CFAP61 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP61
Entrez Gene ID	105415937
Full Name	cilia and flagella associated protein 61
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011601962.1	XP_011600264.1	cilia- and flagella-associated protein 61

Pathways from BioSystems
Gene Ontology

The following CFAP61 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP61 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
OAq11535	XM_011601962.1 Latest version!	Aquila chrysaetos canadensis cilia and flagella associated protein 61 (CFAP61), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

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

*Business Day

** 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)

CFAP61 ( XM_011601962.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011600264.1 Aquila chrysaetos canadensis cilia and flagella associated protein 61 (CFAP61), mRNA.

Price & Availability↑

CloneID	OAq11535
Clone ID Related Accession (Same CDS sequence)	XM_011601962.1
Accession Version	XM_011601962.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3459bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	cilia- and flagella-associated protein 61
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950873.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGACTACAA TAAATTCTTC AAGAGGAAAT ACAGAAGTGG TCAGTGCCAG AAGAACAGAA 
TCACATGATG TTTCAGATAT TATCAGCCTC TTCAGCCACT TCACTGAAGT AGTTTTTGGA 
AGGATTGATG TCATGTACCT TTTAGAAAAA TCAAATCTTG CTTTGACACT CTGCAATGAG 
AAGAATGAGG CTATAGCCCA TGCTGTCTTT CTGGACTATC CCAATTGGAA TATCACTGAT 
CAGTCTGATT GGGAATTGTT CTTACAGGAA AACTACGTTA ACAATAAATG CACTCCTTTG 
AATACATTGT TCATGCATCT TTTTGTGGCA AAAGAAGAAT ATGCCGCTGG ATGTTCCCAA 
GAAATTGTTA GGAGAGCTTT TATCACTGTA CCAGAACTGC AGTTTATACT TCTCTTCATA 
CCAGCCGATG AGAATTTAGA CCCAGACATG GGAAATGTCT TTGAAAAGAT GATGACTGCT 
CCAGGTTCAG TAGCAGATAC AAACTTTACC TTGTTTGTGT GCCCCAGACA TTGGTATCAC 
CCACAGCTCT ATGTTCGCAA AGCAAGGTTG GAAGATTATG ATGATCTCAT GCCAATCTGG 
ACACGTCAGA GTAAGACTCT GAAAGAAACC TATAGTGAAT ATTTCCTTGC TGATCTCATA 
GAATGTCAAG ATGAAGAAAA TCAGGCTGTT GTTTGTGAGG ATGCTGGCAC TGCAGTAGGA 
TTCATGAGCT TATGTTCTCA AGTAAATGTT TCCTTGTTTC AAGAGTGTTT TGACTTAGGG 
CCTTTCCATG GACTCTGTAA ACCACATCCT GAAGATATTC TCAAAATGCC ACAGAAGCCA 
AGCATTCAAG AAGGTATCTA TATTCTAAAA TGGAGAGAAA TTTTGGTAGC CCTGGTCTCT 
GACTCAGAAG TGATGGTTGG TTGTGGGGAT CTGGCCTATA CCAGATCGCT GGATTTTTTG 
CACTATGTTT TCAAGCTTTT TCCAGACAAA GACTTCTGTG TCATCCTCGT ACCACATCAT 
GTACCAGAGT TCCACCTGAT CCAGAGTTTT GTTCGGGTTG TCCCTCTCCA TACTTCCAAA 
CTTGGTGAGG AGCTTTATGT GTTCCACCGT GCAGGATTGC TCAAGTCATT TAGTGTAAGA 
AGGGCAACAA CCAATGACCT ACTTGGTGTC AAAATGCTCA TTAAAACCCT TAGCTTGAAT 
GAAAGTATAT TGAATGACTT AAAGATATTT ACTCTGGCTC GCAGGGATCC AGATGGGATC 
CCAGTACAGG CTTTCATAGC AGAAGTTTTG GATCAAATAG TTGGCGTTTC TGTCATCAGA 
GATGAAATGG ATATTGAGTA CATTCGATCA CATTACAACA TTGAAGATTT TATTCATTTT 
AATCACCACC AGCATGAAGA ACATGGACAT CTTTACCACT TTGTCTTAAA TCCTATATTT 
CATCACTATA CAAAACACTT TCTAAAGGAG ATTCTTCGCT TGGCCCACAA ATCTTCTCTT 
TACTATCCTA TTTATCCACA GTATGTGGAA GGCAAGATCG CTGTCTTTCA GTTTCAGAAT 
CCCTGTGCCC ATTCCCTGAC ATCTGCCCTT CATTACATGG TTCCCGTGCG ACCAAGACGA 
CAGATTGTCT ATCCTCTGGA AGAGCTTGGC ATAAACGCTC CATCAGAGCA GGTCTCCAAG 
GATCAGTTGA GTTATTCTTT GAACCACATA AATCGAAAGC TGGTACTGGC ATCTAAAGCA 
TCTATCAACA CTAGAATTGT GGTGGTTGGT GCGTCTGATG TTGGAATCTC TTTTCTGGAA 
ACGCTCGTTT TTTGTCCGCA TCTGAAGTTC AACAATCTGA CCTTGATTTC AATTCATGGC 
CTTCCAGGAA AAGACCGACC AGGCTCCAAA CATAGAAGAT TTTTAATTAA CAGCCACTGT 
TTTAATGATG AAGATTATGC ACAGATGTCA CTTTGTTCCT GGGTTAACGT TGTGGTTGGT 
AAAATGACTG GCATAAATCG TGCTGCCAAA TATGTAGTTG TTTCCAAGGA GAAAAACGTA 
CCATATGACT ACCTTGTTCT CTGTACTGGA CAGAAATACC AGGTCCTGTC TCCCACTGGA 
GCAGATATCA GTAAACTCCC AACTAACAGA GAAGTCATAA GTAAGTGGCC ACAAAGATAC 
ACAGGGAAAG TCCCTTCCAA TCATTTTACT CTCAATGACG ATCAGGACTG CTTAAAGGCA 
ACGCACTGGC TGAAAGAAAA CATTGTCAAC TCGGAAGGGA ACGTCATTGT CTATGGGAAT 
ACAATTGACA TTTACACCAC GGTAGAAACC CTCTTATCTC TTGGAATTAA TGGTTCTCGC 
ATACATCTCG TACAGCCTCC ACTCAGCTCA AATGTTACTT GCCTTAACAA CAACGAAATC 
GAAAGTGCTG TTCAGGAGGC ACTATCAAAG GCTGGCGTGT CTGTTTATTG TGACAGTATC 
CTGGCACAGT GGAACGAAGG CGACGACCCA GACCTTATCA CATGTGCTGC TTTCACTACT 
AATACAAAAC CATTTAAATT GCAGTGTTCC GCATTTTTTA GCTTTGCCTA CAGAGCAGTG 
GATTATGAAA CCTTTAAGGC AATTAATGAT GCTTGCCTTG TTTTTGATGG AAGACTTGTG 
ATTGATACCA AATTCCATAC TAATGATGTC AGTATCAGGG CTGCTGGTCC TTTAACAAAG 
TACTCCAGGA GATACTGTGT AGATGAATGG ACACACAGCA ACTTCAATTC AAAAGAGATT 
GGCTTTGAGC TTGCTGCATC TATGCTGAAT CTCTTTGATC CAACCCATAA GCCCTTTTCT 
AAGCCACCAG AAGGCACAGA TAGACTCATC CCCATGTACA AAGGGTGTAA AATTAAAGGA 
GGTGTTCTTC CTGGGGGTTA TAATTACTTG CATATTTCCA AACCAGAAAT CCCCATCCGC 
TTGGACTTAG AACTTGCACT GTGTGATCAT GGGATGGAGA TTATAACCGG AGAGGCGAGA 
CATGGGAATT ATTTCAGGAT GCATATCAAC AAATATAATA TGGTAGACAG CATCACCTGC 
TTTTCAAAGG AACCCTTTCC TGTCTCCAAC TACATTTGCT TGTATGGACA GCATGAGCGT 
CTTCTTAATG ATCTTTATTA TCGCTGGAAT GAAGGGCAGA TTACAGATCT TTACAGCTAC 
TTCAGGGAAC CTTGGTCCAT GGCCATCTAT CACGATCGGT TTATTGATCT CAAGAAGGAA 
CTGCGCCAAA TCCTGATGTC GGAACAGAAA ACAAGCAGAA TCAACTGTAA ATGGAGGCAG 
GGTGACAAAA GGAAGGGATG TTGCGTAGAC TGTAGCCCAC CCATTTCCAT GGCCCAAACT 
GGTGTGCTGT CATATGTCAC AGCTGTAGCC CCACAAACGC TCGACCCCTG CCTCCTCCCA 
GAAGGGCTGG ATGCAATTTT CCTCCTATTG TCATGTTAG

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

RefSeq	XP_011600264.1
CDS	1..3459
Translation	MTTINSSRGNTEVVSARRTESHDVSDIISLFSHFTEVVFGRIDVMYLLEKSNLALTLCNEKNEAIAHAVFLDYPNWNITDQSDWELFLQENYVNNKCTPLNTLFMHLFVAKEEYAAGCSQEIVRRAFITVPELQFILLFIPADENLDPDMGNVFEKMMTAPGSVADTNFTLFVCPRHWYHPQLYVRKARLEDYDDLMPIWTRQSKTLKETYSEYFLADLIECQDEENQAVVCEDAGTAVGFMSLCSQVNVSLFQECFDLGPFHGLCKPHPEDILKMPQKPSIQEGIYILKWREILVALVSDSEVMVGCGDLAYTRSLDFLHYVFKLFPDKDFCVILVPHHVPEFHLIQSFVRVVPLHTSKLGEELYVFHRAGLLKSFSVRRATTNDLLGVKMLIKTLSLNESILNDLKIFTLARRDPDGIPVQAFIAEVLDQIVGVSVIRDEMDIEYIRSHYNIEDFIHFNHHQHEEHGHLYHFVLNPIFHHYTKHFLKEILRLAHKSSLYYPIYPQYVEGKIAVFQFQNPCAHSLTSALHYMVPVRPRRQIVYPLEELGINAPSEQVSKDQLSYSLNHINRKLVLASKASINTRIVVVGASDVGISFLETLVFCPHLKFNNLTLISIHGLPGKDRPGSKHRRFLINSHCFNDEDYAQMSLCSWVNVVVGKMTGINRAAKYVVVSKEKNVPYDYLVLCTGQKYQVLSPTGADISKLPTNREVISKWPQRYTGKVPSNHFTLNDDQDCLKATHWLKENIVNSEGNVIVYGNTIDIYTTVETLLSLGINGSRIHLVQPPLSSNVTCLNNNEIESAVQEALSKAGVSVYCDSILAQWNEGDDPDLITCAAFTTNTKPFKLQCSAFFSFAYRAVDYETFKAINDACLVFDGRLVIDTKFHTNDVSIRAAGPLTKYSRRYCVDEWTHSNFNSKEIGFELAASMLNLFDPTHKPFSKPPEGTDRLIPMYKGCKIKGGVLPGGYNYLHISKPEIPIRLDLELALCDHGMEIITGEARHGNYFRMHINKYNMVDSITCFSKEPFPVSNYICLYGQHERLLNDLYYRWNEGQITDLYSYFREPWSMAIYHDRFIDLKKELRQILMSEQKTSRINCKWRQGDKRKGCCVDCSPPISMAQTGVLSYVTAVAPQTLDPCLLPEGLDAIFLLLSC

Target ORF information:

RefSeq Version	XM_011601962.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis cilia and flagella associated protein 61 (CFAP61), mRNA.

Target ORF information:

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

XM_011601962.1

ORF Insert Sequence:

ATGACTACAA TAAATTCTTC AAGAGGAAAT ACAGAAGTGG TCAGTGCCAG AAGAACAGAA 
TCACATGATG TTTCAGATAT TATCAGCCTC TTCAGCCACT TCACTGAAGT AGTTTTTGGA 
AGGATTGATG TCATGTACCT TTTAGAAAAA TCAAATCTTG CTTTGACACT CTGCAATGAG 
AAGAATGAGG CTATAGCCCA TGCTGTCTTT CTGGACTATC CCAATTGGAA TATCACTGAT 
CAGTCTGATT GGGAATTGTT CTTACAGGAA AACTACGTTA ACAATAAATG CACTCCTTTG 
AATACATTGT TCATGCATCT TTTTGTGGCA AAAGAAGAAT ATGCCGCTGG ATGTTCCCAA 
GAAATTGTTA GGAGAGCTTT TATCACTGTA CCAGAACTGC AGTTTATACT TCTCTTCATA 
CCAGCCGATG AGAATTTAGA CCCAGACATG GGAAATGTCT TTGAAAAGAT GATGACTGCT 
CCAGGTTCAG TAGCAGATAC AAACTTTACC TTGTTTGTGT GCCCCAGACA TTGGTATCAC 
CCACAGCTCT ATGTTCGCAA AGCAAGGTTG GAAGATTATG ATGATCTCAT GCCAATCTGG 
ACACGTCAGA GTAAGACTCT GAAAGAAACC TATAGTGAAT ATTTCCTTGC TGATCTCATA 
GAATGTCAAG ATGAAGAAAA TCAGGCTGTT GTTTGTGAGG ATGCTGGCAC TGCAGTAGGA 
TTCATGAGCT TATGTTCTCA AGTAAATGTT TCCTTGTTTC AAGAGTGTTT TGACTTAGGG 
CCTTTCCATG GACTCTGTAA ACCACATCCT GAAGATATTC TCAAAATGCC ACAGAAGCCA 
AGCATTCAAG AAGGTATCTA TATTCTAAAA TGGAGAGAAA TTTTGGTAGC CCTGGTCTCT 
GACTCAGAAG TGATGGTTGG TTGTGGGGAT CTGGCCTATA CCAGATCGCT GGATTTTTTG 
CACTATGTTT TCAAGCTTTT TCCAGACAAA GACTTCTGTG TCATCCTCGT ACCACATCAT 
GTACCAGAGT TCCACCTGAT CCAGAGTTTT GTTCGGGTTG TCCCTCTCCA TACTTCCAAA 
CTTGGTGAGG AGCTTTATGT GTTCCACCGT GCAGGATTGC TCAAGTCATT TAGTGTAAGA 
AGGGCAACAA CCAATGACCT ACTTGGTGTC AAAATGCTCA TTAAAACCCT TAGCTTGAAT 
GAAAGTATAT TGAATGACTT AAAGATATTT ACTCTGGCTC GCAGGGATCC AGATGGGATC 
CCAGTACAGG CTTTCATAGC AGAAGTTTTG GATCAAATAG TTGGCGTTTC TGTCATCAGA 
GATGAAATGG ATATTGAGTA CATTCGATCA CATTACAACA TTGAAGATTT TATTCATTTT 
AATCACCACC AGCATGAAGA ACATGGACAT CTTTACCACT TTGTCTTAAA TCCTATATTT 
CATCACTATA CAAAACACTT TCTAAAGGAG ATTCTTCGCT TGGCCCACAA ATCTTCTCTT 
TACTATCCTA TTTATCCACA GTATGTGGAA GGCAAGATCG CTGTCTTTCA GTTTCAGAAT 
CCCTGTGCCC ATTCCCTGAC ATCTGCCCTT CATTACATGG TTCCCGTGCG ACCAAGACGA 
CAGATTGTCT ATCCTCTGGA AGAGCTTGGC ATAAACGCTC CATCAGAGCA GGTCTCCAAG 
GATCAGTTGA GTTATTCTTT GAACCACATA AATCGAAAGC TGGTACTGGC ATCTAAAGCA 
TCTATCAACA CTAGAATTGT GGTGGTTGGT GCGTCTGATG TTGGAATCTC TTTTCTGGAA 
ACGCTCGTTT TTTGTCCGCA TCTGAAGTTC AACAATCTGA CCTTGATTTC AATTCATGGC 
CTTCCAGGAA AAGACCGACC AGGCTCCAAA CATAGAAGAT TTTTAATTAA CAGCCACTGT 
TTTAATGATG AAGATTATGC ACAGATGTCA CTTTGTTCCT GGGTTAACGT TGTGGTTGGT 
AAAATGACTG GCATAAATCG TGCTGCCAAA TATGTAGTTG TTTCCAAGGA GAAAAACGTA 
CCATATGACT ACCTTGTTCT CTGTACTGGA CAGAAATACC AGGTCCTGTC TCCCACTGGA 
GCAGATATCA GTAAACTCCC AACTAACAGA GAAGTCATAA GTAAGTGGCC ACAAAGATAC 
ACAGGGAAAG TCCCTTCCAA TCATTTTACT CTCAATGACG ATCAGGACTG CTTAAAGGCA 
ACGCACTGGC TGAAAGAAAA CATTGTCAAC TCGGAAGGGA ACGTCATTGT CTATGGGAAT 
ACAATTGACA TTTACACCAC GGTAGAAACC CTCTTATCTC TTGGAATTAA TGGTTCTCGC 
ATACATCTCG TACAGCCTCC ACTCAGCTCA AATGTTACTT GCCTTAACAA CAACGAAATC 
GAAAGTGCTG TTCAGGAGGC ACTATCAAAG GCTGGCGTGT CTGTTTATTG TGACAGTATC 
CTGGCACAGT GGAACGAAGG CGACGACCCA GACCTTATCA CATGTGCTGC TTTCACTACT 
AATACAAAAC CATTTAAATT GCAGTGTTCC GCATTTTTTA GCTTTGCCTA CAGAGCAGTG 
GATTATGAAA CCTTTAAGGC AATTAATGAT GCTTGCCTTG TTTTTGATGG AAGACTTGTG 
ATTGATACCA AATTCCATAC TAATGATGTC AGTATCAGGG CTGCTGGTCC TTTAACAAAG 
TACTCCAGGA GATACTGTGT AGATGAATGG ACACACAGCA ACTTCAATTC AAAAGAGATT 
GGCTTTGAGC TTGCTGCATC TATGCTGAAT CTCTTTGATC CAACCCATAA GCCCTTTTCT 
AAGCCACCAG AAGGCACAGA TAGACTCATC CCCATGTACA AAGGGTGTAA AATTAAAGGA 
GGTGTTCTTC CTGGGGGTTA TAATTACTTG CATATTTCCA AACCAGAAAT CCCCATCCGC 
TTGGACTTAG AACTTGCACT GTGTGATCAT GGGATGGAGA TTATAACCGG AGAGGCGAGA 
CATGGGAATT ATTTCAGGAT GCATATCAAC AAATATAATA TGGTAGACAG CATCACCTGC 
TTTTCAAAGG AACCCTTTCC TGTCTCCAAC TACATTTGCT TGTATGGACA GCATGAGCGT 
CTTCTTAATG ATCTTTATTA TCGCTGGAAT GAAGGGCAGA TTACAGATCT TTACAGCTAC 
TTCAGGGAAC CTTGGTCCAT GGCCATCTAT CACGATCGGT TTATTGATCT CAAGAAGGAA 
CTGCGCCAAA TCCTGATGTC GGAACAGAAA ACAAGCAGAA TCAACTGTAA ATGGAGGCAG 
GGTGACAAAA GGAAGGGATG TTGCGTAGAC TGTAGCCCAC CCATTTCCAT GGCCCAAACT 
GGTGTGCTGT CATATGTCAC AGCTGTAGCC CCACAAACGC TCGACCCCTG CCTCCTCCCA 
GAAGGGCTGG ATGCAATTTT CCTCCTATTG TCATGTTAG