CFAP65 cDNA ORF clone, Sus scrofa(pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP65
Entrez Gene ID	100155984
Full Name	cilia and flagella associated protein 65
Gene Type	protein-coding
Organism	Sus scrofa(pig)
Genome	Chromosome: 15 Map Location: 15\|15

mRNA and Protein(s)

mRNA	Protein	Name
XM_013984512.1	XP_013839966.1	coiled-coil domain-containing protein 108
XM_021075441.1	XP_020931100.1	LOW QUALITY PROTEIN: cilia- and flagella-associated protein 65

Pathways from BioSystems
Gene Ontology

The following CFAP65 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP65 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OSe44130	XM_013984512.1 Latest version!	Sus scrofa coiled-coil domain containing 108 (CCDC108), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OSe239634	XM_021075441.1 Latest version!	Sus scrofa cilia and flagella associated protein 65 (CFAP65), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

CFAP65 ( XM_013984512.1 ) cDNA ORF clone, Sus scrofa(pig) -> XP_013839966.1 Sus scrofa coiled-coil domain containing 108 (CCDC108), mRNA.

Price & Availability↑

CloneID	OSe44130
Clone ID Related Accession (Same CDS sequence)	XM_013984512.1
Accession Version	XM_013984512.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2079bp) 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	1441814400000
Organism	Sus scrofa(Pig)
Product	coiled-coil domain-containing protein 108
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003612329.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTCATCG AAGCAGCCCT GGACCTCTTG AGGACTGGGG ACAGTGGGGA CTGCACCATG 
AACTCCGGAT CATGCCTGAC TGCTAGCACA ATGGCCATTC CCACCATCAC TGGCAGCACA 
GCCATGAGTG CCTGCAGCAG CAGCAACGCT AGCGCCTGTC CTGCCAGCTC TGTGGACACG 
AAGCTATGCC TTCTAAAGAA GCAGGAAAAA ATGAAGAAGA GGGTCATCTG GGGCATTGAG 
GTGGCTGAGG AGCTACAGTG GAAAGGCTGG GAGCTGGGCA AGGAGATCAC CAAGAACCTG 
GTTCTGAAAA ATCTGTCCTG GAAAATCCAG AAGATAAAGT ACAGGCCCCC CAAGACCAAG 
TTCTTCTTCA CGGTCATCCC CCAGCCCATC TTCCTGAGCC CAGGCATAAC CCTCTCCCTC 
CCCATCATCT TCCGGCCCCT GGAGAAGAAG GAGTACATGG ACCAGCTGTG GTTTGAGAAA 
GCAGAGGGGA TGTTCCGTGT GGACCTGCGG GCCACCCTGC CTCGCCACAA TCTCATCTGC 
CCACCGTCCC TGCAGTTGCC CATGTGTGCC ATGGGGGACA CGGCCGAGGC CTGGTTCTGC 
CTGGACAATG TGGGGGACCT GACCACCTTC TTCACCTGGG AGTCCCCTAG CCCATTCCAG 
GTGCTGCCTA ACACGGGACT GCTGGAGCCA GGCCAGGCTT GCCAGATCAA GGTGACCTTT 
CAGCCCCTGA TGGCTGTCAT CTATGACGTT CAGGCCACGT GCTGGTACGG GGAGGGCAGC 
AAGCAGAAGA GCAGCATTCA GCTGCGGGGT ATAGCCAAGT GTGCCCAGCT GCTGGTGAGC 
ATAAAGCAGA AGCGCCCAGA GGACCAGGAG GCCGAGGGCT TCCAGAAAGT GTTGCACTTC 
GGCTCTGTTG CTGTGGGCTG CACCACTGAG AGGCAAATCA AGCTATATAA CCCGTCAGCG 
GTGAGCGCCT CTTTCAGGAT CGAAATGGCC CCAGATACGC TGGCCAAAGA CCAGGCCTTT 
TGGTGCCCCG TGGCCCACGG AGTCGTGCTC CCAGGAGAGA AGAAATGCGT GTCGGTGTTC 
TTCCACCCGG AGACTCTGGA CATCAGGACG ATGGACTACT TGTCCATCAT GCCCTCTGGC 
GGTGCCTCGC AGACCCTGCT CAAACTTGTT GGTTTCTGTA GAGGTCCTGA TGTGTCCTTG 
CAGTACCATT GCATCGACTT CAGCTGGGTC AACCTTGGGG AACGCTCGGA GCAGACTCTG 
TGGATTGAGA ACAAGTCAGA CTGCACAGCC CACTTCCAGT TCGCCATCGA CTGTCAGGAG 
AGTGTCTTCA GCATCAGACC TGCCTTCGGG ACCCTGGTGG GCAAGGCCCG CATAACCCTG 
CACTGCACCT TCCAGCCCAC TCACCCCATC ATCTACTTTC GGCGGGTGGC CTGCCTCATC 
CATCACCAGG ACCCGCTGTT CCTGGACCTG ATTGGGACCT GTCACTCAGA CAGCACCAAG 
CCGGCCATCC TGAGGCCACA GCACCTCGCT TGGTACCGCA CGCACCTGGC GCGGGGCCTG 
ACGCTCTACC CGCCCGACAT TCTGGGCATC ATGCTGAGGG AGAAGAAGCT GGAGCAGGAT 
AAGAACGGGG CCCTGATGAT TCCCATCGAG GACCTGGAGG ACGTACCAGC CCTGCAGTAT 
CCCCTCATCC CACCCATGAC CGAATACTTC TTCGATGGCA CCAACGACAT GGCCATCTTC 
CCCCCACCTG TCAGTCTTGA GCCTGTCGAG GTAGACTTTG GTGCCTGCCC CAGGCCTGAG 
GACCCCAACC CTGTCCCCCT GTGCCTGATG AACCACACCA ACGGCAAGAT CACTGTGGCC 
TGGACACGAA GGTCTGACTG CCCCTTCTGG GTGACCCCCA ACACCTGCGA CGTGCCCCCC 
CTCAAGTCCA TGGCCATGCG CCTGCACTTC CAGCCGCCTC ACCCCAACTG CCTGTATGCC 
TTGGAGCTGG AAGGCTTCGC TGTCTATAAG TGGCTGGTGC TGAGGTACAG GGAGAAGCAG 
AGTCGTGCAG TGGATCAGGG TCCCTTAGCA GCTGTGTGA

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

RefSeq	XP_013839966.1
CDS	323..2401
Translation	MLIEAALDLLRTGDSGDCTMNSGSCLTASTMAIPTITGSTAMSACSSSNASACPASSVDTKLCLLKKQEKMKKRVIWGIEVAEELQWKGWELGKEITKNLVLKNLSWKIQKIKYRPPKTKFFFTVIPQPIFLSPGITLSLPIIFRPLEKKEYMDQLWFEKAEGMFRVDLRATLPRHNLICPPSLQLPMCAMGDTAEAWFCLDNVGDLTTFFTWESPSPFQVLPNTGLLEPGQACQIKVTFQPLMAVIYDVQATCWYGEGSKQKSSIQLRGIAKCAQLLVSIKQKRPEDQEAEGFQKVLHFGSVAVGCTTERQIKLYNPSAVSASFRIEMAPDTLAKDQAFWCPVAHGVVLPGEKKCVSVFFHPETLDIRTMDYLSIMPSGGASQTLLKLVGFCRGPDVSLQYHCIDFSWVNLGERSEQTLWIENKSDCTAHFQFAIDCQESVFSIRPAFGTLVGKARITLHCTFQPTHPIIYFRRVACLIHHQDPLFLDLIGTCHSDSTKPAILRPQHLAWYRTHLARGLTLYPPDILGIMLREKKLEQDKNGALMIPIEDLEDVPALQYPLIPPMTEYFFDGTNDMAIFPPPVSLEPVEVDFGACPRPEDPNPVPLCLMNHTNGKITVAWTRRSDCPFWVTPNTCDVPPLKSMAMRLHFQPPHPNCLYALELEGFAVYKWLVLRYREKQSRAVDQGPLAAV

Target ORF information:

RefSeq Version	XM_013984512.1
Organism	Sus scrofa(Pig)
Definition	Sus scrofa coiled-coil domain containing 108 (CCDC108), mRNA.

Target ORF information:

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

XM_013984512.1

ORF Insert Sequence:

ATGCTCATCG AAGCAGCCCT GGACCTCTTG AGGACTGGGG ACAGTGGGGA CTGCACCATG 
AACTCCGGAT CATGCCTGAC TGCTAGCACA ATGGCCATTC CCACCATCAC TGGCAGCACA 
GCCATGAGTG CCTGCAGCAG CAGCAACGCT AGCGCCTGTC CTGCCAGCTC TGTGGACACG 
AAGCTATGCC TTCTAAAGAA GCAGGAAAAA ATGAAGAAGA GGGTCATCTG GGGCATTGAG 
GTGGCTGAGG AGCTACAGTG GAAAGGCTGG GAGCTGGGCA AGGAGATCAC CAAGAACCTG 
GTTCTGAAAA ATCTGTCCTG GAAAATCCAG AAGATAAAGT ACAGGCCCCC CAAGACCAAG 
TTCTTCTTCA CGGTCATCCC CCAGCCCATC TTCCTGAGCC CAGGCATAAC CCTCTCCCTC 
CCCATCATCT TCCGGCCCCT GGAGAAGAAG GAGTACATGG ACCAGCTGTG GTTTGAGAAA 
GCAGAGGGGA TGTTCCGTGT GGACCTGCGG GCCACCCTGC CTCGCCACAA TCTCATCTGC 
CCACCGTCCC TGCAGTTGCC CATGTGTGCC ATGGGGGACA CGGCCGAGGC CTGGTTCTGC 
CTGGACAATG TGGGGGACCT GACCACCTTC TTCACCTGGG AGTCCCCTAG CCCATTCCAG 
GTGCTGCCTA ACACGGGACT GCTGGAGCCA GGCCAGGCTT GCCAGATCAA GGTGACCTTT 
CAGCCCCTGA TGGCTGTCAT CTATGACGTT CAGGCCACGT GCTGGTACGG GGAGGGCAGC 
AAGCAGAAGA GCAGCATTCA GCTGCGGGGT ATAGCCAAGT GTGCCCAGCT GCTGGTGAGC 
ATAAAGCAGA AGCGCCCAGA GGACCAGGAG GCCGAGGGCT TCCAGAAAGT GTTGCACTTC 
GGCTCTGTTG CTGTGGGCTG CACCACTGAG AGGCAAATCA AGCTATATAA CCCGTCAGCG 
GTGAGCGCCT CTTTCAGGAT CGAAATGGCC CCAGATACGC TGGCCAAAGA CCAGGCCTTT 
TGGTGCCCCG TGGCCCACGG AGTCGTGCTC CCAGGAGAGA AGAAATGCGT GTCGGTGTTC 
TTCCACCCGG AGACTCTGGA CATCAGGACG ATGGACTACT TGTCCATCAT GCCCTCTGGC 
GGTGCCTCGC AGACCCTGCT CAAACTTGTT GGTTTCTGTA GAGGTCCTGA TGTGTCCTTG 
CAGTACCATT GCATCGACTT CAGCTGGGTC AACCTTGGGG AACGCTCGGA GCAGACTCTG 
TGGATTGAGA ACAAGTCAGA CTGCACAGCC CACTTCCAGT TCGCCATCGA CTGTCAGGAG 
AGTGTCTTCA GCATCAGACC TGCCTTCGGG ACCCTGGTGG GCAAGGCCCG CATAACCCTG 
CACTGCACCT TCCAGCCCAC TCACCCCATC ATCTACTTTC GGCGGGTGGC CTGCCTCATC 
CATCACCAGG ACCCGCTGTT CCTGGACCTG ATTGGGACCT GTCACTCAGA CAGCACCAAG 
CCGGCCATCC TGAGGCCACA GCACCTCGCT TGGTACCGCA CGCACCTGGC GCGGGGCCTG 
ACGCTCTACC CGCCCGACAT TCTGGGCATC ATGCTGAGGG AGAAGAAGCT GGAGCAGGAT 
AAGAACGGGG CCCTGATGAT TCCCATCGAG GACCTGGAGG ACGTACCAGC CCTGCAGTAT 
CCCCTCATCC CACCCATGAC CGAATACTTC TTCGATGGCA CCAACGACAT GGCCATCTTC 
CCCCCACCTG TCAGTCTTGA GCCTGTCGAG GTAGACTTTG GTGCCTGCCC CAGGCCTGAG 
GACCCCAACC CTGTCCCCCT GTGCCTGATG AACCACACCA ACGGCAAGAT CACTGTGGCC 
TGGACACGAA GGTCTGACTG CCCCTTCTGG GTGACCCCCA ACACCTGCGA CGTGCCCCCC 
CTCAAGTCCA TGGCCATGCG CCTGCACTTC CAGCCGCCTC ACCCCAACTG CCTGTATGCC 
TTGGAGCTGG AAGGCTTCGC TGTCTATAAG TGGCTGGTGC TGAGGTACAG GGAGAAGCAG 
AGTCGTGCAG TGGATCAGGG TCCCTTAGCA GCTGTGTGA

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

CFAP65 ( XM_021075441.1 ) cDNA ORF clone, Sus scrofa(pig) -> XP_020931100.1 Sus scrofa cilia and flagella associated protein 65 (CFAP65), mRNA.

Price & Availability↑

CloneID	OSe239634
Clone ID Related Accession (Same CDS sequence)	XM_021075441.1
Accession Version	XM_021075441.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5649bp) 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	1494518400000
Organism	Sus scrofa(pig)
Product	LOW QUALITY PROTEIN: cilia- and flagella-associated protein 65
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010457.5) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCTCATCG AAGCAGCCCT GGACCTCTTG AGGACTGGGG ACAGTGGGGA CTGCACCATG 
AACTCCGGAT CATGCCTGAC TGCCAGCACA ATGGCCATTC CCACCATCAC TGGCAGCACA 
GCCATGAGTG CCTGCAGCAG CAGCAACGCT AGCGCCTGTC CTGCCAGCTC TGTGGACACG 
AAGCTATGCC TTCTAAAGAA GCAGGAAAAA ATGAAGAAGA GGGTCATCTG GGGCATTGAG 
GTGGCTGAGG AGCTACAGTG GAAAGGCTGG GAGCTGGGCA AGGAGATCAC CAAGAACCTG 
GTTCTGAAAA ATCTGTCCTG GAAAATCCAG AAGATAAAGT ACAGGCCCCC CAAGACCAAG 
TTCTTCTTCA CGGTCATCCC CCAGCCCATC TTCCTGAGCC CAGGCATAAC CCTCTCCCTC 
CCCATCATCT TCCGGCCCCT GGAGAAGAAG GAGTACATGG ACCAGCTGTG GTTTGAGAAA 
GCAGAGGGGA TGTTCCGTGT GGACCTGCGG GCCACCCTGC CTCGCCACAA TCTCATCTGC 
CCACCGTCCC TGCAGTTGCC CATGTGTGCC ATGGGGGACA CGGCCGAGGC CTGGTTCTGC 
CTGGACAATG TGGGGGACCT GACCACCTTC TTCACCTGGG AGTCCCCTAG CCCATTCCAG 
GTGCTGCCTA ACACGGGACT GCTGGAGCCA GGCCAGGCTT GCCAGATCAA GGTGACCTTT 
CAGCCCCTGA TGGCTGTCAT CTATGACGTT CAGGCCACGT GCTGGTACGG GGAGGGCAGC 
AAGCAGAAGA GCAGCATTCA GCTGCGGGGT ATAGCCAAGT GTGCCCAGCT GCTGGTGAGC 
ATAAAGCAGA AGCGCCCAGA GGACCAGGAG GCCGAGGGCT TCCAGAAAGT GTTGCACTTC 
GGCTCTGTTG CTGTGGGCTG CACCACTGAG AGGCAAATCA AGCTATATAA CCCGTCAGCG 
GTGAGCGCCT CTTTCAGGAT CGAAATGGCC CCAGATACGC TGGCCAAAGA CCAGGCCTTT 
TGGTGCCCCG TGGCCCACGG AGTCGTGCTC CCAGGAGAGA AGAAATGCGT GTCGGTGTTC 
TTCCACCCGG AGACTCTGGA CATCAGGACG ATGGACTACT TGTCCATCAT GCCCTCTGGC 
GGTGCCTCGC AGACCCTGCT CAAACTTGTT GGTTTCTGTA GAGGTCCTGA TGTGTCCTTG 
CAGTACCATT GCATCGACTT CAGCTGGGTC AACCTTGGGG AACGCTCGGA GCAGACTCTG 
TGGATTGAGA ACAAGTCAGA CTGCACAGCC CACTTCCAGT TCGCCATCGA CTGTCAGGAG 
AGTGTCTTCA GCATCAGACC TGCCTTCGGG ACCCTGGTGG GCAAGGCCCG CATAACCCTG 
CACTGCACCT TCCAGCCCAC TCACCCCATC ATCTACTTTC GGCGGGTGGC CTGCCTCATC 
CATCACCAGG ACCCGCTGTT CCTGGACCTG ATTGGGACCT GTCACTCAGA CAGCACCAAG 
CCGGCCATCC TGAGGCCACA GCACCTCGCT TGGTACCGCA CGCACCTGGC GCGGGGCCTG 
ACGCTCTACC CGCCCGACAT TCTGGGCATC ATGCTGAGGG AGAAGAAGCT GGAGCAGGAT 
AAGAACGGGG CCCTGATGAT TCCCATCGAG GACCTGGAGG ACGTACCAGC CCTGCAGTAT 
CCCCTCATCC CACCCATGAC CGAATACTTC TTCGATGGCA CCAACGACAT GGCCATCTTC 
CCCCCACCTG TCAGTCTTGA GCCTGTCGAG GTAGACTTTG GTGCCTGCCC CAGGCCTGAG 
GACCCCAACC CTGTCCCCCT GTGCCTGATG AACCACACCA ACGGCAAGAT CACTGTGGCC 
TGGACACGAA GGTCTGACTG CCCCTTCTGG GTGACCCCCA ACACCTGCGA CGTGCCCCCC 
CTCAAGTCCA TGGCCATGCG CCTGCACTTC CAGCCGCCTC ACCCCAACTG CCTGTATGCC 
TTGGAGCTGG AAGGCTTCGC TGTCTATAAG GTCCTACGGA GCTACAACAA TATTGAAGAG 
GACTGCACCG TGTGCCCGTC CTGGTGCCTG ACGCTCCGGG CACGAGGCCA CAGCTATGGT 
GCCACCTTGG AGCACCACAT CCCGCAATAC TCCCTGCATG TCCCCAAGCT GTTTCCTGCA 
GTTTCGCCCG GTGAACCCTC CTACCGCAGC CTGCTCCTGA TCAACAAAGG CTCCATGCTG 
CTGACCTTCA ACCTGGCCCC CCAAAGCAGC CCAGACATCT CCCTGCGGCC CAGCTCAGGC 
CTCGTGGCCC CTGGGGCCCA CCAGATCTTC CTCATCTGCA CCTACCCCAA GGGCAACTCC 
TGGAGGCAGC ACGTTTTCTA CTTGCAGTTC AATCTCTGCC CCCAGTATCT CCAGGAGGTG 
AGCATGCAGA GCCGGGAGGA GCCACTGCAG CTGAAGCTGG ACACCTCTAA AAGCATCTTC 
TTCAAGCCCA CCTGGGTGGG CTGCTCCTCC ACCAGCCTCT TCACCTTCCG TAACCCCACG 
CGTCTGCCCT TGGAGTTTGA GTGGAGGGTT TCCCAGCAGC TCCGAAAGAT GCTGGCAGTC 
CAGCCTGCCA GAGGGATTAT CCAGCCCAAC GAGAGCCTCA CAATGACGTG GACCTTCAGC 
CCCCTGGAGG AGACCAAGTA CCTGTTCCGA GTGGGGATAT GGGTCTGGGA AGCCGGCCTG 
CCCCCGAACA CCAAGCCTCC CACCACCACT CACTACATGC TCCGGCTGGT GGGCCTGGGC 
ATCACCGGCA GCCTCTCTGC AAAGGAGAAG GAGCTGGACT TTGGGAACAT ACTGGTGAAC 
AGCAAGCAGT CCAGGACGCT GGTGCTTCTG AACGACGGCG ACTGCACCCT CTACTACCGC 
CTGTTCCTGG AGCAGTGCAG CCCTGAAGCT GTGGACAACG GCCCTCTCGC TCTGCAGCTG 
GACCGCACAG AGGGGAGCAT GCCACCCCGG TCCCAGGACA CTATCTGCCT GATCGCCTGT 
CCCAAGTTCC GGTCCCAGTA CTCCTGGACC ATCAGCTACT CTCTCCTCTC CCACAGAGAT 
AACAAGGTTG GGGAGAAGCA GGAGCTGTGT CGTGTCTCCC TGATGGCCGT GTACCCCATC 
CTCTCCATCC TGGACATCTG CTCCATGGGC AGTGCCCAGG GCATCACCCG GAAGCACCTG 
TGGCGCCTCT TCTCCCTGGA CCTGCTCAAC AGTTACTTGG AGCGTGACCC CACCCCCTGG 
GAGCTCACCT ATGAGGTGCC AACCCGGCAC AGCACCAGCC AGACTCCTCC TGTCTTCACC 
CCTCTGAAGC TCAACTTCAA TTTTGGGGCA GCACCAATAG ATGCCCCACC CTCCGTGGTG 
CTGCTGGCGC TGAAGAATAG CGGACTGGTA CCCCTGGACT GGACCTTCCT CTTCCCAAGC 
GACCAACAGA TCAACCTGGA GCTGTGGGCA GAGCAGGCAG AGTTTAACTG CACCGAGTTG 
CACCAAATGC GTGTGCAAGA CAATTGCATC TTCTCCATCA GTCCCAAGGC TGGGAGCCTG 
AGTCCCGGGC AAGAGCAGAT GGTGGAGTTC AAATACAGCC ACCTGTTTGT TGGTACCGAT 
CGCCTCCCGG TGCTCTTCAA GGTGTCCCAT GGCCGGGAGA TCCTGCTAAA TTTCATAGGT 
GTGACAGTGG AATTGGGGCA GAAGTATGTG CACTTCACTT CCACCAGCCA TCAGTTCATC 
CCTGTCTCCA TTGGTGACAC ACTACCCCCG AGGCAGATTT ATGAGCTGTA TAACGGTGGC 
TCAGTGCCTG TGACCTATGA GATCCAGACC AACATCCTGT CGGAGGTTCA GGAAAAGAAT 
TTTGATCACC CCATCTTCTG CTGCCTCAAC CCCAAAGGGG AGATCCAGCC AGGCACAACT 
GCTCAGGTCT TGTGGATCTT CTCACCCATT GAGGCCAAGA CCTACACGGT GGACGTGCCC 
ATACACATCC TGGGATGGAA CTCAGCCATC ATCCGCTTCC AGGGGGTGGG CTATGACCCC 
CATGTCATGG GGGACACAGC CCCATTCCAC AACATCTCCT CGGGGGACAA CAGCTCCATC 
CACTCGAGGC TGATGGTTCC TGGACAGAGT GTCTTCTTGT CCCAATCTCA TATCTCCCTG 
GGAAACATTC CTGTGCAGAG CAAGTGCAGT CGCCTGCTGT TCCTCAACAA CATCTCCAAG 
AATGACACAG TTGTCTTTGT CTGGCAGCTG AAGCCTCCAG AATCTGGGGA GGTATCTGTG 
AGTCCCATAA AAGGAAAGGT GGCTCCTGAA GAAACGATCC CATTTGTGGT GACCCTGAAG 
GCCTCAGTGC ATGCCAGCTT CTACAGCATT GACCTAGTAT GCAAGGTGTA CCGGCAGGAA 
CTCCTGAAGC AGTACCATAA GGAGCTGCAG GAGTGGAAGG ATGAGAAGGC ACGGCAGGAA 
GTGGAGTTCA CCATCACAGA TAGGAAAGTG AAGAGACAGG CCTATTGTAC AGCTTGTGAA 
CCTGTGAGGA AGTACAAGAC ACTGCCCCCC ATCAAGAACC AAGAGTATCT CAACCGGCCC 
ACCAGCTGGA ACCTTAAGAT CCCAAAGGAG GAGACACATT GGCCATGCCC CCAGCCACCC 
TCACCAGGCA TGCTCTACTT AGGCCTCACT GCCCGCGCCC ATGCCACCGA CTACTTCCTG 
GCCAACTTCT TCTCGGACTT TCCCCGCCAC TTCTTGCACC GGGAGCTGCC AAAGAGGAAG 
TGCCCCAGGA AAGAGTCGGA GGCTGATGAA GACTCCCTTG AGATGTGGGC CCTTGTCTCC 
AAGCAAGAGA AGCAGCTCCT GGTTGACTGT CTCACCACCA TCATCAGGGG CCTGCTGGAA 
GATAAGATCT TCCATGAGGC CGTGGACCAA AACCTGGTGG AGCAGATGCC TTACTTCTGC 
CAGTTCTGGA ATGAGCAGTC GGCCAAGTTC ACGGTCCAGA AGAGCAACCT GCACTTAATG 
CCAGACCCAT CTCTGTCCTC CAACAGCTCG GAGGACAGCA GAGACAAGGA AAAGGAGGAG 
GGTAAGCGGA GGCTAAGGAA GAAGGAAGGC GGGGAAGAGG AGAAGGATGA AGAGGAGGAG 
GAGGAGGAGG AGCAGGAGGA GGAGGAAGAG GAGGAGGAGG AAGAAGAGAT GGAGGAGGAG 
ACGGACGAGG AGGAGGAGAC CGGCAAGGAG AAGCTGGAAG AAGAGGAGGT GGAGGAAAAG 
GAGGTGGAGG AGAAGGAAGA GAAGTTGCCC TGGATGGACA TTAAGCCTGA ACCGCAGCCC 
ACATCCCATG AGTCCCTGAA ATGGCAGTGG CAGCAGCAGC TGAAGGTCNT TGTGAAGGAG 
AGGCAAGAGC AGGATGAGAA GGAGGCCATC AGCCGGCTCC CGGCTTTCGC TAACCTGCAG 
GAGGCGCTGC TGGAGAACAT GATCCAGAAC ATCTTGGTGG AGGCGAGCCG CGGAGAGGTG 
GTGCTCACCT CGCGGCCGCG CGTCATCGCC CTGCCACCGC TCAGCGTTCC CAGGATGCTG 
ACTCCCGACT TGCTGCCCGC GGCGCCCCCG GGGCCGCAGC AAGGGGATAC GAGCGGCACC 
ACGGCACTGC CCCCTACCGA CTATTCGCAG ACACCAGCAC ACAGTCCCCC CTCCGACCTT 
CACCTCTAG

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

RefSeq	XP_020931100.1
CDS	318..5966
Translation	MLIEAALDLLRTGDSGDCTMNSGSCLTASTMAIPTITGSTAMSACSSSNASACPASSVDTKLCLLKKQEKMKKRVIWGIEVAEELQWKGWELGKEITKNLVLKNLSWKIQKIKYRPPKTKFFFTVIPQPIFLSPGITLSLPIIFRPLEKKEYMDQLWFEKAEGMFRVDLRATLPRHNLICPPSLQLPMCAMGDTAEAWFCLDNVGDLTTFFTWESPSPFQVLPNTGLLEPGQACQIKVTFQPLMAVIYDVQATCWYGEGSKQKSSIQLRGIAKCAQLLVSIKQKRPEDQEAEGFQKVLHFGSVAVGCTTERQIKLYNPSAVSASFRIEMAPDTLAKDQAFWCPVAHGVVLPGEKKCVSVFFHPETLDIRTMDYLSIMPSGGASQTLLKLVGFCRGPDVSLQYHCIDFSWVNLGERSEQTLWIENKSDCTAHFQFAIDCQESVFSIRPAFGTLVGKARITLHCTFQPTHPIIYFRRVACLIHHQDPLFLDLIGTCHSDSTKPAILRPQHLAWYRTHLARGLTLYPPDILGIMLREKKLEQDKNGALMIPIEDLEDVPALQYPLIPPMTEYFFDGTNDMAIFPPPVSLEPVEVDFGACPRPEDPNPVPLCLMNHTNGKITVAWTRRSDCPFWVTPNTCDVPPLKSMAMRLHFQPPHPNCLYALELEGFAVYKVLRSYNNIEEDCTVCPSWCLTLRARGHSYGATLEHHIPQYSLHVPKLFPAVSPGEPSYRSLLLINKGSMLLTFNLAPQSSPDISLRPSSGLVAPGAHQIFLICTYPKGNSWRQHVFYLQFNLCPQYLQEVSMQSREEPLQLKLDTSKSIFFKPTWVGCSSTSLFTFRNPTRLPLEFEWRVSQQLRKMLAVQPARGIIQPNESLTMTWTFSPLEETKYLFRVGIWVWEAGLPPNTKPPTTTHYMLRLVGLGITGSLSAKEKELDFGNILVNSKQSRTLVLLNDGDCTLYYRLFLEQCSPEAVDNGPLALQLDRTEGSMPPRSQDTICLIACPKFRSQYSWTISYSLLSHRDNKVGEKQELCRVSLMAVYPILSILDICSMGSAQGITRKHLWRLFSLDLLNSYLERDPTPWELTYEVPTRHSTSQTPPVFTPLKLNFNFGAAPIDAPPSVVLLALKNSGLVPLDWTFLFPSDQQINLELWAEQAEFNCTELHQMRVQDNCIFSISPKAGSLSPGQEQMVEFKYSHLFVGTDRLPVLFKVSHGREILLNFIGVTVELGQKYVHFTSTSHQFIPVSIGDTLPPRQIYELYNGGSVPVTYEIQTNILSEVQEKNFDHPIFCCLNPKGEIQPGTTAQVLWIFSPIEAKTYTVDVPIHILGWNSAIIRFQGVGYDPHVMGDTAPFHNISSGDNSSIHSRLMVPGQSVFLSQSHISLGNIPVQSKCSRLLFLNNISKNDTVVFVWQLKPPESGEVSVSPIKGKVAPEETIPFVVTLKASVHASFYSIDLVCKVYRQELLKQYHKELQEWKDEKARQEVEFTITDRKVKRQAYCTACEPVRKYKTLPPIKNQEYLNRPTSWNLKIPKEETHWPCPQPPSPGMLYLGLTARAHATDYFLANFFSDFPRHFLHRELPKRKCPRKESEADEDSLEMWALVSKQEKQLLVDCLTTIIRGLLEDKIFHEAVDQNLVEQMPYFCQFWNEQSAKFTVQKSNLHLMPDPSLSSNSSEDSRDKEKEEGKRRLRKKEGGEEEKDEEEEEEEEQEEEEEEEEEEEMEEETDEEEETGKEKLEEEEVEEKEVEEKEEKLPWMDIKPEPQPTSHESLKWQWQQQLKVnullVKERQEQDEKEAISRLPAFANLQEALLENMIQNILVEASRGEVVLTSRPRVIALPPLSVPRMLTPDLLPAAPPGPQQGDTSGTTALPPTDYSQTPAHSPPSDLHL

Target ORF information:

RefSeq Version	XM_021075441.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa cilia and flagella associated protein 65 (CFAP65), mRNA.

Target ORF information:

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

XM_021075441.1

ORF Insert Sequence:

ATGCTCATCG AAGCAGCCCT GGACCTCTTG AGGACTGGGG ACAGTGGGGA CTGCACCATG 
AACTCCGGAT CATGCCTGAC TGCCAGCACA ATGGCCATTC CCACCATCAC TGGCAGCACA 
GCCATGAGTG CCTGCAGCAG CAGCAACGCT AGCGCCTGTC CTGCCAGCTC TGTGGACACG 
AAGCTATGCC TTCTAAAGAA GCAGGAAAAA ATGAAGAAGA GGGTCATCTG GGGCATTGAG 
GTGGCTGAGG AGCTACAGTG GAAAGGCTGG GAGCTGGGCA AGGAGATCAC CAAGAACCTG 
GTTCTGAAAA ATCTGTCCTG GAAAATCCAG AAGATAAAGT ACAGGCCCCC CAAGACCAAG 
TTCTTCTTCA CGGTCATCCC CCAGCCCATC TTCCTGAGCC CAGGCATAAC CCTCTCCCTC 
CCCATCATCT TCCGGCCCCT GGAGAAGAAG GAGTACATGG ACCAGCTGTG GTTTGAGAAA 
GCAGAGGGGA TGTTCCGTGT GGACCTGCGG GCCACCCTGC CTCGCCACAA TCTCATCTGC 
CCACCGTCCC TGCAGTTGCC CATGTGTGCC ATGGGGGACA CGGCCGAGGC CTGGTTCTGC 
CTGGACAATG TGGGGGACCT GACCACCTTC TTCACCTGGG AGTCCCCTAG CCCATTCCAG 
GTGCTGCCTA ACACGGGACT GCTGGAGCCA GGCCAGGCTT GCCAGATCAA GGTGACCTTT 
CAGCCCCTGA TGGCTGTCAT CTATGACGTT CAGGCCACGT GCTGGTACGG GGAGGGCAGC 
AAGCAGAAGA GCAGCATTCA GCTGCGGGGT ATAGCCAAGT GTGCCCAGCT GCTGGTGAGC 
ATAAAGCAGA AGCGCCCAGA GGACCAGGAG GCCGAGGGCT TCCAGAAAGT GTTGCACTTC 
GGCTCTGTTG CTGTGGGCTG CACCACTGAG AGGCAAATCA AGCTATATAA CCCGTCAGCG 
GTGAGCGCCT CTTTCAGGAT CGAAATGGCC CCAGATACGC TGGCCAAAGA CCAGGCCTTT 
TGGTGCCCCG TGGCCCACGG AGTCGTGCTC CCAGGAGAGA AGAAATGCGT GTCGGTGTTC 
TTCCACCCGG AGACTCTGGA CATCAGGACG ATGGACTACT TGTCCATCAT GCCCTCTGGC 
GGTGCCTCGC AGACCCTGCT CAAACTTGTT GGTTTCTGTA GAGGTCCTGA TGTGTCCTTG 
CAGTACCATT GCATCGACTT CAGCTGGGTC AACCTTGGGG AACGCTCGGA GCAGACTCTG 
TGGATTGAGA ACAAGTCAGA CTGCACAGCC CACTTCCAGT TCGCCATCGA CTGTCAGGAG 
AGTGTCTTCA GCATCAGACC TGCCTTCGGG ACCCTGGTGG GCAAGGCCCG CATAACCCTG 
CACTGCACCT TCCAGCCCAC TCACCCCATC ATCTACTTTC GGCGGGTGGC CTGCCTCATC 
CATCACCAGG ACCCGCTGTT CCTGGACCTG ATTGGGACCT GTCACTCAGA CAGCACCAAG 
CCGGCCATCC TGAGGCCACA GCACCTCGCT TGGTACCGCA CGCACCTGGC GCGGGGCCTG 
ACGCTCTACC CGCCCGACAT TCTGGGCATC ATGCTGAGGG AGAAGAAGCT GGAGCAGGAT 
AAGAACGGGG CCCTGATGAT TCCCATCGAG GACCTGGAGG ACGTACCAGC CCTGCAGTAT 
CCCCTCATCC CACCCATGAC CGAATACTTC TTCGATGGCA CCAACGACAT GGCCATCTTC 
CCCCCACCTG TCAGTCTTGA GCCTGTCGAG GTAGACTTTG GTGCCTGCCC CAGGCCTGAG 
GACCCCAACC CTGTCCCCCT GTGCCTGATG AACCACACCA ACGGCAAGAT CACTGTGGCC 
TGGACACGAA GGTCTGACTG CCCCTTCTGG GTGACCCCCA ACACCTGCGA CGTGCCCCCC 
CTCAAGTCCA TGGCCATGCG CCTGCACTTC CAGCCGCCTC ACCCCAACTG CCTGTATGCC 
TTGGAGCTGG AAGGCTTCGC TGTCTATAAG GTCCTACGGA GCTACAACAA TATTGAAGAG 
GACTGCACCG TGTGCCCGTC CTGGTGCCTG ACGCTCCGGG CACGAGGCCA CAGCTATGGT 
GCCACCTTGG AGCACCACAT CCCGCAATAC TCCCTGCATG TCCCCAAGCT GTTTCCTGCA 
GTTTCGCCCG GTGAACCCTC CTACCGCAGC CTGCTCCTGA TCAACAAAGG CTCCATGCTG 
CTGACCTTCA ACCTGGCCCC CCAAAGCAGC CCAGACATCT CCCTGCGGCC CAGCTCAGGC 
CTCGTGGCCC CTGGGGCCCA CCAGATCTTC CTCATCTGCA CCTACCCCAA GGGCAACTCC 
TGGAGGCAGC ACGTTTTCTA CTTGCAGTTC AATCTCTGCC CCCAGTATCT CCAGGAGGTG 
AGCATGCAGA GCCGGGAGGA GCCACTGCAG CTGAAGCTGG ACACCTCTAA AAGCATCTTC 
TTCAAGCCCA CCTGGGTGGG CTGCTCCTCC ACCAGCCTCT TCACCTTCCG TAACCCCACG 
CGTCTGCCCT TGGAGTTTGA GTGGAGGGTT TCCCAGCAGC TCCGAAAGAT GCTGGCAGTC 
CAGCCTGCCA GAGGGATTAT CCAGCCCAAC GAGAGCCTCA CAATGACGTG GACCTTCAGC 
CCCCTGGAGG AGACCAAGTA CCTGTTCCGA GTGGGGATAT GGGTCTGGGA AGCCGGCCTG 
CCCCCGAACA CCAAGCCTCC CACCACCACT CACTACATGC TCCGGCTGGT GGGCCTGGGC 
ATCACCGGCA GCCTCTCTGC AAAGGAGAAG GAGCTGGACT TTGGGAACAT ACTGGTGAAC 
AGCAAGCAGT CCAGGACGCT GGTGCTTCTG AACGACGGCG ACTGCACCCT CTACTACCGC 
CTGTTCCTGG AGCAGTGCAG CCCTGAAGCT GTGGACAACG GCCCTCTCGC TCTGCAGCTG 
GACCGCACAG AGGGGAGCAT GCCACCCCGG TCCCAGGACA CTATCTGCCT GATCGCCTGT 
CCCAAGTTCC GGTCCCAGTA CTCCTGGACC ATCAGCTACT CTCTCCTCTC CCACAGAGAT 
AACAAGGTTG GGGAGAAGCA GGAGCTGTGT CGTGTCTCCC TGATGGCCGT GTACCCCATC 
CTCTCCATCC TGGACATCTG CTCCATGGGC AGTGCCCAGG GCATCACCCG GAAGCACCTG 
TGGCGCCTCT TCTCCCTGGA CCTGCTCAAC AGTTACTTGG AGCGTGACCC CACCCCCTGG 
GAGCTCACCT ATGAGGTGCC AACCCGGCAC AGCACCAGCC AGACTCCTCC TGTCTTCACC 
CCTCTGAAGC TCAACTTCAA TTTTGGGGCA GCACCAATAG ATGCCCCACC CTCCGTGGTG 
CTGCTGGCGC TGAAGAATAG CGGACTGGTA CCCCTGGACT GGACCTTCCT CTTCCCAAGC 
GACCAACAGA TCAACCTGGA GCTGTGGGCA GAGCAGGCAG AGTTTAACTG CACCGAGTTG 
CACCAAATGC GTGTGCAAGA CAATTGCATC TTCTCCATCA GTCCCAAGGC TGGGAGCCTG 
AGTCCCGGGC AAGAGCAGAT GGTGGAGTTC AAATACAGCC ACCTGTTTGT TGGTACCGAT 
CGCCTCCCGG TGCTCTTCAA GGTGTCCCAT GGCCGGGAGA TCCTGCTAAA TTTCATAGGT 
GTGACAGTGG AATTGGGGCA GAAGTATGTG CACTTCACTT CCACCAGCCA TCAGTTCATC 
CCTGTCTCCA TTGGTGACAC ACTACCCCCG AGGCAGATTT ATGAGCTGTA TAACGGTGGC 
TCAGTGCCTG TGACCTATGA GATCCAGACC AACATCCTGT CGGAGGTTCA GGAAAAGAAT 
TTTGATCACC CCATCTTCTG CTGCCTCAAC CCCAAAGGGG AGATCCAGCC AGGCACAACT 
GCTCAGGTCT TGTGGATCTT CTCACCCATT GAGGCCAAGA CCTACACGGT GGACGTGCCC 
ATACACATCC TGGGATGGAA CTCAGCCATC ATCCGCTTCC AGGGGGTGGG CTATGACCCC 
CATGTCATGG GGGACACAGC CCCATTCCAC AACATCTCCT CGGGGGACAA CAGCTCCATC 
CACTCGAGGC TGATGGTTCC TGGACAGAGT GTCTTCTTGT CCCAATCTCA TATCTCCCTG 
GGAAACATTC CTGTGCAGAG CAAGTGCAGT CGCCTGCTGT TCCTCAACAA CATCTCCAAG 
AATGACACAG TTGTCTTTGT CTGGCAGCTG AAGCCTCCAG AATCTGGGGA GGTATCTGTG 
AGTCCCATAA AAGGAAAGGT GGCTCCTGAA GAAACGATCC CATTTGTGGT GACCCTGAAG 
GCCTCAGTGC ATGCCAGCTT CTACAGCATT GACCTAGTAT GCAAGGTGTA CCGGCAGGAA 
CTCCTGAAGC AGTACCATAA GGAGCTGCAG GAGTGGAAGG ATGAGAAGGC ACGGCAGGAA 
GTGGAGTTCA CCATCACAGA TAGGAAAGTG AAGAGACAGG CCTATTGTAC AGCTTGTGAA 
CCTGTGAGGA AGTACAAGAC ACTGCCCCCC ATCAAGAACC AAGAGTATCT CAACCGGCCC 
ACCAGCTGGA ACCTTAAGAT CCCAAAGGAG GAGACACATT GGCCATGCCC CCAGCCACCC 
TCACCAGGCA TGCTCTACTT AGGCCTCACT GCCCGCGCCC ATGCCACCGA CTACTTCCTG 
GCCAACTTCT TCTCGGACTT TCCCCGCCAC TTCTTGCACC GGGAGCTGCC AAAGAGGAAG 
TGCCCCAGGA AAGAGTCGGA GGCTGATGAA GACTCCCTTG AGATGTGGGC CCTTGTCTCC 
AAGCAAGAGA AGCAGCTCCT GGTTGACTGT CTCACCACCA TCATCAGGGG CCTGCTGGAA 
GATAAGATCT TCCATGAGGC CGTGGACCAA AACCTGGTGG AGCAGATGCC TTACTTCTGC 
CAGTTCTGGA ATGAGCAGTC GGCCAAGTTC ACGGTCCAGA AGAGCAACCT GCACTTAATG 
CCAGACCCAT CTCTGTCCTC CAACAGCTCG GAGGACAGCA GAGACAAGGA AAAGGAGGAG 
GGTAAGCGGA GGCTAAGGAA GAAGGAAGGC GGGGAAGAGG AGAAGGATGA AGAGGAGGAG 
GAGGAGGAGG AGCAGGAGGA GGAGGAAGAG GAGGAGGAGG AAGAAGAGAT GGAGGAGGAG 
ACGGACGAGG AGGAGGAGAC CGGCAAGGAG AAGCTGGAAG AAGAGGAGGT GGAGGAAAAG 
GAGGTGGAGG AGAAGGAAGA GAAGTTGCCC TGGATGGACA TTAAGCCTGA ACCGCAGCCC 
ACATCCCATG AGTCCCTGAA ATGGCAGTGG CAGCAGCAGC TGAAGGTCNT TGTGAAGGAG 
AGGCAAGAGC AGGATGAGAA GGAGGCCATC AGCCGGCTCC CGGCTTTCGC TAACCTGCAG 
GAGGCGCTGC TGGAGAACAT GATCCAGAAC ATCTTGGTGG AGGCGAGCCG CGGAGAGGTG 
GTGCTCACCT CGCGGCCGCG CGTCATCGCC CTGCCACCGC TCAGCGTTCC CAGGATGCTG 
ACTCCCGACT TGCTGCCCGC GGCGCCCCCG GGGCCGCAGC AAGGGGATAC GAGCGGCACC 
ACGGCACTGC CCCCTACCGA CTATTCGCAG ACACCAGCAC ACAGTCCCCC CTCCGACCTT 
CACCTCTAG

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

PubMed

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CFAP65 cDNA ORF clone, Sus scrofa(pig)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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