CCDC180 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC180
Entrez Gene ID	100499483
Full Name	coiled-coil domain containing 180
Synonyms	C9orf174
General protein information	Preferred Names coiled-coil domain containing 180 Names coiled-coil domain-containing protein 180 Behcet's Disease Associated Gene 1
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 9 Map Location: 9q22.33
Summary	The protein encoded by this gene contains a coiled-coil domain. Alternative splicing results in multiple transcript variants encoding different isoforms. A single nucleotide polymorphism (SNP) in this gene has been associated with increased susceptibility to Behcet's Disease (PMID: 19442274). [provided by RefSeq, Dec 2016].

mRNA and Protein(s)

mRNA	Protein	Name
NM_001348010.2	NP_001334939.1	coiled-coil domain-containing protein 180 isoform 2
NM_020893.4	NP_065944.2	coiled-coil domain-containing protein 180 isoform 1
NM_001348010.1	NP_001334939.1	coiled-coil domain-containing protein 180 isoform 2
NM_020893.3	NP_065944.2	coiled-coil domain-containing protein 180 isoform 1

Pathways from BioSystems

Homologies

Homo sapiens (human)	CCDC180	NP_065944.2
Rattus norvegicus (Norway rat)	Ccdc180	XP_006238214.1
Danio rerio (zebrafish)	LOC100538012	XP_003198708.2
Pan troglodytes (chimpanzee)	LOC464596	XP_520133.2
Canis lupus familiaris (dog)	C11H9orf174	XP_005627048.1
Bos taurus (cattle)	CCDC180	XP_005210245.1
Mus musculus (house mouse)	E230008N13Rik	NP_941062.2
Xenopus tropicalis (tropical clawed frog)	LOC100492567	XP_002941145.2
Gallus gallus (chicken)	C17H9ORF174	XP_004945990.1

Gene Ontology
Bibliography

Related articles in PubMed

Large-scale proteomics and phosphoproteomics of urinary exosomes.
Gonzales PA, Pisitkun T, Hoffert JD, Tchapyjnikov D, Star RA, Kleta R, Wang NS, Knepper MA
Journal of the American Society of Nephrology : JASN20(2)363-79(2009 Feb)

Identification of novel genetic susceptibility loci for Beh?et's disease using a genome-wide association study.
Fei Y, Webb R, Cobb BL, Direskeneli H, Saruhan-Direskeneli G, Sawalha AH
Arthritis research & therapy11(3)R66(2009)

Candidate gene/loci studies in cleft lip/palate and dental anomalies finds novel susceptibility genes for clefts.
Vieira AR, McHenry TG, Daack-Hirsch S, Murray JC, Marazita ML
Genetics in medicine : official journal of the American College of Medical Genetics10(9)668-74(2008 Sep)

Improved titanium dioxide enrichment of phosphopeptides from HeLa cells and high confident phosphopeptide identification by cross-validation of MS/MS and MS/MS/MS spectra.
Yu LR, Zhu Z, Chan KC, Issaq HJ, Dimitrov DS, Veenstra TD
Journal of proteome research6(11)4150-62(2007 Nov)

The full-ORF clone resource of the German cDNA Consortium.
Bechtel S, Rosenfelder H, Duda A, Schmidt CP, Ernst U, Wellenreuther R, Mehrle A, Schuster C, Bahr A, Bl?cker H, Heubner D, Hoerlein A, Michel G, Wedler H, K?hrer K, Ottenw?lder B, Poustka A, Wiemann S, Schupp I
BMC genomics8399(2007 Oct)

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

The following CCDC180 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC180 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)
OHu12566	NM_020893.4 Latest version!	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
OHu101289	NM_001348010.2 Latest version!	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$475.30 $679.00
View Old Accession Versions >>
OHu101289	NM_001348010.1	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$475.30 $679.00
OHu12566	NM_020893.3	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
Hide Old Accession Versions >>

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

Reference Sequences (Refseq)

CCDC180 ( NM_020893.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_065944.2 Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 1, mRNA.

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CloneID	OHu12566
Clone ID Related Accession (Same CDS sequence)	NM_020893.4 , NM_020893.3
Accession Version	NM_020893.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5106bp) 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	2020-01-01
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 180 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB050504.1, AL512590.2 and AK302965.1. This sequence is a reference standard in the RefSeqGene project. On May 17, 2019 this sequence version replaced NM_020893.3. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (1). 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 :: CR749320.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2144120 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGTGGGAAA GGAAATGGAA 
CCTCTCATCG TGGACACAGG GGGACTTTTT TTGAAGAAGC TGACTGAGTC TGATGAAGAA 
ATGAACCGTC TCTTCCTAAA GGTGGAAAAT GACACCAACC TTGAGGACTA CACCATCCAA 
GCCCTGCTGG AGCTGTGGGA TAAGGTGGCC GGGCGGTTAC TGCTCCGGAA GCAGGAGATT 
AAGGAGCTGG ATGAGGCCCT GCACTCGCTG GAGTTCTCCC GAACCGATAA ACTAAAAAGC 
GTGTTGAAGA AATATGCAGA AGTCATAGAG AAAACTTCCT ACCTCATGCG GCCCGAAGTG 
TACAGGCTGA TAAATGAAGA AGCCATGGTC ATGAACTATG CCCTGCTGGG CAACCGGAAG 
GCTCTCGCCC AGCTGTTTGT CAACCTGATG GAGTCCACCC TGCAGCAGGA GCTGGACAGC 
CGCCACCGCT GGCAAGGCTT GGTGGACACC TGGAAGGCTC TCAAGAAGGA GGCCCTGCTG 
CAGAGTTTCA GTGAGTTCAT GGCCAGTGAG AGTATCCATA CTCCCCCGGC TGTGACGAAG 
GAGCTAGAGG TCATGCTGAA GACCCAGAAC GTCCTGCAGC AAAGGCGGCT GAAGCATCTC 
TGCACCATCT GTGACCTCCT GCCCCCCAGT TACAGCAAAA CTCAGCTGAC TGAGTGGCAT 
TCTTCCCTCA ACTCCCTGAA CAAGGAGCTA GACACCTACC ACGTGGACTG CATGATGCGG 
ATCCGCCTGC TGTATGAGAA GACATGGCAG GAGTGCCTGA TGCATGTGCA GAATTGTAAG 
AAGCAGCTGC TGGACTGGAA AGCCTTCACT GAGGAGGAGG CAGAGACCCT GGTGAACCAG 
TTCTTCTTCC AGATGGTGGG AGCACTCCAG GGCAAAGTGG AGGAGGACCT GGAGCTCTTG 
GACAAATCCT TCGAGACTCT GGCAGATCAG ACAGAGTGGC AGAGTTCACA CCTCTTCAAG 
TATTTCCAGG AGGTGGTACA ACTGTGGGAG GCACACCAGA GCGAGCTGTT GGTGCAGGAG 
CTGGAGCTGG AGAAGAGGAT GGAGCAGCAC CGGCAGAAGC ACAGCCTGGA GAGCCAGGTG 
CAGGAGGCCC ACCTCGATAG GCTCTTGGAC CAACTGAGGC AGCAAAGTGA CAAAGAAACA 
CTGGCGTTTC ACCTGGAAAA GGTCAAAGAT TATCTGAAGA ACATGAAATC CAGGTATGAA 
TGTTTTCACA CCCTCCTGAC AAAGGAAGTG ATGGAGTACC CAGCGATCAT GCTGAAAGAA 
CTCAACTCCT ACAGCTCTGC CCTCAGCCAA TACTTCTTTG TGCGTGAAAT CTTTGAACAG 
AACTTGGCTG GAGAAGTCAT TTTCAAATTC AGGCAACCAG AAGCACATGA AAAACCCTCC 
CAGAAGAGAG TGAAAAAACT GAGGAAGAAG CAAGGGTCTA AAGAGGACAT GACCAGAAGT 
GAGGAAAGCA TAAGTAGTGG GACAAGTACT GCCAGGTCAG TAGAAGAGGT GGAAGAAGAA 
AACGATCAAG AAATGGAGTC CTTCATAACT GAAGAGGTGC TGGGGCAGCA GAAAAAATCT 
CCACTGCATG CTAAGATGGA TGAGTCCAAA GAAGGCTCTA TTCAGGGACT GGAAGAAATG 
CAGGTTGAAA GAGAGGGCTC CTTAAACCCA TCCCTGAATG AGGAGAATGT GAAGGGTCAA 
GGAGAAAAGA AGGAGGAGTC AGAGGAGGAA GATGAGAAGG AGGAAGAGGA GGAGGAGGAG 
AAGCTGGAGG AAGAGAAGGA GGAGAAGGAG GCACAGGAAG AGCAAGAGAG TTTATCTGTG 
GGTGAGGAAG AAGACAAGGA AGAGGGTCTA GAGGAGATAT ACTATGAGGA CATGGAGTCC 
TTCACAATCT CCAGTGGAAA CACTTATTTT GTCTTTGTAC CCCTGGAAGA AGAGCATTGT 
AGGAAGTCCC ATTCCACCTT CTCAGCCATG TTCATCAACG ACACTTCCAG TGCCAAGTTC 
ATAGAACAAG TGACAATTCC ATCGAGACTA ATTTTAGAAA TTAAGAAACA ACTTCGAGCT 
GGCTTCTTCG AGCACCTTGA GAAGTGGTTT GACCAGTGTT CCCTCAACAC CCGGGTCACC 
GTGGCCACCA AAATCAATGA GCTGGATTCA GAACTGGAGC TGCATCTGCA CCTGCACCAG 
CCAAGAGCCC AGCAGATTGA AAAAGACATC CACAACGTCA GGGCAGCCGA GCTTTTGCTT 
CATCAAGAGC AGTTGGACAG CCACTGTGCT GGGGTGACCG AGACGCTGAA GAAGAAGCGG 
CTGATGTTCT GCCAGTTCCA AGAAGAGCAA AACGTGAGGA GCAAAAACTT CCGCCTTAAG 
ATCTATGACA TGGAGCACAT CTTCTTGAAT GCCACCAGGA GCCAAAAGCT GGTCACTCTC 
AGCAACACAC TGCACCAGGA GTTGCTTAGC TATGTTGATG TCACCCAGGT GTCCCTGCGC 
AGCTTCCGGC AGTACTTGGA GGAGAGTCTG GGCAAACTCC GCTACTCAAA TATTGAGTTC 
ATCAAACACT GCAGATTGTT TTCAGAGGGA GGCAACTTTT CTCCTAAAGA AATCAATTCA 
CTGTGTTCCC GACTGGAGAA GGAAGCTGCC CGGATAGAGT TGGTTGAAAG TGTCATCATG 
CTCAACATGG AGAAGTTGGA GAATGAGTAC CTGGACCAGG CCAATGATGT CATCAACAAG 
TTTGAAAGCA AATTCCATAA CCTGTCTGTG GACCTTATTT TCATAGAGAA AATCCAGCGG 
TTGCTGACGA ATCTGCAAGT GAAAATCAAG TGCCAGGTGG CAAAATCCAA TTCGCAAACA 
AATGGATTAA ATTTCTCTCT GCAACAGCTT CAGAACAAGA TAAAAACTTG TCAAGAGTCC 
AGGGGAGAGA AAACCACAGT GACCACAGAA GAACTCCTCA GCTTCGTCCA AACTTGGAAG 
GAAAAACTGA GCCAGAGGAT TCAGTACCTT AACTGCAGCC TGGACAGGGT GTCCATGACT 
GAACTGGTCT TTACCAACAC CATCCTGAAG GACCAGGAGG AAGACAGTGA CATCCTGACA 
TCTTCAGAAG CCCTTGAAGA GGAGGCCAAG CTGGACGTGG TCACCCCTGA GTCCTTCACC 
CAGCTGAGCC GCGTGGGGAA GCCCCTGATT GAGGACCCAG CTGTGGATGT GATCAGGAAG 
CTCCTGCAAC TTCCCAACAC AAAATGGCCA ACCCACCATT GTGACAAAGA TCCGTCCCAG 
ACAGGTAGAG GCGCATGGGC CTGTGGGTCT CGGGGCAGCA GTGAGGCAGG GGCTGGTGGT 
GCTGTGTGCT CACCTCCTGT CCTCTGCTCC TGTCCTGGGC CCTCGTCACC CAAAGGCTTC 
AAGCGACATC GGTGCCAGCC AGAAAACTCT GGGAAGAAGG CTGTACCCAG TGCCAGTGCT 
ACCTCTGCAG GCAGCTTCAC ACCGCACCCC AAGCCCAACA AAATGGAGAG AAAGTACCGG 
GTGCTTGGGG ACAAGCCTCC CCCTGCTGCC GAGGATTTTA AGGGGATCAT CTTGACCCTC 
CTCTGGGAGA GCAGTGAGAA CCTGCTGACA GTCGCAGAGG AGTTCTACCG TAAAGAAAAA 
CGCCCAGTCA CCAGGCCTGA CTGCATGTGT GACACCTTTG ACCAGTGCGC CGAGAACATT 
AGCAAAAAGA TCCTGGAGTA TCAGAGCCAG GCAAATAAGT ACCACAACTC CTGCCTCATA 
GAATTACGGA TCCAGATCAG GAGATTTGAG GAGCTGCTGC CCCAAGTGTG TTGGCTGGTG 
ATGGAGAATT TCAAGGAACA CCACTGGAAA AAGTTTTTCA CCTCTGTGAA GGAGATCCGA 
GGACAGTTCG AGGAACAGCA GAAGCGGCTG GAGAAAAGAA AGGACAAAAA TGCCCAGAAG 
CTCCATCTAA ATCTTGGACA CCCCGTACAT TTCCAAGAAA TGGAGTCTCT ACACTTAAGT 
GAAGAGGAAA GGCAGGAAGA GCTGGACAGC ATGATTAGGA TGAACAAGGA GAAGCTGGAG 
GAATGTACCA GAAGGAATGG CCAGGTTTTC ATAACCAACT TGGCCACCTT CACCGAGAAG 
TTCCTACTGC AGTTGGATGA GGTGGTCACC ATTGACGATG TCCAGGTTGC AAGGATGGAG 
CCCCCCAAAC AGAAATTATC AATGCTCATA CGAAGGAAAC TCGCTGGGCT CTCCCTGAAG 
GAAGAGAGTG AGAAACCCCT GATTGAACGT GGAAGCAGGA AGTGGCCAGG GATCAAACCC 
ACCGAAGTCA CCATCCAAAA CAAGATTCTT CTCCAGCCAA CATCATCGAT TTCCACCACC 
AAAACCACCC TGGGCCACCT GGCGGCCGTG GAAGCCCGAG ATGCTGTGTA CCTGAAATAT 
TTAGCATCAT TTGAGGAGGA GCTAAAGAGG ATCCAGGATG ACTGTACATC TCAGATAAAG 
GAGGCTCAGC GCTGGAAGGA CAGCTGGAAG CAGTCCCTGC ACACTATCCA AGGCCTGTAT 
GTGTGA

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

RefSeq	NP_065944.2
CDS	98..5203
Translation	MRGGENRPPARVQSSSEELELRHQSLDAFPGRRLPGRGIQPAAKMSSVGKVTQVPNGKAYQQIFQAEVQLVHSLAATRKRAAERSVTLKSGRIPMMKKVETPEGEVMSPRQQKWMHSLPNDWIMENPVLHREKERAKREKARESENTIAAREVRGLMDTIVPEKISTSTFQRQAEHKRKSYESALASFQEEIAQVGKEMEPLIVDTGGLFLKKLTESDEEMNRLFLKVENDTNLEDYTIQALLELWDKVAGRLLLRKQEIKELDEALHSLEFSRTDKLKSVLKKYAEVIEKTSYLMRPEVYRLINEEAMVMNYALLGNRKALAQLFVNLMESTLQQELDSRHRWQGLVDTWKALKKEALLQSFSEFMASESIHTPPAVTKELEVMLKTQNVLQQRRLKHLCTICDLLPPSYSKTQLTEWHSSLNSLNKELDTYHVDCMMRIRLLYEKTWQECLMHVQNCKKQLLDWKAFTEEEAETLVNQFFFQMVGALQGKVEEDLELLDKSFETLADQTEWQSSHLFKYFQEVVQLWEAHQSELLVQELELEKRMEQHRQKHSLESQVQEAHLDRLLDQLRQQSDKETLAFHLEKVKDYLKNMKSRYECFHTLLTKEVMEYPAIMLKELNSYSSALSQYFFVREIFEQNLAGEVIFKFRQPEAHEKPSQKRVKKLRKKQGSKEDMTRSEESISSGTSTARSVEEVEEENDQEMESFITEEVLGQQKKSPLHAKMDESKEGSIQGLEEMQVEREGSLNPSLNEENVKGQGEKKEESEEEDEKEEEEEEEKLEEEKEEKEAQEEQESLSVGEEEDKEEGLEEIYYEDMESFTISSGNTYFVFVPLEEEHCRKSHSTFSAMFINDTSSAKFIEQVTIPSRLILEIKKQLRAGFFEHLEKWFDQCSLNTRVTVATKINELDSELELHLHLHQPRAQQIEKDIHNVRAAELLLHQEQLDSHCAGVTETLKKKRLMFCQFQEEQNVRSKNFRLKIYDMEHIFLNATRSQKLVTLSNTLHQELLSYVDVTQVSLRSFRQYLEESLGKLRYSNIEFIKHCRLFSEGGNFSPKEINSLCSRLEKEAARIELVESVIMLNMEKLENEYLDQANDVINKFESKFHNLSVDLIFIEKIQRLLTNLQVKIKCQVAKSNSQTNGLNFSLQQLQNKIKTCQESRGEKTTVTTEELLSFVQTWKEKLSQRIQYLNCSLDRVSMTELVFTNTILKDQEEDSDILTSSEALEEEAKLDVVTPESFTQLSRVGKPLIEDPAVDVIRKLLQLPNTKWPTHHCDKDPSQTGRGAWACGSRGSSEAGAGGAVCSPPVLCSCPGPSSPKGFKRHRCQPENSGKKAVPSASATSAGSFTPHPKPNKMERKYRVLGDKPPPAAEDFKGIILTLLWESSENLLTVAEEFYRKEKRPVTRPDCMCDTFDQCAENISKKILEYQSQANKYHNSCLIELRIQIRRFEELLPQVCWLVMENFKEHHWKKFFTSVKEIRGQFEEQQKRLEKRKDKNAQKLHLNLGHPVHFQEMESLHLSEEERQEELDSMIRMNKEKLEECTRRNGQVFITNLATFTEKFLLQLDEVVTIDDVQVARMEPPKQKLSMLIRRKLAGLSLKEESEKPLIERGSRKWPGIKPTEVTIQNKILLQPTSSISTTKTTLGHLAAVEARDAVYLKYLASFEEELKRIQDDCTSQIKEAQRWKDSWKQSLHTIQGLYV

Target ORF information:

RefSeq Version	NM_020893.4
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 1, mRNA.

Target ORF information:

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

NM_020893.4

ORF Insert Sequence:

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGTGGGAAA GGAAATGGAA 
CCTCTCATCG TGGACACAGG GGGACTTTTT TTGAAGAAGC TGACTGAGTC TGATGAAGAA 
ATGAACCGTC TCTTCCTAAA GGTGGAAAAT GACACCAACC TTGAGGACTA CACCATCCAA 
GCCCTGCTGG AGCTGTGGGA TAAGGTGGCC GGGCGGTTAC TGCTCCGGAA GCAGGAGATT 
AAGGAGCTGG ATGAGGCCCT GCACTCGCTG GAGTTCTCCC GAACCGATAA ACTAAAAAGC 
GTGTTGAAGA AATATGCAGA AGTCATAGAG AAAACTTCCT ACCTCATGCG GCCCGAAGTG 
TACAGGCTGA TAAATGAAGA AGCCATGGTC ATGAACTATG CCCTGCTGGG CAACCGGAAG 
GCTCTCGCCC AGCTGTTTGT CAACCTGATG GAGTCCACCC TGCAGCAGGA GCTGGACAGC 
CGCCACCGCT GGCAAGGCTT GGTGGACACC TGGAAGGCTC TCAAGAAGGA GGCCCTGCTG 
CAGAGTTTCA GTGAGTTCAT GGCCAGTGAG AGTATCCATA CTCCCCCGGC TGTGACGAAG 
GAGCTAGAGG TCATGCTGAA GACCCAGAAC GTCCTGCAGC AAAGGCGGCT GAAGCATCTC 
TGCACCATCT GTGACCTCCT GCCCCCCAGT TACAGCAAAA CTCAGCTGAC TGAGTGGCAT 
TCTTCCCTCA ACTCCCTGAA CAAGGAGCTA GACACCTACC ACGTGGACTG CATGATGCGG 
ATCCGCCTGC TGTATGAGAA GACATGGCAG GAGTGCCTGA TGCATGTGCA GAATTGTAAG 
AAGCAGCTGC TGGACTGGAA AGCCTTCACT GAGGAGGAGG CAGAGACCCT GGTGAACCAG 
TTCTTCTTCC AGATGGTGGG AGCACTCCAG GGCAAAGTGG AGGAGGACCT GGAGCTCTTG 
GACAAATCCT TCGAGACTCT GGCAGATCAG ACAGAGTGGC AGAGTTCACA CCTCTTCAAG 
TATTTCCAGG AGGTGGTACA ACTGTGGGAG GCACACCAGA GCGAGCTGTT GGTGCAGGAG 
CTGGAGCTGG AGAAGAGGAT GGAGCAGCAC CGGCAGAAGC ACAGCCTGGA GAGCCAGGTG 
CAGGAGGCCC ACCTCGATAG GCTCTTGGAC CAACTGAGGC AGCAAAGTGA CAAAGAAACA 
CTGGCGTTTC ACCTGGAAAA GGTCAAAGAT TATCTGAAGA ACATGAAATC CAGGTATGAA 
TGTTTTCACA CCCTCCTGAC AAAGGAAGTG ATGGAGTACC CAGCGATCAT GCTGAAAGAA 
CTCAACTCCT ACAGCTCTGC CCTCAGCCAA TACTTCTTTG TGCGTGAAAT CTTTGAACAG 
AACTTGGCTG GAGAAGTCAT TTTCAAATTC AGGCAACCAG AAGCACATGA AAAACCCTCC 
CAGAAGAGAG TGAAAAAACT GAGGAAGAAG CAAGGGTCTA AAGAGGACAT GACCAGAAGT 
GAGGAAAGCA TAAGTAGTGG GACAAGTACT GCCAGGTCAG TAGAAGAGGT GGAAGAAGAA 
AACGATCAAG AAATGGAGTC CTTCATAACT GAAGAGGTGC TGGGGCAGCA GAAAAAATCT 
CCACTGCATG CTAAGATGGA TGAGTCCAAA GAAGGCTCTA TTCAGGGACT GGAAGAAATG 
CAGGTTGAAA GAGAGGGCTC CTTAAACCCA TCCCTGAATG AGGAGAATGT GAAGGGTCAA 
GGAGAAAAGA AGGAGGAGTC AGAGGAGGAA GATGAGAAGG AGGAAGAGGA GGAGGAGGAG 
AAGCTGGAGG AAGAGAAGGA GGAGAAGGAG GCACAGGAAG AGCAAGAGAG TTTATCTGTG 
GGTGAGGAAG AAGACAAGGA AGAGGGTCTA GAGGAGATAT ACTATGAGGA CATGGAGTCC 
TTCACAATCT CCAGTGGAAA CACTTATTTT GTCTTTGTAC CCCTGGAAGA AGAGCATTGT 
AGGAAGTCCC ATTCCACCTT CTCAGCCATG TTCATCAACG ACACTTCCAG TGCCAAGTTC 
ATAGAACAAG TGACAATTCC ATCGAGACTA ATTTTAGAAA TTAAGAAACA ACTTCGAGCT 
GGCTTCTTCG AGCACCTTGA GAAGTGGTTT GACCAGTGTT CCCTCAACAC CCGGGTCACC 
GTGGCCACCA AAATCAATGA GCTGGATTCA GAACTGGAGC TGCATCTGCA CCTGCACCAG 
CCAAGAGCCC AGCAGATTGA AAAAGACATC CACAACGTCA GGGCAGCCGA GCTTTTGCTT 
CATCAAGAGC AGTTGGACAG CCACTGTGCT GGGGTGACCG AGACGCTGAA GAAGAAGCGG 
CTGATGTTCT GCCAGTTCCA AGAAGAGCAA AACGTGAGGA GCAAAAACTT CCGCCTTAAG 
ATCTATGACA TGGAGCACAT CTTCTTGAAT GCCACCAGGA GCCAAAAGCT GGTCACTCTC 
AGCAACACAC TGCACCAGGA GTTGCTTAGC TATGTTGATG TCACCCAGGT GTCCCTGCGC 
AGCTTCCGGC AGTACTTGGA GGAGAGTCTG GGCAAACTCC GCTACTCAAA TATTGAGTTC 
ATCAAACACT GCAGATTGTT TTCAGAGGGA GGCAACTTTT CTCCTAAAGA AATCAATTCA 
CTGTGTTCCC GACTGGAGAA GGAAGCTGCC CGGATAGAGT TGGTTGAAAG TGTCATCATG 
CTCAACATGG AGAAGTTGGA GAATGAGTAC CTGGACCAGG CCAATGATGT CATCAACAAG 
TTTGAAAGCA AATTCCATAA CCTGTCTGTG GACCTTATTT TCATAGAGAA AATCCAGCGG 
TTGCTGACGA ATCTGCAAGT GAAAATCAAG TGCCAGGTGG CAAAATCCAA TTCGCAAACA 
AATGGATTAA ATTTCTCTCT GCAACAGCTT CAGAACAAGA TAAAAACTTG TCAAGAGTCC 
AGGGGAGAGA AAACCACAGT GACCACAGAA GAACTCCTCA GCTTCGTCCA AACTTGGAAG 
GAAAAACTGA GCCAGAGGAT TCAGTACCTT AACTGCAGCC TGGACAGGGT GTCCATGACT 
GAACTGGTCT TTACCAACAC CATCCTGAAG GACCAGGAGG AAGACAGTGA CATCCTGACA 
TCTTCAGAAG CCCTTGAAGA GGAGGCCAAG CTGGACGTGG TCACCCCTGA GTCCTTCACC 
CAGCTGAGCC GCGTGGGGAA GCCCCTGATT GAGGACCCAG CTGTGGATGT GATCAGGAAG 
CTCCTGCAAC TTCCCAACAC AAAATGGCCA ACCCACCATT GTGACAAAGA TCCGTCCCAG 
ACAGGTAGAG GCGCATGGGC CTGTGGGTCT CGGGGCAGCA GTGAGGCAGG GGCTGGTGGT 
GCTGTGTGCT CACCTCCTGT CCTCTGCTCC TGTCCTGGGC CCTCGTCACC CAAAGGCTTC 
AAGCGACATC GGTGCCAGCC AGAAAACTCT GGGAAGAAGG CTGTACCCAG TGCCAGTGCT 
ACCTCTGCAG GCAGCTTCAC ACCGCACCCC AAGCCCAACA AAATGGAGAG AAAGTACCGG 
GTGCTTGGGG ACAAGCCTCC CCCTGCTGCC GAGGATTTTA AGGGGATCAT CTTGACCCTC 
CTCTGGGAGA GCAGTGAGAA CCTGCTGACA GTCGCAGAGG AGTTCTACCG TAAAGAAAAA 
CGCCCAGTCA CCAGGCCTGA CTGCATGTGT GACACCTTTG ACCAGTGCGC CGAGAACATT 
AGCAAAAAGA TCCTGGAGTA TCAGAGCCAG GCAAATAAGT ACCACAACTC CTGCCTCATA 
GAATTACGGA TCCAGATCAG GAGATTTGAG GAGCTGCTGC CCCAAGTGTG TTGGCTGGTG 
ATGGAGAATT TCAAGGAACA CCACTGGAAA AAGTTTTTCA CCTCTGTGAA GGAGATCCGA 
GGACAGTTCG AGGAACAGCA GAAGCGGCTG GAGAAAAGAA AGGACAAAAA TGCCCAGAAG 
CTCCATCTAA ATCTTGGACA CCCCGTACAT TTCCAAGAAA TGGAGTCTCT ACACTTAAGT 
GAAGAGGAAA GGCAGGAAGA GCTGGACAGC ATGATTAGGA TGAACAAGGA GAAGCTGGAG 
GAATGTACCA GAAGGAATGG CCAGGTTTTC ATAACCAACT TGGCCACCTT CACCGAGAAG 
TTCCTACTGC AGTTGGATGA GGTGGTCACC ATTGACGATG TCCAGGTTGC AAGGATGGAG 
CCCCCCAAAC AGAAATTATC AATGCTCATA CGAAGGAAAC TCGCTGGGCT CTCCCTGAAG 
GAAGAGAGTG AGAAACCCCT GATTGAACGT GGAAGCAGGA AGTGGCCAGG GATCAAACCC 
ACCGAAGTCA CCATCCAAAA CAAGATTCTT CTCCAGCCAA CATCATCGAT TTCCACCACC 
AAAACCACCC TGGGCCACCT GGCGGCCGTG GAAGCCCGAG ATGCTGTGTA CCTGAAATAT 
TTAGCATCAT TTGAGGAGGA GCTAAAGAGG ATCCAGGATG ACTGTACATC TCAGATAAAG 
GAGGCTCAGC GCTGGAAGGA CAGCTGGAAG CAGTCCCTGC ACACTATCCA AGGCCTGTAT 
GTGTGA

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

CCDC180 ( NM_020893.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_065944.2 Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 1, mRNA.

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CloneID	OHu12566
Clone ID Related Accession (Same CDS sequence)	NM_020893.4 , NM_020893.3
Accession Version	NM_020893.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5106bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 180 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB050504.1, AL512590.2 and AK302965.1. This sequence is a reference standard in the RefSeqGene project. On Dec 30, 2016 this sequence version replaced NM_020893.2. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (1). 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 :: CR749320.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2144120 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGTGGGAAA GGAAATGGAA 
CCTCTCATCG TGGACACAGG GGGACTTTTT TTGAAGAAGC TGACTGAGTC TGATGAAGAA 
ATGAACCGTC TCTTCCTAAA GGTGGAAAAT GACACCAACC TTGAGGACTA CACCATCCAA 
GCCCTGCTGG AGCTGTGGGA TAAGGTGGCC GGGCGGTTAC TGCTCCGGAA GCAGGAGATT 
AAGGAGCTGG ATGAGGCCCT GCACTCGCTG GAGTTCTCCC GAACCGATAA ACTAAAAAGC 
GTGTTGAAGA AATATGCAGA AGTCATAGAG AAAACTTCCT ACCTCATGCG GCCCGAAGTG 
TACAGGCTGA TAAATGAAGA AGCCATGGTC ATGAACTATG CCCTGCTGGG CAACCGGAAG 
GCTCTCGCCC AGCTGTTTGT CAACCTGATG GAGTCCACCC TGCAGCAGGA GCTGGACAGC 
CGCCACCGCT GGCAAGGCTT GGTGGACACC TGGAAGGCTC TCAAGAAGGA GGCCCTGCTG 
CAGAGTTTCA GTGAGTTCAT GGCCAGTGAG AGTATCCATA CTCCCCCGGC TGTGACGAAG 
GAGCTAGAGG TCATGCTGAA GACCCAGAAC GTCCTGCAGC AAAGGCGGCT GAAGCATCTC 
TGCACCATCT GTGACCTCCT GCCCCCCAGT TACAGCAAAA CTCAGCTGAC TGAGTGGCAT 
TCTTCCCTCA ACTCCCTGAA CAAGGAGCTA GACACCTACC ACGTGGACTG CATGATGCGG 
ATCCGCCTGC TGTATGAGAA GACATGGCAG GAGTGCCTGA TGCATGTGCA GAATTGTAAG 
AAGCAGCTGC TGGACTGGAA AGCCTTCACT GAGGAGGAGG CAGAGACCCT GGTGAACCAG 
TTCTTCTTCC AGATGGTGGG AGCACTCCAG GGCAAAGTGG AGGAGGACCT GGAGCTCTTG 
GACAAATCCT TCGAGACTCT GGCAGATCAG ACAGAGTGGC AGAGTTCACA CCTCTTCAAG 
TATTTCCAGG AGGTGGTACA ACTGTGGGAG GCACACCAGA GCGAGCTGTT GGTGCAGGAG 
CTGGAGCTGG AGAAGAGGAT GGAGCAGCAC CGGCAGAAGC ACAGCCTGGA GAGCCAGGTG 
CAGGAGGCCC ACCTCGATAG GCTCTTGGAC CAACTGAGGC AGCAAAGTGA CAAAGAAACA 
CTGGCGTTTC ACCTGGAAAA GGTCAAAGAT TATCTGAAGA ACATGAAATC CAGGTATGAA 
TGTTTTCACA CCCTCCTGAC AAAGGAAGTG ATGGAGTACC CAGCGATCAT GCTGAAAGAA 
CTCAACTCCT ACAGCTCTGC CCTCAGCCAA TACTTCTTTG TGCGTGAAAT CTTTGAACAG 
AACTTGGCTG GAGAAGTCAT TTTCAAATTC AGGCAACCAG AAGCACATGA AAAACCCTCC 
CAGAAGAGAG TGAAAAAACT GAGGAAGAAG CAAGGGTCTA AAGAGGACAT GACCAGAAGT 
GAGGAAAGCA TAAGTAGTGG GACAAGTACT GCCAGGTCAG TAGAAGAGGT GGAAGAAGAA 
AACGATCAAG AAATGGAGTC CTTCATAACT GAAGAGGTGC TGGGGCAGCA GAAAAAATCT 
CCACTGCATG CTAAGATGGA TGAGTCCAAA GAAGGCTCTA TTCAGGGACT GGAAGAAATG 
CAGGTTGAAA GAGAGGGCTC CTTAAACCCA TCCCTGAATG AGGAGAATGT GAAGGGTCAA 
GGAGAAAAGA AGGAGGAGTC AGAGGAGGAA GATGAGAAGG AGGAAGAGGA GGAGGAGGAG 
AAGCTGGAGG AAGAGAAGGA GGAGAAGGAG GCACAGGAAG AGCAAGAGAG TTTATCTGTG 
GGTGAGGAAG AAGACAAGGA AGAGGGTCTA GAGGAGATAT ACTATGAGGA CATGGAGTCC 
TTCACAATCT CCAGTGGAAA CACTTATTTT GTCTTTGTAC CCCTGGAAGA AGAGCATTGT 
AGGAAGTCCC ATTCCACCTT CTCAGCCATG TTCATCAACG ACACTTCCAG TGCCAAGTTC 
ATAGAACAAG TGACAATTCC ATCGAGACTA ATTTTAGAAA TTAAGAAACA ACTTCGAGCT 
GGCTTCTTCG AGCACCTTGA GAAGTGGTTT GACCAGTGTT CCCTCAACAC CCGGGTCACC 
GTGGCCACCA AAATCAATGA GCTGGATTCA GAACTGGAGC TGCATCTGCA CCTGCACCAG 
CCAAGAGCCC AGCAGATTGA AAAAGACATC CACAACGTCA GGGCAGCCGA GCTTTTGCTT 
CATCAAGAGC AGTTGGACAG CCACTGTGCT GGGGTGACCG AGACGCTGAA GAAGAAGCGG 
CTGATGTTCT GCCAGTTCCA AGAAGAGCAA AACGTGAGGA GCAAAAACTT CCGCCTTAAG 
ATCTATGACA TGGAGCACAT CTTCTTGAAT GCCACCAGGA GCCAAAAGCT GGTCACTCTC 
AGCAACACAC TGCACCAGGA GTTGCTTAGC TATGTTGATG TCACCCAGGT GTCCCTGCGC 
AGCTTCCGGC AGTACTTGGA GGAGAGTCTG GGCAAACTCC GCTACTCAAA TATTGAGTTC 
ATCAAACACT GCAGATTGTT TTCAGAGGGA GGCAACTTTT CTCCTAAAGA AATCAATTCA 
CTGTGTTCCC GACTGGAGAA GGAAGCTGCC CGGATAGAGT TGGTTGAAAG TGTCATCATG 
CTCAACATGG AGAAGTTGGA GAATGAGTAC CTGGACCAGG CCAATGATGT CATCAACAAG 
TTTGAAAGCA AATTCCATAA CCTGTCTGTG GACCTTATTT TCATAGAGAA AATCCAGCGG 
TTGCTGACGA ATCTGCAAGT GAAAATCAAG TGCCAGGTGG CAAAATCCAA TTCGCAAACA 
AATGGATTAA ATTTCTCTCT GCAACAGCTT CAGAACAAGA TAAAAACTTG TCAAGAGTCC 
AGGGGAGAGA AAACCACAGT GACCACAGAA GAACTCCTCA GCTTCGTCCA AACTTGGAAG 
GAAAAACTGA GCCAGAGGAT TCAGTACCTT AACTGCAGCC TGGACAGGGT GTCCATGACT 
GAACTGGTCT TTACCAACAC CATCCTGAAG GACCAGGAGG AAGACAGTGA CATCCTGACA 
TCTTCAGAAG CCCTTGAAGA GGAGGCCAAG CTGGACGTGG TCACCCCTGA GTCCTTCACC 
CAGCTGAGCC GCGTGGGGAA GCCCCTGATT GAGGACCCAG CTGTGGATGT GATCAGGAAG 
CTCCTGCAAC TTCCCAACAC AAAATGGCCA ACCCACCATT GTGACAAAGA TCCGTCCCAG 
ACAGGTAGAG GCGCATGGGC CTGTGGGTCT CGGGGCAGCA GTGAGGCAGG GGCTGGTGGT 
GCTGTGTGCT CACCTCCTGT CCTCTGCTCC TGTCCTGGGC CCTCGTCACC CAAAGGCTTC 
AAGCGACATC GGTGCCAGCC AGAAAACTCT GGGAAGAAGG CTGTACCCAG TGCCAGTGCT 
ACCTCTGCAG GCAGCTTCAC ACCGCACCCC AAGCCCAACA AAATGGAGAG AAAGTACCGG 
GTGCTTGGGG ACAAGCCTCC CCCTGCTGCC GAGGATTTTA AGGGGATCAT CTTGACCCTC 
CTCTGGGAGA GCAGTGAGAA CCTGCTGACA GTCGCAGAGG AGTTCTACCG TAAAGAAAAA 
CGCCCAGTCA CCAGGCCTGA CTGCATGTGT GACACCTTTG ACCAGTGCGC CGAGAACATT 
AGCAAAAAGA TCCTGGAGTA TCAGAGCCAG GCAAATAAGT ACCACAACTC CTGCCTCATA 
GAATTACGGA TCCAGATCAG GAGATTTGAG GAGCTGCTGC CCCAAGTGTG TTGGCTGGTG 
ATGGAGAATT TCAAGGAACA CCACTGGAAA AAGTTTTTCA CCTCTGTGAA GGAGATCCGA 
GGACAGTTCG AGGAACAGCA GAAGCGGCTG GAGAAAAGAA AGGACAAAAA TGCCCAGAAG 
CTCCATCTAA ATCTTGGACA CCCCGTACAT TTCCAAGAAA TGGAGTCTCT ACACTTAAGT 
GAAGAGGAAA GGCAGGAAGA GCTGGACAGC ATGATTAGGA TGAACAAGGA GAAGCTGGAG 
GAATGTACCA GAAGGAATGG CCAGGTTTTC ATAACCAACT TGGCCACCTT CACCGAGAAG 
TTCCTACTGC AGTTGGATGA GGTGGTCACC ATTGACGATG TCCAGGTTGC AAGGATGGAG 
CCCCCCAAAC AGAAATTATC AATGCTCATA CGAAGGAAAC TCGCTGGGCT CTCCCTGAAG 
GAAGAGAGTG AGAAACCCCT GATTGAACGT GGAAGCAGGA AGTGGCCAGG GATCAAACCC 
ACCGAAGTCA CCATCCAAAA CAAGATTCTT CTCCAGCCAA CATCATCGAT TTCCACCACC 
AAAACCACCC TGGGCCACCT GGCGGCCGTG GAAGCCCGAG ATGCTGTGTA CCTGAAATAT 
TTAGCATCAT TTGAGGAGGA GCTAAAGAGG ATCCAGGATG ACTGTACATC TCAGATAAAG 
GAGGCTCAGC GCTGGAAGGA CAGCTGGAAG CAGTCCCTGC ACACTATCCA AGGCCTGTAT 
GTGTGA

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

RefSeq	NP_065944.2
CDS	129..5234
Translation	MRGGENRPPARVQSSSEELELRHQSLDAFPGRRLPGRGIQPAAKMSSVGKVTQVPNGKAYQQIFQAEVQLVHSLAATRKRAAERSVTLKSGRIPMMKKVETPEGEVMSPRQQKWMHSLPNDWIMENPVLHREKERAKREKARESENTIAAREVRGLMDTIVPEKISTSTFQRQAEHKRKSYESALASFQEEIAQVGKEMEPLIVDTGGLFLKKLTESDEEMNRLFLKVENDTNLEDYTIQALLELWDKVAGRLLLRKQEIKELDEALHSLEFSRTDKLKSVLKKYAEVIEKTSYLMRPEVYRLINEEAMVMNYALLGNRKALAQLFVNLMESTLQQELDSRHRWQGLVDTWKALKKEALLQSFSEFMASESIHTPPAVTKELEVMLKTQNVLQQRRLKHLCTICDLLPPSYSKTQLTEWHSSLNSLNKELDTYHVDCMMRIRLLYEKTWQECLMHVQNCKKQLLDWKAFTEEEAETLVNQFFFQMVGALQGKVEEDLELLDKSFETLADQTEWQSSHLFKYFQEVVQLWEAHQSELLVQELELEKRMEQHRQKHSLESQVQEAHLDRLLDQLRQQSDKETLAFHLEKVKDYLKNMKSRYECFHTLLTKEVMEYPAIMLKELNSYSSALSQYFFVREIFEQNLAGEVIFKFRQPEAHEKPSQKRVKKLRKKQGSKEDMTRSEESISSGTSTARSVEEVEEENDQEMESFITEEVLGQQKKSPLHAKMDESKEGSIQGLEEMQVEREGSLNPSLNEENVKGQGEKKEESEEEDEKEEEEEEEKLEEEKEEKEAQEEQESLSVGEEEDKEEGLEEIYYEDMESFTISSGNTYFVFVPLEEEHCRKSHSTFSAMFINDTSSAKFIEQVTIPSRLILEIKKQLRAGFFEHLEKWFDQCSLNTRVTVATKINELDSELELHLHLHQPRAQQIEKDIHNVRAAELLLHQEQLDSHCAGVTETLKKKRLMFCQFQEEQNVRSKNFRLKIYDMEHIFLNATRSQKLVTLSNTLHQELLSYVDVTQVSLRSFRQYLEESLGKLRYSNIEFIKHCRLFSEGGNFSPKEINSLCSRLEKEAARIELVESVIMLNMEKLENEYLDQANDVINKFESKFHNLSVDLIFIEKIQRLLTNLQVKIKCQVAKSNSQTNGLNFSLQQLQNKIKTCQESRGEKTTVTTEELLSFVQTWKEKLSQRIQYLNCSLDRVSMTELVFTNTILKDQEEDSDILTSSEALEEEAKLDVVTPESFTQLSRVGKPLIEDPAVDVIRKLLQLPNTKWPTHHCDKDPSQTGRGAWACGSRGSSEAGAGGAVCSPPVLCSCPGPSSPKGFKRHRCQPENSGKKAVPSASATSAGSFTPHPKPNKMERKYRVLGDKPPPAAEDFKGIILTLLWESSENLLTVAEEFYRKEKRPVTRPDCMCDTFDQCAENISKKILEYQSQANKYHNSCLIELRIQIRRFEELLPQVCWLVMENFKEHHWKKFFTSVKEIRGQFEEQQKRLEKRKDKNAQKLHLNLGHPVHFQEMESLHLSEEERQEELDSMIRMNKEKLEECTRRNGQVFITNLATFTEKFLLQLDEVVTIDDVQVARMEPPKQKLSMLIRRKLAGLSLKEESEKPLIERGSRKWPGIKPTEVTIQNKILLQPTSSISTTKTTLGHLAAVEARDAVYLKYLASFEEELKRIQDDCTSQIKEAQRWKDSWKQSLHTIQGLYV

Target ORF information:

RefSeq Version	NM_020893.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 1, mRNA.

Target ORF information:

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

NM_020893.3

ORF Insert Sequence:

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGTGGGAAA GGAAATGGAA 
CCTCTCATCG TGGACACAGG GGGACTTTTT TTGAAGAAGC TGACTGAGTC TGATGAAGAA 
ATGAACCGTC TCTTCCTAAA GGTGGAAAAT GACACCAACC TTGAGGACTA CACCATCCAA 
GCCCTGCTGG AGCTGTGGGA TAAGGTGGCC GGGCGGTTAC TGCTCCGGAA GCAGGAGATT 
AAGGAGCTGG ATGAGGCCCT GCACTCGCTG GAGTTCTCCC GAACCGATAA ACTAAAAAGC 
GTGTTGAAGA AATATGCAGA AGTCATAGAG AAAACTTCCT ACCTCATGCG GCCCGAAGTG 
TACAGGCTGA TAAATGAAGA AGCCATGGTC ATGAACTATG CCCTGCTGGG CAACCGGAAG 
GCTCTCGCCC AGCTGTTTGT CAACCTGATG GAGTCCACCC TGCAGCAGGA GCTGGACAGC 
CGCCACCGCT GGCAAGGCTT GGTGGACACC TGGAAGGCTC TCAAGAAGGA GGCCCTGCTG 
CAGAGTTTCA GTGAGTTCAT GGCCAGTGAG AGTATCCATA CTCCCCCGGC TGTGACGAAG 
GAGCTAGAGG TCATGCTGAA GACCCAGAAC GTCCTGCAGC AAAGGCGGCT GAAGCATCTC 
TGCACCATCT GTGACCTCCT GCCCCCCAGT TACAGCAAAA CTCAGCTGAC TGAGTGGCAT 
TCTTCCCTCA ACTCCCTGAA CAAGGAGCTA GACACCTACC ACGTGGACTG CATGATGCGG 
ATCCGCCTGC TGTATGAGAA GACATGGCAG GAGTGCCTGA TGCATGTGCA GAATTGTAAG 
AAGCAGCTGC TGGACTGGAA AGCCTTCACT GAGGAGGAGG CAGAGACCCT GGTGAACCAG 
TTCTTCTTCC AGATGGTGGG AGCACTCCAG GGCAAAGTGG AGGAGGACCT GGAGCTCTTG 
GACAAATCCT TCGAGACTCT GGCAGATCAG ACAGAGTGGC AGAGTTCACA CCTCTTCAAG 
TATTTCCAGG AGGTGGTACA ACTGTGGGAG GCACACCAGA GCGAGCTGTT GGTGCAGGAG 
CTGGAGCTGG AGAAGAGGAT GGAGCAGCAC CGGCAGAAGC ACAGCCTGGA GAGCCAGGTG 
CAGGAGGCCC ACCTCGATAG GCTCTTGGAC CAACTGAGGC AGCAAAGTGA CAAAGAAACA 
CTGGCGTTTC ACCTGGAAAA GGTCAAAGAT TATCTGAAGA ACATGAAATC CAGGTATGAA 
TGTTTTCACA CCCTCCTGAC AAAGGAAGTG ATGGAGTACC CAGCGATCAT GCTGAAAGAA 
CTCAACTCCT ACAGCTCTGC CCTCAGCCAA TACTTCTTTG TGCGTGAAAT CTTTGAACAG 
AACTTGGCTG GAGAAGTCAT TTTCAAATTC AGGCAACCAG AAGCACATGA AAAACCCTCC 
CAGAAGAGAG TGAAAAAACT GAGGAAGAAG CAAGGGTCTA AAGAGGACAT GACCAGAAGT 
GAGGAAAGCA TAAGTAGTGG GACAAGTACT GCCAGGTCAG TAGAAGAGGT GGAAGAAGAA 
AACGATCAAG AAATGGAGTC CTTCATAACT GAAGAGGTGC TGGGGCAGCA GAAAAAATCT 
CCACTGCATG CTAAGATGGA TGAGTCCAAA GAAGGCTCTA TTCAGGGACT GGAAGAAATG 
CAGGTTGAAA GAGAGGGCTC CTTAAACCCA TCCCTGAATG AGGAGAATGT GAAGGGTCAA 
GGAGAAAAGA AGGAGGAGTC AGAGGAGGAA GATGAGAAGG AGGAAGAGGA GGAGGAGGAG 
AAGCTGGAGG AAGAGAAGGA GGAGAAGGAG GCACAGGAAG AGCAAGAGAG TTTATCTGTG 
GGTGAGGAAG AAGACAAGGA AGAGGGTCTA GAGGAGATAT ACTATGAGGA CATGGAGTCC 
TTCACAATCT CCAGTGGAAA CACTTATTTT GTCTTTGTAC CCCTGGAAGA AGAGCATTGT 
AGGAAGTCCC ATTCCACCTT CTCAGCCATG TTCATCAACG ACACTTCCAG TGCCAAGTTC 
ATAGAACAAG TGACAATTCC ATCGAGACTA ATTTTAGAAA TTAAGAAACA ACTTCGAGCT 
GGCTTCTTCG AGCACCTTGA GAAGTGGTTT GACCAGTGTT CCCTCAACAC CCGGGTCACC 
GTGGCCACCA AAATCAATGA GCTGGATTCA GAACTGGAGC TGCATCTGCA CCTGCACCAG 
CCAAGAGCCC AGCAGATTGA AAAAGACATC CACAACGTCA GGGCAGCCGA GCTTTTGCTT 
CATCAAGAGC AGTTGGACAG CCACTGTGCT GGGGTGACCG AGACGCTGAA GAAGAAGCGG 
CTGATGTTCT GCCAGTTCCA AGAAGAGCAA AACGTGAGGA GCAAAAACTT CCGCCTTAAG 
ATCTATGACA TGGAGCACAT CTTCTTGAAT GCCACCAGGA GCCAAAAGCT GGTCACTCTC 
AGCAACACAC TGCACCAGGA GTTGCTTAGC TATGTTGATG TCACCCAGGT GTCCCTGCGC 
AGCTTCCGGC AGTACTTGGA GGAGAGTCTG GGCAAACTCC GCTACTCAAA TATTGAGTTC 
ATCAAACACT GCAGATTGTT TTCAGAGGGA GGCAACTTTT CTCCTAAAGA AATCAATTCA 
CTGTGTTCCC GACTGGAGAA GGAAGCTGCC CGGATAGAGT TGGTTGAAAG TGTCATCATG 
CTCAACATGG AGAAGTTGGA GAATGAGTAC CTGGACCAGG CCAATGATGT CATCAACAAG 
TTTGAAAGCA AATTCCATAA CCTGTCTGTG GACCTTATTT TCATAGAGAA AATCCAGCGG 
TTGCTGACGA ATCTGCAAGT GAAAATCAAG TGCCAGGTGG CAAAATCCAA TTCGCAAACA 
AATGGATTAA ATTTCTCTCT GCAACAGCTT CAGAACAAGA TAAAAACTTG TCAAGAGTCC 
AGGGGAGAGA AAACCACAGT GACCACAGAA GAACTCCTCA GCTTCGTCCA AACTTGGAAG 
GAAAAACTGA GCCAGAGGAT TCAGTACCTT AACTGCAGCC TGGACAGGGT GTCCATGACT 
GAACTGGTCT TTACCAACAC CATCCTGAAG GACCAGGAGG AAGACAGTGA CATCCTGACA 
TCTTCAGAAG CCCTTGAAGA GGAGGCCAAG CTGGACGTGG TCACCCCTGA GTCCTTCACC 
CAGCTGAGCC GCGTGGGGAA GCCCCTGATT GAGGACCCAG CTGTGGATGT GATCAGGAAG 
CTCCTGCAAC TTCCCAACAC AAAATGGCCA ACCCACCATT GTGACAAAGA TCCGTCCCAG 
ACAGGTAGAG GCGCATGGGC CTGTGGGTCT CGGGGCAGCA GTGAGGCAGG GGCTGGTGGT 
GCTGTGTGCT CACCTCCTGT CCTCTGCTCC TGTCCTGGGC CCTCGTCACC CAAAGGCTTC 
AAGCGACATC GGTGCCAGCC AGAAAACTCT GGGAAGAAGG CTGTACCCAG TGCCAGTGCT 
ACCTCTGCAG GCAGCTTCAC ACCGCACCCC AAGCCCAACA AAATGGAGAG AAAGTACCGG 
GTGCTTGGGG ACAAGCCTCC CCCTGCTGCC GAGGATTTTA AGGGGATCAT CTTGACCCTC 
CTCTGGGAGA GCAGTGAGAA CCTGCTGACA GTCGCAGAGG AGTTCTACCG TAAAGAAAAA 
CGCCCAGTCA CCAGGCCTGA CTGCATGTGT GACACCTTTG ACCAGTGCGC CGAGAACATT 
AGCAAAAAGA TCCTGGAGTA TCAGAGCCAG GCAAATAAGT ACCACAACTC CTGCCTCATA 
GAATTACGGA TCCAGATCAG GAGATTTGAG GAGCTGCTGC CCCAAGTGTG TTGGCTGGTG 
ATGGAGAATT TCAAGGAACA CCACTGGAAA AAGTTTTTCA CCTCTGTGAA GGAGATCCGA 
GGACAGTTCG AGGAACAGCA GAAGCGGCTG GAGAAAAGAA AGGACAAAAA TGCCCAGAAG 
CTCCATCTAA ATCTTGGACA CCCCGTACAT TTCCAAGAAA TGGAGTCTCT ACACTTAAGT 
GAAGAGGAAA GGCAGGAAGA GCTGGACAGC ATGATTAGGA TGAACAAGGA GAAGCTGGAG 
GAATGTACCA GAAGGAATGG CCAGGTTTTC ATAACCAACT TGGCCACCTT CACCGAGAAG 
TTCCTACTGC AGTTGGATGA GGTGGTCACC ATTGACGATG TCCAGGTTGC AAGGATGGAG 
CCCCCCAAAC AGAAATTATC AATGCTCATA CGAAGGAAAC TCGCTGGGCT CTCCCTGAAG 
GAAGAGAGTG AGAAACCCCT GATTGAACGT GGAAGCAGGA AGTGGCCAGG GATCAAACCC 
ACCGAAGTCA CCATCCAAAA CAAGATTCTT CTCCAGCCAA CATCATCGAT TTCCACCACC 
AAAACCACCC TGGGCCACCT GGCGGCCGTG GAAGCCCGAG ATGCTGTGTA CCTGAAATAT 
TTAGCATCAT TTGAGGAGGA GCTAAAGAGG ATCCAGGATG ACTGTACATC TCAGATAAAG 
GAGGCTCAGC GCTGGAAGGA CAGCTGGAAG CAGTCCCTGC ACACTATCCA AGGCCTGTAT 
GTGTGA

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

CCDC180 ( NM_001348010.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001334939.1 Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu101289
Clone ID Related Accession (Same CDS sequence)	NM_001348010.2 , NM_001348010.1
Accession Version	NM_001348010.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2712bp) 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	2020-01-03
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 180 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AL512590.2 and AK302965.1. On Jun 2, 2019 this sequence version replaced NM_001348010.1. Transcript Variant: This variant (2) has multiple differences compared to variant 1. These differences result in distinct 5' and 3' UTRs, and a novel 3' coding region. The encoded isoform (2) is shorter and has a distinct C-terminus, compared to isoform 1. 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 :: AK302965.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2151119 [ECO:0000348] ##Evidence-Data-END##

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGAAATGGA ACCTCTCATC 
GTGGACACAG GGGGACTTTT TTTGAAGAAG CTGACTGAGT CTGATGAAGA AATGAACCGT 
CTCTTCCTAA AGGTGGAAAA TGACACCAAC CTTGAGGACT ACACCATCCA AGCCCTGCTG 
GAGCTGTGGG ATAAGGTGGC CGGGCGGTTA CTGCTCCGGA AGCAGGAGAT TAAGGAGCTG 
GATGAGGCCC TGCACTCGCT GGAGTTCTCC CGAACCGATA AACTAAAAAG CGTGTTGAAG 
AAATATGCAG AAGTCATAGA GAAAACTTCC TACCTCATGC GGCCCGAAGT GTACAGGCTG 
ATAAATGAAG AAGCCATGGT CATGAACTAT GCCCTGCTGG GCAACCGGAA GGCTCTCGCC 
CAGCTGTTTG TCAACCTGAT GGAGTCCACC CTGCAGCAGG AGCTGGACAG CCGCCACCGC 
TGGCAAGGCT TGGTGGACAC CTGGAAGGCT CTCAAGAAGG AGGCCCTGCT GCAGAGTTTC 
AGTGAGTTCA TGGCCAGTGA GAGTATCCAT ACTCCCCCGG CTGTGACGAA GGAGCTAGAG 
GTCATGCTGA AGACCCAGAA CGTCCTGCAG CAAAGGCGGC TGAAGCATCT CTGCACCATC 
TGTGACCTCC TGCCCCCCAG TTACAGCAAA ACTCAGCTGA CTGAGTGGCA TTCTTCCCTC 
AACTCCCTGA ACAAGGAGCT AGACACCTAC CACGTGGACT GCATGATGCG GATCCGCCTG 
CTGTATGAGA AGACATGGCA GGAGTGCCTG ATGCATGTGC AGAATTGTAA GAAGCAGCTG 
CTGGACTGGA AAGCCTTCAC TGAGGAGGAG GCAGAGACCC TGGTGAACCA GTTCTTCTTC 
CAGATGGTGG GAGCACTCCA GGGCAAAGTG GAGGAGGACC TGGAGCTCTT GGACAAATCC 
TTCGAGACTC TGGCAGATCA GACAGAGTGG CAGAGTTCAC ACCTCTTCAA GTATTTCCAG 
GAGGTGGTAC AACTGTGGGA GGCACACCAG AGCGAGCTGT TGGTGCAGGA GCTGGAGCTG 
GAGAAGAGGA TGGAGCAGCA CCGGCAGAAG CACAGCCTGG AGAGCCAGGT GCAGGAGGCC 
CACCTCGATA GGCTCTTGGA CCAACTGAGG CAGCAAAGTG ACAAAGAAAC ACTGGCGTTT 
CACCTGGAAA AGGTCAAAGA TTATCTGAAG AACATGAAAT CCAGGTATGA ATGTTTTCAC 
ACCCTCCTGA CAAAGGAAGT GATGGAGTAC CCAGCGATCA TGCTGAAAGA ACTCAACTCC 
TACAGCTCTG CCCTCAGCCA ATACTTCTTT GTGCGTGAAA TCTTTGAACA GAACTTGGCT 
GGAGAAGTCA TTTTCAAATT CAGGCAACCA GAAGCACATG AAAAACCCTC CCAGAAGAGA 
GTGAAAAAAC TGAGGAAGAA GCAAGGGTCT AAAGAGGACA TGACCAGAAG TGAGGAAAGC 
ATAAGTAGTG GGACAAGTAC TGCCAGGTCA GTAGAAGAGG TGGAAGAAGA AAACGATCAA 
GAAATGGAGT CCTTCATAAC TGAAGAGGTG CTGGGGCAGC AGAAAAAATC TCCACTGCAT 
GCTAAGATGG ATGAGTCCAA AGAAGGCTCT ATTCAGGGAC TGGAAGAAAT GCAGGTTGAA 
AGAGAGGGCT CCTTAAACCC ATCCCTGAAT GAGGAGAATG TGAAGGGTCA AGGAGAAAAG 
AAGGAGGAGT CAGAGGAGGA AGATGAGAAG GAGGAAGAGG AGGAGGAGGA GAAGCTGGAG 
GAAGAGAAGG AGGAGAAGGA GGCACAGGAA GAGCAAGAGA GTTTATCTGT GGGTGAGGAA 
GAAGACAAGG AAGAGGGTCT AGAGGAGATA TACTATGAGG ACATGGAGTC CTTCACAATC 
TCCAGTGGAA ACACTTATTT TGTCTTTGTA CCCCTGGAAG AAGAGCATTG TAGGAAGTCC 
CATTCCACCT TCTCAGCCAT GTTCATCAAC GACACTTCCA GTGCCAAGTT CATAGAACAA 
GTGACAATTC CATCGAGACT AATTTTAGAA ATTAAGAAAC ACCGGGCATG GTGGTGTGTG 
CCTGTAATTC CAGCTACTCA AGAGGCTGAA GCAGGAGAAT CGCCTGAACC CAGGAGGCGG 
AGGTTACAGT GA

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

RefSeq	NP_001334939.1
CDS	236..2947
Translation	MRGGENRPPARVQSSSEELELRHQSLDAFPGRRLPGRGIQPAAKMSSVGKVTQVPNGKAYQQIFQAEVQLVHSLAATRKRAAERSVTLKSGRIPMMKKVETPEGEVMSPRQQKWMHSLPNDWIMENPVLHREKERAKREKARESENTIAAREVRGLMDTIVPEKISTSTFQRQAEHKRKSYESALASFQEEIAQEMEPLIVDTGGLFLKKLTESDEEMNRLFLKVENDTNLEDYTIQALLELWDKVAGRLLLRKQEIKELDEALHSLEFSRTDKLKSVLKKYAEVIEKTSYLMRPEVYRLINEEAMVMNYALLGNRKALAQLFVNLMESTLQQELDSRHRWQGLVDTWKALKKEALLQSFSEFMASESIHTPPAVTKELEVMLKTQNVLQQRRLKHLCTICDLLPPSYSKTQLTEWHSSLNSLNKELDTYHVDCMMRIRLLYEKTWQECLMHVQNCKKQLLDWKAFTEEEAETLVNQFFFQMVGALQGKVEEDLELLDKSFETLADQTEWQSSHLFKYFQEVVQLWEAHQSELLVQELELEKRMEQHRQKHSLESQVQEAHLDRLLDQLRQQSDKETLAFHLEKVKDYLKNMKSRYECFHTLLTKEVMEYPAIMLKELNSYSSALSQYFFVREIFEQNLAGEVIFKFRQPEAHEKPSQKRVKKLRKKQGSKEDMTRSEESISSGTSTARSVEEVEEENDQEMESFITEEVLGQQKKSPLHAKMDESKEGSIQGLEEMQVEREGSLNPSLNEENVKGQGEKKEESEEEDEKEEEEEEEKLEEEKEEKEAQEEQESLSVGEEEDKEEGLEEIYYEDMESFTISSGNTYFVFVPLEEEHCRKSHSTFSAMFINDTSSAKFIEQVTIPSRLILEIKKHRAWWCVPVIPATQEAEAGESPEPRRRRLQ

Target ORF information:

RefSeq Version	NM_001348010.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 2, mRNA.

Target ORF information:

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

NM_001348010.2

ORF Insert Sequence:

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGAAATGGA ACCTCTCATC 
GTGGACACAG GGGGACTTTT TTTGAAGAAG CTGACTGAGT CTGATGAAGA AATGAACCGT 
CTCTTCCTAA AGGTGGAAAA TGACACCAAC CTTGAGGACT ACACCATCCA AGCCCTGCTG 
GAGCTGTGGG ATAAGGTGGC CGGGCGGTTA CTGCTCCGGA AGCAGGAGAT TAAGGAGCTG 
GATGAGGCCC TGCACTCGCT GGAGTTCTCC CGAACCGATA AACTAAAAAG CGTGTTGAAG 
AAATATGCAG AAGTCATAGA GAAAACTTCC TACCTCATGC GGCCCGAAGT GTACAGGCTG 
ATAAATGAAG AAGCCATGGT CATGAACTAT GCCCTGCTGG GCAACCGGAA GGCTCTCGCC 
CAGCTGTTTG TCAACCTGAT GGAGTCCACC CTGCAGCAGG AGCTGGACAG CCGCCACCGC 
TGGCAAGGCT TGGTGGACAC CTGGAAGGCT CTCAAGAAGG AGGCCCTGCT GCAGAGTTTC 
AGTGAGTTCA TGGCCAGTGA GAGTATCCAT ACTCCCCCGG CTGTGACGAA GGAGCTAGAG 
GTCATGCTGA AGACCCAGAA CGTCCTGCAG CAAAGGCGGC TGAAGCATCT CTGCACCATC 
TGTGACCTCC TGCCCCCCAG TTACAGCAAA ACTCAGCTGA CTGAGTGGCA TTCTTCCCTC 
AACTCCCTGA ACAAGGAGCT AGACACCTAC CACGTGGACT GCATGATGCG GATCCGCCTG 
CTGTATGAGA AGACATGGCA GGAGTGCCTG ATGCATGTGC AGAATTGTAA GAAGCAGCTG 
CTGGACTGGA AAGCCTTCAC TGAGGAGGAG GCAGAGACCC TGGTGAACCA GTTCTTCTTC 
CAGATGGTGG GAGCACTCCA GGGCAAAGTG GAGGAGGACC TGGAGCTCTT GGACAAATCC 
TTCGAGACTC TGGCAGATCA GACAGAGTGG CAGAGTTCAC ACCTCTTCAA GTATTTCCAG 
GAGGTGGTAC AACTGTGGGA GGCACACCAG AGCGAGCTGT TGGTGCAGGA GCTGGAGCTG 
GAGAAGAGGA TGGAGCAGCA CCGGCAGAAG CACAGCCTGG AGAGCCAGGT GCAGGAGGCC 
CACCTCGATA GGCTCTTGGA CCAACTGAGG CAGCAAAGTG ACAAAGAAAC ACTGGCGTTT 
CACCTGGAAA AGGTCAAAGA TTATCTGAAG AACATGAAAT CCAGGTATGA ATGTTTTCAC 
ACCCTCCTGA CAAAGGAAGT GATGGAGTAC CCAGCGATCA TGCTGAAAGA ACTCAACTCC 
TACAGCTCTG CCCTCAGCCA ATACTTCTTT GTGCGTGAAA TCTTTGAACA GAACTTGGCT 
GGAGAAGTCA TTTTCAAATT CAGGCAACCA GAAGCACATG AAAAACCCTC CCAGAAGAGA 
GTGAAAAAAC TGAGGAAGAA GCAAGGGTCT AAAGAGGACA TGACCAGAAG TGAGGAAAGC 
ATAAGTAGTG GGACAAGTAC TGCCAGGTCA GTAGAAGAGG TGGAAGAAGA AAACGATCAA 
GAAATGGAGT CCTTCATAAC TGAAGAGGTG CTGGGGCAGC AGAAAAAATC TCCACTGCAT 
GCTAAGATGG ATGAGTCCAA AGAAGGCTCT ATTCAGGGAC TGGAAGAAAT GCAGGTTGAA 
AGAGAGGGCT CCTTAAACCC ATCCCTGAAT GAGGAGAATG TGAAGGGTCA AGGAGAAAAG 
AAGGAGGAGT CAGAGGAGGA AGATGAGAAG GAGGAAGAGG AGGAGGAGGA GAAGCTGGAG 
GAAGAGAAGG AGGAGAAGGA GGCACAGGAA GAGCAAGAGA GTTTATCTGT GGGTGAGGAA 
GAAGACAAGG AAGAGGGTCT AGAGGAGATA TACTATGAGG ACATGGAGTC CTTCACAATC 
TCCAGTGGAA ACACTTATTT TGTCTTTGTA CCCCTGGAAG AAGAGCATTG TAGGAAGTCC 
CATTCCACCT TCTCAGCCAT GTTCATCAAC GACACTTCCA GTGCCAAGTT CATAGAACAA 
GTGACAATTC CATCGAGACT AATTTTAGAA ATTAAGAAAC ACCGGGCATG GTGGTGTGTG 
CCTGTAATTC CAGCTACTCA AGAGGCTGAA GCAGGAGAAT CGCCTGAACC CAGGAGGCGG 
AGGTTACAGT GA

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

CCDC180 ( NM_001348010.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001334939.1 Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 2, mRNA.

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CloneID	OHu101289
Clone ID Related Accession (Same CDS sequence)	NM_001348010.2 , NM_001348010.1
Accession Version	NM_001348010.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2712bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 180 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK302965.1 and AL512590.2. Transcript Variant: This variant (2) has multiple differences compared to variant 1. These differences result in distinct 5' and 3' UTRs, and a novel 3' coding region. The encoded isoform (2) is shorter and has a distinct C-terminus, compared to isoform 1. 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 :: AK302965.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2151119 [ECO:0000348] ##Evidence-Data-END##

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGAAATGGA ACCTCTCATC 
GTGGACACAG GGGGACTTTT TTTGAAGAAG CTGACTGAGT CTGATGAAGA AATGAACCGT 
CTCTTCCTAA AGGTGGAAAA TGACACCAAC CTTGAGGACT ACACCATCCA AGCCCTGCTG 
GAGCTGTGGG ATAAGGTGGC CGGGCGGTTA CTGCTCCGGA AGCAGGAGAT TAAGGAGCTG 
GATGAGGCCC TGCACTCGCT GGAGTTCTCC CGAACCGATA AACTAAAAAG CGTGTTGAAG 
AAATATGCAG AAGTCATAGA GAAAACTTCC TACCTCATGC GGCCCGAAGT GTACAGGCTG 
ATAAATGAAG AAGCCATGGT CATGAACTAT GCCCTGCTGG GCAACCGGAA GGCTCTCGCC 
CAGCTGTTTG TCAACCTGAT GGAGTCCACC CTGCAGCAGG AGCTGGACAG CCGCCACCGC 
TGGCAAGGCT TGGTGGACAC CTGGAAGGCT CTCAAGAAGG AGGCCCTGCT GCAGAGTTTC 
AGTGAGTTCA TGGCCAGTGA GAGTATCCAT ACTCCCCCGG CTGTGACGAA GGAGCTAGAG 
GTCATGCTGA AGACCCAGAA CGTCCTGCAG CAAAGGCGGC TGAAGCATCT CTGCACCATC 
TGTGACCTCC TGCCCCCCAG TTACAGCAAA ACTCAGCTGA CTGAGTGGCA TTCTTCCCTC 
AACTCCCTGA ACAAGGAGCT AGACACCTAC CACGTGGACT GCATGATGCG GATCCGCCTG 
CTGTATGAGA AGACATGGCA GGAGTGCCTG ATGCATGTGC AGAATTGTAA GAAGCAGCTG 
CTGGACTGGA AAGCCTTCAC TGAGGAGGAG GCAGAGACCC TGGTGAACCA GTTCTTCTTC 
CAGATGGTGG GAGCACTCCA GGGCAAAGTG GAGGAGGACC TGGAGCTCTT GGACAAATCC 
TTCGAGACTC TGGCAGATCA GACAGAGTGG CAGAGTTCAC ACCTCTTCAA GTATTTCCAG 
GAGGTGGTAC AACTGTGGGA GGCACACCAG AGCGAGCTGT TGGTGCAGGA GCTGGAGCTG 
GAGAAGAGGA TGGAGCAGCA CCGGCAGAAG CACAGCCTGG AGAGCCAGGT GCAGGAGGCC 
CACCTCGATA GGCTCTTGGA CCAACTGAGG CAGCAAAGTG ACAAAGAAAC ACTGGCGTTT 
CACCTGGAAA AGGTCAAAGA TTATCTGAAG AACATGAAAT CCAGGTATGA ATGTTTTCAC 
ACCCTCCTGA CAAAGGAAGT GATGGAGTAC CCAGCGATCA TGCTGAAAGA ACTCAACTCC 
TACAGCTCTG CCCTCAGCCA ATACTTCTTT GTGCGTGAAA TCTTTGAACA GAACTTGGCT 
GGAGAAGTCA TTTTCAAATT CAGGCAACCA GAAGCACATG AAAAACCCTC CCAGAAGAGA 
GTGAAAAAAC TGAGGAAGAA GCAAGGGTCT AAAGAGGACA TGACCAGAAG TGAGGAAAGC 
ATAAGTAGTG GGACAAGTAC TGCCAGGTCA GTAGAAGAGG TGGAAGAAGA AAACGATCAA 
GAAATGGAGT CCTTCATAAC TGAAGAGGTG CTGGGGCAGC AGAAAAAATC TCCACTGCAT 
GCTAAGATGG ATGAGTCCAA AGAAGGCTCT ATTCAGGGAC TGGAAGAAAT GCAGGTTGAA 
AGAGAGGGCT CCTTAAACCC ATCCCTGAAT GAGGAGAATG TGAAGGGTCA AGGAGAAAAG 
AAGGAGGAGT CAGAGGAGGA AGATGAGAAG GAGGAAGAGG AGGAGGAGGA GAAGCTGGAG 
GAAGAGAAGG AGGAGAAGGA GGCACAGGAA GAGCAAGAGA GTTTATCTGT GGGTGAGGAA 
GAAGACAAGG AAGAGGGTCT AGAGGAGATA TACTATGAGG ACATGGAGTC CTTCACAATC 
TCCAGTGGAA ACACTTATTT TGTCTTTGTA CCCCTGGAAG AAGAGCATTG TAGGAAGTCC 
CATTCCACCT TCTCAGCCAT GTTCATCAAC GACACTTCCA GTGCCAAGTT CATAGAACAA 
GTGACAATTC CATCGAGACT AATTTTAGAA ATTAAGAAAC ACCGGGCATG GTGGTGTGTG 
CCTGTAATTC CAGCTACTCA AGAGGCTGAA GCAGGAGAAT CGCCTGAACC CAGGAGGCGG 
AGGTTACAGT GA

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

RefSeq	NP_001334939.1
CDS	212..2923
Translation	MRGGENRPPARVQSSSEELELRHQSLDAFPGRRLPGRGIQPAAKMSSVGKVTQVPNGKAYQQIFQAEVQLVHSLAATRKRAAERSVTLKSGRIPMMKKVETPEGEVMSPRQQKWMHSLPNDWIMENPVLHREKERAKREKARESENTIAAREVRGLMDTIVPEKISTSTFQRQAEHKRKSYESALASFQEEIAQEMEPLIVDTGGLFLKKLTESDEEMNRLFLKVENDTNLEDYTIQALLELWDKVAGRLLLRKQEIKELDEALHSLEFSRTDKLKSVLKKYAEVIEKTSYLMRPEVYRLINEEAMVMNYALLGNRKALAQLFVNLMESTLQQELDSRHRWQGLVDTWKALKKEALLQSFSEFMASESIHTPPAVTKELEVMLKTQNVLQQRRLKHLCTICDLLPPSYSKTQLTEWHSSLNSLNKELDTYHVDCMMRIRLLYEKTWQECLMHVQNCKKQLLDWKAFTEEEAETLVNQFFFQMVGALQGKVEEDLELLDKSFETLADQTEWQSSHLFKYFQEVVQLWEAHQSELLVQELELEKRMEQHRQKHSLESQVQEAHLDRLLDQLRQQSDKETLAFHLEKVKDYLKNMKSRYECFHTLLTKEVMEYPAIMLKELNSYSSALSQYFFVREIFEQNLAGEVIFKFRQPEAHEKPSQKRVKKLRKKQGSKEDMTRSEESISSGTSTARSVEEVEEENDQEMESFITEEVLGQQKKSPLHAKMDESKEGSIQGLEEMQVEREGSLNPSLNEENVKGQGEKKEESEEEDEKEEEEEEEKLEEEKEEKEAQEEQESLSVGEEEDKEEGLEEIYYEDMESFTISSGNTYFVFVPLEEEHCRKSHSTFSAMFINDTSSAKFIEQVTIPSRLILEIKKHRAWWCVPVIPATQEAEAGESPEPRRRRLQ

Target ORF information:

RefSeq Version	NM_001348010.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 180 (CCDC180), transcript variant 2, mRNA.

Target ORF information:

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

NM_001348010.1

ORF Insert Sequence:

ATGCGCGGCG GGGAGAACCG GCCTCCTGCT CGAGTTCAGA GCTCATCTGA GGAATTGGAA 
TTGAGACACC AAAGCCTAGA CGCGTTTCCT GGACGACGGC TTCCCGGCAG GGGCATCCAG 
CCAGCGGCCA AGATGTCGTC AGTGGGGAAG GTGACCCAGG TTCCGAATGG GAAAGCCTAC 
CAGCAGATCT TCCAGGCTGA GGTGCAGCTG GTCCACTCCC TGGCGGCCAC CAGGAAGCGG 
GCTGCAGAGC GTTCTGTGAC CCTGAAGAGT GGCAGGATAC CCATGATGAA GAAGGTGGAG 
ACTCCTGAAG GGGAGGTGAT GTCTCCCCGA CAGCAGAAGT GGATGCACAG CCTCCCCAAC 
GACTGGATCA TGGAAAACCC TGTTCTCCAC AGGGAAAAGG AAAGAGCCAA GAGGGAAAAA 
GCCCGAGAGA GTGAGAACAC CATCGCTGCC CGAGAAGTGC GGGGTCTCAT GGATACTATA 
GTTCCTGAGA AGATAAGCAC CAGCACCTTT CAAAGGCAAG CAGAACACAA GAGGAAGAGC 
TACGAGAGCG CTCTGGCCAG CTTTCAGGAG GAGATTGCGC AGGAAATGGA ACCTCTCATC 
GTGGACACAG GGGGACTTTT TTTGAAGAAG CTGACTGAGT CTGATGAAGA AATGAACCGT 
CTCTTCCTAA AGGTGGAAAA TGACACCAAC CTTGAGGACT ACACCATCCA AGCCCTGCTG 
GAGCTGTGGG ATAAGGTGGC CGGGCGGTTA CTGCTCCGGA AGCAGGAGAT TAAGGAGCTG 
GATGAGGCCC TGCACTCGCT GGAGTTCTCC CGAACCGATA AACTAAAAAG CGTGTTGAAG 
AAATATGCAG AAGTCATAGA GAAAACTTCC TACCTCATGC GGCCCGAAGT GTACAGGCTG 
ATAAATGAAG AAGCCATGGT CATGAACTAT GCCCTGCTGG GCAACCGGAA GGCTCTCGCC 
CAGCTGTTTG TCAACCTGAT GGAGTCCACC CTGCAGCAGG AGCTGGACAG CCGCCACCGC 
TGGCAAGGCT TGGTGGACAC CTGGAAGGCT CTCAAGAAGG AGGCCCTGCT GCAGAGTTTC 
AGTGAGTTCA TGGCCAGTGA GAGTATCCAT ACTCCCCCGG CTGTGACGAA GGAGCTAGAG 
GTCATGCTGA AGACCCAGAA CGTCCTGCAG CAAAGGCGGC TGAAGCATCT CTGCACCATC 
TGTGACCTCC TGCCCCCCAG TTACAGCAAA ACTCAGCTGA CTGAGTGGCA TTCTTCCCTC 
AACTCCCTGA ACAAGGAGCT AGACACCTAC CACGTGGACT GCATGATGCG GATCCGCCTG 
CTGTATGAGA AGACATGGCA GGAGTGCCTG ATGCATGTGC AGAATTGTAA GAAGCAGCTG 
CTGGACTGGA AAGCCTTCAC TGAGGAGGAG GCAGAGACCC TGGTGAACCA GTTCTTCTTC 
CAGATGGTGG GAGCACTCCA GGGCAAAGTG GAGGAGGACC TGGAGCTCTT GGACAAATCC 
TTCGAGACTC TGGCAGATCA GACAGAGTGG CAGAGTTCAC ACCTCTTCAA GTATTTCCAG 
GAGGTGGTAC AACTGTGGGA GGCACACCAG AGCGAGCTGT TGGTGCAGGA GCTGGAGCTG 
GAGAAGAGGA TGGAGCAGCA CCGGCAGAAG CACAGCCTGG AGAGCCAGGT GCAGGAGGCC 
CACCTCGATA GGCTCTTGGA CCAACTGAGG CAGCAAAGTG ACAAAGAAAC ACTGGCGTTT 
CACCTGGAAA AGGTCAAAGA TTATCTGAAG AACATGAAAT CCAGGTATGA ATGTTTTCAC 
ACCCTCCTGA CAAAGGAAGT GATGGAGTAC CCAGCGATCA TGCTGAAAGA ACTCAACTCC 
TACAGCTCTG CCCTCAGCCA ATACTTCTTT GTGCGTGAAA TCTTTGAACA GAACTTGGCT 
GGAGAAGTCA TTTTCAAATT CAGGCAACCA GAAGCACATG AAAAACCCTC CCAGAAGAGA 
GTGAAAAAAC TGAGGAAGAA GCAAGGGTCT AAAGAGGACA TGACCAGAAG TGAGGAAAGC 
ATAAGTAGTG GGACAAGTAC TGCCAGGTCA GTAGAAGAGG TGGAAGAAGA AAACGATCAA 
GAAATGGAGT CCTTCATAAC TGAAGAGGTG CTGGGGCAGC AGAAAAAATC TCCACTGCAT 
GCTAAGATGG ATGAGTCCAA AGAAGGCTCT ATTCAGGGAC TGGAAGAAAT GCAGGTTGAA 
AGAGAGGGCT CCTTAAACCC ATCCCTGAAT GAGGAGAATG TGAAGGGTCA AGGAGAAAAG 
AAGGAGGAGT CAGAGGAGGA AGATGAGAAG GAGGAAGAGG AGGAGGAGGA GAAGCTGGAG 
GAAGAGAAGG AGGAGAAGGA GGCACAGGAA GAGCAAGAGA GTTTATCTGT GGGTGAGGAA 
GAAGACAAGG AAGAGGGTCT AGAGGAGATA TACTATGAGG ACATGGAGTC CTTCACAATC 
TCCAGTGGAA ACACTTATTT TGTCTTTGTA CCCCTGGAAG AAGAGCATTG TAGGAAGTCC 
CATTCCACCT TCTCAGCCAT GTTCATCAAC GACACTTCCA GTGCCAAGTT CATAGAACAA 
GTGACAATTC CATCGAGACT AATTTTAGAA ATTAAGAAAC ACCGGGCATG GTGGTGTGTG 
CCTGTAATTC CAGCTACTCA AGAGGCTGAA GCAGGAGAAT CGCCTGAACC CAGGAGGCGG 
AGGTTACAGT GA

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

PubMed

Large-scale proteomics and phosphoproteomics of urinary exosomes.
Journal of the American Society of Nephrology : JASN20(2)363-79(2009 Feb)
Gonzales PA,Pisitkun T,Hoffert JD,Tchapyjnikov D,Star RA,Kleta R,Wang NS,Knepper MA

Identification of novel genetic susceptibility loci for Beh?et's disease using a genome-wide association study.
Arthritis research & therapy11(3)R66(2009)
Fei Y,Webb R,Cobb BL,Direskeneli H,Saruhan-Direskeneli G,Sawalha AH

Candidate gene/loci studies in cleft lip/palate and dental anomalies finds novel susceptibility genes for clefts.
Genetics in medicine : official journal of the American College of Medical Genetics10(9)668-74(2008 Sep)
Vieira AR,McHenry TG,Daack-Hirsch S,Murray JC,Marazita ML

Improved titanium dioxide enrichment of phosphopeptides from HeLa cells and high confident phosphopeptide identification by cross-validation of MS/MS and MS/MS/MS spectra.
Journal of proteome research6(11)4150-62(2007 Nov)
Yu LR,Zhu Z,Chan KC,Issaq HJ,Dimitrov DS,Veenstra TD

The full-ORF clone resource of the German cDNA Consortium.
BMC genomics8399(2007 Oct)
Bechtel S,Rosenfelder H,Duda A,Schmidt CP,Ernst U,Wellenreuther R,Mehrle A,Schuster C,Bahr A,Bl?cker H,Heubner D,Hoerlein A,Michel G,Wedler H,K?hrer K,Ottenw?lder B,Poustka A,Wiemann S,Schupp I

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CCDC180 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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