CCDC40 cDNA ORF clone, Fulmarus glacialis(Northern fulmar)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC40
Entrez Gene ID	104070889
Full Name	coiled-coil domain containing 40
Gene Type	protein-coding
Organism	Fulmarus glacialis(Northern fulmar)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009583437.1	XP_009581732.1	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 40

Pathways from BioSystems
Gene Ontology

The following CCDC40 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC40 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
OFu95063	XM_009583437.1 Latest version!	Fulmarus glacialis coiled-coil domain containing 40 (CCDC40), 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)

CCDC40 ( XM_009583437.1 ) cDNA ORF clone, Fulmarus glacialis(Northern fulmar) -> XP_009581732.1 Fulmarus glacialis coiled-coil domain containing 40 (CCDC40), mRNA.

Price & Availability↑

CloneID	OFu95063
Clone ID Related Accession (Same CDS sequence)	XM_009583437.1
Accession Version	XM_009583437.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3231bp) 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	2014-10-13
Organism	Fulmarus glacialis(Northern fulmar)
Product	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 40
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009228281.1) 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 :: Fulmarus glacialis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 8% of CDS bases internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGAGGAGG CCCCCGGTGC CGCAGCAGAG GGATCTGGGT TGGAATTCGG CTCCGCTGAG 
CGGGATATAA TCAGAGTTCC GTCGCATCTT GCTATGGAGG TGATTTCCTT TGAAACGTTC 
ACAGGGGAGC ATGTTCCCGC AATAGAGACA GAGAAAGGGA ACGACAATGA AGACGAAGTG 
TCTGTTCCTC TGGAGGACCA AGAAGAGACA TTTCCCCCAG CAGAAAGAGG AGTCTATGGA 
GCTGCAGAGC TGTTCATTGG TTCTGCAGAA TTTTATTGCT GAAAACACAA AACCAATCAG 
AACTGGAAGA GAGAGAAGCT AATTGGTCAA GAAAAATCTC CTGAGACTTT CTCGGACAAA 
GTGGAATTAG ACAGTCGTCC TCCTGAATTG GGTGACATGG AGCAGCCAAT AACAGACAGA 
GGAAACCCTT CCCATACATC TTCAGGAGCT CCTCCGCAGG CATCTGCATT GTCAGTGGAG 
TTGAACAGCT GCACAGAGTC AGAGTCTGCC TTTGAGCAAT TCGGTCAGCT TACTAGTGAG 
CATGGTGACC AAAGACGGGA AAAGGAATAC CAGCAGCGTG GAGCTGAGGA ACACGAAATA 
AGCGGAAGAA GTGAAGAAAC CGTAGAAGAA ACAGAACTGG TTGTTTTGGA TCCAGAACAT 
CCTCTGATGA GAAGATTCCA GGCTGCCCTG AAGAATTACC TTACTAAGCA GATGGAAAAA 
GTGAACCTAG AGCTTCAGGA ACTGAGGACA GCAACAAAGA AGGGCAAAGT ACAGAGAGAA 
GAGCTTGGGG TGATTCTTTA TGGAGCACAG CAGCAGCTGG CCCATCTACA GATGGAACTG 
GAGAAGAGCC ATGACCGCCG CTCTCAGACA GCCACAGTGC GTCGGCAGCT AGAAGAAGAA 
CTGGAGGGCC TCAGGCTTAC TTACAAGAAA ATGTGTCAGA ACACAGATGA TGAACGCAAG 
AAAGTTTCTG CAATGCAGAC CCAGGTTGAA AACCTGGCCT TGCATCTCTT CTACATGCAG 
AATATGGACC AGGACATGCG TCATAATATT TTACTAATGA AACAGTCGAC AAAAAAGGCT 
GAGGCAGAGA AGGTCCAGGC TGAGGTGGAA AAGAGAAAAC AGGATCTTCT AGTAGACCGC 
TTAACAAGAA AAGTCTATGA ACTACAAGAA CAGATTGCTC TGTTTGAAGC TCAGTTTGTG 
GCCCAGGCAG AGGACACAAA AGTAACTCGG CAAGCAGTAA ATGAGGCTTG CATGGAGGTA 
CAGGCTATTA ACATGGAGAA AAAGCAATTG ATGAATCACT GGAATAGCAG CTTGGCTGGA 
ATGAAGCAAA GAGATGAGGC CTATATTGCC ACACAAGAGT TGCTGAGCAA GTACAGACAT 
GATCTCAAGT CCCTAGAAAC GGACATCCAT GGCTGTAGAA AGTCGATCGG GAAGGAGGAG 
GAGAAGAATG AGTTGCTTGT CACCATCCTG AGCCGTTCAC AGAACGATGC CAACACGACA 
AAGAAACTGA TTGCCCAGTG CCTTTCAAGA CAGGAGGTCC TGAAGGTCGA ATCTGGCACC 
TACACTCGCA TTCTCCATGA GACAGAACAG GCCCTCAACA GGACCAAGAT GGATCAAGCT 
GCTCGTCTGA ATGAGTTGCT GTCCGTCAGT AAGGATATAG AGAAAGGGAC TAATGCCAAA 
GAGCAGATGG AGAATGAAAT CATGGCAAAG CTTCAGGAAC AGATGATGTC CAGCAAAGCC 
ACAAAGCACT TCTCCCAGCT GGCTGCAAAA CTTCATAGGA GAAAAACAGA TCTGGAGCTG 
CATTTTTCTA AGGTTGAGAA TGATATGGCC CAGGTTATTC TGAATGCAAC TCATACCAAC 
TGCAGGCTGA CAATTCTCCA AAAAACACTT TGTGAGCTGG ATGAGGAAAT AAAAAATATC 
CATGACCTGA TCAGCTGCAG GGAAAGTGAG ATTGCAAAGT GCAGTCTCCT GACTGAGAAC 
AAGCGAAGGG TCATCAGCCA GTACAACAAG AGGTTGGAGA TGATTCTTTC TCAGCAGGGG 
GGGCAAGAAT TGGGACCATT GGAAATTGAG ATCAACAAGC TGACCAAGCA GATAGAAGAA 
TACAATTCTG AGGTGATGAC ACTACAGAAG TACTGGCTCA ATCTACAGAA AGAGCTCGTG 
AAGTTAACAG ACGAACGGGA GGAACAAGTA GCCTCCTTGG ATATGTTAAA GAAACAGATC 
ACAATAATGC AGCAGAAGAA AGTACGCACT GAAAATGAAA TTAAGCAGGA AACAAAAGAA 
CAGAAAGACA TCGAACGTCA CATGAGGAAC ATGTCAAATG ACTTGATAAA GTTGAATGTG 
TTGATCAACA AGAACAACAA TAGTTTCGAG GAGCTGCAAT ATGGCAACGT TATCACAGAG 
AATGAGTTTG TACGGTCTCT CAAGGCAGCA GAAAAAGAAT CAGTTGAGAT GCAGGAGAAG 
CACAGTCAAT TGACTGAGGA GAAGGACAGA CTCCTAAACA GCCTGGTGGA AGCAGAGCAT 
CAAATCATGC TATGGGAGAA AAAGATCCAG CTGACAAGAG AGATGCGTGC AGTGGTGGAT 
TCTGAGACAG GACAAGGCGA AATCGAAGCC ATGAGAACAG AGATTCATAG GATGCAAGTC 
CGCTATGGCA GGCTGATGAA GCAGCAGGAG AAGATGATTC GTGATATGGA GGCATCTGTT 
TCTCGTAGAG AGGTGATAGC GATTCGTGGA GAGGGTCAGA ACAAAACAGA TAAGAAACGT 
ATCACCAAGA GTGACTTCCA CCGCAAGAAA CAGGAGCTGA GAAAGAAGAT CAGTGAAACC 
CAGAAGAACG CTCAAGACTG CAACAAAACC ATCCTGGAGC TGGAGAGCAC CCAAGCGTCC 
CTTAGTGCCA CCTTCTCGGA AAAGCAGCAA GAGTTGCGCG GACTGCAGGC TGAGTCCGAT 
GGCCTCCATT CAGACGCAGA ATGTCTTCGG AACAAGAAAC GATGGAACCT TTTGGAGATT 
GTGGCCTACC AGACGCGCCA GAAGCATCTG CAGGCGCTGA AGGAAGGGAA GTACACTCCC 
CTGTGCCGCA CCGAACAAGC CTGGAGAAAC GAGCAGCAGA AACTGCAGGA CCGGCTCCGC 
ACCATTAAGG CCATCGTCCA CCAAATCCAG CAAGAACATC CCCAGCACCG AAGGGCTCTC 
CAGTGGCTCA GTCAGTGCTT GGAATCCAGG CTGGGCTCGC AGGAGGACTG A

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

RefSeq	XP_009581732.1
CDS	1..3231
Translation	MEEAPGAAAEGSGLEFGSAERDIIRVPSHLAMEVISFETFTGEHVPAIETEKGNDNEDEVSVPLEDQEETFPPAERGVYGAAELFIGSAEFYC*KHKTNQNWKREKLIGQEKSPETFSDKVELDSRPPELGDMEQPITDRGNPSHTSSGAPPQASALSVELNSCTESESAFEQFGQLTSEHGDQRREKEYQQRGAEEHEISGRSEETVEETELVVLDPEHPLMRRFQAALKNYLTKQMEKVNLELQELRTATKKGKVQREELGVILYGAQQQLAHLQMELEKSHDRRSQTATVRRQLEEELEGLRLTYKKMCQNTDDERKKVSAMQTQVENLALHLFYMQNMDQDMRHNILLMKQSTKKAEAEKVQAEVEKRKQDLLVDRLTRKVYELQEQIALFEAQFVAQAEDTKVTRQAVNEACMEVQAINMEKKQLMNHWNSSLAGMKQRDEAYIATQELLSKYRHDLKSLETDIHGCRKSIGKEEEKNELLVTILSRSQNDANTTKKLIAQCLSRQEVLKVESGTYTRILHETEQALNRTKMDQAARLNELLSVSKDIEKGTNAKEQMENEIMAKLQEQMMSSKATKHFSQLAAKLHRRKTDLELHFSKVENDMAQVILNATHTNCRLTILQKTLCELDEEIKNIHDLISCRESEIAKCSLLTENKRRVISQYNKRLEMILSQQGGQELGPLEIEINKLTKQIEEYNSEVMTLQKYWLNLQKELVKLTDEREEQVASLDMLKKQITIMQQKKVRTENEIKQETKEQKDIERHMRNMSNDLIKLNVLINKNNNSFEELQYGNVITENEFVRSLKAAEKESVEMQEKHSQLTEEKDRLLNSLVEAEHQIMLWEKKIQLTREMRAVVDSETGQGEIEAMRTEIHRMQVRYGRLMKQQEKMIRDMEASVSRREVIAIRGEGQNKTDKKRITKSDFHRKKQELRKKISETQKNAQDCNKTILELESTQASLSATFSEKQQELRGLQAESDGLHSDAECLRNKKRWNLLEIVAYQTRQKHLQALKEGKYTPLCRTEQAWRNEQQKLQDRLRTIKAIVHQIQQEHPQHRRALQWLSQCLESRLGSQED

Target ORF information:

RefSeq Version	XM_009583437.1
Organism	Fulmarus glacialis(Northern fulmar)
Definition	Fulmarus glacialis coiled-coil domain containing 40 (CCDC40), mRNA.

Target ORF information:

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

XM_009583437.1

ORF Insert Sequence:

ATGGAGGAGG CCCCCGGTGC CGCAGCAGAG GGATCTGGGT TGGAATTCGG CTCCGCTGAG 
CGGGATATAA TCAGAGTTCC GTCGCATCTT GCTATGGAGG TGATTTCCTT TGAAACGTTC 
ACAGGGGAGC ATGTTCCCGC AATAGAGACA GAGAAAGGGA ACGACAATGA AGACGAAGTG 
TCTGTTCCTC TGGAGGACCA AGAAGAGACA TTTCCCCCAG CAGAAAGAGG AGTCTATGGA 
GCTGCAGAGC TGTTCATTGG TTCTGCAGAA TTTTATTGCT GAAAACACAA AACCAATCAG 
AACTGGAAGA GAGAGAAGCT AATTGGTCAA GAAAAATCTC CTGAGACTTT CTCGGACAAA 
GTGGAATTAG ACAGTCGTCC TCCTGAATTG GGTGACATGG AGCAGCCAAT AACAGACAGA 
GGAAACCCTT CCCATACATC TTCAGGAGCT CCTCCGCAGG CATCTGCATT GTCAGTGGAG 
TTGAACAGCT GCACAGAGTC AGAGTCTGCC TTTGAGCAAT TCGGTCAGCT TACTAGTGAG 
CATGGTGACC AAAGACGGGA AAAGGAATAC CAGCAGCGTG GAGCTGAGGA ACACGAAATA 
AGCGGAAGAA GTGAAGAAAC CGTAGAAGAA ACAGAACTGG TTGTTTTGGA TCCAGAACAT 
CCTCTGATGA GAAGATTCCA GGCTGCCCTG AAGAATTACC TTACTAAGCA GATGGAAAAA 
GTGAACCTAG AGCTTCAGGA ACTGAGGACA GCAACAAAGA AGGGCAAAGT ACAGAGAGAA 
GAGCTTGGGG TGATTCTTTA TGGAGCACAG CAGCAGCTGG CCCATCTACA GATGGAACTG 
GAGAAGAGCC ATGACCGCCG CTCTCAGACA GCCACAGTGC GTCGGCAGCT AGAAGAAGAA 
CTGGAGGGCC TCAGGCTTAC TTACAAGAAA ATGTGTCAGA ACACAGATGA TGAACGCAAG 
AAAGTTTCTG CAATGCAGAC CCAGGTTGAA AACCTGGCCT TGCATCTCTT CTACATGCAG 
AATATGGACC AGGACATGCG TCATAATATT TTACTAATGA AACAGTCGAC AAAAAAGGCT 
GAGGCAGAGA AGGTCCAGGC TGAGGTGGAA AAGAGAAAAC AGGATCTTCT AGTAGACCGC 
TTAACAAGAA AAGTCTATGA ACTACAAGAA CAGATTGCTC TGTTTGAAGC TCAGTTTGTG 
GCCCAGGCAG AGGACACAAA AGTAACTCGG CAAGCAGTAA ATGAGGCTTG CATGGAGGTA 
CAGGCTATTA ACATGGAGAA AAAGCAATTG ATGAATCACT GGAATAGCAG CTTGGCTGGA 
ATGAAGCAAA GAGATGAGGC CTATATTGCC ACACAAGAGT TGCTGAGCAA GTACAGACAT 
GATCTCAAGT CCCTAGAAAC GGACATCCAT GGCTGTAGAA AGTCGATCGG GAAGGAGGAG 
GAGAAGAATG AGTTGCTTGT CACCATCCTG AGCCGTTCAC AGAACGATGC CAACACGACA 
AAGAAACTGA TTGCCCAGTG CCTTTCAAGA CAGGAGGTCC TGAAGGTCGA ATCTGGCACC 
TACACTCGCA TTCTCCATGA GACAGAACAG GCCCTCAACA GGACCAAGAT GGATCAAGCT 
GCTCGTCTGA ATGAGTTGCT GTCCGTCAGT AAGGATATAG AGAAAGGGAC TAATGCCAAA 
GAGCAGATGG AGAATGAAAT CATGGCAAAG CTTCAGGAAC AGATGATGTC CAGCAAAGCC 
ACAAAGCACT TCTCCCAGCT GGCTGCAAAA CTTCATAGGA GAAAAACAGA TCTGGAGCTG 
CATTTTTCTA AGGTTGAGAA TGATATGGCC CAGGTTATTC TGAATGCAAC TCATACCAAC 
TGCAGGCTGA CAATTCTCCA AAAAACACTT TGTGAGCTGG ATGAGGAAAT AAAAAATATC 
CATGACCTGA TCAGCTGCAG GGAAAGTGAG ATTGCAAAGT GCAGTCTCCT GACTGAGAAC 
AAGCGAAGGG TCATCAGCCA GTACAACAAG AGGTTGGAGA TGATTCTTTC TCAGCAGGGG 
GGGCAAGAAT TGGGACCATT GGAAATTGAG ATCAACAAGC TGACCAAGCA GATAGAAGAA 
TACAATTCTG AGGTGATGAC ACTACAGAAG TACTGGCTCA ATCTACAGAA AGAGCTCGTG 
AAGTTAACAG ACGAACGGGA GGAACAAGTA GCCTCCTTGG ATATGTTAAA GAAACAGATC 
ACAATAATGC AGCAGAAGAA AGTACGCACT GAAAATGAAA TTAAGCAGGA AACAAAAGAA 
CAGAAAGACA TCGAACGTCA CATGAGGAAC ATGTCAAATG ACTTGATAAA GTTGAATGTG 
TTGATCAACA AGAACAACAA TAGTTTCGAG GAGCTGCAAT ATGGCAACGT TATCACAGAG 
AATGAGTTTG TACGGTCTCT CAAGGCAGCA GAAAAAGAAT CAGTTGAGAT GCAGGAGAAG 
CACAGTCAAT TGACTGAGGA GAAGGACAGA CTCCTAAACA GCCTGGTGGA AGCAGAGCAT 
CAAATCATGC TATGGGAGAA AAAGATCCAG CTGACAAGAG AGATGCGTGC AGTGGTGGAT 
TCTGAGACAG GACAAGGCGA AATCGAAGCC ATGAGAACAG AGATTCATAG GATGCAAGTC 
CGCTATGGCA GGCTGATGAA GCAGCAGGAG AAGATGATTC GTGATATGGA GGCATCTGTT 
TCTCGTAGAG AGGTGATAGC GATTCGTGGA GAGGGTCAGA ACAAAACAGA TAAGAAACGT 
ATCACCAAGA GTGACTTCCA CCGCAAGAAA CAGGAGCTGA GAAAGAAGAT CAGTGAAACC 
CAGAAGAACG CTCAAGACTG CAACAAAACC ATCCTGGAGC TGGAGAGCAC CCAAGCGTCC 
CTTAGTGCCA CCTTCTCGGA AAAGCAGCAA GAGTTGCGCG GACTGCAGGC TGAGTCCGAT 
GGCCTCCATT CAGACGCAGA ATGTCTTCGG AACAAGAAAC GATGGAACCT TTTGGAGATT 
GTGGCCTACC AGACGCGCCA GAAGCATCTG CAGGCGCTGA AGGAAGGGAA GTACACTCCC 
CTGTGCCGCA CCGAACAAGC CTGGAGAAAC GAGCAGCAGA AACTGCAGGA CCGGCTCCGC 
ACCATTAAGG CCATCGTCCA CCAAATCCAG CAAGAACATC CCCAGCACCG AAGGGCTCTC 
CAGTGGCTCA GTCAGTGCTT GGAATCCAGG CTGGGCTCGC AGGAGGACTG A