTCCCTCT 
TCAAAAACAG GAAAATTAAA TTTGTTAACT CGGGCTCATA GCATTCTAAC TGAACAGATG 
CTAGCTTTTG GAGAAACAAT TGAATTTCGT TCATCAAACA CTAAATATGC AAATCCATTA 
CAGCCTTTGA AAAATATCTA TCTTCCCCAT GTCATGTTAT TGGCCAAAAT AAAAATGAGA 
ATTGGACATA CAGTGGCCAA GCAAGTATAT TACAAGAATA AAAGGAAGGA CCCCTCGAAG 
TGGTTACCTG CTCTTCATCT GTTTGATGTG GCACTGAAGC TCTGTAGAAC AACAGCAGTG 
GAGGAACATG AGGTGGAAGC TGAAATCCTT TTTCAGAAAG GCAAAATAGA ACGTCAAATA 
CTAATGGAAG AGAAATCTCC AAGTTTTCAA CTTGAGAGTT TATATGAAGC TATACAACTA 
AGCCTGAAAA ATGATCAAAA CTCAGGATTG ATAAGAGACT CCTACCTAGA AATGGCTCTA 
TTGTATTTTC ATCTGAAGAA GCCAAAGATA AAAATTTCAG GATCACCATT AACACTTAAG 
CCTCCTCTCA GAAGAAGTAG TTCTGTTAAA GAAACATCAG CAAATAAATT TGAAATGTAC 
AGTTCATTAG CCTGGATTGC AATAAGAGCT GCTGCACAGG TCAGTGAAGC TGTGCTGGCA 
ATTAACTTAC TTATTGGAAA GAAGAATACT AGAATGCATA AAGTTAACCA AGTGGCATTA 
CCAAATATCC CAGAATTTGC TGCTCTGGAT CTTTTGTCTT CGTATACAGA TTATTTGCTT 
GACAACTACC AAGTCCTCTT CCAGACTTCC TGTACATTTT TGTACCAAAA TGATGATGTG 
TGTGACAGCG CAGATGGTAG AAAAAAGACT CAGACCAAAG TGGATATTAC ATGGATCCTT 
CTACTGCGCT ACTATATTCA CCTTCAGAGG ATTAATAATC TGAGCAAACT GCTAGCATCT 
GCAACACCAG TATCTGGAAT TTCTTTGCCA GATGATACAC TTCTCACATC CCTTTACAAC 
TCTGAGTTGA TTTTGCGCCA GAAAGAAGTG CATTTTTTCC TTAAAAAATT CTTACAGCTG 
TATTCTTCTT CTTGTATTGA TGAATTTCCA AAAGAACTTC TTTGTCAACT GGAAAATCCC 
CCTCTTTCAG AAAAAGACTT ACGTGAATCA TCTGCCAAGT TGTATCGCGA TAGTTCTGTA 
CAATCCATTT TATCTTTTAA GCCTGTTTCA GGCTCATCTT GTGTGGACAT AACGCCAATA 
GAAATGGTAA CGCAAGCTTC AAACAAAGAA CTTTGCTTTC AATGGTACAT TCCTCCCCTG 
GATAGACCTC CCAAGGAGAC AGAACCTATG GTTTTATTGT TGTATGCATA TAATTTGAAG 
CCTCTGAAGA TTTCAGATGT TAGACATTCC ACTTATAACA GTACATGTGT TGGCTCTTTA 
TGGATTCCAC TGAATAGGGT TATTGCAATT CATGAGAAAT TATCTAATCT TGCTCAAATA 
GCTGAACTAT CATTGCCAGC AGCTCCTGAA ATTACCTCAA ATGAAAACAT ATATGAAGTA 
GAAGTGGAAG AGGAATCAGT TGATAATGAA ATGGAAGACA TGATTATTCA ATGTTGCTCT 
GAAATAGCAT CTCTGTTTTT GAATGATAAA GAGCCAACAC CACTATCTGA GGTCCCATTT 
GATATCTCAC TGCCGTCTAT ATTCAATCTT GAGAGACTTT TTGATCTGGC TAATGGTTGC 
ATTTTATCAG GAGGAAGCCT TTTCAACTGG ATAGTGTCAA TTATTCCCTG A

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

RefSeq	XP_011537381.1
CDS	86..8776
Translation	MALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKPPLRRSSSVKETSANKFEMYSSLAWIAIRAAAQVSEAVLAINLLIGKKNTRMHKVNQVALPNIPEFAALDLLSSYTDYLLDNYQVLFQTSCTFLYQNDDVCDSADGRKKTQTKVDITWILLLRYYIHLQRINNLSKLLASATPVSGISLPDDTLLTSLYNSELILRQKEVHFFLKKFLQLYSSSCIDEFPKELLCQLENPPLSEKDLRESSAKLYRDSSVQSILSFKPVSGSSCVDITPIEMVTQASNKELCFQWYIPPLDRPPKETEPMVLLLYAYNLKPLKISDVRHSTYNSTCVGSLWIPLNRVIAIHEKLSNLAQIAELSLPAAPEITSNENIYEVEVEEESVDNEMEDMIIQCCSEIASLFLNDKEPTPLSEVPFDISLPSIFNLERLFDLANGCILSGGSLFNWIVSIIP

Target ORF information:

RefSeq Version	XM_011539079.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X12, mRNA.

Target ORF information:

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

XM_011539079.1

ORF Insert Sequence:

ATGGCCTTAG AGTATCTCCT GTGGGCCAGC ATGTGTATGG AGTCCTTGGT CCCGCTCCTG 
TCACTCAGGT ACTTGACATG GCGCGCTACT CTCTACACAG CTGTTTGCCA GTGCTGCTAT 
GACTGCCATG CCGGGATTCA CGGAGAGGCA TTTGCTCGGC GTGCTTTGGC TAAAATTGAT 
GAGTTAAGGC AACTGGAATT AATGAGTTCC TCAAAATCCC AGGAAGAATC GCGAAGATAT 
TTTCGAGAGG CCACAATGAA GATGGCAGTG ATGATCTTCA AAAGAGGAGT CTTTGAATCT 
AGAAGAAAAA ACAAAGCTGT CTTTAGACCT AAGATAAGAA TTAACCTAAG GGAAGTACAA 
ACTTTATCAT GGCCACGAAC TGTCACAGAG CGGCTACTGG ATGAGATGTT TGATAGCACT 
GCATCCCAGT TTCTGGCTGT CTTGGAAGCT CTTTCTGATT CAAATAGGCG AATACTGCAA 
ACTGGACCCA TTGTTACAGA TGAAGTGGAG ATTCATGATG TTGTCTCAGA ATTGTTTATG 
GCAGGAAAAG AACTTTTGAT AATGTCAAAT ATTGGTGCAG ATGGAATGCT TGATTTTCCA 
AAAACATCTC TTCTGGAACT TATGATAGGA AGAAAAGATG TTATTTCTGT GGATGCTGCT 
GTGAAATTTA TAAAATTAGC TTTTACCTAT GAGGAGTGGA GTTTATTTGA ATCTTCTGCT 
GTACATCTTA TTTATTTTCT CCAGAGGCAG GATGATCCAG AGTCAAAGAA AGCAGAGAAG 
GATTTAACTC TTCTGATTGC AATGGAACCA CTAATCAACG TGAAGAGAAA CAAAGGTTTG 
ATCTTTCCTT TGGAAAACTA TAAAGAAGGA CAGTCAACTC AAATTTATTT AAAAAAAATT 
GCTGTTCATG ATACTTGTTT GAAGACTTGT GGATATTCAG AGGATATTTT CCATTTGGCA 
GCAACCTTGT ATGTCTGTGT CTGCACTGCT CCCCAGGATG TTCAACCTGA TAAAGAAATT 
GTTGTGGACA CGATAATGTT CCTATGGCAG AAATGCAAAT TAGGAATTCA GCGGCTCAAT 
ATATCCAGAA ATGACTATGC AAAATTCACC CAGAAAATCA GTACTAACAA ATGGATTTAT 
CTTCTGTGGC AGATAAATGA AGTAATTCAC TGCTATAAAA TGGAAGACAT TGACATTGTG 
GTAGTGGCAG AAGTCACATT ACGGTTAAGT GAAATATTGG AATCTTTAGG AAGCCCAGGA 
AGAAAATTTA AACAATCTCT AGATGTACCT TTAAGAGAAG GGACTAACAA ATTCCCTGGA 
GCTCCAAAAG GGATCACAGA AATTCTTCCA ATATTACAGA AAAATCCTGT GGAACAGTTA 
CTTTTTGCTT ATAAACTTCT TGACAGAGCA ATCGGTGGAA TAAATTTGAA TTGCATGTTA 
ACCTCTTTGC CAAATGGATC ATCAGTAATT GACCACTGCT ATGCCAAGCG TACCCACCAT 
ATAGATGGAG ATACTTACAA ACCACTTGCC TCAAATAGTT TCATGATGGA TTTGCATCTT 
GAACTAATTC AAGCTCAGCA TCGAATAGCT GTTGTGCTTC TGGACAAATT GCAAGTTTTG 
CAGACTCCAA CTGTTAGCAA AGATATTTCT ACCAAGGGTC CGGAAAAGTT AAAACAATCT 
GGAAGCACTG ATTGTTTTAC AGAATTAAAT ATAATGAATA AAATAAAGAA GAATACATTA 
TCCAAAGCAA TTTACTTAAT GCAGAAAGCT CTTTTAATAT TCGAGAAAGA TGCAACTTCT 
ACATCTTCAT GGGAACTTTT GATGGAAGCA TATTCCTTAA TTCAGAGGAT TGAAGCTGAA 
CAAAATGCCC TATATTCCTA TCAGAAATAT TTGGAAAGTT CAAAAAGAAA GAAAAGCAGA 
GTCCCCCCTC CACCTATCCT GCTGTCTCGA ACTCATTGTT CTGTGACACT CAAACCTGCT 
CCATTTACTT CAGAGGTTAA GGTCTCCTGG TACTGCATTT TGGGTTGCAA AGCAGAAGGA 
AGTTATGGAA AAGTACGGCT AAACAATAAT CATCTCCCAA ATTCAGGAGA AGCGATACCA 
GCTGACGGTA AAAGTGTTTT TGAAGTGAAA GGTTTAGAAA CCAATGAAAA GTATGTATTT 
GCAGTTGCTG CCTATTCTAA CAACGGAAAG CTTGTCGGTG GTGCTATTGG GGAGACAACT 
AAACCAATTC TGGTTTATCC CCCTCTTTCT ACTATTACTG CTCGGATGTT CCTGACACAG 
GTTGCCTATC AAGTTGGTAA CTATGAATTG GCTAAGAAAG TTTTCTCACC AGTTTGGGAT 
TATTTTGTTG CTTCGCCACT TCAGGATGAA CAATCTGTTA TTTGTTTAAG CAATATAATT 
ACTATTACAC AAAGAAGATT ACATTCAGAT ATTTTGGCAG AGACTTCTTC AATCCTCTTG 
TACCTTTTTC TTAGAAATAT TTTTGTAACA AGTGACATCA AAATTAAAGA AGAAAATCTT 
TTCTGTGATA ATATTAAAGG CAATGAGATT TTCCCATCTC AACAAATTGC CAGACTGATT 
GAATGTGAGA GAGTATTAGT GGCATTGGAA CTTAGCAACT TCCTAAATGA TTCCAGCTAT 
GCCCTTCAAG CTGTGACTCA ATGTTATGGA CTTCTTGCTC CCATAATTTA TCACAATATT 
GTTTTGGTAC CTGTTGTACA GATCCTGATA AAGTGTATAG TGGTTTTGCA AGGACTACCA 
AGTATTGTCT GCTCGAAGAA ACATACTGCG AGCTTTGAAA GTATACAACA CATGATAGCT 
TGTTGTATTT TCTACATAAC AAAGATTCTT CGTTCATGGA GGGAATATGA CCTGGCAGTA 
ATGATTATAA ATTATGGGAA AAAAATGTTG GACATCACAC CAGGATGCAA GTCTCTGTTT 
GATGGTAGTA ATGAACAAGA AGAAATGCCA GAGGAGGATT CTTCTAAGAA GTCTTTAAAG 
ACTAAGAAGC CACAGCAGAT ACTACTGCCT GAAAAGATAA ATGAACAGCT GGCCTTGTTG 
GAGACACACC TACTCAAACT GACAAAGCAA TATGTTACAT CTGAACTCTC AGGAGGAGAG 
GACCCTATAT TTCTTTATCC TGTAGTTTTG AATTGGTCGG TCAAAGGTGC CGTGAAAGAA 
GTTATGAAAT TTAAGCAAAA ACCAAGATTT CTGGAATTCT TTACACAAGT TATGCTAAAA 
TGCATGAATG AGGAAAAATT TCATCTTATG GTAGAGGTAA CAACTCCTGT CCATGACTTC 
TTGAAAAGGA GAAATGAGTC TCTACTTGGA CTAATAAAAG TGAAATATAA GGATAGTGCT 
TTGAATAAAA AAGCAAACAA ATCTTTAAAG TTCAAAGCTG CAGTAATGGA AATTGGAAGA 
AGTGCAGAAA TGCAACAAAG AATAAGAAGT AAAAAAAAGG AAACTCTAAG AGATTTCATT 
TTTAAAAATC CGGCTATTTC TGAAATGGTG GCACATGAAA GAAATAGGAG AACCAGTGTT 
AGGAAAGCAG CACAACGATA CCTGATGGAT TACTTGAATC CTCTAATATT AAGTTATGTT 
AAAAGAAAGA GGTTCCATCG TCTATCACTT GAAGAGATGC CCTGGAGAGC TCAGATGAAC 
CTGTATCTAG CAGGTGCACA CTTTAACCTG GTTTTACAAA AGCTATGGGA GTGTACGAAG 
ATGAAATTTG GCACATCACA TATGATGGTC AGTTTCCGAT CATGTGATCC TAACATGTTT 
TCACTGTATA ATTCAGGAAC AGTATTACCA ACAAGAAAAT TGACTGTAGA AAATTATAAA 
GCAATGCTTG ATTTCCTTCT TACAGCCAAA AAAAGAAAGG CCAACTTACC ATCAGATGCT 
GAAGAATTTT CTACATTTAT TAATTCCATA ATGAGTGATG AAAATATGTC CAAGACACAA 
ACAGTTTATG ACTCAGACTC TCAATCAGGT TCTAGTGCTA AAGAAAAGGA CCGAGGAGCA 
AATTTGTGTG TAATGGATCA TTTTATGAAA ATCTTTTTAT ACTGCAGGAG AGCAATGGTT 
CTTGCTCATC GTGGTGGCTA TTGGACTCTG CTTCAGAACT GCTGTCGGGC CTTATGGAAC 
TTTACTCAGG AACTACAAAT ACTTCTTAAA CAGGCAGTGG ATCTTGATAA AACATTTCCT 
ATTAGCCAAG ATGGTTTCCT CTGCACCTCT GTTTTACCAT TCTATTTGGG AGCAGAATTA 
CTTATTGACA TGTTAATACA ACTACAAAAT ACCAGTTCTA TTAAGCCTAT TGAAGACAAA 
GGAGAATTCA GTGTTCCAAG CTGTTATGGG AATATTAAAA ATGACAACGG TGGTTCTAGT 
CTTACCTTTG AGCATCCTTT GGATGATGTA AATGTGGTTG ATTTGAAATG GATCCACGAC 
TTTGTATTAA AATCTCTGGA AGTTTTATAT CAAGTGGAAA AATGGGAAAC ACTAGTATCT 
CTTGCCATTC AGTTCAATAC AGTTTCACAT GAGAGGTATA CAGAACAAGT GACACCACTT 
CTGGTGTATG CACAGCGCCA GCTTCTGCTG AGAATACAGA AGTTCAAGGG CCCAGATATT 
ACCCAACAAC CTTGTGCAAG GTATGAGGCT GAATATGGAG AGAAGATAAC TTGCCGAAAT 
TTCATTGGGA AGCAGCTTAA GATTAATTCT TCAACCATTG AAGCAACAAG CAACTGCACA 
GATTTGCTAA AAATGCTTAT CTCTTCAGAA TACAGCCGAG CCAAAGCGCT TGTCTGCGTG 
CCCGTGGACG TGACAGACAC CTTGAGGTGT TTTAGAGAGA CACTGGAAAA ATCCAAATAC 
CATAACAGAT CAATCCGACA CAGCAGAAAG TTGCTTTCAT TATTTCTTGC ACAGACACAA 
GGAGAGAAAG GAGAAATAAA TGATTCAAAA TGTACTTCTG GAAAGGTGGA ATTTTGCCTG 
GGGACAGAGG AGATGCATAT GTCAATACCC CCTGACCTTT CTCAGGAGCA CTTCAGAGTT 
TTTAGTTCCG TGGAGAAAAG CAAACTTCCA TATTCACAAC TTGGACTTGT AATTTCTTCT 
TATCACCAAA CTATTGATGT TCTCCAAGCC AGCAATCAAA GAAGTCTTAA AGTTCAGGCG 
TTGCATTCAC TTGGAAGTCT TCTCATCTTC GCAGAAAAGA AAAGGGCTGC TTTTAAGTGT 
TGGTGTCAAG CTCTTGATGA CATATTCAGA AAACCAGACG TGCTACACAC GTGGAAAGAA 
TTTGGCCCCT CACTCACCAA TGTCACCAAC AGTCATTCAC CTCCGGGTTT CAAAGACTAC 
AGTGAGGAGT TTCTGTCAAG AGTTGGCATC TGGGGGTGTT TGCAAGGAGC AGTCATATCA 
GCAAAGATAG CACAATTTAT TAAGTCATTG AATGTTGAAA AGAAAACTGA CTGTTGCATT 
TTGTCTGCGT TACTCTTTCA GGGTTTGCTT AGAACAACAC TTCCACATCC CAAAGCTGAA 
CGTTGCTATG CTCAATATGA AATCACTCAG CTTCTCCCAG GCATTGAACT CTTCTCAGAT 
AGATACAGGG CTGACATTTG CTCTGTAATT GCAAGTCTGT ATTACATTAT ACGTGAACTG 
CACTTTGTTA GGCAAAACCT AATAGTTCTG CCTCTCCTTG CATTGTATCA ATATTTTGTT 
TCTGGAATTT GTCAAGACAT AACAAGAAAT CTAGAAGCAA GAATCCTCAA GATAGAAGTC 
CTTATAGATT TGAGATTCTT TTCTGAAGCC TTTTATGAGA TATCCCAAAT TTTCTATGGA 
AAAAACATGC CTTGTCCAAT ACCTGCAGGC TATAAAGCCA CTGGAAAAAT GAAGATCTTT 
CAATCATTTG ACTCAGGAAA ACTTCTTACC AGTAAAGAAA ATATACAGGC AATTGATGAA 
TTAAGAAATA AAGGCTTGCC TGCAGTTCTG GTTACAATTG GCCAACCACA TCTCTTAAAT 
AAGTTTAATT TTGTTAAAGC ATACTTTTTC CTAAGTGTGG CTGCGACAAT AAATTGTGTC 
CCAGAAAATA AATTTAAGAC AGTAATTACC AACAAGAGCA AACCAAACCT ACCAAACTTG 
GAAGAGATAT ATTCAAAGGA TGATGGAAGT TCATTTTATA ATCTTACAAA ACTTAAAGAT 
GAGATCACTC TTAGCATGCT AAAGTCGATG TTACTGATGG AAGCTGAGGA CAGGCTAAAC 
TTCCTTCTGT CCGAGGTGGA ACAGAAGACC CTGTCTCAGT GCTCCGCTGG CGAGCTGGAG 
ATTGTGGTGG AGGCCCGGCT TCAGCTGGCT GCAGTTGCTC TGCAGAGGCA CCGGGCGGCA 
TACAGTGCTG CAATAGTATT TTCTACACTT ACACTTCTCC AGGATTCAAA ACTTTTTGAA 
AAGAAGGTAG TACAGGATGA CACAGAGAAT CCTGTCTCTC CAGGAACTTC TGTCACTGAA 
AATAAAGATG ACAGTGAGTT TTTAGATCCT ATTTCCCTAA ATGCCCGAGA ATATTTCAAC 
ATTCATCTGT GGTTGAGGTG CCGCTTAGCA TTGGTGACTG CATTTGTTGC ACAGATTCAT 
GGCATTGGAA TTGTGAAAGA GGATGATATG ACAGATTGCC TGAGCCTCAT CAATGAAGTG 
TGTATGGAGG CAAAAAGCGC AGGGGACACG GAACTGCAGG CTGAATTCTT GACGCAAGCT 
GTAATTCTTG GCCTACAAGA AAAGCATTTA AAGGCAGACA TCATGACAAA CCTTCAGGAT 
ATAATACATT TGCTGGAAGG AAATGAATTT ATTTCTCCTC AATCACGGCT AACCCTGGCA 
AGAAGCCTAG TTTTGCTGGA TGACTTAACC AAAGCTGAGA AATTCAAGGA ATCTCCCTCT 
TCAAAAACAG GAAAATTAAA TTTGTTAACT CGGGCTCATA GCATTCTAAC TGAACAGATG 
CTAGCTTTTG GAGAAACAAT TGAATTTCGT TCATCAAACA CTAAATATGC AAATCCATTA 
CAGCCTTTGA AAAATATCTA TCTTCCCCAT GTCATGTTAT TGGCCAAAAT AAAAATGAGA 
ATTGGACATA CAGTGGCCAA GCAAGTATAT TACAAGAATA AAAGGAAGGA CCCCTCGAAG 
TGGTTACCTG CTCTTCATCT GTTTGATGTG GCACTGAAGC TCTGTAGAAC AACAGCAGTG 
GAGGAACATG AGGTGGAAGC TGAAATCCTT TTTCAGAAAG GCAAAATAGA ACGTCAAATA 
CTAATGGAAG AGAAATCTCC AAGTTTTCAA CTTGAGAGTT TATATGAAGC TATACAACTA 
AGCCTGAAAA ATGATCAAAA CTCAGGATTG ATAAGAGACT CCTACCTAGA AATGGCTCTA 
TTGTATTTTC ATCTGAAGAA GCCAAAGATA AAAATTTCAG GATCACCATT AACACTTAAG 
CCTCCTCTCA GAAGAAGTAG TTCTGTTAAA GAAACATCAG CAAATAAATT TGAAATGTAC 
AGTTCATTAG CCTGGATTGC AATAAGAGCT GCTGCACAGG TCAGTGAAGC TGTGCTGGCA 
ATTAACTTAC TTATTGGAAA GAAGAATACT AGAATGCATA AAGTTAACCA AGTGGCATTA 
CCAAATATCC CAGAATTTGC TGCTCTGGAT CTTTTGTCTT CGTATACAGA TTATTTGCTT 
GACAACTACC AAGTCCTCTT CCAGACTTCC TGTACATTTT TGTACCAAAA TGATGATGTG 
TGTGACAGCG CAGATGGTAG AAAAAAGACT CAGACCAAAG TGGATATTAC ATGGATCCTT 
CTACTGCGCT ACTATATTCA CCTTCAGAGG ATTAATAATC TGAGCAAACT GCTAGCATCT 
GCAACACCAG TATCTGGAAT TTCTTTGCCA GATGATACAC TTCTCACATC CCTTTACAAC 
TCTGAGTTGA TTTTGCGCCA GAAAGAAGTG CATTTTTTCC TTAAAAAATT CTTACAGCTG 
TATTCTTCTT CTTGTATTGA TGAATTTCCA AAAGAACTTC TTTGTCAACT GGAAAATCCC 
CCTCTTTCAG AAAAAGACTT ACGTGAATCA TCTGCCAAGT TGTATCGCGA TAGTTCTGTA 
CAATCCATTT TATCTTTTAA GCCTGTTTCA GGCTCATCTT GTGTGGACAT AACGCCAATA 
GAAATGGTAA CGCAAGCTTC AAACAAAGAA CTTTGCTTTC AATGGTACAT TCCTCCCCTG 
GATAGACCTC CCAAGGAGAC AGAACCTATG GTTTTATTGT TGTATGCATA TAATTTGAAG 
CCTCTGAAGA TTTCAGATGT TAGACATTCC ACTTATAACA GTACATGTGT TGGCTCTTTA 
TGGATTCCAC TGAATAGGGT TATTGCAATT CATGAGAAAT TATCTAATCT TGCTCAAATA 
GCTGAACTAT CATTGCCAGC AGCTCCTGAA ATTACCTCAA ATGAAAACAT ATATGAAGTA 
GAAGTGGAAG AGGAATCAGT TGATAATGAA ATGGAAGACA TGATTATTCA ATGTTGCTCT 
GAAATAGCAT CTCTGTTTTT GAATGATAAA GAGCCAACAC CACTATCTGA GGTCCCATTT 
GATATCTCAC TGCCGTCTAT ATTCAATCTT GAGAGACTTT TTGATCTGGC TAATGGTTGC 
ATTTTATCAG GAGGAAGCCT TTTCAACTGG ATAGTGTCAA TTATTCCCTG A

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

CFAP54 ( XM_011539081.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537383.1 Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X13, mRNA.

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CloneID	OHu76120
Clone ID Related Accession (Same CDS sequence)	XM_011539081.3 , XM_011539081.2
Accession Version	XM_011539081.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8517bp) 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	2018-03-25
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011539081.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGGATTT TCTACATATA GGATCATGTC TTCTGCAAAG AAAGACACTT 
TACTTCTTCA CTTCCAATCT ACATGCATTC CACACCCCTT GCCCGGGTTT TCTTTCCTGT 
TTACATAACC TAGAATCTCC TGTGCAATGT CGAACATCTC CCCCATCTGG AAAACGCCCA 
CCATATTCTT TGTCCACTCC AAATTTTTCT ATGGTGGGCT CAAGCCCAAC TTCCTCAATA 
AAGGTTTCCT TTCCATTGGA GTTGACTTCT TTTTTCTTTG AATGGCTGGG TCACTAG

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

RefSeq	XP_011537383.1
CDS	55..8571
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKDFLHIGSCLLQRKTLYFFTSNLHAFHTPCPGFLSCLHNLESPVQCRTSPPSGKRPPYSLSTPNFSMVGSSPTSSIKVSFPLELTSFFFEWLGH

Target ORF information:

RefSeq Version	XM_011539081.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 54 (CFAP54), transcript variant X13, mRNA.

Target ORF information:

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

XM_011539081.3

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGGATTT TCTACATATA GGATCATGTC TTCTGCAAAG AAAGACACTT 
TACTTCTTCA CTTCCAATCT ACATGCATTC CACACCCCTT GCCCGGGTTT TCTTTCCTGT 
TTACATAACC TAGAATCTCC TGTGCAATGT CGAACATCTC CCCCATCTGG AAAACGCCCA 
CCATATTCTT TGTCCACTCC AAATTTTTCT ATGGTGGGCT CAAGCCCAAC TTCCTCAATA 
AAGGTTTCCT TTCCATTGGA GTTGACTTCT TTTTTCTTTG AATGGCTGGG TCACTAG

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

CFAP54 ( XM_011539081.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537383.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu76120
Clone ID Related Accession (Same CDS sequence)	XM_011539081.3 , XM_011539081.2
Accession Version	XM_011539081.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8517bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539081.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGGATTT TCTACATATA GGATCATGTC TTCTGCAAAG AAAGACACTT 
TACTTCTTCA CTTCCAATCT ACATGCATTC CACACCCCTT GCCCGGGTTT TCTTTCCTGT 
TTACATAACC TAGAATCTCC TGTGCAATGT CGAACATCTC CCCCATCTGG AAAACGCCCA 
CCATATTCTT TGTCCACTCC AAATTTTTCT ATGGTGGGCT CAAGCCCAAC TTCCTCAATA 
AAGGTTTCCT TTCCATTGGA GTTGACTTCT TTTTTCTTTG AATGGCTGGG TCACTAG

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

RefSeq	XP_011537383.1
CDS	45..8561
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKDFLHIGSCLLQRKTLYFFTSNLHAFHTPCPGFLSCLHNLESPVQCRTSPPSGKRPPYSLSTPNFSMVGSSPTSSIKVSFPLELTSFFFEWLGH

Target ORF information:

RefSeq Version	XM_011539081.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X14, mRNA.

Target ORF information:

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

XM_011539081.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGGATTT TCTACATATA GGATCATGTC TTCTGCAAAG AAAGACACTT 
TACTTCTTCA CTTCCAATCT ACATGCATTC CACACCCCTT GCCCGGGTTT TCTTTCCTGT 
TTACATAACC TAGAATCTCC TGTGCAATGT CGAACATCTC CCCCATCTGG AAAACGCCCA 
CCATATTCTT TGTCCACTCC AAATTTTTCT ATGGTGGGCT CAAGCCCAAC TTCCTCAATA 
AAGGTTTCCT TTCCATTGGA GTTGACTTCT TTTTTCTTTG AATGGCTGGG TCACTAG

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

CFAP54 ( XM_011539083.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537385.1 Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X16, mRNA.

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CloneID	OHu76121
Clone ID Related Accession (Same CDS sequence)	XM_011539083.2
Accession Version	XM_011539083.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8397bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 54 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011539083.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGACAAC TACCAAGTCC TCTTCCAGAC TTCCTGTACA TTTTTGTACC 
AAAATGATGA TGTGTGTGAC AGCGCAGATG GTAGAAAAAA GACTCAGACC AAAGTGGATA 
TTACATGGAT CCTTCTACTG CGCTACTATA TTCACCTTCA GAGGATTAAT AATCTGA

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

RefSeq	XP_011537385.1
CDS	45..8441
Translation	MAAQGSPSSSPSDDSTTSGSLPELPPTSTATSRSPPESKGSSRSSLLQWTCPEDSLPLAVFYGPLDAKNPLLASCEKEIQELLGFMRKKKALATTEEEKHEFRRRCATSLFNIWTKYAPRLPADYYNEKLLKVGDSLCQMKEYKLALLQCYGRYLQQFNTNFDENKVDVTQFKATFFPKGFKDKTAGLTFHALSGKNMCNYQLVCDSDENLKNKESVVQCLHILSSLRLIMQVALPQEHLCWIIFNGTIYIYTICRKLMVIGQSSKALEYLLWASMCMESLVPLLSLRYLTWRATLYTAVCQCCYDCHAGIHGEAFARRALAKIDELRQLELMSSSKSQEESRRYFREATMKMAVMIFKRGVFESRRKNKAVFRPKIRINLREVQTLSWPRTVTERLLDEMFDSTASQFLAVLEALSDSNRRILQTGPIVTDEVEIHDVVSELFMAGKELLIMSNIGADGMLDFPKTSLLELMIGRKDVISVDAAVKFIKLAFTYEEWSLFESSAVHLIYFLQRQDDPESKKAEKDLTLLIAMEPLINVKRNKGLIFPLENYKEGQSTQIYLKKIAVHDTCLKTCGYSEDIFHLAATLYVCVCTAPQDVQPDKEIVVDTIMFLWQKCKLGIQRLNISRNDYAKFTQKISTNKWIYLLWQINEVIHCYKMEDIDIVVVAEVTLRLSEILESLGSPGRKFKQSLDVPLREGTNKFPGAPKGITEILPILQKNPVEQLLFAYKLLDRAIGGINLNCMLTSLPNGSSVIDHCYAKRTHHIDGDTYKPLASNSFMMDLHLELIQAQHRIAVVLLDKLQVLQTPTVSKDISTKGPEKLKQSGSTDCFTELNIMNKIKKNTLSKAIYLMQKALLIFEKDATSTSSWELLMEAYSLIQRIEAEQNALYSYQKYLESSKRKKSRVPPPPILLSRTHCSVTLKPAPFTSEVKVSWYCILGCKAEGSYGKVRLNNNHLPNSGEAIPADGKSVFEVKGLETNEKYVFAVAAYSNNGKLVGGAIGETTKPILVYPPLSTITARMFLTQVAYQVGNYELAKKVFSPVWDYFVASPLQDEQSVICLSNIITITQRRLHSDILAETSSILLYLFLRNIFVTSDIKIKEENLFCDNIKGNEIFPSQQIARLIECERVLVALELSNFLNDSSYALQAVTQCYGLLAPIIYHNIVLVPVVQILIKCIVVLQGLPSIVCSKKHTASFESIQHMIACCIFYITKILRSWREYDLAVMIINYGKKMLDITPGCKSLFDGSNEQEEMPEEDSSKKSLKTKKPQQILLPEKINEQLALLETHLLKLTKQYVTSELSGGEDPIFLYPVVLNWSVKGAVKEVMKFKQKPRFLEFFTQVMLKCMNEEKFHLMVEVTTPVHDFLKRRNESLLGLIKVKYKDSALNKKANKSLKFKAAVMEIGRSAEMQQRIRSKKKETLRDFIFKNPAISEMVAHERNRRTSVRKAAQRYLMDYLNPLILSYVKRKRFHRLSLEEMPWRAQMNLYLAGAHFNLVLQKLWECTKMKFGTSHMMVSFRSCDPNMFSLYNSGTVLPTRKLTVENYKAMLDFLLTAKKRKANLPSDAEEFSTFINSIMSDENMSKTQTVYDSDSQSGSSAKEKDRGANLCVMDHFMKIFLYCRRAMVLAHRGGYWTLLQNCCRALWNFTQELQILLKQAVDLDKTFPISQDGFLCTSVLPFYLGAELLIDMLIQLQNTSSIKPIEDKGEFSVPSCYGNIKNDNGGSSLTFEHPLDDVNVVDLKWIHDFVLKSLEVLYQVEKWETLVSLAIQFNTVSHERYTEQVTPLLVYAQRQLLLRIQKFKGPDITQQPCARYEAEYGEKITCRNFIGKQLKINSSTIEATSNCTDLLKMLISSEYSRAKALVCVPVDVTDTLRCFRETLEKSKYHNRSIRHSRKLLSLFLAQTQGEKGEINDSKCTSGKVEFCLGTEEMHMSIPPDLSQEHFRVFSSVEKSKLPYSQLGLVISSYHQTIDVLQASNQRSLKVQALHSLGSLLIFAEKKRAAFKCWCQALDDIFRKPDVLHTWKEFGPSLTNVTNSHSPPGFKDYSEEFLSRVGIWGCLQGAVISAKIAQFIKSLNVEKKTDCCILSALLFQGLLRTTLPHPKAERCYAQYEITQLLPGIELFSDRYRADICSVIASLYYIIRELHFVRQNLIVLPLLALYQYFVSGICQDITRNLEARILKIEVLIDLRFFSEAFYEISQIFYGKNMPCPIPAGYKATGKMKIFQSFDSGKLLTSKENIQAIDELRNKGLPAVLVTIGQPHLLNKFNFVKAYFFLSVAATINCVPENKFKTVITNKSKPNLPNLEEIYSKDDGSSFYNLTKLKDEITLSMLKSMLLMEAEDRLNFLLSEVEQKTLSQCSAGELEIVVEARLQLAAVALQRHRAAYSAAIVFSTLTLLQDSKLFEKKVVQDDTENPVSPGTSVTENKDDSEFLDPISLNAREYFNIHLWLRCRLALVTAFVAQIHGIGIVKEDDMTDCLSLINEVCMEAKSAGDTELQAEFLTQAVILGLQEKHLKADIMTNLQDIIHLLEGNEFISPQSRLTLARSLVLLDDLTKAEKFKESPSSKTGKLNLLTRAHSILTEQMLAFGETIEFRSSNTKYANPLQPLKNIYLPHVMLLAKIKMRIGHTVAKQVYYKNKRKDPSKWLPALHLFDVALKLCRTTAVEEHEVEAEILFQKGKIERQILMEEKSPSFQLESLYEAIQLSLKNDQNSGLIRDSYLEMALLYFHLKKPKIKISGSPLTLKTTTKSSSRLPVHFCTKMMMCVTAQMVEKRLRPKWILHGSFYCATIFTFRGLII

Target ORF information:

RefSeq Version	XM_011539083.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated 54 (CFAP54), transcript variant X16, mRNA.

Target ORF information:

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

XM_011539083.2

ORF Insert Sequence:

ATGGCGGCGC AGGGCTCCCC CTCGAGCTCT CCGTCAGACG ACTCTACCAC CTCGGGGTCT 
CTGCCAGAAC TGCCGCCGAC CTCCACCGCG ACTTCGAGGT CGCCCCCAGA GTCGAAGGGG 
AGCTCCCGGA GCTCGCTGCT TCAGTGGACC TGCCCCGAGG ACTCATTGCC CCTAGCCGTG 
TTTTATGGGC CGCTGGACGC GAAAAACCCG CTCCTGGCCT CTTGTGAGAA GGAGATCCAG 
GAGTTGTTAG GCTTTATGAG GAAAAAGAAG GCTTTAGCCA CCACGGAGGA AGAGAAGCAC 
GAATTCCGCC GGCGTTGTGC CACTTCTTTG TTTAATATCT GGACTAAATA CGCCCCCAGG 
CTGCCAGCAG ACTATTACAA CGAAAAGCTT CTGAAGGTTG GAGATAGCCT TTGTCAAATG 
AAAGAATACA AACTGGCCCT TTTACAATGC TATGGAAGAT ATCTTCAGCA GTTCAATACC 
AATTTTGATG AGAATAAAGT GGATGTAACT CAATTCAAAG CTACCTTTTT CCCAAAAGGC 
TTTAAAGATA AAACTGCTGG ACTTACATTT CATGCTTTGA GTGGCAAAAA TATGTGCAAC 
TACCAGCTGG TCTGCGACAG TGATGAAAAC CTGAAGAATA AAGAATCTGT GGTCCAGTGT 
CTGCATATCT TGTCCTCCTT AAGGCTCATC ATGCAAGTGG CTCTGCCACA AGAGCATCTT 
TGCTGGATTA TCTTCAATGG TACCATTTAT ATTTACACCA TTTGCAGAAA ACTGATGGTC 
ATAGGTCAGT CTTCCAAGGC CTTAGAGTAT CTCCTGTGGG CCAGCATGTG TATGGAGTCC 
TTGGTCCCGC TCCTGTCACT CAGGTACTTG ACATGGCGCG CTACTCTCTA CACAGCTGTT 
TGCCAGTGCT GCTATGACTG CCATGCCGGG ATTCACGGAG AGGCATTTGC TCGGCGTGCT 
TTGGCTAAAA TTGATGAGTT AAGGCAACTG GAATTAATGA GTTCCTCAAA ATCCCAGGAA 
GAATCGCGAA GATATTTTCG AGAGGCCACA ATGAAGATGG CAGTGATGAT CTTCAAAAGA 
GGAGTCTTTG AATCTAGAAG AAAAAACAAA GCTGTCTTTA GACCTAAGAT AAGAATTAAC 
CTAAGGGAAG TACAAACTTT ATCATGGCCA CGAACTGTCA CAGAGCGGCT ACTGGATGAG 
ATGTTTGATA GCACTGCATC CCAGTTTCTG GCTGTCTTGG AAGCTCTTTC TGATTCAAAT 
AGGCGAATAC TGCAAACTGG ACCCATTGTT ACAGATGAAG TGGAGATTCA TGATGTTGTC 
TCAGAATTGT TTATGGCAGG AAAAGAACTT TTGATAATGT CAAATATTGG TGCAGATGGA 
ATGCTTGATT TTCCAAAAAC ATCTCTTCTG GAACTTATGA TAGGAAGAAA AGATGTTATT 
TCTGTGGATG CTGCTGTGAA ATTTATAAAA TTAGCTTTTA CCTATGAGGA GTGGAGTTTA 
TTTGAATCTT CTGCTGTACA TCTTATTTAT TTTCTCCAGA GGCAGGATGA TCCAGAGTCA 
AAGAAAGCAG AGAAGGATTT AACTCTTCTG ATTGCAATGG AACCACTAAT CAACGTGAAG 
AGAAACAAAG GTTTGATCTT TCCTTTGGAA AACTATAAAG AAGGACAGTC AACTCAAATT 
TATTTAAAAA AAATTGCTGT TCATGATACT TGTTTGAAGA CTTGTGGATA TTCAGAGGAT 
ATTTTCCATT TGGCAGCAAC CTTGTATGTC TGTGTCTGCA CTGCTCCCCA GGATGTTCAA 
CCTGATAAAG AAATTGTTGT GGACACGATA ATGTTCCTAT GGCAGAAATG CAAATTAGGA 
ATTCAGCGGC TCAATATATC CAGAAATGAC TATGCAAAAT TCACCCAGAA AATCAGTACT 
AACAAATGGA TTTATCTTCT GTGGCAGATA AATGAAGTAA TTCACTGCTA TAAAATGGAA 
GACATTGACA TTGTGGTAGT GGCAGAAGTC ACATTACGGT TAAGTGAAAT ATTGGAATCT 
TTAGGAAGCC CAGGAAGAAA ATTTAAACAA TCTCTAGATG TACCTTTAAG AGAAGGGACT 
AACAAATTCC CTGGAGCTCC AAAAGGGATC ACAGAAATTC TTCCAATATT ACAGAAAAAT 
CCTGTGGAAC AGTTACTTTT TGCTTATAAA CTTCTTGACA GAGCAATCGG TGGAATAAAT 
TTGAATTGCA TGTTAACCTC TTTGCCAAAT GGATCATCAG TAATTGACCA CTGCTATGCC 
AAGCGTACCC ACCATATAGA TGGAGATACT TACAAACCAC TTGCCTCAAA TAGTTTCATG 
ATGGATTTGC ATCTTGAACT AATTCAAGCT CAGCATCGAA TAGCTGTTGT GCTTCTGGAC 
AAATTGCAAG TTTTGCAGAC TCCAACTGTT AGCAAAGATA TTTCTACCAA GGGTCCGGAA 
AAGTTAAAAC AATCTGGAAG CACTGATTGT TTTACAGAAT TAAATATAAT GAATAAAATA 
AAGAAGAATA CATTATCCAA AGCAATTTAC TTAATGCAGA AAGCTCTTTT AATATTCGAG 
AAAGATGCAA CTTCTACATC TTCATGGGAA CTTTTGATGG AAGCATATTC CTTAATTCAG 
AGGATTGAAG CTGAACAAAA TGCCCTATAT TCCTATCAGA AATATTTGGA AAGTTCAAAA 
AGAAAGAAAA GCAGAGTCCC CCCTCCACCT ATCCTGCTGT CTCGAACTCA TTGTTCTGTG 
ACACTCAAAC CTGCTCCATT TACTTCAGAG GTTAAGGTCT CCTGGTACTG CATTTTGGGT 
TGCAAAGCAG AAGGAAGTTA TGGAAAAGTA CGGCTAAACA ATAATCATCT CCCAAATTCA 
GGAGAAGCGA TACCAGCTGA CGGTAAAAGT GTTTTTGAAG TGAAAGGTTT AGAAACCAAT 
GAAAAGTATG TATTTGCAGT TGCTGCCTAT TCTAACAACG GAAAGCTTGT CGGTGGTGCT 
ATTGGGGAGA CAACTAAACC AATTCTGGTT TATCCCCCTC TTTCTACTAT TACTGCTCGG 
ATGTTCCTGA CACAGGTTGC CTATCAAGTT GGTAACTATG AATTGGCTAA GAAAGTTTTC 
TCACCAGTTT GGGATTATTT TGTTGCTTCG CCACTTCAGG ATGAACAATC TGTTATTTGT 
TTAAGCAATA TAATTACTAT TACACAAAGA AGATTACATT CAGATATTTT GGCAGAGACT 
TCTTCAATCC TCTTGTACCT TTTTCTTAGA AATATTTTTG TAACAAGTGA CATCAAAATT 
AAAGAAGAAA ATCTTTTCTG TGATAATATT AAAGGCAATG AGATTTTCCC ATCTCAACAA 
ATTGCCAGAC TGATTGAATG TGAGAGAGTA TTAGTGGCAT TGGAACTTAG CAACTTCCTA 
AATGATTCCA GCTATGCCCT TCAAGCTGTG ACTCAATGTT ATGGACTTCT TGCTCCCATA 
ATTTATCACA ATATTGTTTT GGTACCTGTT GTACAGATCC TGATAAAGTG TATAGTGGTT 
TTGCAAGGAC TACCAAGTAT TGTCTGCTCG AAGAAACATA CTGCGAGCTT TGAAAGTATA 
CAACACATGA TAGCTTGTTG TATTTTCTAC ATAACAAAGA TTCTTCGTTC ATGGAGGGAA 
TATGACCTGG CAGTAATGAT TATAAATTAT GGGAAAAAAA TGTTGGACAT CACACCAGGA 
TGCAAGTCTC TGTTTGATGG TAGTAATGAA CAAGAAGAAA TGCCAGAGGA GGATTCTTCT 
AAGAAGTCTT TAAAGACTAA GAAGCCACAG CAGATACTAC TGCCTGAAAA GATAAATGAA 
CAGCTGGCCT TGTTGGAGAC ACACCTACTC AAACTGACAA AGCAATATGT TACATCTGAA 
CTCTCAGGAG GAGAGGACCC TATATTTCTT TATCCTGTAG TTTTGAATTG GTCGGTCAAA 
GGTGCCGTGA AAGAAGTTAT GAAATTTAAG CAAAAACCAA GATTTCTGGA ATTCTTTACA 
CAAGTTATGC TAAAATGCAT GAATGAGGAA AAATTTCATC TTATGGTAGA GGTAACAACT 
CCTGTCCATG ACTTCTTGAA AAGGAGAAAT GAGTCTCTAC TTGGACTAAT AAAAGTGAAA 
TATAAGGATA GTGCTTTGAA TAAAAAAGCA AACAAATCTT TAAAGTTCAA AGCTGCAGTA 
ATGGAAATTG GAAGAAGTGC AGAAATGCAA CAAAGAATAA GAAGTAAAAA AAAGGAAACT 
CTAAGAGATT TCATTTTTAA AAATCCGGCT ATTTCTGAAA TGGTGGCACA TGAAAGAAAT 
AGGAGAACCA GTGTTAGGAA AGCAGCACAA CGATACCTGA TGGATTACTT GAATCCTCTA 
ATATTAAGTT ATGTTAAAAG AAAGAGGTTC CATCGTCTAT CACTTGAAGA GATGCCCTGG 
AGAGCTCAGA TGAACCTGTA TCTAGCAGGT GCACACTTTA ACCTGGTTTT ACAAAAGCTA 
TGGGAGTGTA CGAAGATGAA ATTTGGCACA TCACATATGA TGGTCAGTTT CCGATCATGT 
GATCCTAACA TGTTTTCACT GTATAATTCA GGAACAGTAT TACCAACAAG AAAATTGACT 
GTAGAAAATT ATAAAGCAAT GCTTGATTTC CTTCTTACAG CCAAAAAAAG AAAGGCCAAC 
TTACCATCAG ATGCTGAAGA ATTTTCTACA TTTATTAATT CCATAATGAG TGATGAAAAT 
ATGTCCAAGA CACAAACAGT TTATGACTCA GACTCTCAAT CAGGTTCTAG TGCTAAAGAA 
AAGGACCGAG GAGCAAATTT GTGTGTAATG GATCATTTTA TGAAAATCTT TTTATACTGC 
AGGAGAGCAA TGGTTCTTGC TCATCGTGGT GGCTATTGGA CTCTGCTTCA GAACTGCTGT 
CGGGCCTTAT GGAACTTTAC TCAGGAACTA CAAATACTTC TTAAACAGGC AGTGGATCTT 
GATAAAACAT TTCCTATTAG CCAAGATGGT TTCCTCTGCA CCTCTGTTTT ACCATTCTAT 
TTGGGAGCAG AATTACTTAT TGACATGTTA ATACAACTAC AAAATACCAG TTCTATTAAG 
CCTATTGAAG ACAAAGGAGA ATTCAGTGTT CCAAGCTGTT ATGGGAATAT TAAAAATGAC 
AACGGTGGTT CTAGTCTTAC CTTTGAGCAT CCTTTGGATG ATGTAAATGT GGTTGATTTG 
AAATGGATCC ACGACTTTGT ATTAAAATCT CTGGAAGTTT TATATCAAGT GGAAAAATGG 
GAAACACTAG TATCTCTTGC CATTCAGTTC AATACAGTTT CACATGAGAG GTATACAGAA 
CAAGTGACAC CACTTCTGGT GTATGCACAG CGCCAGCTTC TGCTGAGAAT ACAGAAGTTC 
AAGGGCCCAG ATATTACCCA ACAACCTTGT GCAAGGTATG AGGCTGAATA TGGAGAGAAG 
ATAACTTGCC GAAATTTCAT TGGGAAGCAG CTTAAGATTA ATTCTTCAAC CATTGAAGCA 
ACAAGCAACT GCACAGATTT GCTAAAAATG CTTATCTCTT CAGAATACAG CCGAGCCAAA 
GCGCTTGTCT GCGTGCCCGT GGACGTGACA GACACCTTGA GGTGTTTTAG AGAGACACTG 
GAAAAATCCA AATACCATAA CAGATCAATC CGACACAGCA GAAAGTTGCT TTCATTATTT 
CTTGCACAGA CACAAGGAGA GAAAGGAGAA ATAAATGATT CAAAATGTAC TTCTGGAAAG 
GTGGAATTTT GCCTGGGGAC AGAGGAGATG CATATGTCAA TACCCCCTGA CCTTTCTCAG 
GAGCACTTCA GAGTTTTTAG TTCCGTGGAG AAAAGCAAAC TTCCATATTC ACAACTTGGA 
CTTGTAATTT CTTCTTATCA CCAAACTATT GATGTTCTCC AAGCCAGCAA TCAAAGAAGT 
CTTAAAGTTC AGGCGTTGCA TTCACTTGGA AGTCTTCTCA TCTTCGCAGA AAAGAAAAGG 
GCTGCTTTTA AGTGTTGGTG TCAAGCTCTT GATGACATAT TCAGAAAACC AGACGTGCTA 
CACACGTGGA AAGAATTTGG CCCCTCACTC ACCAATGTCA CCAACAGTCA TTCACCTCCG 
GGTTTCAAAG ACTACAGTGA GGAGTTTCTG TCAAGAGTTG GCATCTGGGG GTGTTTGCAA 
GGAGCAGTCA TATCAGCAAA GATAGCACAA TTTATTAAGT CATTGAATGT TGAAAAGAAA 
ACTGACTGTT GCATTTTGTC TGCGTTACTC TTTCAGGGTT TGCTTAGAAC AACACTTCCA 
CATCCCAAAG CTGAACGTTG CTATGCTCAA TATGAAATCA CTCAGCTTCT CCCAGGCATT 
GAACTCTTCT CAGATAGATA CAGGGCTGAC ATTTGCTCTG TAATTGCAAG TCTGTATTAC 
ATTATACGTG AACTGCACTT TGTTAGGCAA AACCTAATAG TTCTGCCTCT CCTTGCATTG 
TATCAATATT TTGTTTCTGG AATTTGTCAA GACATAACAA GAAATCTAGA AGCAAGAATC 
CTCAAGATAG AAGTCCTTAT AGATTTGAGA TTCTTTTCTG AAGCCTTTTA TGAGATATCC 
CAAATTTTCT ATGGAAAAAA CATGCCTTGT CCAATACCTG CAGGCTATAA AGCCACTGGA 
AAAATGAAGA TCTTTCAATC ATTTGACTCA GGAAAACTTC TTACCAGTAA AGAAAATATA 
CAGGCAATTG ATGAATTAAG AAATAAAGGC TTGCCTGCAG TTCTGGTTAC AATTGGCCAA 
CCACATCTCT TAAATAAGTT TAATTTTGTT AAAGCATACT TTTTCCTAAG TGTGGCTGCG 
ACAATAAATT GTGTCCCAGA AAATAAATTT AAGACAGTAA TTACCAACAA GAGCAAACCA 
AACCTACCAA ACTTGGAAGA GATATATTCA AAGGATGATG GAAGTTCATT TTATAATCTT 
ACAAAACTTA AAGATGAGAT CACTCTTAGC ATGCTAAAGT CGATGTTACT GATGGAAGCT 
GAGGACAGGC TAAACTTCCT TCTGTCCGAG GTGGAACAGA AGACCCTGTC TCAGTGCTCC 
GCTGGCGAGC TGGAGATTGT GGTGGAGGCC CGGCTTCAGC TGGCTGCAGT TGCTCTGCAG 
AGGCACCGGG CGGCATACAG TGCTGCAATA GTATTTTCTA CACTTACACT TCTCCAGGAT 
TCAAAACTTT TTGAAAAGAA GGTAGTACAG GATGACACAG AGAATCCTGT CTCTCCAGGA 
ACTTCTGTCA CTGAAAATAA AGATGACAGT GAGTTTTTAG ATCCTATTTC CCTAAATGCC 
CGAGAATATT TCAACATTCA TCTGTGGTTG AGGTGCCGCT TAGCATTGGT GACTGCATTT 
GTTGCACAGA TTCATGGCAT TGGAATTGTG AAAGAGGATG ATATGACAGA TTGCCTGAGC 
CTCATCAATG AAGTGTGTAT GGAGGCAAAA AGCGCAGGGG ACACGGAACT GCAGGCTGAA 
TTCTTGACGC AAGCTGTAAT TCTTGGCCTA CAAGAAAAGC ATTTAAAGGC AGACATCATG 
ACAAACCTTC AGGATATAAT ACATTTGCTG GAAGGAAATG AATTTATTTC TCCTCAATCA 
CGGCTAACCC TGGCAAGAAG CCTAGTTTTG CTGGATGACT TAACCAAAGC TGAGAAATTC 
AAGGAATCTC CCTCTTCAAA AACAGGAAAA TTAAATTTGT TAACTCGGGC TCATAGCATT 
CTAACTGAAC AGATGCTAGC TTTTGGAGAA ACAATTGAAT TTCGTTCATC AAACACTAAA 
TATGCAAATC CATTACAGCC TTTGAAAAAT ATCTATCTTC CCCATGTCAT GTTATTGGCC 
AAAATAAAAA TGAGAATTGG ACATACAGTG GCCAAGCAAG TATATTACAA GAATAAAAGG 
AAGGACCCCT CGAAGTGGTT ACCTGCTCTT CATCTGTTTG ATGTGGCACT GAAGCTCTGT 
AGAACAACAG CAGTGGAGGA ACATGAGGTG GAAGCTGAAA TCCTTTTTCA GAAAGGCAAA 
ATAGAACGTC AAATACTAAT GGAAGAGAAA TCTCCAAGTT TTCAACTTGA GAGTTTATAT 
GAAGCTATAC AACTAAGCCT GAAAAATGAT CAAAACTCAG GATTGATAAG AGACTCCTAC 
CTAGAAATGG CTCTATTGTA TTTTCATCTG AAGAAGCCAA AGATAAAAAT TTCAGGATCA 
CCATTAACAC TTAAGACAAC TACCAAGTCC TCTTCCAGAC TTCCTGTACA TTTTTGTACC 
AAAATGATGA TGTGTGTGAC AGCGCAGATG GTAGAAAAAA GACTCAGACC AAAGTGGATA 
TTACATGGAT CCTTCTACTG CGCTACTATA TTCACCTTCA GAGGATTAAT AATCTGA

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

PubMed

The finished DNA sequence of human chromosome 12.
Nature440(7082)346-51(2006 Mar)
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CFAP54 cDNA ORF clone, Homo sapiens(human)

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