CFAP65 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
NM_152389.3	NP_689602.2	cilia- and flagella-associated protein 65 isoform 2
XM_011510904.2	XP_011509206.1	cilia- and flagella-associated protein 65 isoform X1
XM_017003754.1	XP_016859243.1	cilia- and flagella-associated protein 65 isoform X5
XM_011510915.1	XP_011509217.1	cilia- and flagella-associated protein 65 isoform X5
NM_001278296.1	NP_001265225.1	cilia- and flagella-associated protein 65 isoform 4
XM_011510909.1	XP_011509211.1	cilia- and flagella-associated protein 65 isoform X2
XM_017003753.1	XP_016859242.1	cilia- and flagella-associated protein 65 isoform X3
XM_011510916.1	XP_011509218.1	cilia- and flagella-associated protein 65 isoform X6
XM_011510921.1	XP_011509223.1	cilia- and flagella-associated protein 65 isoform X8
NM_194302.3	NP_919278.2	cilia- and flagella-associated protein 65 isoform 1
XM_011510908.1	XP_011509210.1	cilia- and flagella-associated protein 65 isoform X2
XM_011510910.1	XP_011509212.1	cilia- and flagella-associated protein 65 isoform X4
XM_011510912.1	XP_011509214.1	cilia- and flagella-associated protein 65 isoform X5
NM_194302.4	NP_919278.2	cilia- and flagella-associated protein 65 isoform 1
XM_017003752.1	XP_016859241.1	cilia- and flagella-associated protein 65 isoform X2
XM_017003755.1	XP_016859244.1	cilia- and flagella-associated protein 65 isoform X5
NM_001278296.2	NP_001265225.1	cilia- and flagella-associated protein 65 isoform 4
NM_152389.4	NP_689602.2	cilia- and flagella-associated protein 65 isoform 2
XM_011510903.1	XP_011509205.1	cilia- and flagella-associated protein 65 isoform X1
XM_011510911.1	XP_011509213.1	cilia- and flagella-associated protein 65 isoform X5
XM_011510914.1	XP_011509216.1	cilia- and flagella-associated protein 65 isoform X5
XM_011510919.1	XP_011509221.1	cilia- and flagella-associated protein 65 isoform X7
NM_001278295.1	NP_001265224.1	cilia- and flagella-associated protein 65 isoform 3

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu08199	NM_152389.4 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	7-9	$69.30 $99.00
OHu04405	NM_001278295.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu04406	NM_001278296.2 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu78301	XM_011510919.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu00446	NM_194302.4 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
OHu78296	XM_011510903.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78296	XM_011510904.2 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78297	XM_011510908.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78297	XM_011510909.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78297	XM_017003752.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78298	XM_011510910.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78299	XM_011510915.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78299	XM_011510911.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78299	XM_011510912.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78299	XM_017003755.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78299	XM_011510914.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78299	XM_017003754.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78300	XM_011510916.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu78303	XM_011510921.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu89244	XM_017003753.1 Latest version!	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
View Old Accession Versions >>
OHu00446	NM_194302.3	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
OHu04406	NM_001278296.1	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu08199	NM_152389.3	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	7-9	$69.30 $99.00
Hide Old Accession Versions >>

CFAP65 ( NM_152389.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_689602.2 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu08199
Clone ID Related Accession (Same CDS sequence)	NM_152389.3 , NM_152389.4
Accession Version	NM_152389.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 495bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-24
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY027454.1, AK302678.1, DB070903.1, BC031585.1 and AC097468.3. On May 24, 2013 this sequence version replaced NM_152389.2. Transcript Variant: This variant (2) contains multiple differences in the UTRs and coding region, including the lack of multiple 3' coding exons, compared to variant 1. It initiates translation at a downstream in-frame start codon. The encoded isoform (2) is shorter than isoform 1 and has a shorter N-terminus and a distinct C-terminus. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: BC031585.1, BI824095.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1968968, SAMEA2142348 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGTA CCAGTATAAG 
GGATCAAGGA CCCAGTGCCA CAGCCTTGAG CCCCGAAAGC AGGCTCTCTT CAAAACAAAA 
CAAAACAAAC AAAAAAAACC TTTAACATGC CATATAAAAG CCAGTGAGTG TTTAAAATAC 
GTGCAGTATG AATAA

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

RefSeq	NP_689602.2
CDS	153..647
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRYQYKGSRTQCHSLEPRKQALFKTKQNKQKKPLTCHIKASECLKYVQYE

Target ORF information:

RefSeq Version	NM_152389.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 2, mRNA.

Target ORF information:

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

NM_152389.3

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGTA CCAGTATAAG 
GGATCAAGGA CCCAGTGCCA CAGCCTTGAG CCCCGAAAGC AGGCTCTCTT CAAAACAAAA 
CAAAACAAAC AAAAAAAACC TTTAACATGC CATATAAAAG CCAGTGAGTG TTTAAAATAC 
GTGCAGTATG AATAA

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

CFAP65 ( NM_152389.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_689602.2 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu08199
Clone ID Related Accession (Same CDS sequence)	NM_152389.3 , NM_152389.4
Accession Version	NM_152389.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 495bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-20
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK302678.1, DB070903.1, BC031585.1 and AC097468.3. On Jun 1, 2019 this sequence version replaced NM_152389.3. Transcript Variant: This variant (2) contains multiple differences in the UTRs and coding region, including the lack of multiple 3' coding exons, compared to variant 1. It initiates translation at a downstream in-frame start codon. The encoded isoform (2) is shorter than isoform 1 and has a shorter N-terminus and a distinct C-terminus. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: BC031585.1, HY051635.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1968968, SAMEA2142348 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGTA CCAGTATAAG 
GGATCAAGGA CCCAGTGCCA CAGCCTTGAG CCCCGAAAGC AGGCTCTCTT CAAAACAAAA 
CAAAACAAAC AAAAAAAACC TTTAACATGC CATATAAAAG CCAGTGAGTG TTTAAAATAC 
GTGCAGTATG AATAA

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

RefSeq	NP_689602.2
CDS	118..612
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRYQYKGSRTQCHSLEPRKQALFKTKQNKQKKPLTCHIKASECLKYVQYE

Target ORF information:

RefSeq Version	NM_152389.4
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 2, mRNA.

Target ORF information:

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

NM_152389.4

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGTA CCAGTATAAG 
GGATCAAGGA CCCAGTGCCA CAGCCTTGAG CCCCGAAAGC AGGCTCTCTT CAAAACAAAA 
CAAAACAAAC AAAAAAAACC TTTAACATGC CATATAAAAG CCAGTGAGTG TTTAAAATAC 
GTGCAGTATG AATAA

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

CFAP65 ( NM_001278295.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001265224.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 3, mRNA.

Price & Availability↑

CloneID	OHu04405
Clone ID Related Accession (Same CDS sequence)	NM_001278295.1
Accession Version	NM_001278295.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2355bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-20
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY027454.1, AK302688.1, DB070903.1 and BC047637.1. Transcript Variant: This variant (3) contains multiple differences in the UTRs and coding region, including the lack of multiple 3' coding exons, compared to variant 1. It initiates translation at an alternate upstream start codon. The encoded isoform (3) is shorter than isoform 1 and has distinct N- and C-termini. ##Evidence-Data-START## Transcript exon combination :: AK302688.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1968968, SAMEA2142348 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGACGG CAATATGGAG GCGATCTTAC ATTTCTTTGA TTTCATCTGA ACGTCCAGTT 
CACAATTGGA GAGGCAAGAG TGTTCAGAAG AAACAAGCAG AGAGTAAAAG CCAGATAAAG 
CTCCATACTC AGAGTGCTCC CTTTGGACTG TGTCCCAAGG ACATGATGCT CACCCAGGCT 
CCAAGCTCCG TCGTGAGGTC CAGGAACAGC AGGAACCACA CCGTGAACTC TGGTGGATCC 
TGCCTGAGTG CCAGCACAGT GGCCATCCCT GCCATCAACG ACAGCAGTGC AGCCATGAGT 
GCCTGCAGCA CCATCAGCGC CCAGCCCGCA AGCTCCATGG ACACTCAGAT GCACTCCCCA 
AAGAAGCAGG AGAGAGTGAA CAAGAGGGTC ATCTGGGGCA TTGAGGTGGC TGAGGAGCTG 
CATTGGAAAG GCTGGGAGCT AGGAAAGGAG ACCACAAGGA ATCTGGTTCT GAAAAATCGA 
TCCTTGAAAC TCCAGAAGAT GAAGTACAGG CCCCCCAAGA CCAAGTTCTT CTTCACGGTC 
ATCCCTCAGC CCATCTTCCT GAGCCCAGGC ATAACCCTCA CGCTCCCCAT CGTCTTCCGG 
CCTCTGGAGG CGAAGGAGTA CATGGACCAG CTGTGGTTTG AGAAAGCGGA GGGGATGTTC 
TGTGTCGGCC TACGGGCCAC CCTGCCCTGC CACAGGCTGA TCTGCCGCCC ACCATCCCTG 
CAGCTGCCCA TGTGTGCTGT GGGAGATACG ACTGAGGCCT TTTTCTGCCT GGATAATGTG 
GGGGACCTGC CCACCTTCTT CACCTGGGAG TTCTCCAGCC CATTCCAGAT GCTGCCCGCC 
ACGGGGCTCC TGGAGCCAGG CCAGGCCTCT CAGATCAAGG TGACCTTTCA GCCCCTTACA 
GCCGTCATCT ACGAGGTGCA GGCCACGTGC TGGTACGGGG CGGGCAGCCG GCAGAGGAGC 
AGCATCCAGC TGCAGGCTGT GGCCAAGTGC GCCCAGCTGC TGGTGAGCAT AAAGCACAAG 
TGCCCGGAGG ACCAGGATGC CGAGGGCTTC CAGAAGCTGT TGTACTTTGG CTCTGTTGCT 
GTGGGCTGCA CCTCGGAGAG GCAGATCAGG CTACACAACC CGTCGGCGGT AAATGCCCCC 
TTCAGGATTG AAATTTCCCC GGATGAACTG GCCGAAGACC AGGCCTTCTC ATGCCCCACG 
GCCCATGGCA TCGTGCTTCC GGGAGAGAAG AAATGTGTGT CGGTGTTCTT CCACCCCAAG 
ACTCTGGACA CCAGAACTGT GGACTACTGC TCCATCATGC CTTCTGGCTG TGCCTCCAAG 
ACCCTGCTTA AAGTCGTTGG TTTCTGTAGA GGCCCTGCTG TGTCCCTGCA GCACTACTGT 
GTCAACTTCA GCTGGGTCAA CCTTGGGGAG CGCTCCGAGC AGCCCCTGTG GATTGAGAAC 
CAATCGGACT GCACGGCCCA CTTCCAGTTT GCCATCGACT GCTTGGAGAG TGTCTTTACC 
ATCAGGCCTG CCTTTGGGAC GCTGGTGGGC AAGGCCCGTA TGACCCTGCA CTGTGCCTTC 
CAGCCCACTC ACCCCATCAT CTGCTTTCGG CGTGTGGCCT GTCTCATCCA CCACCAGGAC 
CCACTGTTCC TGGACCTGAT GGGGACCTGC CACTCGGACA GCACCAAGCC AGCCATCCTG 
AAGCCTCAGC ACCTCACCTG GTACCGCACA CACCTGGCCC GGGGCCTGAC GCTCTACCCC 
CCTGACATCC TGGATGCCAT GCTGAAGGAG AAGAAGCTGG CACAGGACCA GAACGGGGCT 
CTCATGATTC CCATCCAGGA TCTGGAGGAC ATGCCGGCCC CGCAGTACCC TTATATCCCC 
CCCATGACCG AGTTCTTCTT CGACGGCACC AGCGACATAA CCATCTTCCC CCCGCCCATC 
AGTGTAGAGC CTGTCGAGGT AGACTTCGGT GCCTGCCCAG GGCCTGAGGC CCCCAACCCT 
GTACCCCTGT GCCTGATGAA CCACACCAAG GGCAAGATCA TGGTGGTCTG GACGCGAAGG 
TCTGACTGCC CCTTCTGGGT GACTCCAGAG AGCTGCGACG TGCCCCCACT CAAGTCCATG 
GCCATGCGCC TGCACTTCCA GCCGCCTCAC CCCAACTGCC TTTACACGGT GGAGCTCGAA 
GCCTTCGCCA TCTATAAGGT GTGTGCACGC AATGAGAGGG AGGAATGCGG GGTCTCTGCT 
AGGAGCCTGA GTGGCTTGGT GGGGTGGCAG GAAGTGACCG AGGGCAGCTT CAGGCTCCAT 
CCTCTGCGTG CCAGGCTTTC TCTTGGCTGG ACAGTGACCC CTATGAGTTT GTCTCCTCCA 
AAGCTCCTGG CCTAG

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

RefSeq	NP_001265224.1
CDS	40..2394
Translation	METAIWRRSYISLISSERPVHNWRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVCARNEREECGVSARSLSGLVGWQEVTEGSFRLHPLRARLSLGWTVTPMSLSPPKLLA

Target ORF information:

RefSeq Version	NM_001278295.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 3, mRNA.

Target ORF information:

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

NM_001278295.1

ORF Insert Sequence:

ATGGAGACGG CAATATGGAG GCGATCTTAC ATTTCTTTGA TTTCATCTGA ACGTCCAGTT 
CACAATTGGA GAGGCAAGAG TGTTCAGAAG AAACAAGCAG AGAGTAAAAG CCAGATAAAG 
CTCCATACTC AGAGTGCTCC CTTTGGACTG TGTCCCAAGG ACATGATGCT CACCCAGGCT 
CCAAGCTCCG TCGTGAGGTC CAGGAACAGC AGGAACCACA CCGTGAACTC TGGTGGATCC 
TGCCTGAGTG CCAGCACAGT GGCCATCCCT GCCATCAACG ACAGCAGTGC AGCCATGAGT 
GCCTGCAGCA CCATCAGCGC CCAGCCCGCA AGCTCCATGG ACACTCAGAT GCACTCCCCA 
AAGAAGCAGG AGAGAGTGAA CAAGAGGGTC ATCTGGGGCA TTGAGGTGGC TGAGGAGCTG 
CATTGGAAAG GCTGGGAGCT AGGAAAGGAG ACCACAAGGA ATCTGGTTCT GAAAAATCGA 
TCCTTGAAAC TCCAGAAGAT GAAGTACAGG CCCCCCAAGA CCAAGTTCTT CTTCACGGTC 
ATCCCTCAGC CCATCTTCCT GAGCCCAGGC ATAACCCTCA CGCTCCCCAT CGTCTTCCGG 
CCTCTGGAGG CGAAGGAGTA CATGGACCAG CTGTGGTTTG AGAAAGCGGA GGGGATGTTC 
TGTGTCGGCC TACGGGCCAC CCTGCCCTGC CACAGGCTGA TCTGCCGCCC ACCATCCCTG 
CAGCTGCCCA TGTGTGCTGT GGGAGATACG ACTGAGGCCT TTTTCTGCCT GGATAATGTG 
GGGGACCTGC CCACCTTCTT CACCTGGGAG TTCTCCAGCC CATTCCAGAT GCTGCCCGCC 
ACGGGGCTCC TGGAGCCAGG CCAGGCCTCT CAGATCAAGG TGACCTTTCA GCCCCTTACA 
GCCGTCATCT ACGAGGTGCA GGCCACGTGC TGGTACGGGG CGGGCAGCCG GCAGAGGAGC 
AGCATCCAGC TGCAGGCTGT GGCCAAGTGC GCCCAGCTGC TGGTGAGCAT AAAGCACAAG 
TGCCCGGAGG ACCAGGATGC CGAGGGCTTC CAGAAGCTGT TGTACTTTGG CTCTGTTGCT 
GTGGGCTGCA CCTCGGAGAG GCAGATCAGG CTACACAACC CGTCGGCGGT AAATGCCCCC 
TTCAGGATTG AAATTTCCCC GGATGAACTG GCCGAAGACC AGGCCTTCTC ATGCCCCACG 
GCCCATGGCA TCGTGCTTCC GGGAGAGAAG AAATGTGTGT CGGTGTTCTT CCACCCCAAG 
ACTCTGGACA CCAGAACTGT GGACTACTGC TCCATCATGC CTTCTGGCTG TGCCTCCAAG 
ACCCTGCTTA AAGTCGTTGG TTTCTGTAGA GGCCCTGCTG TGTCCCTGCA GCACTACTGT 
GTCAACTTCA GCTGGGTCAA CCTTGGGGAG CGCTCCGAGC AGCCCCTGTG GATTGAGAAC 
CAATCGGACT GCACGGCCCA CTTCCAGTTT GCCATCGACT GCTTGGAGAG TGTCTTTACC 
ATCAGGCCTG CCTTTGGGAC GCTGGTGGGC AAGGCCCGTA TGACCCTGCA CTGTGCCTTC 
CAGCCCACTC ACCCCATCAT CTGCTTTCGG CGTGTGGCCT GTCTCATCCA CCACCAGGAC 
CCACTGTTCC TGGACCTGAT GGGGACCTGC CACTCGGACA GCACCAAGCC AGCCATCCTG 
AAGCCTCAGC ACCTCACCTG GTACCGCACA CACCTGGCCC GGGGCCTGAC GCTCTACCCC 
CCTGACATCC TGGATGCCAT GCTGAAGGAG AAGAAGCTGG CACAGGACCA GAACGGGGCT 
CTCATGATTC CCATCCAGGA TCTGGAGGAC ATGCCGGCCC CGCAGTACCC TTATATCCCC 
CCCATGACCG AGTTCTTCTT CGACGGCACC AGCGACATAA CCATCTTCCC CCCGCCCATC 
AGTGTAGAGC CTGTCGAGGT AGACTTCGGT GCCTGCCCAG GGCCTGAGGC CCCCAACCCT 
GTACCCCTGT GCCTGATGAA CCACACCAAG GGCAAGATCA TGGTGGTCTG GACGCGAAGG 
TCTGACTGCC CCTTCTGGGT GACTCCAGAG AGCTGCGACG TGCCCCCACT CAAGTCCATG 
GCCATGCGCC TGCACTTCCA GCCGCCTCAC CCCAACTGCC TTTACACGGT GGAGCTCGAA 
GCCTTCGCCA TCTATAAGGT GTGTGCACGC AATGAGAGGG AGGAATGCGG GGTCTCTGCT 
AGGAGCCTGA GTGGCTTGGT GGGGTGGCAG GAAGTGACCG AGGGCAGCTT CAGGCTCCAT 
CCTCTGCGTG CCAGGCTTTC TCTTGGCTGG ACAGTGACCC CTATGAGTTT GTCTCCTCCA 
AAGCTCCTGG CCTAG

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

CFAP65 ( NM_001278296.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001265225.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 4, mRNA.

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CloneID	OHu04406
Clone ID Related Accession (Same CDS sequence)	NM_001278296.1 , NM_001278296.2
Accession Version	NM_001278296.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2193bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-24
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform 4
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY027454.1, AK302678.1, DB070903.1 and BC047637.1. Transcript Variant: This variant (4) contains multiple differences in the UTRs and coding region, including the lack of multiple 3' coding exons, compared to variant 1. It initiates translation at a downstream in-frame start codon. The encoded isoform (4) is shorter than isoform 1 and has a shorter N-terminus and a distinct C-terminus. ##Evidence-Data-START## Transcript exon combination :: AK302678.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1968968, SAMEA2142348 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTGT GTGCACGCAA TGAGAGGGAG 
GAATGCGGGG TCTCTGCTAG GAGCCTGAGT GGCTTGGTGG GGTGGCAGGA AGTGACCGAG 
GGCAGCTTCA GGCTCCATCC TCTGCGTGCC AGGCTTTCTC TTGGCTGGAC AGTGACCCCT 
ATGAGTTTGT CTCCTCCAAA GCTCCTGGCC TAG

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

RefSeq	NP_001265225.1
CDS	153..2345
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVCARNEREECGVSARSLSGLVGWQEVTEGSFRLHPLRARLSLGWTVTPMSLSPPKLLA

Target ORF information:

RefSeq Version	NM_001278296.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 4, mRNA.

Target ORF information:

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

NM_001278296.1

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTGT GTGCACGCAA TGAGAGGGAG 
GAATGCGGGG TCTCTGCTAG GAGCCTGAGT GGCTTGGTGG GGTGGCAGGA AGTGACCGAG 
GGCAGCTTCA GGCTCCATCC TCTGCGTGCC AGGCTTTCTC TTGGCTGGAC AGTGACCCCT 
ATGAGTTTGT CTCCTCCAAA GCTCCTGGCC TAG

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

CFAP65 ( NM_001278296.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001265225.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 4, mRNA.

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CloneID	OHu04406
Clone ID Related Accession (Same CDS sequence)	NM_001278296.1 , NM_001278296.2
Accession Version	NM_001278296.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2193bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-20
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform 4
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK302678.1, DB070903.1 and BC047637.1. On May 31, 2019 this sequence version replaced NM_001278296.1. Transcript Variant: This variant (4) contains multiple differences in the UTRs and coding region, including the lack of multiple 3' coding exons, compared to variant 1. It initiates translation at a downstream in-frame start codon. The encoded isoform (4) is shorter than isoform 1 and has a shorter N-terminus and a distinct C-terminus. ##Evidence-Data-START## Transcript exon combination :: AK302678.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1968968, SAMEA2142348 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTGT GTGCACGCAA TGAGAGGGAG 
GAATGCGGGG TCTCTGCTAG GAGCCTGAGT GGCTTGGTGG GGTGGCAGGA AGTGACCGAG 
GGCAGCTTCA GGCTCCATCC TCTGCGTGCC AGGCTTTCTC TTGGCTGGAC AGTGACCCCT 
ATGAGTTTGT CTCCTCCAAA GCTCCTGGCC TAG

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

RefSeq	NP_001265225.1
CDS	118..2310
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVCARNEREECGVSARSLSGLVGWQEVTEGSFRLHPLRARLSLGWTVTPMSLSPPKLLA

Target ORF information:

RefSeq Version	NM_001278296.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 4, mRNA.

Target ORF information:

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

NM_001278296.2

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTGT GTGCACGCAA TGAGAGGGAG 
GAATGCGGGG TCTCTGCTAG GAGCCTGAGT GGCTTGGTGG GGTGGCAGGA AGTGACCGAG 
GGCAGCTTCA GGCTCCATCC TCTGCGTGCC AGGCTTTCTC TTGGCTGGAC AGTGACCCCT 
ATGAGTTTGT CTCCTCCAAA GCTCCTGGCC TAG

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

CFAP65 ( XM_011510919.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509221.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X15, mRNA.

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CloneID	OHu78301
Clone ID Related Accession (Same CDS sequence)	XM_011510919.1
Accession Version	XM_011510919.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5049bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGCTACC ACCACTGCTT GTGCCCCCAA CCCCAGCATG GTGGCTTGCC CAGGCCACTC 
AGAATGTCAT GGCTGCCACA GGGAGCTGCC AAAGAGGAAG GCCCCCAGGG AAGAGTCAGA 
GACTTCTGA

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

RefSeq	XP_011509221.1
CDS	171..5219
Translation	MMFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRYHHCLCPQPQHGGLPRPLRMSWLPQGAAKEEGPQGRVRDF

Target ORF information:

RefSeq Version	XM_011510919.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X15, mRNA.

Target ORF information:

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

XM_011510919.1

ORF Insert Sequence:

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGCTACC ACCACTGCTT GTGCCCCCAA CCCCAGCATG GTGGCTTGCC CAGGCCACTC 
AGAATGTCAT GGCTGCCACA GGGAGCTGCC AAAGAGGAAG GCCCCCAGGG AAGAGTCAGA 
GACTTCTGA

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

CFAP65 ( NM_194302.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_919278.2 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 1, mRNA.

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CloneID	OHu00446
Clone ID Related Accession (Same CDS sequence)	NM_194302.3 , NM_194302.4
Accession Version	NM_194302.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5778bp) 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 65 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY027454.1, DB070903.1, AK127189.1, AK302688.1, BC130281.1 and AA503417.1. This sequence is a reference standard in the RefSeqGene project. On May 23, 2013 this sequence version replaced NM_194302.2. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (1). ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGGGAGCTGC CAAAGAGGAA GGCCCCCAGG GAAGAGTCAG AGACTTCTGA GGAAAAATCC 
CCTAACAAGT GGGGCCCTGT TTCCAAGCAG AAGAAGCAGC TCCTGGTTGA CATTCTCACC 
ACAATAATCA GGGGCCTGCT GGAAGACAAG AACTTCCATG AGGCTGTGGA CCAAAGCCTG 
GTGGAGCAGG TGCCGTACTT CCGCCAATTC TGGAATGAGC AGTCAACTAA GTTCATGGAC 
CAGAAAAACA GCCTGTACTT AATGCCAATC CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT 
GGGAAGGGCA AGCAGCCGAA GGAAGACAGA CCAGAGCACT ATCCAGGGTT GGGAAAGAAG 
GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG 
GAAGAAGAGG AGACAGAAGA GGAGGAGTTG GGCAAGGAGG AGATAGAGGA GAAGGAGGAG 
GAGAGGGATG AGAAGGAAGA GAAAGTGAGC TGGGCGGGCA TCGGGCCCAC ACCACAGCCT 
GAGTCCCAGG AGTCCATGCA ATGGCAGTGG CAACAGCAGC TGAATGTCAT GGTGAAGGAG 
GAGCAAGAAC AGGACGAGAA GGAGGCCATC AGAAGGCTCC CGGCCTTCGC CAACCTGCAG 
GAGGCGCTGC TGGAGAACAT GATCCAGAAC ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG 
GTACTCACCT CGCGGCCACG CGTCATCGCC CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG 
ACCCCGGACA CGCTGCTGCC GACGCAGCAA GCAGAGGTAC TCCACCCGGT GGTGCCACTT 
CCTACCGACC TTCCGTAA

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

RefSeq	NP_919278.2
CDS	113..5890
Translation	MFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	NM_194302.3
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 1, mRNA.

Target ORF information:

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

NM_194302.3

ORF Insert Sequence:

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGGGAGCTGC CAAAGAGGAA GGCCCCCAGG GAAGAGTCAG AGACTTCTGA GGAAAAATCC 
CCTAACAAGT GGGGCCCTGT TTCCAAGCAG AAGAAGCAGC TCCTGGTTGA CATTCTCACC 
ACAATAATCA GGGGCCTGCT GGAAGACAAG AACTTCCATG AGGCTGTGGA CCAAAGCCTG 
GTGGAGCAGG TGCCGTACTT CCGCCAATTC TGGAATGAGC AGTCAACTAA GTTCATGGAC 
CAGAAAAACA GCCTGTACTT AATGCCAATC CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT 
GGGAAGGGCA AGCAGCCGAA GGAAGACAGA CCAGAGCACT ATCCAGGGTT GGGAAAGAAG 
GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG 
GAAGAAGAGG AGACAGAAGA GGAGGAGTTG GGCAAGGAGG AGATAGAGGA GAAGGAGGAG 
GAGAGGGATG AGAAGGAAGA GAAAGTGAGC TGGGCGGGCA TCGGGCCCAC ACCACAGCCT 
GAGTCCCAGG AGTCCATGCA ATGGCAGTGG CAACAGCAGC TGAATGTCAT GGTGAAGGAG 
GAGCAAGAAC AGGACGAGAA GGAGGCCATC AGAAGGCTCC CGGCCTTCGC CAACCTGCAG 
GAGGCGCTGC TGGAGAACAT GATCCAGAAC ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG 
GTACTCACCT CGCGGCCACG CGTCATCGCC CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG 
ACCCCGGACA CGCTGCTGCC GACGCAGCAA GCAGAGGTAC TCCACCCGGT GGTGCCACTT 
CCTACCGACC TTCCGTAA

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

CFAP65 ( NM_194302.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_919278.2 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 1, mRNA.

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CloneID	OHu00446
Clone ID Related Accession (Same CDS sequence)	NM_194302.3 , NM_194302.4
Accession Version	NM_194302.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5778bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-30
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB070903.1, AK127189.1, AK302688.1, BC130281.1 and AA503417.1. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_194302.3. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (1). ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1968540, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology MANE Ensembl match :: ENST00000341552.10/ ENSP00000340776.5 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGGGAGCTGC CAAAGAGGAA GGCCCCCAGG GAAGAGTCAG AGACTTCTGA GGAAAAATCC 
CCTAACAAGT GGGGCCCTGT TTCCAAGCAG AAGAAGCAGC TCCTGGTTGA CATTCTCACC 
ACAATAATCA GGGGCCTGCT GGAAGACAAG AACTTCCATG AGGCTGTGGA CCAAAGCCTG 
GTGGAGCAGG TGCCGTACTT CCGCCAATTC TGGAATGAGC AGTCAACTAA GTTCATGGAC 
CAGAAAAACA GCCTGTACTT AATGCCAATC CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT 
GGGAAGGGCA AGCAGCCGAA GGAAGACAGA CCAGAGCACT ATCCAGGGTT GGGAAAGAAG 
GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG 
GAAGAAGAGG AGACAGAAGA GGAGGAGTTG GGCAAGGAGG AGATAGAGGA GAAGGAGGAG 
GAGAGGGATG AGAAGGAAGA GAAAGTGAGC TGGGCGGGCA TCGGGCCCAC ACCACAGCCT 
GAGTCCCAGG AGTCCATGCA ATGGCAGTGG CAACAGCAGC TGAATGTCAT GGTGAAGGAG 
GAGCAAGAAC AGGACGAGAA GGAGGCCATC AGAAGGCTCC CGGCCTTCGC CAACCTGCAG 
GAGGCGCTGC TGGAGAACAT GATCCAGAAC ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG 
GTACTCACCT CGCGGCCACG CGTCATCGCC CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG 
ACCCCGGACA CGCTGCTGCC GACGCAGCAA GCAGAGGTAC TCCACCCGGT GGTGCCACTT 
CCTACCGACC TTCCGTAA

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

RefSeq	NP_919278.2
CDS	78..5855
Translation	MFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	NM_194302.4
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant 1, mRNA.

Target ORF information:

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

NM_194302.4

ORF Insert Sequence:

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGGGAGCTGC CAAAGAGGAA GGCCCCCAGG GAAGAGTCAG AGACTTCTGA GGAAAAATCC 
CCTAACAAGT GGGGCCCTGT TTCCAAGCAG AAGAAGCAGC TCCTGGTTGA CATTCTCACC 
ACAATAATCA GGGGCCTGCT GGAAGACAAG AACTTCCATG AGGCTGTGGA CCAAAGCCTG 
GTGGAGCAGG TGCCGTACTT CCGCCAATTC TGGAATGAGC AGTCAACTAA GTTCATGGAC 
CAGAAAAACA GCCTGTACTT AATGCCAATC CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT 
GGGAAGGGCA AGCAGCCGAA GGAAGACAGA CCAGAGCACT ATCCAGGGTT GGGAAAGAAG 
GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG 
GAAGAAGAGG AGACAGAAGA GGAGGAGTTG GGCAAGGAGG AGATAGAGGA GAAGGAGGAG 
GAGAGGGATG AGAAGGAAGA GAAAGTGAGC TGGGCGGGCA TCGGGCCCAC ACCACAGCCT 
GAGTCCCAGG AGTCCATGCA ATGGCAGTGG CAACAGCAGC TGAATGTCAT GGTGAAGGAG 
GAGCAAGAAC AGGACGAGAA GGAGGCCATC AGAAGGCTCC CGGCCTTCGC CAACCTGCAG 
GAGGCGCTGC TGGAGAACAT GATCCAGAAC ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG 
GTACTCACCT CGCGGCCACG CGTCATCGCC CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG 
ACCCCGGACA CGCTGCTGCC GACGCAGCAA GCAGAGGTAC TCCACCCGGT GGTGCCACTT 
CCTACCGACC TTCCGTAA

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

CFAP65 ( XM_011510904.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509206.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X2, mRNA.

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CloneID	OHu78296
Clone ID Related Accession (Same CDS sequence)	XM_011510904.2 , XM_011510903.1
Accession Version	XM_011510904.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5826bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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_011510904.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGCATGG TGGCTTGCCC AGGCCACTCA GAATGTCATG GCTGCCACAG GGAGCTGCCA 
AAGAGGAAGG CCCCCAGGGA AGAGTCAGAG ACTTCTGAGG AAAAATCCCC TAACAAGTGG 
GGCCCTGTTT CCAAGCAGAA GAAGCAGCTC CTGGTTGACA TTCTCACCAC AATAATCAGG 
GGCCTGCTGG AAGACAAGAA CTTCCATGAG GCTGTGGACC AAAGCCTGGT GGAGCAGGTG 
CCGTACTTCC GCCAATTCTG GAATGAGCAG TCAACTAAGT TCATGGACCA GAAAAACAGC 
CTGTACTTAA TGCCAATCCT GCCTGTACCC TCCAGCAGCT GGGAGGATGG GAAGGGCAAG 
CAGCCGAAGG AAGACAGACC AGAGCACTAT CCAGGGTTGG GAAAGAAGGA AGAGGGGGAG 
GAGGAGAAGG GTGAAGAGGA AGAAGAAGAG TTGGAGGAGG AAGAGGAGGA AGAAGAGGAG 
ACAGAAGAGG AGGAGTTGGG CAAGGAGGAG ATAGAGGAGA AGGAGGAGGA GAGGGATGAG 
AAGGAAGAGA AAGTGAGCTG GGCGGGCATC GGGCCCACAC CACAGCCTGA GTCCCAGGAG 
TCCATGCAAT GGCAGTGGCA ACAGCAGCTG AATGTCATGG TGAAGGAGGA GCAAGAACAG 
GACGAGAAGG AGGCCATCAG AAGGCTCCCG GCCTTCGCCA ACCTGCAGGA GGCGCTGCTG 
GAGAACATGA TCCAGAACAT CCTGGTGGAG GCGAGCCGCG GGGAGGTGGT ACTCACCTCG 
CGGCCACGCG TCATCGCCCT GCCGCCGTTC TGCGTGCCCA GGAGTCTGAC CCCGGACACG 
CTGCTGCCGA CGCAGCAAGC AGAGGTACTC CACCCGGTGG TGCCACTTCC TACCGACCTT 
CCGTAA

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

RefSeq	XP_011509206.1
CDS	1755..7580
Translation	MMFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510904.2
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X2, mRNA.

Target ORF information:

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

XM_011510904.2

ORF Insert Sequence:

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGCATGG TGGCTTGCCC AGGCCACTCA GAATGTCATG GCTGCCACAG GGAGCTGCCA 
AAGAGGAAGG CCCCCAGGGA AGAGTCAGAG ACTTCTGAGG AAAAATCCCC TAACAAGTGG 
GGCCCTGTTT CCAAGCAGAA GAAGCAGCTC CTGGTTGACA TTCTCACCAC AATAATCAGG 
GGCCTGCTGG AAGACAAGAA CTTCCATGAG GCTGTGGACC AAAGCCTGGT GGAGCAGGTG 
CCGTACTTCC GCCAATTCTG GAATGAGCAG TCAACTAAGT TCATGGACCA GAAAAACAGC 
CTGTACTTAA TGCCAATCCT GCCTGTACCC TCCAGCAGCT GGGAGGATGG GAAGGGCAAG 
CAGCCGAAGG AAGACAGACC AGAGCACTAT CCAGGGTTGG GAAAGAAGGA AGAGGGGGAG 
GAGGAGAAGG GTGAAGAGGA AGAAGAAGAG TTGGAGGAGG AAGAGGAGGA AGAAGAGGAG 
ACAGAAGAGG AGGAGTTGGG CAAGGAGGAG ATAGAGGAGA AGGAGGAGGA GAGGGATGAG 
AAGGAAGAGA AAGTGAGCTG GGCGGGCATC GGGCCCACAC CACAGCCTGA GTCCCAGGAG 
TCCATGCAAT GGCAGTGGCA ACAGCAGCTG AATGTCATGG TGAAGGAGGA GCAAGAACAG 
GACGAGAAGG AGGCCATCAG AAGGCTCCCG GCCTTCGCCA ACCTGCAGGA GGCGCTGCTG 
GAGAACATGA TCCAGAACAT CCTGGTGGAG GCGAGCCGCG GGGAGGTGGT ACTCACCTCG 
CGGCCACGCG TCATCGCCCT GCCGCCGTTC TGCGTGCCCA GGAGTCTGAC CCCGGACACG 
CTGCTGCCGA CGCAGCAAGC AGAGGTACTC CACCCGGTGG TGCCACTTCC TACCGACCTT 
CCGTAA

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

CFAP65 ( XM_011510903.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509205.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X1, mRNA.

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CloneID	OHu78296
Clone ID Related Accession (Same CDS sequence)	XM_011510904.2 , XM_011510903.1
Accession Version	XM_011510903.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5826bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGCATGG TGGCTTGCCC AGGCCACTCA GAATGTCATG GCTGCCACAG GGAGCTGCCA 
AAGAGGAAGG CCCCCAGGGA AGAGTCAGAG ACTTCTGAGG AAAAATCCCC TAACAAGTGG 
GGCCCTGTTT CCAAGCAGAA GAAGCAGCTC CTGGTTGACA TTCTCACCAC AATAATCAGG 
GGCCTGCTGG AAGACAAGAA CTTCCATGAG GCTGTGGACC AAAGCCTGGT GGAGCAGGTG 
CCGTACTTCC GCCAATTCTG GAATGAGCAG TCAACTAAGT TCATGGACCA GAAAAACAGC 
CTGTACTTAA TGCCAATCCT GCCTGTACCC TCCAGCAGCT GGGAGGATGG GAAGGGCAAG 
CAGCCGAAGG AAGACAGACC AGAGCACTAT CCAGGGTTGG GAAAGAAGGA AGAGGGGGAG 
GAGGAGAAGG GTGAAGAGGA AGAAGAAGAG TTGGAGGAGG AAGAGGAGGA AGAAGAGGAG 
ACAGAAGAGG AGGAGTTGGG CAAGGAGGAG ATAGAGGAGA AGGAGGAGGA GAGGGATGAG 
AAGGAAGAGA AAGTGAGCTG GGCGGGCATC GGGCCCACAC CACAGCCTGA GTCCCAGGAG 
TCCATGCAAT GGCAGTGGCA ACAGCAGCTG AATGTCATGG TGAAGGAGGA GCAAGAACAG 
GACGAGAAGG AGGCCATCAG AAGGCTCCCG GCCTTCGCCA ACCTGCAGGA GGCGCTGCTG 
GAGAACATGA TCCAGAACAT CCTGGTGGAG GCGAGCCGCG GGGAGGTGGT ACTCACCTCG 
CGGCCACGCG TCATCGCCCT GCCGCCGTTC TGCGTGCCCA GGAGTCTGAC CCCGGACACG 
CTGCTGCCGA CGCAGCAAGC AGAGGTACTC CACCCGGTGG TGCCACTTCC TACCGACCTT 
CCGTAA

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

RefSeq	XP_011509205.1
CDS	171..5996
Translation	MMFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510903.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X1, mRNA.

Target ORF information:

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

XM_011510903.1

ORF Insert Sequence:

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGCATGG TGGCTTGCCC AGGCCACTCA GAATGTCATG GCTGCCACAG GGAGCTGCCA 
AAGAGGAAGG CCCCCAGGGA AGAGTCAGAG ACTTCTGAGG AAAAATCCCC TAACAAGTGG 
GGCCCTGTTT CCAAGCAGAA GAAGCAGCTC CTGGTTGACA TTCTCACCAC AATAATCAGG 
GGCCTGCTGG AAGACAAGAA CTTCCATGAG GCTGTGGACC AAAGCCTGGT GGAGCAGGTG 
CCGTACTTCC GCCAATTCTG GAATGAGCAG TCAACTAAGT TCATGGACCA GAAAAACAGC 
CTGTACTTAA TGCCAATCCT GCCTGTACCC TCCAGCAGCT GGGAGGATGG GAAGGGCAAG 
CAGCCGAAGG AAGACAGACC AGAGCACTAT CCAGGGTTGG GAAAGAAGGA AGAGGGGGAG 
GAGGAGAAGG GTGAAGAGGA AGAAGAAGAG TTGGAGGAGG AAGAGGAGGA AGAAGAGGAG 
ACAGAAGAGG AGGAGTTGGG CAAGGAGGAG ATAGAGGAGA AGGAGGAGGA GAGGGATGAG 
AAGGAAGAGA AAGTGAGCTG GGCGGGCATC GGGCCCACAC CACAGCCTGA GTCCCAGGAG 
TCCATGCAAT GGCAGTGGCA ACAGCAGCTG AATGTCATGG TGAAGGAGGA GCAAGAACAG 
GACGAGAAGG AGGCCATCAG AAGGCTCCCG GCCTTCGCCA ACCTGCAGGA GGCGCTGCTG 
GAGAACATGA TCCAGAACAT CCTGGTGGAG GCGAGCCGCG GGGAGGTGGT ACTCACCTCG 
CGGCCACGCG TCATCGCCCT GCCGCCGTTC TGCGTGCCCA GGAGTCTGAC CCCGGACACG 
CTGCTGCCGA CGCAGCAAGC AGAGGTACTC CACCCGGTGG TGCCACTTCC TACCGACCTT 
CCGTAA

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

CFAP65 ( XM_011510909.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509211.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X4, mRNA.

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CloneID	OHu78297
Clone ID Related Accession (Same CDS sequence)	XM_011510909.1 , XM_011510908.1 , XM_017003752.1
Accession Version	XM_011510909.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5823bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGCATGGTGG CTTGCCCAGG CCACTCAGAA TGTCATGGCT GCCACAGGGA GCTGCCAAAG 
AGGAAGGCCC CCAGGGAAGA GTCAGAGACT TCTGAGGAAA AATCCCCTAA CAAGTGGGGC 
CCTGTTTCCA AGCAGAAGAA GCAGCTCCTG GTTGACATTC TCACCACAAT AATCAGGGGC 
CTGCTGGAAG ACAAGAACTT CCATGAGGCT GTGGACCAAA GCCTGGTGGA GCAGGTGCCG 
TACTTCCGCC AATTCTGGAA TGAGCAGTCA ACTAAGTTCA TGGACCAGAA AAACAGCCTG 
TACTTAATGC CAATCCTGCC TGTACCCTCC AGCAGCTGGG AGGATGGGAA GGGCAAGCAG 
CCGAAGGAAG ACAGACCAGA GCACTATCCA GGGTTGGGAA AGAAGGAAGA GGGGGAGGAG 
GAGAAGGGTG AAGAGGAAGA AGAAGAGTTG GAGGAGGAAG AGGAGGAAGA AGAGGAGACA 
GAAGAGGAGG AGTTGGGCAA GGAGGAGATA GAGGAGAAGG AGGAGGAGAG GGATGAGAAG 
GAAGAGAAAG TGAGCTGGGC GGGCATCGGG CCCACACCAC AGCCTGAGTC CCAGGAGTCC 
ATGCAATGGC AGTGGCAACA GCAGCTGAAT GTCATGGTGA AGGAGGAGCA AGAACAGGAC 
GAGAAGGAGG CCATCAGAAG GCTCCCGGCC TTCGCCAACC TGCAGGAGGC GCTGCTGGAG 
AACATGATCC AGAACATCCT GGTGGAGGCG AGCCGCGGGG AGGTGGTACT CACCTCGCGG 
CCACGCGTCA TCGCCCTGCC GCCGTTCTGC GTGCCCAGGA GTCTGACCCC GGACACGCTG 
CTGCCGACGC AGCAAGCAGA GGTACTCCAC CCGGTGGTGC CACTTCCTAC CGACCTTCCG 
TAA

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

RefSeq	XP_011509211.1
CDS	120..5942
Translation	MFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510909.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X4, mRNA.

Target ORF information:

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

XM_011510909.1

ORF Insert Sequence:

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGCATGGTGG CTTGCCCAGG CCACTCAGAA TGTCATGGCT GCCACAGGGA GCTGCCAAAG 
AGGAAGGCCC CCAGGGAAGA GTCAGAGACT TCTGAGGAAA AATCCCCTAA CAAGTGGGGC 
CCTGTTTCCA AGCAGAAGAA GCAGCTCCTG GTTGACATTC TCACCACAAT AATCAGGGGC 
CTGCTGGAAG ACAAGAACTT CCATGAGGCT GTGGACCAAA GCCTGGTGGA GCAGGTGCCG 
TACTTCCGCC AATTCTGGAA TGAGCAGTCA ACTAAGTTCA TGGACCAGAA AAACAGCCTG 
TACTTAATGC CAATCCTGCC TGTACCCTCC AGCAGCTGGG AGGATGGGAA GGGCAAGCAG 
CCGAAGGAAG ACAGACCAGA GCACTATCCA GGGTTGGGAA AGAAGGAAGA GGGGGAGGAG 
GAGAAGGGTG AAGAGGAAGA AGAAGAGTTG GAGGAGGAAG AGGAGGAAGA AGAGGAGACA 
GAAGAGGAGG AGTTGGGCAA GGAGGAGATA GAGGAGAAGG AGGAGGAGAG GGATGAGAAG 
GAAGAGAAAG TGAGCTGGGC GGGCATCGGG CCCACACCAC AGCCTGAGTC CCAGGAGTCC 
ATGCAATGGC AGTGGCAACA GCAGCTGAAT GTCATGGTGA AGGAGGAGCA AGAACAGGAC 
GAGAAGGAGG CCATCAGAAG GCTCCCGGCC TTCGCCAACC TGCAGGAGGC GCTGCTGGAG 
AACATGATCC AGAACATCCT GGTGGAGGCG AGCCGCGGGG AGGTGGTACT CACCTCGCGG 
CCACGCGTCA TCGCCCTGCC GCCGTTCTGC GTGCCCAGGA GTCTGACCCC GGACACGCTG 
CTGCCGACGC AGCAAGCAGA GGTACTCCAC CCGGTGGTGC CACTTCCTAC CGACCTTCCG 
TAA

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

CFAP65 ( XM_011510908.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509210.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X3, mRNA.

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CloneID	OHu78297
Clone ID Related Accession (Same CDS sequence)	XM_011510909.1 , XM_011510908.1 , XM_017003752.1
Accession Version	XM_011510908.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5823bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGCATGGTGG CTTGCCCAGG CCACTCAGAA TGTCATGGCT GCCACAGGGA GCTGCCAAAG 
AGGAAGGCCC CCAGGGAAGA GTCAGAGACT TCTGAGGAAA AATCCCCTAA CAAGTGGGGC 
CCTGTTTCCA AGCAGAAGAA GCAGCTCCTG GTTGACATTC TCACCACAAT AATCAGGGGC 
CTGCTGGAAG ACAAGAACTT CCATGAGGCT GTGGACCAAA GCCTGGTGGA GCAGGTGCCG 
TACTTCCGCC AATTCTGGAA TGAGCAGTCA ACTAAGTTCA TGGACCAGAA AAACAGCCTG 
TACTTAATGC CAATCCTGCC TGTACCCTCC AGCAGCTGGG AGGATGGGAA GGGCAAGCAG 
CCGAAGGAAG ACAGACCAGA GCACTATCCA GGGTTGGGAA AGAAGGAAGA GGGGGAGGAG 
GAGAAGGGTG AAGAGGAAGA AGAAGAGTTG GAGGAGGAAG AGGAGGAAGA AGAGGAGACA 
GAAGAGGAGG AGTTGGGCAA GGAGGAGATA GAGGAGAAGG AGGAGGAGAG GGATGAGAAG 
GAAGAGAAAG TGAGCTGGGC GGGCATCGGG CCCACACCAC AGCCTGAGTC CCAGGAGTCC 
ATGCAATGGC AGTGGCAACA GCAGCTGAAT GTCATGGTGA AGGAGGAGCA AGAACAGGAC 
GAGAAGGAGG CCATCAGAAG GCTCCCGGCC TTCGCCAACC TGCAGGAGGC GCTGCTGGAG 
AACATGATCC AGAACATCCT GGTGGAGGCG AGCCGCGGGG AGGTGGTACT CACCTCGCGG 
CCACGCGTCA TCGCCCTGCC GCCGTTCTGC GTGCCCAGGA GTCTGACCCC GGACACGCTG 
CTGCCGACGC AGCAAGCAGA GGTACTCCAC CCGGTGGTGC CACTTCCTAC CGACCTTCCG 
TAA

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

RefSeq	XP_011509210.1
CDS	80..5902
Translation	MFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510908.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X3, mRNA.

Target ORF information:

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

XM_011510908.1

ORF Insert Sequence:

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGCATGGTGG CTTGCCCAGG CCACTCAGAA TGTCATGGCT GCCACAGGGA GCTGCCAAAG 
AGGAAGGCCC CCAGGGAAGA GTCAGAGACT TCTGAGGAAA AATCCCCTAA CAAGTGGGGC 
CCTGTTTCCA AGCAGAAGAA GCAGCTCCTG GTTGACATTC TCACCACAAT AATCAGGGGC 
CTGCTGGAAG ACAAGAACTT CCATGAGGCT GTGGACCAAA GCCTGGTGGA GCAGGTGCCG 
TACTTCCGCC AATTCTGGAA TGAGCAGTCA ACTAAGTTCA TGGACCAGAA AAACAGCCTG 
TACTTAATGC CAATCCTGCC TGTACCCTCC AGCAGCTGGG AGGATGGGAA GGGCAAGCAG 
CCGAAGGAAG ACAGACCAGA GCACTATCCA GGGTTGGGAA AGAAGGAAGA GGGGGAGGAG 
GAGAAGGGTG AAGAGGAAGA AGAAGAGTTG GAGGAGGAAG AGGAGGAAGA AGAGGAGACA 
GAAGAGGAGG AGTTGGGCAA GGAGGAGATA GAGGAGAAGG AGGAGGAGAG GGATGAGAAG 
GAAGAGAAAG TGAGCTGGGC GGGCATCGGG CCCACACCAC AGCCTGAGTC CCAGGAGTCC 
ATGCAATGGC AGTGGCAACA GCAGCTGAAT GTCATGGTGA AGGAGGAGCA AGAACAGGAC 
GAGAAGGAGG CCATCAGAAG GCTCCCGGCC TTCGCCAACC TGCAGGAGGC GCTGCTGGAG 
AACATGATCC AGAACATCCT GGTGGAGGCG AGCCGCGGGG AGGTGGTACT CACCTCGCGG 
CCACGCGTCA TCGCCCTGCC GCCGTTCTGC GTGCCCAGGA GTCTGACCCC GGACACGCTG 
CTGCCGACGC AGCAAGCAGA GGTACTCCAC CCGGTGGTGC CACTTCCTAC CGACCTTCCG 
TAA

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

CFAP65 ( XM_017003752.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859241.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X5, mRNA.

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CloneID	OHu78297
Clone ID Related Accession (Same CDS sequence)	XM_011510909.1 , XM_011510908.1 , XM_017003752.1
Accession Version	XM_017003752.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5823bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGCATGGTGG CTTGCCCAGG CCACTCAGAA TGTCATGGCT GCCACAGGGA GCTGCCAAAG 
AGGAAGGCCC CCAGGGAAGA GTCAGAGACT TCTGAGGAAA AATCCCCTAA CAAGTGGGGC 
CCTGTTTCCA AGCAGAAGAA GCAGCTCCTG GTTGACATTC TCACCACAAT AATCAGGGGC 
CTGCTGGAAG ACAAGAACTT CCATGAGGCT GTGGACCAAA GCCTGGTGGA GCAGGTGCCG 
TACTTCCGCC AATTCTGGAA TGAGCAGTCA ACTAAGTTCA TGGACCAGAA AAACAGCCTG 
TACTTAATGC CAATCCTGCC TGTACCCTCC AGCAGCTGGG AGGATGGGAA GGGCAAGCAG 
CCGAAGGAAG ACAGACCAGA GCACTATCCA GGGTTGGGAA AGAAGGAAGA GGGGGAGGAG 
GAGAAGGGTG AAGAGGAAGA AGAAGAGTTG GAGGAGGAAG AGGAGGAAGA AGAGGAGACA 
GAAGAGGAGG AGTTGGGCAA GGAGGAGATA GAGGAGAAGG AGGAGGAGAG GGATGAGAAG 
GAAGAGAAAG TGAGCTGGGC GGGCATCGGG CCCACACCAC AGCCTGAGTC CCAGGAGTCC 
ATGCAATGGC AGTGGCAACA GCAGCTGAAT GTCATGGTGA AGGAGGAGCA AGAACAGGAC 
GAGAAGGAGG CCATCAGAAG GCTCCCGGCC TTCGCCAACC TGCAGGAGGC GCTGCTGGAG 
AACATGATCC AGAACATCCT GGTGGAGGCG AGCCGCGGGG AGGTGGTACT CACCTCGCGG 
CCACGCGTCA TCGCCCTGCC GCCGTTCTGC GTGCCCAGGA GTCTGACCCC GGACACGCTG 
CTGCCGACGC AGCAAGCAGA GGTACTCCAC CCGGTGGTGC CACTTCCTAC CGACCTTCCG 
TAA

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

RefSeq	XP_016859241.1
CDS	241..6063
Translation	MFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_017003752.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X5, mRNA.

Target ORF information:

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

XM_017003752.1

ORF Insert Sequence:

ATGTTTACCT TAACCGGTTG TAGACTGGTG GAGAAAACCC AGAAGGTGGA GAATCCATCA 
GTCTCATTTG CCTCTTCTTT CCCCCTTATT CCTCTTCTCC TAAGAGGCAA GAGTGTTCAG 
AAGAAACAAG CAGAGAGTAA AAGCCAGATA AAGCTCCATA CTCAGAGTGC TCCCTTTGGA 
CTGTGTCCCA AGGACATGAT GCTCACCCAG GCTCCAAGCT CCGTCGTGAG GTCCAGGAAC 
AGCAGGAACC ACACCGTGAA CTCTGGTGGA TCCTGCCTGA GTGCCAGCAC AGTGGCCATC 
CCTGCCATCA ACGACAGCAG TGCAGCCATG AGTGCCTGCA GCACCATCAG CGCCCAGCCC 
GCAAGCTCCA TGGACACTCA GATGCACTCC CCAAAGAAGC AGGAGAGAGT GAACAAGAGG 
GTCATCTGGG GCATTGAGGT GGCTGAGGAG CTGCATTGGA AAGGCTGGGA GCTAGGAAAG 
GAGACCACAA GGAATCTGGT TCTGAAAAAT CGATCCTTGA AACTCCAGAA GATGAAGTAC 
AGGCCCCCCA AGACCAAGTT CTTCTTCACG GTCATCCCTC AGCCCATCTT CCTGAGCCCA 
GGCATAACCC TCACGCTCCC CATCGTCTTC CGGCCTCTGG AGGCGAAGGA GTACATGGAC 
CAGCTGTGGT TTGAGAAAGC GGAGGGGATG TTCTGTGTCG GCCTACGGGC CACCCTGCCC 
TGCCACAGGC TGATCTGCCG CCCACCATCC CTGCAGCTGC CCATGTGTGC TGTGGGAGAT 
ACGACTGAGG CCTTTTTCTG CCTGGATAAT GTGGGGGACC TGCCCACCTT CTTCACCTGG 
GAGTTCTCCA GCCCATTCCA GATGCTGCCC GCCACGGGGC TCCTGGAGCC AGGCCAGGCC 
TCTCAGATCA AGGTGACCTT TCAGCCCCTT ACAGCCGTCA TCTACGAGGT GCAGGCCACG 
TGCTGGTACG GGGCGGGCAG CCGGCAGAGG AGCAGCATCC AGCTGCAGGC TGTGGCCAAG 
TGCGCCCAGC TGCTGGTGAG CATAAAGCAC AAGTGCCCGG AGGACCAGGA TGCCGAGGGC 
TTCCAGAAGC TGTTGTACTT TGGCTCTGTT GCTGTGGGCT GCACCTCGGA GAGGCAGATC 
AGGCTACACA ACCCGTCGGC GGTAAATGCC CCCTTCAGGA TTGAAATTTC CCCGGATGAA 
CTGGCCGAAG ACCAGGCCTT CTCATGCCCC ACGGCCCATG GCATCGTGCT TCCGGGAGAG 
AAGAAATGTG TGTCGGTGTT CTTCCACCCC AAGACTCTGG ACACCAGAAC TGTGGACTAC 
TGCTCCATCA TGCCTTCTGG CTGTGCCTCC AAGACCCTGC TTAAAGTCGT TGGTTTCTGT 
AGAGGCCCTG CTGTGTCCCT GCAGCACTAC TGTGTCAACT TCAGCTGGGT CAACCTTGGG 
GAGCGCTCCG AGCAGCCCCT GTGGATTGAG AACCAATCGG ACTGCACGGC CCACTTCCAG 
TTTGCCATCG ACTGCTTGGA GAGTGTCTTT ACCATCAGGC CTGCCTTTGG GACGCTGGTG 
GGCAAGGCCC GTATGACCCT GCACTGTGCC TTCCAGCCCA CTCACCCCAT CATCTGCTTT 
CGGCGTGTGG CCTGTCTCAT CCACCACCAG GACCCACTGT TCCTGGACCT GATGGGGACC 
TGCCACTCGG ACAGCACCAA GCCAGCCATC CTGAAGCCTC AGCACCTCAC CTGGTACCGC 
ACACACCTGG CCCGGGGCCT GACGCTCTAC CCCCCTGACA TCCTGGATGC CATGCTGAAG 
GAGAAGAAGC TGGCACAGGA CCAGAACGGG GCTCTCATGA TTCCCATCCA GGATCTGGAG 
GACATGCCGG CCCCGCAGTA CCCTTATATC CCCCCCATGA CCGAGTTCTT CTTCGACGGC 
ACCAGCGACA TAACCATCTT CCCCCCGCCC ATCAGTGTAG AGCCTGTCGA GGTAGACTTC 
GGTGCCTGCC CAGGGCCTGA GGCCCCCAAC CCTGTACCCC TGTGCCTGAT GAACCACACC 
AAGGGCAAGA TCATGGTGGT CTGGACGCGA AGGTCTGACT GCCCCTTCTG GGTGACTCCA 
GAGAGCTGCG ACGTGCCCCC ACTCAAGTCC ATGGCCATGC GCCTGCACTT CCAGCCGCCT 
CACCCCAACT GCCTTTACAC GGTGGAGCTC GAAGCCTTCG CCATCTATAA GGTCCTGCAG 
AGCTACAGTA ATATTGAGGA GGACTGCACC ATGTGCCCAT CCTGGTGCCT GACGGTGCGG 
GCACGAGGCC ACAGCTATTT CGCTGGCTTT GAGCACCACA TCCCCCAGTA TTCCCTAGAT 
GTCCCCAAGC TATTTCCAGC AGTGTCCTCC GGTGAGCCCA CCTACCGCAG CCTGCTCCTG 
GTCAACAAAG ACTGCAAGCT GCTGACCTTC AGCCTGGCCC CCCAGAGAGG CTCAGACGTC 
ATCCTTCGGC CCACTTCGGG CCTTGTGGCA CCCGGGGCCC ACCAGATCAT CCTCATCTGC 
ACCTACCCTG AGGGCAGCTC CTGGAAGCAG CACACTTTCT ATCTGCAGTG CAATGCTTCC 
CCCCAGTATC TCAAGGAGGT GAGCATGTAC AGCCGGGAGG AGCCACTGCA GCTGAAGCTG 
GACACCCACA AAAGCCTCTA CTTCAAGCCC ACCTGGGTGG GCTGCTCCTC CACCAGCCCC 
TTCACCTTCC GCAACCCCTC GCGTCTGCCC CTGCAGTTCG AGTGGAGGGT CTCTGAGCAG 
CATCGAAAGC TGCTGGCTGT CCAGCCCTCC AGGGGGCTAA TCCAGCCCAA CGAGAGACTT 
ACGCTGACGT GGACCTTCAG CCCTTTGGAG GAGACCAAGT ACCTGTTCCA AGTGGGGATG 
TGGGTCTGGG AAGCCGGCCT GTCCCCAAAT GCCAACCCCG CTGCCACCAC CCACTACATG 
CTCCGGCTGG TGGGCGTTGG GCTCACCAGC AGCCTCTCTG CAAAGGAAAA GGAGCTGGCC 
TTTGGGAATG TGCTGGTGAA CAGCAAGCAG TCCAGGTTCC TTGTCCTCCT GAATGACGGC 
AACTGCACCC TCTATTACCG CCTCTACCTG GAGCAGGGCA GCCCTGAGGC CGTTGACAAC 
CACCCCCTCG CTCTGCAGCT GGACCGAACA GAGGGGAGCA TGCCACCCCG GTCCCAGGAC 
ACCATCTGCC TGACTGCCTG TCCCAAGCAG CGGTCCCAGT ACTCCTGGAC CATCACCTAC 
TCTCTCCTTT CCCACAGAGA TAACAAGGCT GGGGAGAAGC AGGAGCTGTG CTGCGTCTCC 
CTGGTGGCCG TGTACCCCTT GCTTTCCATC CTGGATGTCA GCTCCATGGG CAGTGCTGAG 
GGTATCACCC GGAAGCACCT GTGGCGCCTC TTCTCTCTGG ACCTGCTTAA CAGTTACTTG 
GAGCGTGACC CCACCCCCTG TGAGCTCACC TACAAGGTGC CCACCCGGCA CAGCATGAGC 
CAGATCCCCC CCGTCCTCAC CCCTTTAAGG CTTGACTTCA ATTTCGGGGC CGCACCATTC 
AAGGCCCCAC CTTCCGTGGT ATTCCTGGCC CTGAAGAACA GCGGAGTGGT GTCCCTGGAC 
TGGGCCTTCC TCCTTCCAAG TGACCAGCGG ATTGACGTGG AGCTCTGGGC AGAGCAAGCA 
GAGTTGAATT CCACTGAGCT CCACCAGATG CGCGTGCAGG ACAATTGCCT CTTCTCCATC 
AGCCCCAAGG CTGGGAGCCT GAGTCCTGGG CAGGAGCAGA TGGTGGAGTT AAAATACAGC 
CACCTGTTCA TCGGTACTGA TCACCTCCCA GTGCTCTTCA AGGTGTCCCA TGGCCGGGAG 
ATCCTGCTAA ATTTCATAGG TGTGACAGTG AAGCCGGAGC AGAAGTATGT GCACTTCACC 
TCTACTACCC ACCAGTTCAT CCCCATTCCC ATTGGTGACA CGCTACCCCC ACGGCAGATT 
TATGAGCTGT ATAATGGTGG CTCAGTGCCC GTGACATATG AGGTCCAGAC CGATGTCCTG 
TCACAGGTTC AGGAAAAAAA TTTTGATCAC CCCATCTTTT GCTGCCTCAA CCCCAAAGGG 
GAGATCCAGC CAGGCAGCAC TGCCCGGGTC TTGTGGATCT TCTCACCTAT CGAGGCCAAG 
ACCTACACGG TGGACGTGCC CATACACATC CTGGGATGGA ACTCGGCCCT CATCCACTTC 
CAGGGAGTGG GCTACAACCC CCATATGATG GGGGACACAG CCCCATTCCA CAACATCTCC 
TCGTGGGACA ACAGTTCCAT ACACTCTAGG CTGGTGGTGC CTGGACAGAA TGTCTTCCTG 
TCCCAGTCTC ATATTTCCCT GGGAAACATA CCTGTGCAGA GCAAGTGCAG CCGCCTGCTC 
TTCCTCAACA ACATCTCCAA GAACGAGGAA ATTGCCTTCT CCTGGCAGCC AAGTCCTCTA 
GATTTTGGGG AGGTGTCTGT GAGTCCCATG ATAGGGGTGG TGGCTCCTGA AGAGACGGTC 
CCATTTGTGG TGACCTTGAG GGCCTCTGTG CATGCCAGCT TCTACAGTGC AGACCTGGTA 
TGCAAGCTGT ACTCGCAGCA GCTCATGAGG CAGTATCACA AGGAGCTGCA GGAGTGGAAG 
GACGAGAAGG TGCGGCAGGA AGTGGAGTTC ACCATCACCG ACATGAAAGT GAAGAAGAGA 
ACATGCTGCA CAGCCTGTGA ACCTGCGAGG AAGTACAAGA CACTGCCTCC CATCAAGAAC 
CAGCAGTCTG TCAGCCGGCC TGCCAGCTGG AAACTGCAGA CCCCAAAGGA GGAGGTGTCC 
TGGCCCTGCC CCCAGCCACC CTCGCCAGGC ATGCTCTGCC TGGGCCTTAC TGCCCGAGCC 
CATGCCACCG ACTACTTTCT GGCTAACTTC TTCTCAGAGT TTCCCTGCCA CTTTTTGCAC 
CGCATGGTGG CTTGCCCAGG CCACTCAGAA TGTCATGGCT GCCACAGGGA GCTGCCAAAG 
AGGAAGGCCC CCAGGGAAGA GTCAGAGACT TCTGAGGAAA AATCCCCTAA CAAGTGGGGC 
CCTGTTTCCA AGCAGAAGAA GCAGCTCCTG GTTGACATTC TCACCACAAT AATCAGGGGC 
CTGCTGGAAG ACAAGAACTT CCATGAGGCT GTGGACCAAA GCCTGGTGGA GCAGGTGCCG 
TACTTCCGCC AATTCTGGAA TGAGCAGTCA ACTAAGTTCA TGGACCAGAA AAACAGCCTG 
TACTTAATGC CAATCCTGCC TGTACCCTCC AGCAGCTGGG AGGATGGGAA GGGCAAGCAG 
CCGAAGGAAG ACAGACCAGA GCACTATCCA GGGTTGGGAA AGAAGGAAGA GGGGGAGGAG 
GAGAAGGGTG AAGAGGAAGA AGAAGAGTTG GAGGAGGAAG AGGAGGAAGA AGAGGAGACA 
GAAGAGGAGG AGTTGGGCAA GGAGGAGATA GAGGAGAAGG AGGAGGAGAG GGATGAGAAG 
GAAGAGAAAG TGAGCTGGGC GGGCATCGGG CCCACACCAC AGCCTGAGTC CCAGGAGTCC 
ATGCAATGGC AGTGGCAACA GCAGCTGAAT GTCATGGTGA AGGAGGAGCA AGAACAGGAC 
GAGAAGGAGG CCATCAGAAG GCTCCCGGCC TTCGCCAACC TGCAGGAGGC GCTGCTGGAG 
AACATGATCC AGAACATCCT GGTGGAGGCG AGCCGCGGGG AGGTGGTACT CACCTCGCGG 
CCACGCGTCA TCGCCCTGCC GCCGTTCTGC GTGCCCAGGA GTCTGACCCC GGACACGCTG 
CTGCCGACGC AGCAAGCAGA GGTACTCCAC CCGGTGGTGC CACTTCCTAC CGACCTTCCG 
TAA

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

CFAP65 ( XM_011510910.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509212.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X7, mRNA.

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CloneID	OHu78298
Clone ID Related Accession (Same CDS sequence)	XM_011510910.1
Accession Version	XM_011510910.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5781bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGGGAGC TGCCAAAGAG GAAGGCCCCC AGGGAAGAGT CAGAGACTTC TGAGGAAAAA 
TCCCCTAACA AGTGGGGCCC TGTTTCCAAG CAGAAGAAGC AGCTCCTGGT TGACATTCTC 
ACCACAATAA TCAGGGGCCT GCTGGAAGAC AAGAACTTCC ATGAGGCTGT GGACCAAAGC 
CTGGTGGAGC AGGTGCCGTA CTTCCGCCAA TTCTGGAATG AGCAGTCAAC TAAGTTCATG 
GACCAGAAAA ACAGCCTGTA CTTAATGCCA ATCCTGCCTG TACCCTCCAG CAGCTGGGAG 
GATGGGAAGG GCAAGCAGCC GAAGGAAGAC AGACCAGAGC ACTATCCAGG GTTGGGAAAG 
AAGGAAGAGG GGGAGGAGGA GAAGGGTGAA GAGGAAGAAG AAGAGTTGGA GGAGGAAGAG 
GAGGAAGAAG AGGAGACAGA AGAGGAGGAG TTGGGCAAGG AGGAGATAGA GGAGAAGGAG 
GAGGAGAGGG ATGAGAAGGA AGAGAAAGTG AGCTGGGCGG GCATCGGGCC CACACCACAG 
CCTGAGTCCC AGGAGTCCAT GCAATGGCAG TGGCAACAGC AGCTGAATGT CATGGTGAAG 
GAGGAGCAAG AACAGGACGA GAAGGAGGCC ATCAGAAGGC TCCCGGCCTT CGCCAACCTG 
CAGGAGGCGC TGCTGGAGAA CATGATCCAG AACATCCTGG TGGAGGCGAG CCGCGGGGAG 
GTGGTACTCA CCTCGCGGCC ACGCGTCATC GCCCTGCCGC CGTTCTGCGT GCCCAGGAGT 
CTGACCCCGG ACACGCTGCT GCCGACGCAG CAAGCAGAGG TACTCCACCC GGTGGTGCCA 
CTTCCTACCG ACCTTCCGTA A

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

RefSeq	XP_011509212.1
CDS	171..5951
Translation	MMFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510910.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X7, mRNA.

Target ORF information:

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

XM_011510910.1

ORF Insert Sequence:

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGAA GGAGTACATG 
GACCAGCTGT GGTTTGAGAA AGCGGAGGGG ATGTTCTGTG TCGGCCTACG GGCCACCCTG 
CCCTGCCACA GGCTGATCTG CCGCCCACCA TCCCTGCAGC TGCCCATGTG TGCTGTGGGA 
GATACGACTG AGGCCTTTTT CTGCCTGGAT AATGTGGGGG ACCTGCCCAC CTTCTTCACC 
TGGGAGTTCT CCAGCCCATT CCAGATGCTG CCCGCCACGG GGCTCCTGGA GCCAGGCCAG 
GCCTCTCAGA TCAAGGTGAC CTTTCAGCCC CTTACAGCCG TCATCTACGA GGTGCAGGCC 
ACGTGCTGGT ACGGGGCGGG CAGCCGGCAG AGGAGCAGCA TCCAGCTGCA GGCTGTGGCC 
AAGTGCGCCC AGCTGCTGGT GAGCATAAAG CACAAGTGCC CGGAGGACCA GGATGCCGAG 
GGCTTCCAGA AGCTGTTGTA CTTTGGCTCT GTTGCTGTGG GCTGCACCTC GGAGAGGCAG 
ATCAGGCTAC ACAACCCGTC GGCGGTAAAT GCCCCCTTCA GGATTGAAAT TTCCCCGGAT 
GAACTGGCCG AAGACCAGGC CTTCTCATGC CCCACGGCCC ATGGCATCGT GCTTCCGGGA 
GAGAAGAAAT GTGTGTCGGT GTTCTTCCAC CCCAAGACTC TGGACACCAG AACTGTGGAC 
TACTGCTCCA TCATGCCTTC TGGCTGTGCC TCCAAGACCC TGCTTAAAGT CGTTGGTTTC 
TGTAGAGGCC CTGCTGTGTC CCTGCAGCAC TACTGTGTCA ACTTCAGCTG GGTCAACCTT 
GGGGAGCGCT CCGAGCAGCC CCTGTGGATT GAGAACCAAT CGGACTGCAC GGCCCACTTC 
CAGTTTGCCA TCGACTGCTT GGAGAGTGTC TTTACCATCA GGCCTGCCTT TGGGACGCTG 
GTGGGCAAGG CCCGTATGAC CCTGCACTGT GCCTTCCAGC CCACTCACCC CATCATCTGC 
TTTCGGCGTG TGGCCTGTCT CATCCACCAC CAGGACCCAC TGTTCCTGGA CCTGATGGGG 
ACCTGCCACT CGGACAGCAC CAAGCCAGCC ATCCTGAAGC CTCAGCACCT CACCTGGTAC 
CGCACACACC TGGCCCGGGG CCTGACGCTC TACCCCCCTG ACATCCTGGA TGCCATGCTG 
AAGGAGAAGA AGCTGGCACA GGACCAGAAC GGGGCTCTCA TGATTCCCAT CCAGGATCTG 
GAGGACATGC CGGCCCCGCA GTACCCTTAT ATCCCCCCCA TGACCGAGTT CTTCTTCGAC 
GGCACCAGCG ACATAACCAT CTTCCCCCCG CCCATCAGTG TAGAGCCTGT CGAGGTAGAC 
TTCGGTGCCT GCCCAGGGCC TGAGGCCCCC AACCCTGTAC CCCTGTGCCT GATGAACCAC 
ACCAAGGGCA AGATCATGGT GGTCTGGACG CGAAGGTCTG ACTGCCCCTT CTGGGTGACT 
CCAGAGAGCT GCGACGTGCC CCCACTCAAG TCCATGGCCA TGCGCCTGCA CTTCCAGCCG 
CCTCACCCCA ACTGCCTTTA CACGGTGGAG CTCGAAGCCT TCGCCATCTA TAAGGTCCTG 
CAGAGCTACA GTAATATTGA GGAGGACTGC ACCATGTGCC CATCCTGGTG CCTGACGGTG 
CGGGCACGAG GCCACAGCTA TTTCGCTGGC TTTGAGCACC ACATCCCCCA GTATTCCCTA 
GATGTCCCCA AGCTATTTCC AGCAGTGTCC TCCGGTGAGC CCACCTACCG CAGCCTGCTC 
CTGGTCAACA AAGACTGCAA GCTGCTGACC TTCAGCCTGG CCCCCCAGAG AGGCTCAGAC 
GTCATCCTTC GGCCCACTTC GGGCCTTGTG GCACCCGGGG CCCACCAGAT CATCCTCATC 
TGCACCTACC CTGAGGGCAG CTCCTGGAAG CAGCACACTT TCTATCTGCA GTGCAATGCT 
TCCCCCCAGT ATCTCAAGGA GGTGAGCATG TACAGCCGGG AGGAGCCACT GCAGCTGAAG 
CTGGACACCC ACAAAAGCCT CTACTTCAAG CCCACCTGGG TGGGCTGCTC CTCCACCAGC 
CCCTTCACCT TCCGCAACCC CTCGCGTCTG CCCCTGCAGT TCGAGTGGAG GGTCTCTGAG 
CAGCATCGAA AGCTGCTGGC TGTCCAGCCC TCCAGGGGGC TAATCCAGCC CAACGAGAGA 
CTTACGCTGA CGTGGACCTT CAGCCCTTTG GAGGAGACCA AGTACCTGTT CCAAGTGGGG 
ATGTGGGTCT GGGAAGCCGG CCTGTCCCCA AATGCCAACC CCGCTGCCAC CACCCACTAC 
ATGCTCCGGC TGGTGGGCGT TGGGCTCACC AGCAGCCTCT CTGCAAAGGA AAAGGAGCTG 
GCCTTTGGGA ATGTGCTGGT GAACAGCAAG CAGTCCAGGT TCCTTGTCCT CCTGAATGAC 
GGCAACTGCA CCCTCTATTA CCGCCTCTAC CTGGAGCAGG GCAGCCCTGA GGCCGTTGAC 
AACCACCCCC TCGCTCTGCA GCTGGACCGA ACAGAGGGGA GCATGCCACC CCGGTCCCAG 
GACACCATCT GCCTGACTGC CTGTCCCAAG CAGCGGTCCC AGTACTCCTG GACCATCACC 
TACTCTCTCC TTTCCCACAG AGATAACAAG GCTGGGGAGA AGCAGGAGCT GTGCTGCGTC 
TCCCTGGTGG CCGTGTACCC CTTGCTTTCC ATCCTGGATG TCAGCTCCAT GGGCAGTGCT 
GAGGGTATCA CCCGGAAGCA CCTGTGGCGC CTCTTCTCTC TGGACCTGCT TAACAGTTAC 
TTGGAGCGTG ACCCCACCCC CTGTGAGCTC ACCTACAAGG TGCCCACCCG GCACAGCATG 
AGCCAGATCC CCCCCGTCCT CACCCCTTTA AGGCTTGACT TCAATTTCGG GGCCGCACCA 
TTCAAGGCCC CACCTTCCGT GGTATTCCTG GCCCTGAAGA ACAGCGGAGT GGTGTCCCTG 
GACTGGGCCT TCCTCCTTCC AAGTGACCAG CGGATTGACG TGGAGCTCTG GGCAGAGCAA 
GCAGAGTTGA ATTCCACTGA GCTCCACCAG ATGCGCGTGC AGGACAATTG CCTCTTCTCC 
ATCAGCCCCA AGGCTGGGAG CCTGAGTCCT GGGCAGGAGC AGATGGTGGA GTTAAAATAC 
AGCCACCTGT TCATCGGTAC TGATCACCTC CCAGTGCTCT TCAAGGTGTC CCATGGCCGG 
GAGATCCTGC TAAATTTCAT AGGTGTGACA GTGAAGCCGG AGCAGAAGTA TGTGCACTTC 
ACCTCTACTA CCCACCAGTT CATCCCCATT CCCATTGGTG ACACGCTACC CCCACGGCAG 
ATTTATGAGC TGTATAATGG TGGCTCAGTG CCCGTGACAT ATGAGGTCCA GACCGATGTC 
CTGTCACAGG TTCAGGAAAA AAATTTTGAT CACCCCATCT TTTGCTGCCT CAACCCCAAA 
GGGGAGATCC AGCCAGGCAG CACTGCCCGG GTCTTGTGGA TCTTCTCACC TATCGAGGCC 
AAGACCTACA CGGTGGACGT GCCCATACAC ATCCTGGGAT GGAACTCGGC CCTCATCCAC 
TTCCAGGGAG TGGGCTACAA CCCCCATATG ATGGGGGACA CAGCCCCATT CCACAACATC 
TCCTCGTGGG ACAACAGTTC CATACACTCT AGGCTGGTGG TGCCTGGACA GAATGTCTTC 
CTGTCCCAGT CTCATATTTC CCTGGGAAAC ATACCTGTGC AGAGCAAGTG CAGCCGCCTG 
CTCTTCCTCA ACAACATCTC CAAGAACGAG GAAATTGCCT TCTCCTGGCA GCCAAGTCCT 
CTAGATTTTG GGGAGGTGTC TGTGAGTCCC ATGATAGGGG TGGTGGCTCC TGAAGAGACG 
GTCCCATTTG TGGTGACCTT GAGGGCCTCT GTGCATGCCA GCTTCTACAG TGCAGACCTG 
GTATGCAAGC TGTACTCGCA GCAGCTCATG AGGCAGTATC ACAAGGAGCT GCAGGAGTGG 
AAGGACGAGA AGGTGCGGCA GGAAGTGGAG TTCACCATCA CCGACATGAA AGTGAAGAAG 
AGAACATGCT GCACAGCCTG TGAACCTGCG AGGAAGTACA AGACACTGCC TCCCATCAAG 
AACCAGCAGT CTGTCAGCCG GCCTGCCAGC TGGAAACTGC AGACCCCAAA GGAGGAGGTG 
TCCTGGCCCT GCCCCCAGCC ACCCTCGCCA GGCATGCTCT GCCTGGGCCT TACTGCCCGA 
GCCCATGCCA CCGACTACTT TCTGGCTAAC TTCTTCTCAG AGTTTCCCTG CCACTTTTTG 
CACCGGGAGC TGCCAAAGAG GAAGGCCCCC AGGGAAGAGT CAGAGACTTC TGAGGAAAAA 
TCCCCTAACA AGTGGGGCCC TGTTTCCAAG CAGAAGAAGC AGCTCCTGGT TGACATTCTC 
ACCACAATAA TCAGGGGCCT GCTGGAAGAC AAGAACTTCC ATGAGGCTGT GGACCAAAGC 
CTGGTGGAGC AGGTGCCGTA CTTCCGCCAA TTCTGGAATG AGCAGTCAAC TAAGTTCATG 
GACCAGAAAA ACAGCCTGTA CTTAATGCCA ATCCTGCCTG TACCCTCCAG CAGCTGGGAG 
GATGGGAAGG GCAAGCAGCC GAAGGAAGAC AGACCAGAGC ACTATCCAGG GTTGGGAAAG 
AAGGAAGAGG GGGAGGAGGA GAAGGGTGAA GAGGAAGAAG AAGAGTTGGA GGAGGAAGAG 
GAGGAAGAAG AGGAGACAGA AGAGGAGGAG TTGGGCAAGG AGGAGATAGA GGAGAAGGAG 
GAGGAGAGGG ATGAGAAGGA AGAGAAAGTG AGCTGGGCGG GCATCGGGCC CACACCACAG 
CCTGAGTCCC AGGAGTCCAT GCAATGGCAG TGGCAACAGC AGCTGAATGT CATGGTGAAG 
GAGGAGCAAG AACAGGACGA GAAGGAGGCC ATCAGAAGGC TCCCGGCCTT CGCCAACCTG 
CAGGAGGCGC TGCTGGAGAA CATGATCCAG AACATCCTGG TGGAGGCGAG CCGCGGGGAG 
GTGGTACTCA CCTCGCGGCC ACGCGTCATC GCCCTGCCGC CGTTCTGCGT GCCCAGGAGT 
CTGACCCCGG ACACGCTGCT GCCGACGCAG CAAGCAGAGG TACTCCACCC GGTGGTGCCA 
CTTCCTACCG ACCTTCCGTA A

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

CFAP65 ( XM_017003754.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859243.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X10, mRNA.

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CloneID	OHu78299
Clone ID Related Accession (Same CDS sequence)	XM_017003754.1 , XM_011510915.1 , XM_011510912.1 , XM_017003755.1 , XM_011510911.1 , XM_011510914.1
Accession Version	XM_017003754.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5628bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

RefSeq	XP_016859243.1
CDS	214..5841
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_017003754.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X10, mRNA.

Target ORF information:

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

XM_017003754.1

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

CFAP65 ( XM_011510915.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509217.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X13, mRNA.

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CloneID	OHu78299
Clone ID Related Accession (Same CDS sequence)	XM_017003754.1 , XM_011510915.1 , XM_011510912.1 , XM_017003755.1 , XM_011510911.1 , XM_011510914.1
Accession Version	XM_011510915.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5628bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

RefSeq	XP_011509217.1
CDS	122..5749
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510915.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X13, mRNA.

Target ORF information:

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

XM_011510915.1

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

CFAP65 ( XM_011510912.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509214.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X9, mRNA.

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CloneID	OHu78299
Clone ID Related Accession (Same CDS sequence)	XM_017003754.1 , XM_011510915.1 , XM_011510912.1 , XM_017003755.1 , XM_011510911.1 , XM_011510914.1
Accession Version	XM_011510912.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5628bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

RefSeq	XP_011509214.1
CDS	263..5890
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510912.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X9, mRNA.

Target ORF information:

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

XM_011510912.1

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

CFAP65 ( XM_017003755.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859244.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X12, mRNA.

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CloneID	OHu78299
Clone ID Related Accession (Same CDS sequence)	XM_017003754.1 , XM_011510915.1 , XM_011510912.1 , XM_017003755.1 , XM_011510911.1 , XM_011510914.1
Accession Version	XM_017003755.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5628bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

RefSeq	XP_016859244.1
CDS	1798..7425
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_017003755.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X12, mRNA.

Target ORF information:

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

XM_017003755.1

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

CFAP65 ( XM_011510911.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509213.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X8, mRNA.

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CloneID	OHu78299
Clone ID Related Accession (Same CDS sequence)	XM_017003754.1 , XM_011510915.1 , XM_011510912.1 , XM_017003755.1 , XM_011510911.1 , XM_011510914.1
Accession Version	XM_011510911.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5628bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

RefSeq	XP_011509213.1
CDS	220..5847
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510911.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X8, mRNA.

Target ORF information:

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

XM_011510911.1

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

CFAP65 ( XM_011510914.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509216.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X11, mRNA.

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CloneID	OHu78299
Clone ID Related Accession (Same CDS sequence)	XM_017003754.1 , XM_011510915.1 , XM_011510912.1 , XM_017003755.1 , XM_011510911.1 , XM_011510914.1
Accession Version	XM_011510914.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5628bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

RefSeq	XP_011509216.1
CDS	160..5787
Translation	MMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510914.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X11, mRNA.

Target ORF information:

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

XM_011510914.1

ORF Insert Sequence:

ATGATGCTCA CCCAGGCTCC AAGCTCCGTC GTGAGGTCCA GGAACAGCAG GAACCACACC 
GTGAACTCTG GTGGATCCTG CCTGAGTGCC AGCACAGTGG CCATCCCTGC CATCAACGAC 
AGCAGTGCAG CCATGAGTGC CTGCAGCACC ATCAGCGCCC AGCCCGCAAG CTCCATGGAC 
ACTCAGATGC ACTCCCCAAA GAAGCAGGAG AGAGTGAACA AGAGGGTCAT CTGGGGCATT 
GAGGTGGCTG AGGAGCTGCA TTGGAAAGGC TGGGAGCTAG GAAAGGAGAC CACAAGGAAT 
CTGGTTCTGA AAAATCGATC CTTGAAACTC CAGAAGATGA AGTACAGGCC CCCCAAGACC 
AAGTTCTTCT TCACGGTCAT CCCTCAGCCC ATCTTCCTGA GCCCAGGCAT AACCCTCACG 
CTCCCCATCG TCTTCCGGCC TCTGGAGGCG AAGGAGTACA TGGACCAGCT GTGGTTTGAG 
AAAGCGGAGG GGATGTTCTG TGTCGGCCTA CGGGCCACCC TGCCCTGCCA CAGGCTGATC 
TGCCGCCCAC CATCCCTGCA GCTGCCCATG TGTGCTGTGG GAGATACGAC TGAGGCCTTT 
TTCTGCCTGG ATAATGTGGG GGACCTGCCC ACCTTCTTCA CCTGGGAGTT CTCCAGCCCA 
TTCCAGATGC TGCCCGCCAC GGGGCTCCTG GAGCCAGGCC AGGCCTCTCA GATCAAGGTG 
ACCTTTCAGC CCCTTACAGC CGTCATCTAC GAGGTGCAGG CCACGTGCTG GTACGGGGCG 
GGCAGCCGGC AGAGGAGCAG CATCCAGCTG CAGGCTGTGG CCAAGTGCGC CCAGCTGCTG 
GTGAGCATAA AGCACAAGTG CCCGGAGGAC CAGGATGCCG AGGGCTTCCA GAAGCTGTTG 
TACTTTGGCT CTGTTGCTGT GGGCTGCACC TCGGAGAGGC AGATCAGGCT ACACAACCCG 
TCGGCGGTAA ATGCCCCCTT CAGGATTGAA ATTTCCCCGG ATGAACTGGC CGAAGACCAG 
GCCTTCTCAT GCCCCACGGC CCATGGCATC GTGCTTCCGG GAGAGAAGAA ATGTGTGTCG 
GTGTTCTTCC ACCCCAAGAC TCTGGACACC AGAACTGTGG ACTACTGCTC CATCATGCCT 
TCTGGCTGTG CCTCCAAGAC CCTGCTTAAA GTCGTTGGTT TCTGTAGAGG CCCTGCTGTG 
TCCCTGCAGC ACTACTGTGT CAACTTCAGC TGGGTCAACC TTGGGGAGCG CTCCGAGCAG 
CCCCTGTGGA TTGAGAACCA ATCGGACTGC ACGGCCCACT TCCAGTTTGC CATCGACTGC 
TTGGAGAGTG TCTTTACCAT CAGGCCTGCC TTTGGGACGC TGGTGGGCAA GGCCCGTATG 
ACCCTGCACT GTGCCTTCCA GCCCACTCAC CCCATCATCT GCTTTCGGCG TGTGGCCTGT 
CTCATCCACC ACCAGGACCC ACTGTTCCTG GACCTGATGG GGACCTGCCA CTCGGACAGC 
ACCAAGCCAG CCATCCTGAA GCCTCAGCAC CTCACCTGGT ACCGCACACA CCTGGCCCGG 
GGCCTGACGC TCTACCCCCC TGACATCCTG GATGCCATGC TGAAGGAGAA GAAGCTGGCA 
CAGGACCAGA ACGGGGCTCT CATGATTCCC ATCCAGGATC TGGAGGACAT GCCGGCCCCG 
CAGTACCCTT ATATCCCCCC CATGACCGAG TTCTTCTTCG ACGGCACCAG CGACATAACC 
ATCTTCCCCC CGCCCATCAG TGTAGAGCCT GTCGAGGTAG ACTTCGGTGC CTGCCCAGGG 
CCTGAGGCCC CCAACCCTGT ACCCCTGTGC CTGATGAACC ACACCAAGGG CAAGATCATG 
GTGGTCTGGA CGCGAAGGTC TGACTGCCCC TTCTGGGTGA CTCCAGAGAG CTGCGACGTG 
CCCCCACTCA AGTCCATGGC CATGCGCCTG CACTTCCAGC CGCCTCACCC CAACTGCCTT 
TACACGGTGG AGCTCGAAGC CTTCGCCATC TATAAGGTCC TGCAGAGCTA CAGTAATATT 
GAGGAGGACT GCACCATGTG CCCATCCTGG TGCCTGACGG TGCGGGCACG AGGCCACAGC 
TATTTCGCTG GCTTTGAGCA CCACATCCCC CAGTATTCCC TAGATGTCCC CAAGCTATTT 
CCAGCAGTGT CCTCCGGTGA GCCCACCTAC CGCAGCCTGC TCCTGGTCAA CAAAGACTGC 
AAGCTGCTGA CCTTCAGCCT GGCCCCCCAG AGAGGCTCAG ACGTCATCCT TCGGCCCACT 
TCGGGCCTTG TGGCACCCGG GGCCCACCAG ATCATCCTCA TCTGCACCTA CCCTGAGGGC 
AGCTCCTGGA AGCAGCACAC TTTCTATCTG CAGTGCAATG CTTCCCCCCA GTATCTCAAG 
GAGGTGAGCA TGTACAGCCG GGAGGAGCCA CTGCAGCTGA AGCTGGACAC CCACAAAAGC 
CTCTACTTCA AGCCCACCTG GGTGGGCTGC TCCTCCACCA GCCCCTTCAC CTTCCGCAAC 
CCCTCGCGTC TGCCCCTGCA GTTCGAGTGG AGGGTCTCTG AGCAGCATCG AAAGCTGCTG 
GCTGTCCAGC CCTCCAGGGG GCTAATCCAG CCCAACGAGA GACTTACGCT GACGTGGACC 
TTCAGCCCTT TGGAGGAGAC CAAGTACCTG TTCCAAGTGG GGATGTGGGT CTGGGAAGCC 
GGCCTGTCCC CAAATGCCAA CCCCGCTGCC ACCACCCACT ACATGCTCCG GCTGGTGGGC 
GTTGGGCTCA CCAGCAGCCT CTCTGCAAAG GAAAAGGAGC TGGCCTTTGG GAATGTGCTG 
GTGAACAGCA AGCAGTCCAG GTTCCTTGTC CTCCTGAATG ACGGCAACTG CACCCTCTAT 
TACCGCCTCT ACCTGGAGCA GGGCAGCCCT GAGGCCGTTG ACAACCACCC CCTCGCTCTG 
CAGCTGGACC GAACAGAGGG GAGCATGCCA CCCCGGTCCC AGGACACCAT CTGCCTGACT 
GCCTGTCCCA AGCAGCGGTC CCAGTACTCC TGGACCATCA CCTACTCTCT CCTTTCCCAC 
AGAGATAACA AGGCTGGGGA GAAGCAGGAG CTGTGCTGCG TCTCCCTGGT GGCCGTGTAC 
CCCTTGCTTT CCATCCTGGA TGTCAGCTCC ATGGGCAGTG CTGAGGGTAT CACCCGGAAG 
CACCTGTGGC GCCTCTTCTC TCTGGACCTG CTTAACAGTT ACTTGGAGCG TGACCCCACC 
CCCTGTGAGC TCACCTACAA GGTGCCCACC CGGCACAGCA TGAGCCAGAT CCCCCCCGTC 
CTCACCCCTT TAAGGCTTGA CTTCAATTTC GGGGCCGCAC CATTCAAGGC CCCACCTTCC 
GTGGTATTCC TGGCCCTGAA GAACAGCGGA GTGGTGTCCC TGGACTGGGC CTTCCTCCTT 
CCAAGTGACC AGCGGATTGA CGTGGAGCTC TGGGCAGAGC AAGCAGAGTT GAATTCCACT 
GAGCTCCACC AGATGCGCGT GCAGGACAAT TGCCTCTTCT CCATCAGCCC CAAGGCTGGG 
AGCCTGAGTC CTGGGCAGGA GCAGATGGTG GAGTTAAAAT ACAGCCACCT GTTCATCGGT 
ACTGATCACC TCCCAGTGCT CTTCAAGGTG TCCCATGGCC GGGAGATCCT GCTAAATTTC 
ATAGGTGTGA CAGTGAAGCC GGAGCAGAAG TATGTGCACT TCACCTCTAC TACCCACCAG 
TTCATCCCCA TTCCCATTGG TGACACGCTA CCCCCACGGC AGATTTATGA GCTGTATAAT 
GGTGGCTCAG TGCCCGTGAC ATATGAGGTC CAGACCGATG TCCTGTCACA GGTTCAGGAA 
AAAAATTTTG ATCACCCCAT CTTTTGCTGC CTCAACCCCA AAGGGGAGAT CCAGCCAGGC 
AGCACTGCCC GGGTCTTGTG GATCTTCTCA CCTATCGAGG CCAAGACCTA CACGGTGGAC 
GTGCCCATAC ACATCCTGGG ATGGAACTCG GCCCTCATCC ACTTCCAGGG AGTGGGCTAC 
AACCCCCATA TGATGGGGGA CACAGCCCCA TTCCACAACA TCTCCTCGTG GGACAACAGT 
TCCATACACT CTAGGCTGGT GGTGCCTGGA CAGAATGTCT TCCTGTCCCA GTCTCATATT 
TCCCTGGGAA ACATACCTGT GCAGAGCAAG TGCAGCCGCC TGCTCTTCCT CAACAACATC 
TCCAAGAACG AGGAAATTGC CTTCTCCTGG CAGCCAAGTC CTCTAGATTT TGGGGAGGTG 
TCTGTGAGTC CCATGATAGG GGTGGTGGCT CCTGAAGAGA CGGTCCCATT TGTGGTGACC 
TTGAGGGCCT CTGTGCATGC CAGCTTCTAC AGTGCAGACC TGGTATGCAA GCTGTACTCG 
CAGCAGCTCA TGAGGCAGTA TCACAAGGAG CTGCAGGAGT GGAAGGACGA GAAGGTGCGG 
CAGGAAGTGG AGTTCACCAT CACCGACATG AAAGTGAAGA AGAGAACATG CTGCACAGCC 
TGTGAACCTG CGAGGAAGTA CAAGACACTG CCTCCCATCA AGAACCAGCA GTCTGTCAGC 
CGGCCTGCCA GCTGGAAACT GCAGACCCCA AAGGAGGAGG TGTCCTGGCC CTGCCCCCAG 
CCACCCTCGC CAGGCATGCT CTGCCTGGGC CTTACTGCCC GAGCCCATGC CACCGACTAC 
TTTCTGGCTA ACTTCTTCTC AGAGTTTCCC TGCCACTTTT TGCACCGCAT GGTGGCTTGC 
CCAGGCCACT CAGAATGTCA TGGCTGCCAC AGGGAGCTGC CAAAGAGGAA GGCCCCCAGG 
GAAGAGTCAG AGACTTCTGA GGAAAAATCC CCTAACAAGT GGGGCCCTGT TTCCAAGCAG 
AAGAAGCAGC TCCTGGTTGA CATTCTCACC ACAATAATCA GGGGCCTGCT GGAAGACAAG 
AACTTCCATG AGGCTGTGGA CCAAAGCCTG GTGGAGCAGG TGCCGTACTT CCGCCAATTC 
TGGAATGAGC AGTCAACTAA GTTCATGGAC CAGAAAAACA GCCTGTACTT AATGCCAATC 
CTGCCTGTAC CCTCCAGCAG CTGGGAGGAT GGGAAGGGCA AGCAGCCGAA GGAAGACAGA 
CCAGAGCACT ATCCAGGGTT GGGAAAGAAG GAAGAGGGGG AGGAGGAGAA GGGTGAAGAG 
GAAGAAGAAG AGTTGGAGGA GGAAGAGGAG GAAGAAGAGG AGACAGAAGA GGAGGAGTTG 
GGCAAGGAGG AGATAGAGGA GAAGGAGGAG GAGAGGGATG AGAAGGAAGA GAAAGTGAGC 
TGGGCGGGCA TCGGGCCCAC ACCACAGCCT GAGTCCCAGG AGTCCATGCA ATGGCAGTGG 
CAACAGCAGC TGAATGTCAT GGTGAAGGAG GAGCAAGAAC AGGACGAGAA GGAGGCCATC 
AGAAGGCTCC CGGCCTTCGC CAACCTGCAG GAGGCGCTGC TGGAGAACAT GATCCAGAAC 
ATCCTGGTGG AGGCGAGCCG CGGGGAGGTG GTACTCACCT CGCGGCCACG CGTCATCGCC 
CTGCCGCCGT TCTGCGTGCC CAGGAGTCTG ACCCCGGACA CGCTGCTGCC GACGCAGCAA 
GCAGAGGTAC TCCACCCGGT GGTGCCACTT CCTACCGACC TTCCGTAA

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

CFAP65 ( XM_011510916.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509218.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X14, mRNA.

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CloneID	OHu78300
Clone ID Related Accession (Same CDS sequence)	XM_011510916.1
Accession Version	XM_011510916.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5547bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGCC CCTTACAGCC 
GTCATCTACG AGGTGCAGGC CACGTGCTGG TACGGGGCGG GCAGCCGGCA GAGGAGCAGC 
ATCCAGCTGC AGGCTGTGGC CAAGTGCGCC CAGCTGCTGG TGAGCATAAA GCACAAGTGC 
CCGGAGGACC AGGATGCCGA GGGCTTCCAG AAGCTGTTGT ACTTTGGCTC TGTTGCTGTG 
GGCTGCACCT CGGAGAGGCA GATCAGGCTA CACAACCCGT CGGCGGTAAA TGCCCCCTTC 
AGGATTGAAA TTTCCCCGGA TGAACTGGCC GAAGACCAGG CCTTCTCATG CCCCACGGCC 
CATGGCATCG TGCTTCCGGG AGAGAAGAAA TGTGTGTCGG TGTTCTTCCA CCCCAAGACT 
CTGGACACCA GAACTGTGGA CTACTGCTCC ATCATGCCTT CTGGCTGTGC CTCCAAGACC 
CTGCTTAAAG TCGTTGGTTT CTGTAGAGGC CCTGCTGTGT CCCTGCAGCA CTACTGTGTC 
AACTTCAGCT GGGTCAACCT TGGGGAGCGC TCCGAGCAGC CCCTGTGGAT TGAGAACCAA 
TCGGACTGCA CGGCCCACTT CCAGTTTGCC ATCGACTGCT TGGAGAGTGT CTTTACCATC 
AGGCCTGCCT TTGGGACGCT GGTGGGCAAG GCCCGTATGA CCCTGCACTG TGCCTTCCAG 
CCCACTCACC CCATCATCTG CTTTCGGCGT GTGGCCTGTC TCATCCACCA CCAGGACCCA 
CTGTTCCTGG ACCTGATGGG GACCTGCCAC TCGGACAGCA CCAAGCCAGC CATCCTGAAG 
CCTCAGCACC TCACCTGGTA CCGCACACAC CTGGCCCGGG GCCTGACGCT CTACCCCCCT 
GACATCCTGG ATGCCATGCT GAAGGAGAAG AAGCTGGCAC AGGACCAGAA CGGGGCTCTC 
ATGATTCCCA TCCAGGATCT GGAGGACATG CCGGCCCCGC AGTACCCTTA TATCCCCCCC 
ATGACCGAGT TCTTCTTCGA CGGCACCAGC GACATAACCA TCTTCCCCCC GCCCATCAGT 
GTAGAGCCTG TCGAGGTAGA CTTCGGTGCC TGCCCAGGGC CTGAGGCCCC CAACCCTGTA 
CCCCTGTGCC TGATGAACCA CACCAAGGGC AAGATCATGG TGGTCTGGAC GCGAAGGTCT 
GACTGCCCCT TCTGGGTGAC TCCAGAGAGC TGCGACGTGC CCCCACTCAA GTCCATGGCC 
ATGCGCCTGC ACTTCCAGCC GCCTCACCCC AACTGCCTTT ACACGGTGGA GCTCGAAGCC 
TTCGCCATCT ATAAGGTCCT GCAGAGCTAC AGTAATATTG AGGAGGACTG CACCATGTGC 
CCATCCTGGT GCCTGACGGT GCGGGCACGA GGCCACAGCT ATTTCGCTGG CTTTGAGCAC 
CACATCCCCC AGTATTCCCT AGATGTCCCC AAGCTATTTC CAGCAGTGTC CTCCGGTGAG 
CCCACCTACC GCAGCCTGCT CCTGGTCAAC AAAGACTGCA AGCTGCTGAC CTTCAGCCTG 
GCCCCCCAGA GAGGCTCAGA CGTCATCCTT CGGCCCACTT CGGGCCTTGT GGCACCCGGG 
GCCCACCAGA TCATCCTCAT CTGCACCTAC CCTGAGGGCA GCTCCTGGAA GCAGCACACT 
TTCTATCTGC AGTGCAATGC TTCCCCCCAG TATCTCAAGG AGGTGAGCAT GTACAGCCGG 
GAGGAGCCAC TGCAGCTGAA GCTGGACACC CACAAAAGCC TCTACTTCAA GCCCACCTGG 
GTGGGCTGCT CCTCCACCAG CCCCTTCACC TTCCGCAACC CCTCGCGTCT GCCCCTGCAG 
TTCGAGTGGA GGGTCTCTGA GCAGCATCGA AAGCTGCTGG CTGTCCAGCC CTCCAGGGGG 
CTAATCCAGC CCAACGAGAG ACTTACGCTG ACGTGGACCT TCAGCCCTTT GGAGGAGACC 
AAGTACCTGT TCCAAGTGGG GATGTGGGTC TGGGAAGCCG GCCTGTCCCC AAATGCCAAC 
CCCGCTGCCA CCACCCACTA CATGCTCCGG CTGGTGGGCG TTGGGCTCAC CAGCAGCCTC 
TCTGCAAAGG AAAAGGAGCT GGCCTTTGGG AATGTGCTGG TGAACAGCAA GCAGTCCAGG 
TTCCTTGTCC TCCTGAATGA CGGCAACTGC ACCCTCTATT ACCGCCTCTA CCTGGAGCAG 
GGCAGCCCTG AGGCCGTTGA CAACCACCCC CTCGCTCTGC AGCTGGACCG AACAGAGGGG 
AGCATGCCAC CCCGGTCCCA GGACACCATC TGCCTGACTG CCTGTCCCAA GCAGCGGTCC 
CAGTACTCCT GGACCATCAC CTACTCTCTC CTTTCCCACA GAGATAACAA GGCTGGGGAG 
AAGCAGGAGC TGTGCTGCGT CTCCCTGGTG GCCGTGTACC CCTTGCTTTC CATCCTGGAT 
GTCAGCTCCA TGGGCAGTGC TGAGGGTATC ACCCGGAAGC ACCTGTGGCG CCTCTTCTCT 
CTGGACCTGC TTAACAGTTA CTTGGAGCGT GACCCCACCC CCTGTGAGCT CACCTACAAG 
GTGCCCACCC GGCACAGCAT GAGCCAGATC CCCCCCGTCC TCACCCCTTT AAGGCTTGAC 
TTCAATTTCG GGGCCGCACC ATTCAAGGCC CCACCTTCCG TGGTATTCCT GGCCCTGAAG 
AACAGCGGAG TGGTGTCCCT GGACTGGGCC TTCCTCCTTC CAAGTGACCA GCGGATTGAC 
GTGGAGCTCT GGGCAGAGCA AGCAGAGTTG AATTCCACTG AGCTCCACCA GATGCGCGTG 
CAGGACAATT GCCTCTTCTC CATCAGCCCC AAGGCTGGGA GCCTGAGTCC TGGGCAGGAG 
CAGATGGTGG AGTTAAAATA CAGCCACCTG TTCATCGGTA CTGATCACCT CCCAGTGCTC 
TTCAAGGTGT CCCATGGCCG GGAGATCCTG CTAAATTTCA TAGGTGTGAC AGTGAAGCCG 
GAGCAGAAGT ATGTGCACTT CACCTCTACT ACCCACCAGT TCATCCCCAT TCCCATTGGT 
GACACGCTAC CCCCACGGCA GATTTATGAG CTGTATAATG GTGGCTCAGT GCCCGTGACA 
TATGAGGTCC AGACCGATGT CCTGTCACAG GTTCAGGAAA AAAATTTTGA TCACCCCATC 
TTTTGCTGCC TCAACCCCAA AGGGGAGATC CAGCCAGGCA GCACTGCCCG GGTCTTGTGG 
ATCTTCTCAC CTATCGAGGC CAAGACCTAC ACGGTGGACG TGCCCATACA CATCCTGGGA 
TGGAACTCGG CCCTCATCCA CTTCCAGGGA GTGGGCTACA ACCCCCATAT GATGGGGGAC 
ACAGCCCCAT TCCACAACAT CTCCTCGTGG GACAACAGTT CCATACACTC TAGGCTGGTG 
GTGCCTGGAC AGAATGTCTT CCTGTCCCAG TCTCATATTT CCCTGGGAAA CATACCTGTG 
CAGAGCAAGT GCAGCCGCCT GCTCTTCCTC AACAACATCT CCAAGAACGA GGAAATTGCC 
TTCTCCTGGC AGCCAAGTCC TCTAGATTTT GGGGAGGTGT CTGTGAGTCC CATGATAGGG 
GTGGTGGCTC CTGAAGAGAC GGTCCCATTT GTGGTGACCT TGAGGGCCTC TGTGCATGCC 
AGCTTCTACA GTGCAGACCT GGTATGCAAG CTGTACTCGC AGCAGCTCAT GAGGCAGTAT 
CACAAGGAGC TGCAGGAGTG GAAGGACGAG AAGGTGCGGC AGGAAGTGGA GTTCACCATC 
ACCGACATGA AAGTGAAGAA GAGAACATGC TGCACAGCCT GTGAACCTGC GAGGAAGTAC 
AAGACACTGC CTCCCATCAA GAACCAGCAG TCTGTCAGCC GGCCTGCCAG CTGGAAACTG 
CAGACCCCAA AGGAGGAGGT GTCCTGGCCC TGCCCCCAGC CACCCTCGCC AGGCATGCTC 
TGCCTGGGCC TTACTGCCCG AGCCCATGCC ACCGACTACT TTCTGGCTAA CTTCTTCTCA 
GAGTTTCCCT GCCACTTTTT GCACCGCATG GTGGCTTGCC CAGGCCACTC AGAATGTCAT 
GGCTGCCACA GGGAGCTGCC AAAGAGGAAG GCCCCCAGGG AAGAGTCAGA GACTTCTGAG 
GAAAAATCCC CTAACAAGTG GGGCCCTGTT TCCAAGCAGA AGAAGCAGCT CCTGGTTGAC 
ATTCTCACCA CAATAATCAG GGGCCTGCTG GAAGACAAGA ACTTCCATGA GGCTGTGGAC 
CAAAGCCTGG TGGAGCAGGT GCCGTACTTC CGCCAATTCT GGAATGAGCA GTCAACTAAG 
TTCATGGACC AGAAAAACAG CCTGTACTTA ATGCCAATCC TGCCTGTACC CTCCAGCAGC 
TGGGAGGATG GGAAGGGCAA GCAGCCGAAG GAAGACAGAC CAGAGCACTA TCCAGGGTTG 
GGAAAGAAGG AAGAGGGGGA GGAGGAGAAG GGTGAAGAGG AAGAAGAAGA GTTGGAGGAG 
GAAGAGGAGG AAGAAGAGGA GACAGAAGAG GAGGAGTTGG GCAAGGAGGA GATAGAGGAG 
AAGGAGGAGG AGAGGGATGA GAAGGAAGAG AAAGTGAGCT GGGCGGGCAT CGGGCCCACA 
CCACAGCCTG AGTCCCAGGA GTCCATGCAA TGGCAGTGGC AACAGCAGCT GAATGTCATG 
GTGAAGGAGG AGCAAGAACA GGACGAGAAG GAGGCCATCA GAAGGCTCCC GGCCTTCGCC 
AACCTGCAGG AGGCGCTGCT GGAGAACATG ATCCAGAACA TCCTGGTGGA GGCGAGCCGC 
GGGGAGGTGG TACTCACCTC GCGGCCACGC GTCATCGCCC TGCCGCCGTT CTGCGTGCCC 
AGGAGTCTGA CCCCGGACAC GCTGCTGCCG ACGCAGCAAG CAGAGGTACT CCACCCGGTG 
GTGCCACTTC CTACCGACCT TCCGTAA

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

RefSeq	XP_011509218.1
CDS	171..5717
Translation	MMFTLTGCRLVEKTQKVENPSVSFASSFPLIPLLLRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510916.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X14, mRNA.

Target ORF information:

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

XM_011510916.1

ORF Insert Sequence:

ATGATGTTTA CCTTAACCGG TTGTAGACTG GTGGAGAAAA CCCAGAAGGT GGAGAATCCA 
TCAGTCTCAT TTGCCTCTTC TTTCCCCCTT ATTCCTCTTC TCCTAAGAGG CAAGAGTGTT 
CAGAAGAAAC AAGCAGAGAG TAAAAGCCAG ATAAAGCTCC ATACTCAGAG TGCTCCCTTT 
GGACTGTGTC CCAAGGACAT GATGCTCACC CAGGCTCCAA GCTCCGTCGT GAGGTCCAGG 
AACAGCAGGA ACCACACCGT GAACTCTGGT GGATCCTGCC TGAGTGCCAG CACAGTGGCC 
ATCCCTGCCA TCAACGACAG CAGTGCAGCC ATGAGTGCCT GCAGCACCAT CAGCGCCCAG 
CCCGCAAGCT CCATGGACAC TCAGATGCAC TCCCCAAAGA AGCAGGAGAG AGTGAACAAG 
AGGGTCATCT GGGGCATTGA GGTGGCTGAG GAGCTGCATT GGAAAGGCTG GGAGCTAGGA 
AAGGAGACCA CAAGGAATCT GGTTCTGAAA AATCGATCCT TGAAACTCCA GAAGATGAAG 
TACAGGCCCC CCAAGACCAA GTTCTTCTTC ACGGTCATCC CTCAGCCCAT CTTCCTGAGC 
CCAGGCATAA CCCTCACGCT CCCCATCGTC TTCCGGCCTC TGGAGGCGCC CCTTACAGCC 
GTCATCTACG AGGTGCAGGC CACGTGCTGG TACGGGGCGG GCAGCCGGCA GAGGAGCAGC 
ATCCAGCTGC AGGCTGTGGC CAAGTGCGCC CAGCTGCTGG TGAGCATAAA GCACAAGTGC 
CCGGAGGACC AGGATGCCGA GGGCTTCCAG AAGCTGTTGT ACTTTGGCTC TGTTGCTGTG 
GGCTGCACCT CGGAGAGGCA GATCAGGCTA CACAACCCGT CGGCGGTAAA TGCCCCCTTC 
AGGATTGAAA TTTCCCCGGA TGAACTGGCC GAAGACCAGG CCTTCTCATG CCCCACGGCC 
CATGGCATCG TGCTTCCGGG AGAGAAGAAA TGTGTGTCGG TGTTCTTCCA CCCCAAGACT 
CTGGACACCA GAACTGTGGA CTACTGCTCC ATCATGCCTT CTGGCTGTGC CTCCAAGACC 
CTGCTTAAAG TCGTTGGTTT CTGTAGAGGC CCTGCTGTGT CCCTGCAGCA CTACTGTGTC 
AACTTCAGCT GGGTCAACCT TGGGGAGCGC TCCGAGCAGC CCCTGTGGAT TGAGAACCAA 
TCGGACTGCA CGGCCCACTT CCAGTTTGCC ATCGACTGCT TGGAGAGTGT CTTTACCATC 
AGGCCTGCCT TTGGGACGCT GGTGGGCAAG GCCCGTATGA CCCTGCACTG TGCCTTCCAG 
CCCACTCACC CCATCATCTG CTTTCGGCGT GTGGCCTGTC TCATCCACCA CCAGGACCCA 
CTGTTCCTGG ACCTGATGGG GACCTGCCAC TCGGACAGCA CCAAGCCAGC CATCCTGAAG 
CCTCAGCACC TCACCTGGTA CCGCACACAC CTGGCCCGGG GCCTGACGCT CTACCCCCCT 
GACATCCTGG ATGCCATGCT GAAGGAGAAG AAGCTGGCAC AGGACCAGAA CGGGGCTCTC 
ATGATTCCCA TCCAGGATCT GGAGGACATG CCGGCCCCGC AGTACCCTTA TATCCCCCCC 
ATGACCGAGT TCTTCTTCGA CGGCACCAGC GACATAACCA TCTTCCCCCC GCCCATCAGT 
GTAGAGCCTG TCGAGGTAGA CTTCGGTGCC TGCCCAGGGC CTGAGGCCCC CAACCCTGTA 
CCCCTGTGCC TGATGAACCA CACCAAGGGC AAGATCATGG TGGTCTGGAC GCGAAGGTCT 
GACTGCCCCT TCTGGGTGAC TCCAGAGAGC TGCGACGTGC CCCCACTCAA GTCCATGGCC 
ATGCGCCTGC ACTTCCAGCC GCCTCACCCC AACTGCCTTT ACACGGTGGA GCTCGAAGCC 
TTCGCCATCT ATAAGGTCCT GCAGAGCTAC AGTAATATTG AGGAGGACTG CACCATGTGC 
CCATCCTGGT GCCTGACGGT GCGGGCACGA GGCCACAGCT ATTTCGCTGG CTTTGAGCAC 
CACATCCCCC AGTATTCCCT AGATGTCCCC AAGCTATTTC CAGCAGTGTC CTCCGGTGAG 
CCCACCTACC GCAGCCTGCT CCTGGTCAAC AAAGACTGCA AGCTGCTGAC CTTCAGCCTG 
GCCCCCCAGA GAGGCTCAGA CGTCATCCTT CGGCCCACTT CGGGCCTTGT GGCACCCGGG 
GCCCACCAGA TCATCCTCAT CTGCACCTAC CCTGAGGGCA GCTCCTGGAA GCAGCACACT 
TTCTATCTGC AGTGCAATGC TTCCCCCCAG TATCTCAAGG AGGTGAGCAT GTACAGCCGG 
GAGGAGCCAC TGCAGCTGAA GCTGGACACC CACAAAAGCC TCTACTTCAA GCCCACCTGG 
GTGGGCTGCT CCTCCACCAG CCCCTTCACC TTCCGCAACC CCTCGCGTCT GCCCCTGCAG 
TTCGAGTGGA GGGTCTCTGA GCAGCATCGA AAGCTGCTGG CTGTCCAGCC CTCCAGGGGG 
CTAATCCAGC CCAACGAGAG ACTTACGCTG ACGTGGACCT TCAGCCCTTT GGAGGAGACC 
AAGTACCTGT TCCAAGTGGG GATGTGGGTC TGGGAAGCCG GCCTGTCCCC AAATGCCAAC 
CCCGCTGCCA CCACCCACTA CATGCTCCGG CTGGTGGGCG TTGGGCTCAC CAGCAGCCTC 
TCTGCAAAGG AAAAGGAGCT GGCCTTTGGG AATGTGCTGG TGAACAGCAA GCAGTCCAGG 
TTCCTTGTCC TCCTGAATGA CGGCAACTGC ACCCTCTATT ACCGCCTCTA CCTGGAGCAG 
GGCAGCCCTG AGGCCGTTGA CAACCACCCC CTCGCTCTGC AGCTGGACCG AACAGAGGGG 
AGCATGCCAC CCCGGTCCCA GGACACCATC TGCCTGACTG CCTGTCCCAA GCAGCGGTCC 
CAGTACTCCT GGACCATCAC CTACTCTCTC CTTTCCCACA GAGATAACAA GGCTGGGGAG 
AAGCAGGAGC TGTGCTGCGT CTCCCTGGTG GCCGTGTACC CCTTGCTTTC CATCCTGGAT 
GTCAGCTCCA TGGGCAGTGC TGAGGGTATC ACCCGGAAGC ACCTGTGGCG CCTCTTCTCT 
CTGGACCTGC TTAACAGTTA CTTGGAGCGT GACCCCACCC CCTGTGAGCT CACCTACAAG 
GTGCCCACCC GGCACAGCAT GAGCCAGATC CCCCCCGTCC TCACCCCTTT AAGGCTTGAC 
TTCAATTTCG GGGCCGCACC ATTCAAGGCC CCACCTTCCG TGGTATTCCT GGCCCTGAAG 
AACAGCGGAG TGGTGTCCCT GGACTGGGCC TTCCTCCTTC CAAGTGACCA GCGGATTGAC 
GTGGAGCTCT GGGCAGAGCA AGCAGAGTTG AATTCCACTG AGCTCCACCA GATGCGCGTG 
CAGGACAATT GCCTCTTCTC CATCAGCCCC AAGGCTGGGA GCCTGAGTCC TGGGCAGGAG 
CAGATGGTGG AGTTAAAATA CAGCCACCTG TTCATCGGTA CTGATCACCT CCCAGTGCTC 
TTCAAGGTGT CCCATGGCCG GGAGATCCTG CTAAATTTCA TAGGTGTGAC AGTGAAGCCG 
GAGCAGAAGT ATGTGCACTT CACCTCTACT ACCCACCAGT TCATCCCCAT TCCCATTGGT 
GACACGCTAC CCCCACGGCA GATTTATGAG CTGTATAATG GTGGCTCAGT GCCCGTGACA 
TATGAGGTCC AGACCGATGT CCTGTCACAG GTTCAGGAAA AAAATTTTGA TCACCCCATC 
TTTTGCTGCC TCAACCCCAA AGGGGAGATC CAGCCAGGCA GCACTGCCCG GGTCTTGTGG 
ATCTTCTCAC CTATCGAGGC CAAGACCTAC ACGGTGGACG TGCCCATACA CATCCTGGGA 
TGGAACTCGG CCCTCATCCA CTTCCAGGGA GTGGGCTACA ACCCCCATAT GATGGGGGAC 
ACAGCCCCAT TCCACAACAT CTCCTCGTGG GACAACAGTT CCATACACTC TAGGCTGGTG 
GTGCCTGGAC AGAATGTCTT CCTGTCCCAG TCTCATATTT CCCTGGGAAA CATACCTGTG 
CAGAGCAAGT GCAGCCGCCT GCTCTTCCTC AACAACATCT CCAAGAACGA GGAAATTGCC 
TTCTCCTGGC AGCCAAGTCC TCTAGATTTT GGGGAGGTGT CTGTGAGTCC CATGATAGGG 
GTGGTGGCTC CTGAAGAGAC GGTCCCATTT GTGGTGACCT TGAGGGCCTC TGTGCATGCC 
AGCTTCTACA GTGCAGACCT GGTATGCAAG CTGTACTCGC AGCAGCTCAT GAGGCAGTAT 
CACAAGGAGC TGCAGGAGTG GAAGGACGAG AAGGTGCGGC AGGAAGTGGA GTTCACCATC 
ACCGACATGA AAGTGAAGAA GAGAACATGC TGCACAGCCT GTGAACCTGC GAGGAAGTAC 
AAGACACTGC CTCCCATCAA GAACCAGCAG TCTGTCAGCC GGCCTGCCAG CTGGAAACTG 
CAGACCCCAA AGGAGGAGGT GTCCTGGCCC TGCCCCCAGC CACCCTCGCC AGGCATGCTC 
TGCCTGGGCC TTACTGCCCG AGCCCATGCC ACCGACTACT TTCTGGCTAA CTTCTTCTCA 
GAGTTTCCCT GCCACTTTTT GCACCGCATG GTGGCTTGCC CAGGCCACTC AGAATGTCAT 
GGCTGCCACA GGGAGCTGCC AAAGAGGAAG GCCCCCAGGG AAGAGTCAGA GACTTCTGAG 
GAAAAATCCC CTAACAAGTG GGGCCCTGTT TCCAAGCAGA AGAAGCAGCT CCTGGTTGAC 
ATTCTCACCA CAATAATCAG GGGCCTGCTG GAAGACAAGA ACTTCCATGA GGCTGTGGAC 
CAAAGCCTGG TGGAGCAGGT GCCGTACTTC CGCCAATTCT GGAATGAGCA GTCAACTAAG 
TTCATGGACC AGAAAAACAG CCTGTACTTA ATGCCAATCC TGCCTGTACC CTCCAGCAGC 
TGGGAGGATG GGAAGGGCAA GCAGCCGAAG GAAGACAGAC CAGAGCACTA TCCAGGGTTG 
GGAAAGAAGG AAGAGGGGGA GGAGGAGAAG GGTGAAGAGG AAGAAGAAGA GTTGGAGGAG 
GAAGAGGAGG AAGAAGAGGA GACAGAAGAG GAGGAGTTGG GCAAGGAGGA GATAGAGGAG 
AAGGAGGAGG AGAGGGATGA GAAGGAAGAG AAAGTGAGCT GGGCGGGCAT CGGGCCCACA 
CCACAGCCTG AGTCCCAGGA GTCCATGCAA TGGCAGTGGC AACAGCAGCT GAATGTCATG 
GTGAAGGAGG AGCAAGAACA GGACGAGAAG GAGGCCATCA GAAGGCTCCC GGCCTTCGCC 
AACCTGCAGG AGGCGCTGCT GGAGAACATG ATCCAGAACA TCCTGGTGGA GGCGAGCCGC 
GGGGAGGTGG TACTCACCTC GCGGCCACGC GTCATCGCCC TGCCGCCGTT CTGCGTGCCC 
AGGAGTCTGA CCCCGGACAC GCTGCTGCCG ACGCAGCAAG CAGAGGTACT CCACCCGGTG 
GTGCCACTTC CTACCGACCT TCCGTAA

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

CFAP65 ( XM_011510921.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011509223.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X16, mRNA.

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CloneID	OHu78303
Clone ID Related Accession (Same CDS sequence)	XM_011510921.1
Accession Version	XM_011510921.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4182bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCACAGG ACCCACTGTT CCTGGACCTG ATGGGGACCT GCCACTCGGA CAGCACCAAG 
CCAGCCATCC TGAAGCCTCA GCACCTCACC TGGTACCGCA CACACCTGGC CCGGGGCCTG 
ACGCTCTACC CCCCTGACAT CCTGGATGCC ATGCTGAAGG AGAAGAAGCT GGCACAGGAC 
CAGAACGGGG CTCTCATGAT TCCCATCCAG GATCTGGAGG ACATGCCGGC CCCGCAGTAC 
CCTTATATCC CCCCCATGAC CGAGTTCTTC TTCGACGGCA CCAGCGACAT AACCATCTTC 
CCCCCGCCCA TCAGTGTAGA GCCTGTCGAG GTAGACTTCG GTGCCTGCCC AGGGCCTGAG 
GCCCCCAACC CTGTACCCCT GTGCCTGATG AACCACACCA AGGGCAAGAT CATGGTGGTC 
TGGACGCGAA GGTCTGACTG CCCCTTCTGG GTGACTCCAG AGAGCTGCGA CGTGCCCCCA 
CTCAAGTCCA TGGCCATGCG CCTGCACTTC CAGCCGCCTC ACCCCAACTG CCTTTACACG 
GTGGAGCTCG AAGCCTTCGC CATCTATAAG GTCCTGCAGA GCTACAGTAA TATTGAGGAG 
GACTGCACCA TGTGCCCATC CTGGTGCCTG ACGGTGCGGG CACGAGGCCA CAGCTATTTC 
GCTGGCTTTG AGCACCACAT CCCCCAGTAT TCCCTAGATG TCCCCAAGCT ATTTCCAGCA 
GTGTCCTCCG GTGAGCCCAC CTACCGCAGC CTGCTCCTGG TCAACAAAGA CTGCAAGCTG 
CTGACCTTCA GCCTGGCCCC CCAGAGAGGC TCAGACGTCA TCCTTCGGCC CACTTCGGGC 
CTTGTGGCAC CCGGGGCCCA CCAGATCATC CTCATCTGCA CCTACCCTGA GGGCAGCTCC 
TGGAAGCAGC ACACTTTCTA TCTGCAGTGC AATGCTTCCC CCCAGTATCT CAAGGAGGTG 
AGCATGTACA GCCGGGAGGA GCCACTGCAG CTGAAGCTGG ACACCCACAA AAGCCTCTAC 
TTCAAGCCCA CCTGGGTGGG CTGCTCCTCC ACCAGCCCCT TCACCTTCCG CAACCCCTCG 
CGTCTGCCCC TGCAGTTCGA GTGGAGGGTC TCTGAGCAGC ATCGAAAGCT GCTGGCTGTC 
CAGCCCTCCA GGGGGCTAAT CCAGCCCAAC GAGAGACTTA CGCTGACGTG GACCTTCAGC 
CCTTTGGAGG AGACCAAGTA CCTGTTCCAA GTGGGGATGT GGGTCTGGGA AGCCGGCCTG 
TCCCCAAATG CCAACCCCGC TGCCACCACC CACTACATGC TCCGGCTGGT GGGCGTTGGG 
CTCACCAGCA GCCTCTCTGC AAAGGAAAAG GAGCTGGCCT TTGGGAATGT GCTGGTGAAC 
AGCAAGCAGT CCAGGTTCCT TGTCCTCCTG AATGACGGCA ACTGCACCCT CTATTACCGC 
CTCTACCTGG AGCAGGGCAG CCCTGAGGCC GTTGACAACC ACCCCCTCGC TCTGCAGCTG 
GACCGAACAG AGGGGAGCAT GCCACCCCGG TCCCAGGACA CCATCTGCCT GACTGCCTGT 
CCCAAGCAGC GGTCCCAGTA CTCCTGGACC ATCACCTACT CTCTCCTTTC CCACAGAGAT 
AACAAGGCTG GGGAGAAGCA GGAGCTGTGC TGCGTCTCCC TGGTGGCCGT GTACCCCTTG 
CTTTCCATCC TGGATGTCAG CTCCATGGGC AGTGCTGAGG GTATCACCCG GAAGCACCTG 
TGGCGCCTCT TCTCTCTGGA CCTGCTTAAC AGTTACTTGG AGCGTGACCC CACCCCCTGT 
GAGCTCACCT ACAAGGTGCC CACCCGGCAC AGCATGAGCC AGATCCCCCC CGTCCTCACC 
CCTTTAAGGC TTGACTTCAA TTTCGGGGCC GCACCATTCA AGGCCCCACC TTCCGTGGTA 
TTCCTGGCCC TGAAGAACAG CGGAGTGGTG TCCCTGGACT GGGCCTTCCT CCTTCCAAGT 
GACCAGCGGA TTGACGTGGA GCTCTGGGCA GAGCAAGCAG AGTTGAATTC CACTGAGCTC 
CACCAGATGC GCGTGCAGGA CAATTGCCTC TTCTCCATCA GCCCCAAGGC TGGGAGCCTG 
AGTCCTGGGC AGGAGCAGAT GGTGGAGTTA AAATACAGCC ACCTGTTCAT CGGTACTGAT 
CACCTCCCAG TGCTCTTCAA GGTGTCCCAT GGCCGGGAGA TCCTGCTAAA TTTCATAGGT 
GTGACAGTGA AGCCGGAGCA GAAGTATGTG CACTTCACCT CTACTACCCA CCAGTTCATC 
CCCATTCCCA TTGGTGACAC GCTACCCCCA CGGCAGATTT ATGAGCTGTA TAATGGTGGC 
TCAGTGCCCG TGACATATGA GGTCCAGACC GATGTCCTGT CACAGGTTCA GGAAAAAAAT 
TTTGATCACC CCATCTTTTG CTGCCTCAAC CCCAAAGGGG AGATCCAGCC AGGCAGCACT 
GCCCGGGTCT TGTGGATCTT CTCACCTATC GAGGCCAAGA CCTACACGGT GGACGTGCCC 
ATACACATCC TGGGATGGAA CTCGGCCCTC ATCCACTTCC AGGGAGTGGG CTACAACCCC 
CATATGATGG GGGACACAGC CCCATTCCAC AACATCTCCT CGTGGGACAA CAGTTCCATA 
CACTCTAGGC TGGTGGTGCC TGGACAGAAT GTCTTCCTGT CCCAGTCTCA TATTTCCCTG 
GGAAACATAC CTGTGCAGAG CAAGTGCAGC CGCCTGCTCT TCCTCAACAA CATCTCCAAG 
AACGAGGAAA TTGCCTTCTC CTGGCAGCCA AGTCCTCTAG ATTTTGGGGA GGTGTCTGTG 
AGTCCCATGA TAGGGGTGGT GGCTCCTGAA GAGACGGTCC CATTTGTGGT GACCTTGAGG 
GCCTCTGTGC ATGCCAGCTT CTACAGTGCA GACCTGGTAT GCAAGCTGTA CTCGCAGCAG 
CTCATGAGGC AGTATCACAA GGAGCTGCAG GAGTGGAAGG ACGAGAAGGT GCGGCAGGAA 
GTGGAGTTCA CCATCACCGA CATGAAAGTG AAGAAGAGAA CATGCTGCAC AGCCTGTGAA 
CCTGCGAGGA AGTACAAGAC ACTGCCTCCC ATCAAGAACC AGCAGTCTGT CAGCCGGCCT 
GCCAGCTGGA AACTGCAGAC CCCAAAGGAG GAGGTGTCCT GGCCCTGCCC CCAGCCACCC 
TCGCCAGGCA TGCTCTGCCT GGGCCTTACT GCCCGAGCCC ATGCCACCGA CTACTTTCTG 
GCTAACTTCT TCTCAGAGTT TCCCTGCCAC TTTTTGCACC GCATGGTGGC TTGCCCAGGC 
CACTCAGAAT GTCATGGCTG CCACAGGGAG CTGCCAAAGA GGAAGGCCCC CAGGGAAGAG 
TCAGAGACTT CTGAGGAAAA ATCCCCTAAC AAGTGGGGCC CTGTTTCCAA GCAGAAGAAG 
CAGCTCCTGG TTGACATTCT CACCACAATA ATCAGGGGCC TGCTGGAAGA CAAGAACTTC 
CATGAGGCTG TGGACCAAAG CCTGGTGGAG CAGGTGCCGT ACTTCCGCCA ATTCTGGAAT 
GAGCAGTCAA CTAAGTTCAT GGACCAGAAA AACAGCCTGT ACTTAATGCC AATCCTGCCT 
GTACCCTCCA GCAGCTGGGA GGATGGGAAG GGCAAGCAGC CGAAGGAAGA CAGACCAGAG 
CACTATCCAG GGTTGGGAAA GAAGGAAGAG GGGGAGGAGG AGAAGGGTGA AGAGGAAGAA 
GAAGAGTTGG AGGAGGAAGA GGAGGAAGAA GAGGAGACAG AAGAGGAGGA GTTGGGCAAG 
GAGGAGATAG AGGAGAAGGA GGAGGAGAGG GATGAGAAGG AAGAGAAAGT GAGCTGGGCG 
GGCATCGGGC CCACACCACA GCCTGAGTCC CAGGAGTCCA TGCAATGGCA GTGGCAACAG 
CAGCTGAATG TCATGGTGAA GGAGGAGCAA GAACAGGACG AGAAGGAGGC CATCAGAAGG 
CTCCCGGCCT TCGCCAACCT GCAGGAGGCG CTGCTGGAGA ACATGATCCA GAACATCCTG 
GTGGAGGCGA GCCGCGGGGA GGTGGTACTC ACCTCGCGGC CACGCGTCAT CGCCCTGCCG 
CCGTTCTGCG TGCCCAGGAG TCTGACCCCG GACACGCTGC TGCCGACGCA GCAAGCAGAG 
GTACTCCACC CGGTGGTGCC ACTTCCTACC GACCTTCCGT AA

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

RefSeq	XP_011509223.1
CDS	271..4452
Translation	MSQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_011510921.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X16, mRNA.

Target ORF information:

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

XM_011510921.1

ORF Insert Sequence:

ATGTCACAGG ACCCACTGTT CCTGGACCTG ATGGGGACCT GCCACTCGGA CAGCACCAAG 
CCAGCCATCC TGAAGCCTCA GCACCTCACC TGGTACCGCA CACACCTGGC CCGGGGCCTG 
ACGCTCTACC CCCCTGACAT CCTGGATGCC ATGCTGAAGG AGAAGAAGCT GGCACAGGAC 
CAGAACGGGG CTCTCATGAT TCCCATCCAG GATCTGGAGG ACATGCCGGC CCCGCAGTAC 
CCTTATATCC CCCCCATGAC CGAGTTCTTC TTCGACGGCA CCAGCGACAT AACCATCTTC 
CCCCCGCCCA TCAGTGTAGA GCCTGTCGAG GTAGACTTCG GTGCCTGCCC AGGGCCTGAG 
GCCCCCAACC CTGTACCCCT GTGCCTGATG AACCACACCA AGGGCAAGAT CATGGTGGTC 
TGGACGCGAA GGTCTGACTG CCCCTTCTGG GTGACTCCAG AGAGCTGCGA CGTGCCCCCA 
CTCAAGTCCA TGGCCATGCG CCTGCACTTC CAGCCGCCTC ACCCCAACTG CCTTTACACG 
GTGGAGCTCG AAGCCTTCGC CATCTATAAG GTCCTGCAGA GCTACAGTAA TATTGAGGAG 
GACTGCACCA TGTGCCCATC CTGGTGCCTG ACGGTGCGGG CACGAGGCCA CAGCTATTTC 
GCTGGCTTTG AGCACCACAT CCCCCAGTAT TCCCTAGATG TCCCCAAGCT ATTTCCAGCA 
GTGTCCTCCG GTGAGCCCAC CTACCGCAGC CTGCTCCTGG TCAACAAAGA CTGCAAGCTG 
CTGACCTTCA GCCTGGCCCC CCAGAGAGGC TCAGACGTCA TCCTTCGGCC CACTTCGGGC 
CTTGTGGCAC CCGGGGCCCA CCAGATCATC CTCATCTGCA CCTACCCTGA GGGCAGCTCC 
TGGAAGCAGC ACACTTTCTA TCTGCAGTGC AATGCTTCCC CCCAGTATCT CAAGGAGGTG 
AGCATGTACA GCCGGGAGGA GCCACTGCAG CTGAAGCTGG ACACCCACAA AAGCCTCTAC 
TTCAAGCCCA CCTGGGTGGG CTGCTCCTCC ACCAGCCCCT TCACCTTCCG CAACCCCTCG 
CGTCTGCCCC TGCAGTTCGA GTGGAGGGTC TCTGAGCAGC ATCGAAAGCT GCTGGCTGTC 
CAGCCCTCCA GGGGGCTAAT CCAGCCCAAC GAGAGACTTA CGCTGACGTG GACCTTCAGC 
CCTTTGGAGG AGACCAAGTA CCTGTTCCAA GTGGGGATGT GGGTCTGGGA AGCCGGCCTG 
TCCCCAAATG CCAACCCCGC TGCCACCACC CACTACATGC TCCGGCTGGT GGGCGTTGGG 
CTCACCAGCA GCCTCTCTGC AAAGGAAAAG GAGCTGGCCT TTGGGAATGT GCTGGTGAAC 
AGCAAGCAGT CCAGGTTCCT TGTCCTCCTG AATGACGGCA ACTGCACCCT CTATTACCGC 
CTCTACCTGG AGCAGGGCAG CCCTGAGGCC GTTGACAACC ACCCCCTCGC TCTGCAGCTG 
GACCGAACAG AGGGGAGCAT GCCACCCCGG TCCCAGGACA CCATCTGCCT GACTGCCTGT 
CCCAAGCAGC GGTCCCAGTA CTCCTGGACC ATCACCTACT CTCTCCTTTC CCACAGAGAT 
AACAAGGCTG GGGAGAAGCA GGAGCTGTGC TGCGTCTCCC TGGTGGCCGT GTACCCCTTG 
CTTTCCATCC TGGATGTCAG CTCCATGGGC AGTGCTGAGG GTATCACCCG GAAGCACCTG 
TGGCGCCTCT TCTCTCTGGA CCTGCTTAAC AGTTACTTGG AGCGTGACCC CACCCCCTGT 
GAGCTCACCT ACAAGGTGCC CACCCGGCAC AGCATGAGCC AGATCCCCCC CGTCCTCACC 
CCTTTAAGGC TTGACTTCAA TTTCGGGGCC GCACCATTCA AGGCCCCACC TTCCGTGGTA 
TTCCTGGCCC TGAAGAACAG CGGAGTGGTG TCCCTGGACT GGGCCTTCCT CCTTCCAAGT 
GACCAGCGGA TTGACGTGGA GCTCTGGGCA GAGCAAGCAG AGTTGAATTC CACTGAGCTC 
CACCAGATGC GCGTGCAGGA CAATTGCCTC TTCTCCATCA GCCCCAAGGC TGGGAGCCTG 
AGTCCTGGGC AGGAGCAGAT GGTGGAGTTA AAATACAGCC ACCTGTTCAT CGGTACTGAT 
CACCTCCCAG TGCTCTTCAA GGTGTCCCAT GGCCGGGAGA TCCTGCTAAA TTTCATAGGT 
GTGACAGTGA AGCCGGAGCA GAAGTATGTG CACTTCACCT CTACTACCCA CCAGTTCATC 
CCCATTCCCA TTGGTGACAC GCTACCCCCA CGGCAGATTT ATGAGCTGTA TAATGGTGGC 
TCAGTGCCCG TGACATATGA GGTCCAGACC GATGTCCTGT CACAGGTTCA GGAAAAAAAT 
TTTGATCACC CCATCTTTTG CTGCCTCAAC CCCAAAGGGG AGATCCAGCC AGGCAGCACT 
GCCCGGGTCT TGTGGATCTT CTCACCTATC GAGGCCAAGA CCTACACGGT GGACGTGCCC 
ATACACATCC TGGGATGGAA CTCGGCCCTC ATCCACTTCC AGGGAGTGGG CTACAACCCC 
CATATGATGG GGGACACAGC CCCATTCCAC AACATCTCCT CGTGGGACAA CAGTTCCATA 
CACTCTAGGC TGGTGGTGCC TGGACAGAAT GTCTTCCTGT CCCAGTCTCA TATTTCCCTG 
GGAAACATAC CTGTGCAGAG CAAGTGCAGC CGCCTGCTCT TCCTCAACAA CATCTCCAAG 
AACGAGGAAA TTGCCTTCTC CTGGCAGCCA AGTCCTCTAG ATTTTGGGGA GGTGTCTGTG 
AGTCCCATGA TAGGGGTGGT GGCTCCTGAA GAGACGGTCC CATTTGTGGT GACCTTGAGG 
GCCTCTGTGC ATGCCAGCTT CTACAGTGCA GACCTGGTAT GCAAGCTGTA CTCGCAGCAG 
CTCATGAGGC AGTATCACAA GGAGCTGCAG GAGTGGAAGG ACGAGAAGGT GCGGCAGGAA 
GTGGAGTTCA CCATCACCGA CATGAAAGTG AAGAAGAGAA CATGCTGCAC AGCCTGTGAA 
CCTGCGAGGA AGTACAAGAC ACTGCCTCCC ATCAAGAACC AGCAGTCTGT CAGCCGGCCT 
GCCAGCTGGA AACTGCAGAC CCCAAAGGAG GAGGTGTCCT GGCCCTGCCC CCAGCCACCC 
TCGCCAGGCA TGCTCTGCCT GGGCCTTACT GCCCGAGCCC ATGCCACCGA CTACTTTCTG 
GCTAACTTCT TCTCAGAGTT TCCCTGCCAC TTTTTGCACC GCATGGTGGC TTGCCCAGGC 
CACTCAGAAT GTCATGGCTG CCACAGGGAG CTGCCAAAGA GGAAGGCCCC CAGGGAAGAG 
TCAGAGACTT CTGAGGAAAA ATCCCCTAAC AAGTGGGGCC CTGTTTCCAA GCAGAAGAAG 
CAGCTCCTGG TTGACATTCT CACCACAATA ATCAGGGGCC TGCTGGAAGA CAAGAACTTC 
CATGAGGCTG TGGACCAAAG CCTGGTGGAG CAGGTGCCGT ACTTCCGCCA ATTCTGGAAT 
GAGCAGTCAA CTAAGTTCAT GGACCAGAAA AACAGCCTGT ACTTAATGCC AATCCTGCCT 
GTACCCTCCA GCAGCTGGGA GGATGGGAAG GGCAAGCAGC CGAAGGAAGA CAGACCAGAG 
CACTATCCAG GGTTGGGAAA GAAGGAAGAG GGGGAGGAGG AGAAGGGTGA AGAGGAAGAA 
GAAGAGTTGG AGGAGGAAGA GGAGGAAGAA GAGGAGACAG AAGAGGAGGA GTTGGGCAAG 
GAGGAGATAG AGGAGAAGGA GGAGGAGAGG GATGAGAAGG AAGAGAAAGT GAGCTGGGCG 
GGCATCGGGC CCACACCACA GCCTGAGTCC CAGGAGTCCA TGCAATGGCA GTGGCAACAG 
CAGCTGAATG TCATGGTGAA GGAGGAGCAA GAACAGGACG AGAAGGAGGC CATCAGAAGG 
CTCCCGGCCT TCGCCAACCT GCAGGAGGCG CTGCTGGAGA ACATGATCCA GAACATCCTG 
GTGGAGGCGA GCCGCGGGGA GGTGGTACTC ACCTCGCGGC CACGCGTCAT CGCCCTGCCG 
CCGTTCTGCG TGCCCAGGAG TCTGACCCCG GACACGCTGC TGCCGACGCA GCAAGCAGAG 
GTACTCCACC CGGTGGTGCC ACTTCCTACC GACCTTCCGT AA

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

CFAP65 ( XM_017003753.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859242.1 Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X6, mRNA.

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CloneID	OHu89244
Clone ID Related Accession (Same CDS sequence)	XM_017003753.1
Accession Version	XM_017003753.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5790bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	cilia- and flagella-associated protein 65 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGACGG CAATATGGAG GCGATCTTAC ATTTCTTTGA TTTCATCTGA ACGTCCAGTT 
CACAATTGGA GAGGCAAGAG TGTTCAGAAG AAACAAGCAG AGAGTAAAAG CCAGATAAAG 
CTCCATACTC AGAGTGCTCC CTTTGGACTG TGTCCCAAGG ACATGATGCT CACCCAGGCT 
CCAAGCTCCG TCGTGAGGTC CAGGAACAGC AGGAACCACA CCGTGAACTC TGGTGGATCC 
TGCCTGAGTG CCAGCACAGT GGCCATCCCT GCCATCAACG ACAGCAGTGC AGCCATGAGT 
GCCTGCAGCA CCATCAGCGC CCAGCCCGCA AGCTCCATGG ACACTCAGAT GCACTCCCCA 
AAGAAGCAGG AGAGAGTGAA CAAGAGGGTC ATCTGGGGCA TTGAGGTGGC TGAGGAGCTG 
CATTGGAAAG GCTGGGAGCT AGGAAAGGAG ACCACAAGGA ATCTGGTTCT GAAAAATCGA 
TCCTTGAAAC TCCAGAAGAT GAAGTACAGG CCCCCCAAGA CCAAGTTCTT CTTCACGGTC 
ATCCCTCAGC CCATCTTCCT GAGCCCAGGC ATAACCCTCA CGCTCCCCAT CGTCTTCCGG 
CCTCTGGAGG CGAAGGAGTA CATGGACCAG CTGTGGTTTG AGAAAGCGGA GGGGATGTTC 
TGTGTCGGCC TACGGGCCAC CCTGCCCTGC CACAGGCTGA TCTGCCGCCC ACCATCCCTG 
CAGCTGCCCA TGTGTGCTGT GGGAGATACG ACTGAGGCCT TTTTCTGCCT GGATAATGTG 
GGGGACCTGC CCACCTTCTT CACCTGGGAG TTCTCCAGCC CATTCCAGAT GCTGCCCGCC 
ACGGGGCTCC TGGAGCCAGG CCAGGCCTCT CAGATCAAGG TGACCTTTCA GCCCCTTACA 
GCCGTCATCT ACGAGGTGCA GGCCACGTGC TGGTACGGGG CGGGCAGCCG GCAGAGGAGC 
AGCATCCAGC TGCAGGCTGT GGCCAAGTGC GCCCAGCTGC TGGTGAGCAT AAAGCACAAG 
TGCCCGGAGG ACCAGGATGC CGAGGGCTTC CAGAAGCTGT TGTACTTTGG CTCTGTTGCT 
GTGGGCTGCA CCTCGGAGAG GCAGATCAGG CTACACAACC CGTCGGCGGT AAATGCCCCC 
TTCAGGATTG AAATTTCCCC GGATGAACTG GCCGAAGACC AGGCCTTCTC ATGCCCCACG 
GCCCATGGCA TCGTGCTTCC GGGAGAGAAG AAATGTGTGT CGGTGTTCTT CCACCCCAAG 
ACTCTGGACA CCAGAACTGT GGACTACTGC TCCATCATGC CTTCTGGCTG TGCCTCCAAG 
ACCCTGCTTA AAGTCGTTGG TTTCTGTAGA GGCCCTGCTG TGTCCCTGCA GCACTACTGT 
GTCAACTTCA GCTGGGTCAA CCTTGGGGAG CGCTCCGAGC AGCCCCTGTG GATTGAGAAC 
CAATCGGACT GCACGGCCCA CTTCCAGTTT GCCATCGACT GCTTGGAGAG TGTCTTTACC 
ATCAGGCCTG CCTTTGGGAC GCTGGTGGGC AAGGCCCGTA TGACCCTGCA CTGTGCCTTC 
CAGCCCACTC ACCCCATCAT CTGCTTTCGG CGTGTGGCCT GTCTCATCCA CCACCAGGAC 
CCACTGTTCC TGGACCTGAT GGGGACCTGC CACTCGGACA GCACCAAGCC AGCCATCCTG 
AAGCCTCAGC ACCTCACCTG GTACCGCACA CACCTGGCCC GGGGCCTGAC GCTCTACCCC 
CCTGACATCC TGGATGCCAT GCTGAAGGAG AAGAAGCTGG CACAGGACCA GAACGGGGCT 
CTCATGATTC CCATCCAGGA TCTGGAGGAC ATGCCGGCCC CGCAGTACCC TTATATCCCC 
CCCATGACCG AGTTCTTCTT CGACGGCACC AGCGACATAA CCATCTTCCC CCCGCCCATC 
AGTGTAGAGC CTGTCGAGGT AGACTTCGGT GCCTGCCCAG GGCCTGAGGC CCCCAACCCT 
GTACCCCTGT GCCTGATGAA CCACACCAAG GGCAAGATCA TGGTGGTCTG GACGCGAAGG 
TCTGACTGCC CCTTCTGGGT GACTCCAGAG AGCTGCGACG TGCCCCCACT CAAGTCCATG 
GCCATGCGCC TGCACTTCCA GCCGCCTCAC CCCAACTGCC TTTACACGGT GGAGCTCGAA 
GCCTTCGCCA TCTATAAGGT CCTGCAGAGC TACAGTAATA TTGAGGAGGA CTGCACCATG 
TGCCCATCCT GGTGCCTGAC GGTGCGGGCA CGAGGCCACA GCTATTTCGC TGGCTTTGAG 
CACCACATCC CCCAGTATTC CCTAGATGTC CCCAAGCTAT TTCCAGCAGT GTCCTCCGGT 
GAGCCCACCT ACCGCAGCCT GCTCCTGGTC AACAAAGACT GCAAGCTGCT GACCTTCAGC 
CTGGCCCCCC AGAGAGGCTC AGACGTCATC CTTCGGCCCA CTTCGGGCCT TGTGGCACCC 
GGGGCCCACC AGATCATCCT CATCTGCACC TACCCTGAGG GCAGCTCCTG GAAGCAGCAC 
ACTTTCTATC TGCAGTGCAA TGCTTCCCCC CAGTATCTCA AGGAGGTGAG CATGTACAGC 
CGGGAGGAGC CACTGCAGCT GAAGCTGGAC ACCCACAAAA GCCTCTACTT CAAGCCCACC 
TGGGTGGGCT GCTCCTCCAC CAGCCCCTTC ACCTTCCGCA ACCCCTCGCG TCTGCCCCTG 
CAGTTCGAGT GGAGGGTCTC TGAGCAGCAT CGAAAGCTGC TGGCTGTCCA GCCCTCCAGG 
GGGCTAATCC AGCCCAACGA GAGACTTACG CTGACGTGGA CCTTCAGCCC TTTGGAGGAG 
ACCAAGTACC TGTTCCAAGT GGGGATGTGG GTCTGGGAAG CCGGCCTGTC CCCAAATGCC 
AACCCCGCTG CCACCACCCA CTACATGCTC CGGCTGGTGG GCGTTGGGCT CACCAGCAGC 
CTCTCTGCAA AGGAAAAGGA GCTGGCCTTT GGGAATGTGC TGGTGAACAG CAAGCAGTCC 
AGGTTCCTTG TCCTCCTGAA TGACGGCAAC TGCACCCTCT ATTACCGCCT CTACCTGGAG 
CAGGGCAGCC CTGAGGCCGT TGACAACCAC CCCCTCGCTC TGCAGCTGGA CCGAACAGAG 
GGGAGCATGC CACCCCGGTC CCAGGACACC ATCTGCCTGA CTGCCTGTCC CAAGCAGCGG 
TCCCAGTACT CCTGGACCAT CACCTACTCT CTCCTTTCCC ACAGAGATAA CAAGGCTGGG 
GAGAAGCAGG AGCTGTGCTG CGTCTCCCTG GTGGCCGTGT ACCCCTTGCT TTCCATCCTG 
GATGTCAGCT CCATGGGCAG TGCTGAGGGT ATCACCCGGA AGCACCTGTG GCGCCTCTTC 
TCTCTGGACC TGCTTAACAG TTACTTGGAG CGTGACCCCA CCCCCTGTGA GCTCACCTAC 
AAGGTGCCCA CCCGGCACAG CATGAGCCAG ATCCCCCCCG TCCTCACCCC TTTAAGGCTT 
GACTTCAATT TCGGGGCCGC ACCATTCAAG GCCCCACCTT CCGTGGTATT CCTGGCCCTG 
AAGAACAGCG GAGTGGTGTC CCTGGACTGG GCCTTCCTCC TTCCAAGTGA CCAGCGGATT 
GACGTGGAGC TCTGGGCAGA GCAAGCAGAG TTGAATTCCA CTGAGCTCCA CCAGATGCGC 
GTGCAGGACA ATTGCCTCTT CTCCATCAGC CCCAAGGCTG GGAGCCTGAG TCCTGGGCAG 
GAGCAGATGG TGGAGTTAAA ATACAGCCAC CTGTTCATCG GTACTGATCA CCTCCCAGTG 
CTCTTCAAGG TGTCCCATGG CCGGGAGATC CTGCTAAATT TCATAGGTGT GACAGTGAAG 
CCGGAGCAGA AGTATGTGCA CTTCACCTCT ACTACCCACC AGTTCATCCC CATTCCCATT 
GGTGACACGC TACCCCCACG GCAGATTTAT GAGCTGTATA ATGGTGGCTC AGTGCCCGTG 
ACATATGAGG TCCAGACCGA TGTCCTGTCA CAGGTTCAGG AAAAAAATTT TGATCACCCC 
ATCTTTTGCT GCCTCAACCC CAAAGGGGAG ATCCAGCCAG GCAGCACTGC CCGGGTCTTG 
TGGATCTTCT CACCTATCGA GGCCAAGACC TACACGGTGG ACGTGCCCAT ACACATCCTG 
GGATGGAACT CGGCCCTCAT CCACTTCCAG GGAGTGGGCT ACAACCCCCA TATGATGGGG 
GACACAGCCC CATTCCACAA CATCTCCTCG TGGGACAACA GTTCCATACA CTCTAGGCTG 
GTGGTGCCTG GACAGAATGT CTTCCTGTCC CAGTCTCATA TTTCCCTGGG AAACATACCT 
GTGCAGAGCA AGTGCAGCCG CCTGCTCTTC CTCAACAACA TCTCCAAGAA CGAGGAAATT 
GCCTTCTCCT GGCAGCCAAG TCCTCTAGAT TTTGGGGAGG TGTCTGTGAG TCCCATGATA 
GGGGTGGTGG CTCCTGAAGA GACGGTCCCA TTTGTGGTGA CCTTGAGGGC CTCTGTGCAT 
GCCAGCTTCT ACAGTGCAGA CCTGGTATGC AAGCTGTACT CGCAGCAGCT CATGAGGCAG 
TATCACAAGG AGCTGCAGGA GTGGAAGGAC GAGAAGGTGC GGCAGGAAGT GGAGTTCACC 
ATCACCGACA TGAAAGTGAA GAAGAGAACA TGCTGCACAG CCTGTGAACC TGCGAGGAAG 
TACAAGACAC TGCCTCCCAT CAAGAACCAG CAGTCTGTCA GCCGGCCTGC CAGCTGGAAA 
CTGCAGACCC CAAAGGAGGA GGTGTCCTGG CCCTGCCCCC AGCCACCCTC GCCAGGCATG 
CTCTGCCTGG GCCTTACTGC CCGAGCCCAT GCCACCGACT ACTTTCTGGC TAACTTCTTC 
TCAGAGTTTC CCTGCCACTT TTTGCACCGC ATGGTGGCTT GCCCAGGCCA CTCAGAATGT 
CATGGCTGCC ACAGGGAGCT GCCAAAGAGG AAGGCCCCCA GGGAAGAGTC AGAGACTTCT 
GAGGAAAAAT CCCCTAACAA GTGGGGCCCT GTTTCCAAGC AGAAGAAGCA GCTCCTGGTT 
GACATTCTCA CCACAATAAT CAGGGGCCTG CTGGAAGACA AGAACTTCCA TGAGGCTGTG 
GACCAAAGCC TGGTGGAGCA GGTGCCGTAC TTCCGCCAAT TCTGGAATGA GCAGTCAACT 
AAGTTCATGG ACCAGAAAAA CAGCCTGTAC TTAATGCCAA TCCTGCCTGT ACCCTCCAGC 
AGCTGGGAGG ATGGGAAGGG CAAGCAGCCG AAGGAAGACA GACCAGAGCA CTATCCAGGG 
TTGGGAAAGA AGGAAGAGGG GGAGGAGGAG AAGGGTGAAG AGGAAGAAGA AGAGTTGGAG 
GAGGAAGAGG AGGAAGAAGA GGAGACAGAA GAGGAGGAGT TGGGCAAGGA GGAGATAGAG 
GAGAAGGAGG AGGAGAGGGA TGAGAAGGAA GAGAAAGTGA GCTGGGCGGG CATCGGGCCC 
ACACCACAGC CTGAGTCCCA GGAGTCCATG CAATGGCAGT GGCAACAGCA GCTGAATGTC 
ATGGTGAAGG AGGAGCAAGA ACAGGACGAG AAGGAGGCCA TCAGAAGGCT CCCGGCCTTC 
GCCAACCTGC AGGAGGCGCT GCTGGAGAAC ATGATCCAGA ACATCCTGGT GGAGGCGAGC 
CGCGGGGAGG TGGTACTCAC CTCGCGGCCA CGCGTCATCG CCCTGCCGCC GTTCTGCGTG 
CCCAGGAGTC TGACCCCGGA CACGCTGCTG CCGACGCAGC AAGCAGAGGT ACTCCACCCG 
GTGGTGCCAC TTCCTACCGA CCTTCCGTAA

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

RefSeq	XP_016859242.1
CDS	1631..7420
Translation	METAIWRRSYISLISSERPVHNWRGKSVQKKQAESKSQIKLHTQSAPFGLCPKDMMLTQAPSSVVRSRNSRNHTVNSGGSCLSASTVAIPAINDSSAAMSACSTISAQPASSMDTQMHSPKKQERVNKRVIWGIEVAEELHWKGWELGKETTRNLVLKNRSLKLQKMKYRPPKTKFFFTVIPQPIFLSPGITLTLPIVFRPLEAKEYMDQLWFEKAEGMFCVGLRATLPCHRLICRPPSLQLPMCAVGDTTEAFFCLDNVGDLPTFFTWEFSSPFQMLPATGLLEPGQASQIKVTFQPLTAVIYEVQATCWYGAGSRQRSSIQLQAVAKCAQLLVSIKHKCPEDQDAEGFQKLLYFGSVAVGCTSERQIRLHNPSAVNAPFRIEISPDELAEDQAFSCPTAHGIVLPGEKKCVSVFFHPKTLDTRTVDYCSIMPSGCASKTLLKVVGFCRGPAVSLQHYCVNFSWVNLGERSEQPLWIENQSDCTAHFQFAIDCLESVFTIRPAFGTLVGKARMTLHCAFQPTHPIICFRRVACLIHHQDPLFLDLMGTCHSDSTKPAILKPQHLTWYRTHLARGLTLYPPDILDAMLKEKKLAQDQNGALMIPIQDLEDMPAPQYPYIPPMTEFFFDGTSDITIFPPPISVEPVEVDFGACPGPEAPNPVPLCLMNHTKGKIMVVWTRRSDCPFWVTPESCDVPPLKSMAMRLHFQPPHPNCLYTVELEAFAIYKVLQSYSNIEEDCTMCPSWCLTVRARGHSYFAGFEHHIPQYSLDVPKLFPAVSSGEPTYRSLLLVNKDCKLLTFSLAPQRGSDVILRPTSGLVAPGAHQIILICTYPEGSSWKQHTFYLQCNASPQYLKEVSMYSREEPLQLKLDTHKSLYFKPTWVGCSSTSPFTFRNPSRLPLQFEWRVSEQHRKLLAVQPSRGLIQPNERLTLTWTFSPLEETKYLFQVGMWVWEAGLSPNANPAATTHYMLRLVGVGLTSSLSAKEKELAFGNVLVNSKQSRFLVLLNDGNCTLYYRLYLEQGSPEAVDNHPLALQLDRTEGSMPPRSQDTICLTACPKQRSQYSWTITYSLLSHRDNKAGEKQELCCVSLVAVYPLLSILDVSSMGSAEGITRKHLWRLFSLDLLNSYLERDPTPCELTYKVPTRHSMSQIPPVLTPLRLDFNFGAAPFKAPPSVVFLALKNSGVVSLDWAFLLPSDQRIDVELWAEQAELNSTELHQMRVQDNCLFSISPKAGSLSPGQEQMVELKYSHLFIGTDHLPVLFKVSHGREILLNFIGVTVKPEQKYVHFTSTTHQFIPIPIGDTLPPRQIYELYNGGSVPVTYEVQTDVLSQVQEKNFDHPIFCCLNPKGEIQPGSTARVLWIFSPIEAKTYTVDVPIHILGWNSALIHFQGVGYNPHMMGDTAPFHNISSWDNSSIHSRLVVPGQNVFLSQSHISLGNIPVQSKCSRLLFLNNISKNEEIAFSWQPSPLDFGEVSVSPMIGVVAPEETVPFVVTLRASVHASFYSADLVCKLYSQQLMRQYHKELQEWKDEKVRQEVEFTITDMKVKKRTCCTACEPARKYKTLPPIKNQQSVSRPASWKLQTPKEEVSWPCPQPPSPGMLCLGLTARAHATDYFLANFFSEFPCHFLHRMVACPGHSECHGCHRELPKRKAPREESETSEEKSPNKWGPVSKQKKQLLVDILTTIIRGLLEDKNFHEAVDQSLVEQVPYFRQFWNEQSTKFMDQKNSLYLMPILPVPSSSWEDGKGKQPKEDRPEHYPGLGKKEEGEEEKGEEEEEELEEEEEEEEETEEEELGKEEIEEKEEERDEKEEKVSWAGIGPTPQPESQESMQWQWQQQLNVMVKEEQEQDEKEAIRRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPFCVPRSLTPDTLLPTQQAEVLHPVVPLPTDLP

Target ORF information:

RefSeq Version	XM_017003753.1
Organism	Homo sapiens(human)
Definition	Homo sapiens cilia and flagella associated protein 65 (CFAP65), transcript variant X6, mRNA.

Target ORF information:

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

XM_017003753.1

ORF Insert Sequence:

ATGGAGACGG CAATATGGAG GCGATCTTAC ATTTCTTTGA TTTCATCTGA ACGTCCAGTT 
CACAATTGGA GAGGCAAGAG TGTTCAGAAG AAACAAGCAG AGAGTAAAAG CCAGATAAAG 
CTCCATACTC AGAGTGCTCC CTTTGGACTG TGTCCCAAGG ACATGATGCT CACCCAGGCT 
CCAAGCTCCG TCGTGAGGTC CAGGAACAGC AGGAACCACA CCGTGAACTC TGGTGGATCC 
TGCCTGAGTG CCAGCACAGT GGCCATCCCT GCCATCAACG ACAGCAGTGC AGCCATGAGT 
GCCTGCAGCA CCATCAGCGC CCAGCCCGCA AGCTCCATGG ACACTCAGAT GCACTCCCCA 
AAGAAGCAGG AGAGAGTGAA CAAGAGGGTC ATCTGGGGCA TTGAGGTGGC TGAGGAGCTG 
CATTGGAAAG GCTGGGAGCT AGGAAAGGAG ACCACAAGGA ATCTGGTTCT GAAAAATCGA 
TCCTTGAAAC TCCAGAAGAT GAAGTACAGG CCCCCCAAGA CCAAGTTCTT CTTCACGGTC 
ATCCCTCAGC CCATCTTCCT GAGCCCAGGC ATAACCCTCA CGCTCCCCAT CGTCTTCCGG 
CCTCTGGAGG CGAAGGAGTA CATGGACCAG CTGTGGTTTG AGAAAGCGGA GGGGATGTTC 
TGTGTCGGCC TACGGGCCAC CCTGCCCTGC CACAGGCTGA TCTGCCGCCC ACCATCCCTG 
CAGCTGCCCA TGTGTGCTGT GGGAGATACG ACTGAGGCCT TTTTCTGCCT GGATAATGTG 
GGGGACCTGC CCACCTTCTT CACCTGGGAG TTCTCCAGCC CATTCCAGAT GCTGCCCGCC 
ACGGGGCTCC TGGAGCCAGG CCAGGCCTCT CAGATCAAGG TGACCTTTCA GCCCCTTACA 
GCCGTCATCT ACGAGGTGCA GGCCACGTGC TGGTACGGGG CGGGCAGCCG GCAGAGGAGC 
AGCATCCAGC TGCAGGCTGT GGCCAAGTGC GCCCAGCTGC TGGTGAGCAT AAAGCACAAG 
TGCCCGGAGG ACCAGGATGC CGAGGGCTTC CAGAAGCTGT TGTACTTTGG CTCTGTTGCT 
GTGGGCTGCA CCTCGGAGAG GCAGATCAGG CTACACAACC CGTCGGCGGT AAATGCCCCC 
TTCAGGATTG AAATTTCCCC GGATGAACTG GCCGAAGACC AGGCCTTCTC ATGCCCCACG 
GCCCATGGCA TCGTGCTTCC GGGAGAGAAG AAATGTGTGT CGGTGTTCTT CCACCCCAAG 
ACTCTGGACA CCAGAACTGT GGACTACTGC TCCATCATGC CTTCTGGCTG TGCCTCCAAG 
ACCCTGCTTA AAGTCGTTGG TTTCTGTAGA GGCCCTGCTG TGTCCCTGCA GCACTACTGT 
GTCAACTTCA GCTGGGTCAA CCTTGGGGAG CGCTCCGAGC AGCCCCTGTG GATTGAGAAC 
CAATCGGACT GCACGGCCCA CTTCCAGTTT GCCATCGACT GCTTGGAGAG TGTCTTTACC 
ATCAGGCCTG CCTTTGGGAC GCTGGTGGGC AAGGCCCGTA TGACCCTGCA CTGTGCCTTC 
CAGCCCACTC ACCCCATCAT CTGCTTTCGG CGTGTGGCCT GTCTCATCCA CCACCAGGAC 
CCACTGTTCC TGGACCTGAT GGGGACCTGC CACTCGGACA GCACCAAGCC AGCCATCCTG 
AAGCCTCAGC ACCTCACCTG GTACCGCACA CACCTGGCCC GGGGCCTGAC GCTCTACCCC 
CCTGACATCC TGGATGCCAT GCTGAAGGAG AAGAAGCTGG CACAGGACCA GAACGGGGCT 
CTCATGATTC CCATCCAGGA TCTGGAGGAC ATGCCGGCCC CGCAGTACCC TTATATCCCC 
CCCATGACCG AGTTCTTCTT CGACGGCACC AGCGACATAA CCATCTTCCC CCCGCCCATC 
AGTGTAGAGC CTGTCGAGGT AGACTTCGGT GCCTGCCCAG GGCCTGAGGC CCCCAACCCT 
GTACCCCTGT GCCTGATGAA CCACACCAAG GGCAAGATCA TGGTGGTCTG GACGCGAAGG 
TCTGACTGCC CCTTCTGGGT GACTCCAGAG AGCTGCGACG TGCCCCCACT CAAGTCCATG 
GCCATGCGCC TGCACTTCCA GCCGCCTCAC CCCAACTGCC TTTACACGGT GGAGCTCGAA 
GCCTTCGCCA TCTATAAGGT CCTGCAGAGC TACAGTAATA TTGAGGAGGA CTGCACCATG 
TGCCCATCCT GGTGCCTGAC GGTGCGGGCA CGAGGCCACA GCTATTTCGC TGGCTTTGAG 
CACCACATCC CCCAGTATTC CCTAGATGTC CCCAAGCTAT TTCCAGCAGT GTCCTCCGGT 
GAGCCCACCT ACCGCAGCCT GCTCCTGGTC AACAAAGACT GCAAGCTGCT GACCTTCAGC 
CTGGCCCCCC AGAGAGGCTC AGACGTCATC CTTCGGCCCA CTTCGGGCCT TGTGGCACCC 
GGGGCCCACC AGATCATCCT CATCTGCACC TACCCTGAGG GCAGCTCCTG GAAGCAGCAC 
ACTTTCTATC TGCAGTGCAA TGCTTCCCCC CAGTATCTCA AGGAGGTGAG CATGTACAGC 
CGGGAGGAGC CACTGCAGCT GAAGCTGGAC ACCCACAAAA GCCTCTACTT CAAGCCCACC 
TGGGTGGGCT GCTCCTCCAC CAGCCCCTTC ACCTTCCGCA ACCCCTCGCG TCTGCCCCTG 
CAGTTCGAGT GGAGGGTCTC TGAGCAGCAT CGAAAGCTGC TGGCTGTCCA GCCCTCCAGG 
GGGCTAATCC AGCCCAACGA GAGACTTACG CTGACGTGGA CCTTCAGCCC TTTGGAGGAG 
ACCAAGTACC TGTTCCAAGT GGGGATGTGG GTCTGGGAAG CCGGCCTGTC CCCAAATGCC 
AACCCCGCTG CCACCACCCA CTACATGCTC CGGCTGGTGG GCGTTGGGCT CACCAGCAGC 
CTCTCTGCAA AGGAAAAGGA GCTGGCCTTT GGGAATGTGC TGGTGAACAG CAAGCAGTCC 
AGGTTCCTTG TCCTCCTGAA TGACGGCAAC TGCACCCTCT ATTACCGCCT CTACCTGGAG 
CAGGGCAGCC CTGAGGCCGT TGACAACCAC CCCCTCGCTC TGCAGCTGGA CCGAACAGAG 
GGGAGCATGC CACCCCGGTC CCAGGACACC ATCTGCCTGA CTGCCTGTCC CAAGCAGCGG 
TCCCAGTACT CCTGGACCAT CACCTACTCT CTCCTTTCCC ACAGAGATAA CAAGGCTGGG 
GAGAAGCAGG AGCTGTGCTG CGTCTCCCTG GTGGCCGTGT ACCCCTTGCT TTCCATCCTG 
GATGTCAGCT CCATGGGCAG TGCTGAGGGT ATCACCCGGA AGCACCTGTG GCGCCTCTTC 
TCTCTGGACC TGCTTAACAG TTACTTGGAG CGTGACCCCA CCCCCTGTGA GCTCACCTAC 
AAGGTGCCCA CCCGGCACAG CATGAGCCAG ATCCCCCCCG TCCTCACCCC TTTAAGGCTT 
GACTTCAATT TCGGGGCCGC ACCATTCAAG GCCCCACCTT CCGTGGTATT CCTGGCCCTG 
AAGAACAGCG GAGTGGTGTC CCTGGACTGG GCCTTCCTCC TTCCAAGTGA CCAGCGGATT 
GACGTGGAGC TCTGGGCAGA GCAAGCAGAG TTGAATTCCA CTGAGCTCCA CCAGATGCGC 
GTGCAGGACA ATTGCCTCTT CTCCATCAGC CCCAAGGCTG GGAGCCTGAG TCCTGGGCAG 
GAGCAGATGG TGGAGTTAAA ATACAGCCAC CTGTTCATCG GTACTGATCA CCTCCCAGTG 
CTCTTCAAGG TGTCCCATGG CCGGGAGATC CTGCTAAATT TCATAGGTGT GACAGTGAAG 
CCGGAGCAGA AGTATGTGCA CTTCACCTCT ACTACCCACC AGTTCATCCC CATTCCCATT 
GGTGACACGC TACCCCCACG GCAGATTTAT GAGCTGTATA ATGGTGGCTC AGTGCCCGTG 
ACATATGAGG TCCAGACCGA TGTCCTGTCA CAGGTTCAGG AAAAAAATTT TGATCACCCC 
ATCTTTTGCT GCCTCAACCC CAAAGGGGAG ATCCAGCCAG GCAGCACTGC CCGGGTCTTG 
TGGATCTTCT CACCTATCGA GGCCAAGACC TACACGGTGG ACGTGCCCAT ACACATCCTG 
GGATGGAACT CGGCCCTCAT CCACTTCCAG GGAGTGGGCT ACAACCCCCA TATGATGGGG 
GACACAGCCC CATTCCACAA CATCTCCTCG TGGGACAACA GTTCCATACA CTCTAGGCTG 
GTGGTGCCTG GACAGAATGT CTTCCTGTCC CAGTCTCATA TTTCCCTGGG AAACATACCT 
GTGCAGAGCA AGTGCAGCCG CCTGCTCTTC CTCAACAACA TCTCCAAGAA CGAGGAAATT 
GCCTTCTCCT GGCAGCCAAG TCCTCTAGAT TTTGGGGAGG TGTCTGTGAG TCCCATGATA 
GGGGTGGTGG CTCCTGAAGA GACGGTCCCA TTTGTGGTGA CCTTGAGGGC CTCTGTGCAT 
GCCAGCTTCT ACAGTGCAGA CCTGGTATGC AAGCTGTACT CGCAGCAGCT CATGAGGCAG 
TATCACAAGG AGCTGCAGGA GTGGAAGGAC GAGAAGGTGC GGCAGGAAGT GGAGTTCACC 
ATCACCGACA TGAAAGTGAA GAAGAGAACA TGCTGCACAG CCTGTGAACC TGCGAGGAAG 
TACAAGACAC TGCCTCCCAT CAAGAACCAG CAGTCTGTCA GCCGGCCTGC CAGCTGGAAA 
CTGCAGACCC CAAAGGAGGA GGTGTCCTGG CCCTGCCCCC AGCCACCCTC GCCAGGCATG 
CTCTGCCTGG GCCTTACTGC CCGAGCCCAT GCCACCGACT ACTTTCTGGC TAACTTCTTC 
TCAGAGTTTC CCTGCCACTT TTTGCACCGC ATGGTGGCTT GCCCAGGCCA CTCAGAATGT 
CATGGCTGCC ACAGGGAGCT GCCAAAGAGG AAGGCCCCCA GGGAAGAGTC AGAGACTTCT 
GAGGAAAAAT CCCCTAACAA GTGGGGCCCT GTTTCCAAGC AGAAGAAGCA GCTCCTGGTT 
GACATTCTCA CCACAATAAT CAGGGGCCTG CTGGAAGACA AGAACTTCCA TGAGGCTGTG 
GACCAAAGCC TGGTGGAGCA GGTGCCGTAC TTCCGCCAAT TCTGGAATGA GCAGTCAACT 
AAGTTCATGG ACCAGAAAAA CAGCCTGTAC TTAATGCCAA TCCTGCCTGT ACCCTCCAGC 
AGCTGGGAGG ATGGGAAGGG CAAGCAGCCG AAGGAAGACA GACCAGAGCA CTATCCAGGG 
TTGGGAAAGA AGGAAGAGGG GGAGGAGGAG AAGGGTGAAG AGGAAGAAGA AGAGTTGGAG 
GAGGAAGAGG AGGAAGAAGA GGAGACAGAA GAGGAGGAGT TGGGCAAGGA GGAGATAGAG 
GAGAAGGAGG AGGAGAGGGA TGAGAAGGAA GAGAAAGTGA GCTGGGCGGG CATCGGGCCC 
ACACCACAGC CTGAGTCCCA GGAGTCCATG CAATGGCAGT GGCAACAGCA GCTGAATGTC 
ATGGTGAAGG AGGAGCAAGA ACAGGACGAG AAGGAGGCCA TCAGAAGGCT CCCGGCCTTC 
GCCAACCTGC AGGAGGCGCT GCTGGAGAAC ATGATCCAGA ACATCCTGGT GGAGGCGAGC 
CGCGGGGAGG TGGTACTCAC CTCGCGGCCA CGCGTCATCG CCCTGCCGCC GTTCTGCGTG 
CCCAGGAGTC TGACCCCGGA CACGCTGCTG CCGACGCAGC AAGCAGAGGT ACTCCACCCG 
GTGGTGCCAC TTCCTACCGA CCTTCCGTAA

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

Gene Symbol	CFAP65
Entrez Gene ID	255101
Full Name	cilia and flagella associated protein 65
Synonyms	CCDC108
General protein information	Preferred Names cilia and flagella associated protein 65 Names cilia- and flagella-associated protein 65 coiled-coil domain-containing protein 108 coiled-coil domain containing 108
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 2 Map Location: 2q35
Summary	The protein encoded by this gene has putative coiled-coil domains and may be a transmembrane protein. The chicken ortholog of this gene is involved in the Rose-comb mutation, which is a large chromosome inversion, resulting in altered comb morphology and defects in sperm motility. [provided by RefSeq, Aug 2016].
Disorder MIM:	614270

Mus musculus (house mouse)	Ccdc108	NP_001034584.1
Danio rerio (zebrafish)	si:ch1073-349o24.2	XP_002663368.2
Pan troglodytes (chimpanzee)	CCDC108	XP_526033.2
Rattus norvegicus (Norway rat)	LOC301521	XP_006245361.1
Homo sapiens (human)	CCDC108	NP_919278.2
	CCDC108	XP_001096641.1
Gallus gallus (chicken)	CCDC108	XP_422054.4
Canis lupus familiaris (dog)	CCDC108	XP_005640727.1
Bos taurus (cattle)	CCDC108	XP_003585818.2
Xenopus tropicalis (tropical clawed frog)	ccdc108	NP_001116962.1

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

CFAP65 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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