CCDC18 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC18
Entrez Gene ID	343099
Full Name	coiled-coil domain containing 18
Synonyms	NY-SAR-41
General protein information	Preferred Names coiled-coil domain containing 18 Names coiled-coil domain-containing protein 18 sarcoma antigen NY-SAR-24 sarcoma antigen NY-SAR-41
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 1 Map Location: 1p22.1

mRNA and Protein(s)

mRNA	Protein	Name
XM_011541361.2	XP_011539663.2	coiled-coil domain-containing protein 18 isoform X5
XM_017001164.1	XP_016856653.1	coiled-coil domain-containing protein 18 isoform X10
XM_011541372.2	XP_011539674.2	coiled-coil domain-containing protein 18 isoform X16
XM_017001154.2	XP_016856643.1	coiled-coil domain-containing protein 18 isoform X1
XM_017001156.2	XP_016856645.1	coiled-coil domain-containing protein 18 isoform X3
XM_017001158.2	XP_016856647.1	coiled-coil domain-containing protein 18 isoform X6
XM_017001162.2	XP_016856651.1	coiled-coil domain-containing protein 18 isoform X10
XM_017001167.2	XP_016856656.1	coiled-coil domain-containing protein 18 isoform X14
XM_017001157.1	XP_016856646.1	coiled-coil domain-containing protein 18 isoform X4
XM_017001154.1	XP_016856643.1	coiled-coil domain-containing protein 18 isoform X1
XM_017001162.1	XP_016856651.1	coiled-coil domain-containing protein 18 isoform X10
XM_017001160.1	XP_016856649.1	coiled-coil domain-containing protein 18 isoform X8
XM_017001169.1	XP_016856658.1	coiled-coil domain-containing protein 18 isoform X15
XM_017001159.1	XP_016856648.1	coiled-coil domain-containing protein 18 isoform X7
NM_001306076.1	NP_001293005.1	coiled-coil domain-containing protein 18 isoform a
NM_206886.4	NP_996769.3	coiled-coil domain-containing protein 18 isoform b
XM_017001155.2	XP_016856644.1	coiled-coil domain-containing protein 18 isoform X2
XM_017001168.2	XP_016856657.1	coiled-coil domain-containing protein 18 isoform X15
XM_017001171.2	XP_016856660.1	coiled-coil domain-containing protein 18 isoform X18
XM_017001168.1	XP_016856657.1	coiled-coil domain-containing protein 18 isoform X14
XM_017001163.1	XP_016856652.1	coiled-coil domain-containing protein 18 isoform X10
XM_017001165.1	XP_016856654.1	coiled-coil domain-containing protein 18 isoform X11
XM_024446672.1	XP_024302440.1	coiled-coil domain-containing protein 18 isoform X13
XM_024446673.1	XP_024302441.1	coiled-coil domain-containing protein 18 isoform X13
XM_017001170.2	XP_016856659.1	coiled-coil domain-containing protein 18 isoform X18
XM_011541361.3	XP_011539663.2	coiled-coil domain-containing protein 18 isoform X5
XM_017001159.2	XP_016856648.1	coiled-coil domain-containing protein 18 isoform X7
XM_017001160.2	XP_016856649.1	coiled-coil domain-containing protein 18 isoform X8
XM_017001161.2	XP_016856650.1	coiled-coil domain-containing protein 18 isoform X9
XM_017001163.2	XP_016856652.1	coiled-coil domain-containing protein 18 isoform X10
XM_017001170.1	XP_016856659.1	coiled-coil domain-containing protein 18 isoform X17
XM_017001156.1	XP_016856645.1	coiled-coil domain-containing protein 18 isoform X3
XM_017001161.1	XP_016856650.1	coiled-coil domain-containing protein 18 isoform X9
XM_017001167.1	XP_016856656.1	coiled-coil domain-containing protein 18 isoform X13
XM_017001157.2	XP_016856646.1	coiled-coil domain-containing protein 18 isoform X4
XM_017001164.2	XP_016856653.1	coiled-coil domain-containing protein 18 isoform X10
XM_024446671.1	XP_024302439.1	coiled-coil domain-containing protein 18 isoform X11
XM_017001165.2	XP_016856654.1	coiled-coil domain-containing protein 18 isoform X12
XM_011541372.3	XP_011539674.2	coiled-coil domain-containing protein 18 isoform X17
XM_017001158.1	XP_016856647.1	coiled-coil domain-containing protein 18 isoform X6
XM_017001155.1	XP_016856644.1	coiled-coil domain-containing protein 18 isoform X2
XM_017001171.1	XP_016856660.1	coiled-coil domain-containing protein 18 isoform X17
XM_017001166.1	XP_016856655.1	coiled-coil domain-containing protein 18 isoform X12
XM_017001169.2	XP_016856658.1	coiled-coil domain-containing protein 18 isoform X16

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	CCDC18	XP_003308265.1
	LOC713129	XP_002808273.1
Mus musculus (house mouse)	Ccdc18	NP_082757.1
Danio rerio (zebrafish)	si:dkeyp-1a11.3	XP_692712.5
Xenopus tropicalis (tropical clawed frog)	ccdc18	XP_002933840.2
Rattus norvegicus (Norway rat)	Ccdc18	XP_006250656.1
Gallus gallus (chicken)	CCDC18	NP_001238963.1
Canis lupus familiaris (dog)	CCDC18	XP_005621960.1
Bos taurus (cattle)	LOC540863	XP_002686278.1
Homo sapiens (human)	CCDC18	NP_996769.3

Gene Ontology
Bibliography

Related articles in PubMed

Immunomic analysis of human sarcoma.
Lee SY, Obata Y, Yoshida M, Stockert E, Williamson B, Jungbluth AA, Chen YT, Old LJ, Scanlan MJ
Proceedings of the National Academy of Sciences of the United States of America100(5)2651-6(2003 Mar)

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

The following CCDC18 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC18 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)
OHu79426	NM_001306076.1 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$519.50-$727.30 $1039.00
OHu87326	XM_011541372.3 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu87327	XM_017001170.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu87327	XM_017001171.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu79421	XM_024446671.1 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87320	XM_017001164.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87320	XM_017001163.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87320	XM_017001162.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87321	XM_017001165.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87322	XM_024446673.1 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87322	XM_024446672.1 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87322	XM_017001166.1 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87323	XM_017001167.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87324	XM_017001168.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu87325	XM_017001169.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu15066	NM_206886.4 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu87311	XM_017001154.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87312	XM_017001155.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87313	XM_017001156.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87314	XM_017001157.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87315	XM_011541361.3 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87316	XM_017001158.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87317	XM_017001159.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87318	XM_017001160.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87319	XM_017001161.2 Latest version!	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OHu87311	XM_017001154.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87320	XM_017001162.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87324	XM_017001168.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu87315	XM_011541361.2	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87317	XM_017001159.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87318	XM_017001160.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87320	XM_017001163.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87327	XM_017001170.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu87313	XM_017001156.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87319	XM_017001161.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87323	XM_017001167.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87314	XM_017001157.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87320	XM_017001164.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87321	XM_017001165.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu87326	XM_011541372.2	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu87316	XM_017001158.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87312	XM_017001155.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu87327	XM_017001171.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu87325	XM_017001169.1	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
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)

CCDC18 ( NM_001306076.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001293005.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant 1, mRNA.

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CloneID	OHu79426
Clone ID Related Accession (Same CDS sequence)	NM_001306076.1
Accession Version	NM_001306076.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4365bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-04-30
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform a
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BX099893.1, BC056667.1, AC126124.2, BX538286.1, BM149875.1, AK126045.1, DB345139.1, AL139421.12 and CA428763.1. On Apr 14, 2015 this sequence version replaced XM_011541362.1. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (a). The exon combination of this variant is inferred from partial transcript alignments. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The genomic coordinates used for the transcript record were based on transcript alignments. CCDS Note: This gene lacks full-length transcript support, and therefore the exon combination of this CCDS representation is inferred based on partial transcript alignments, orthologous alignments and RNA-seq data. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on conservation ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GGAGAAAATG TGTAA

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

RefSeq	NP_001293005.1
CDS	170..4534
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQGENV

Target ORF information:

RefSeq Version	NM_001306076.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant 1, mRNA.

Target ORF information:

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

NM_001306076.1

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GGAGAAAATG TGTAA

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

CCDC18 ( XM_011541372.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011539674.2 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu87326
Clone ID Related Accession (Same CDS sequence)	XM_011541372.2 , XM_011541372.3
Accession Version	XM_011541372.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2973bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011541372.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGATG TTCTACTCAC TAA

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

RefSeq	XP_011539674.2
CDS	25..2997
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARCSTH

Target ORF information:

RefSeq Version	XM_011541372.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X18, mRNA.

Target ORF information:

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

XM_011541372.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGATG TTCTACTCAC TAA

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

CCDC18 ( XM_011541372.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011539674.2 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu87326
Clone ID Related Accession (Same CDS sequence)	XM_011541372.2 , XM_011541372.3
Accession Version	XM_011541372.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2973bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011541372.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGATG TTCTACTCAC TAA

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

RefSeq	XP_011539674.2
CDS	97..3069
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARCSTH

Target ORF information:

RefSeq Version	XM_011541372.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X20, mRNA.

Target ORF information:

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

XM_011541372.3

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGATG TTCTACTCAC TAA

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

CCDC18 ( XM_017001171.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856660.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X23, mRNA.

Price & Availability↑

CloneID	OHu87327
Clone ID Related Accession (Same CDS sequence)	XM_017001171.2 , XM_017001170.2 , XM_017001170.1 , XM_017001171.1
Accession Version	XM_017001171.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2478bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001171.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856660.1
CDS	77..2554
Translation	MSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001171.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X23, mRNA.

Target ORF information:

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

XM_017001171.2

ORF Insert Sequence:

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_017001170.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856659.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X22, mRNA.

Price & Availability↑

CloneID	OHu87327
Clone ID Related Accession (Same CDS sequence)	XM_017001171.2 , XM_017001170.2 , XM_017001170.1 , XM_017001171.1
Accession Version	XM_017001170.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2478bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001170.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856659.1
CDS	1779..4256
Translation	MSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001170.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X22, mRNA.

Target ORF information:

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

XM_017001170.2

ORF Insert Sequence:

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_017001170.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856659.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu87327
Clone ID Related Accession (Same CDS sequence)	XM_017001171.2 , XM_017001170.2 , XM_017001170.1 , XM_017001171.1
Accession Version	XM_017001170.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2478bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856659.1
CDS	1779..4256
Translation	MSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001170.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X20, mRNA.

Target ORF information:

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

XM_017001170.1

ORF Insert Sequence:

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_017001171.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856660.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X21, mRNA.

Price & Availability↑

CloneID	OHu87327
Clone ID Related Accession (Same CDS sequence)	XM_017001171.2 , XM_017001170.2 , XM_017001170.1 , XM_017001171.1
Accession Version	XM_017001171.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2478bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856660.1
CDS	77..2554
Translation	MSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001171.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X21, mRNA.

Target ORF information:

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

XM_017001171.1

ORF Insert Sequence:

ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_024446671.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024302439.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X13, mRNA.

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CloneID	OHu79421
Clone ID Related Accession (Same CDS sequence)	XM_024446671.1
Accession Version	XM_024446671.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4293bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG TAAGTAAACA TATAAAAGTA 
ATAAAGCATA TCTATGAAAA CATAAATGTC TGA

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

RefSeq	XP_024302439.1
CDS	97..4389
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKVSKHIKVIKHIYENINV

Target ORF information:

RefSeq Version	XM_024446671.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X13, mRNA.

Target ORF information:

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

XM_024446671.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG TAAGTAAACA TATAAAAGTA 
ATAAAGCATA TCTATGAAAA CATAAATGTC TGA

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

CCDC18 ( XM_017001164.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856653.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu87320
Clone ID Related Accession (Same CDS sequence)	XM_017001164.1 , XM_017001162.2 , XM_017001162.1 , XM_017001163.1 , XM_017001163.2 , XM_017001164.2
Accession Version	XM_017001164.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856653.1
CDS	190..4683
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001164.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X12, mRNA.

Target ORF information:

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

XM_017001164.1

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001162.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856651.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu87320
Clone ID Related Accession (Same CDS sequence)	XM_017001164.1 , XM_017001162.2 , XM_017001162.1 , XM_017001163.1 , XM_017001163.2 , XM_017001164.2
Accession Version	XM_017001162.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001162.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856651.1
CDS	92..4585
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001162.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X10, mRNA.

Target ORF information:

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

XM_017001162.2

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001162.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856651.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X10, mRNA.

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CloneID	OHu87320
Clone ID Related Accession (Same CDS sequence)	XM_017001164.1 , XM_017001162.2 , XM_017001162.1 , XM_017001163.1 , XM_017001163.2 , XM_017001164.2
Accession Version	XM_017001162.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856651.1
CDS	92..4585
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001162.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X10, mRNA.

Target ORF information:

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

XM_017001162.1

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001163.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856652.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X11, mRNA.

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CloneID	OHu87320
Clone ID Related Accession (Same CDS sequence)	XM_017001164.1 , XM_017001162.2 , XM_017001162.1 , XM_017001163.1 , XM_017001163.2 , XM_017001164.2
Accession Version	XM_017001163.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856652.1
CDS	646..5139
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001163.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X11, mRNA.

Target ORF information:

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

XM_017001163.1

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001163.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856652.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu87320
Clone ID Related Accession (Same CDS sequence)	XM_017001164.1 , XM_017001162.2 , XM_017001162.1 , XM_017001163.1 , XM_017001163.2 , XM_017001164.2
Accession Version	XM_017001163.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001163.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856652.1
CDS	646..5139
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001163.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X11, mRNA.

Target ORF information:

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

XM_017001163.2

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001164.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856653.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu87320
Clone ID Related Accession (Same CDS sequence)	XM_017001164.1 , XM_017001162.2 , XM_017001162.1 , XM_017001163.1 , XM_017001163.2 , XM_017001164.2
Accession Version	XM_017001164.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001164.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856653.1
CDS	190..4683
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001164.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X12, mRNA.

Target ORF information:

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

XM_017001164.2

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGAATC AGAATTAACC 
AGATTACAGG CCAAAATTTC TGGACATGAA AAGGCAGAAG ACATCAAGTT TCTGCCAGCC 
CCATTTACAT CTCCAACAGA AATTATGCCT GATGTTCAAG ATCCAAAATT TGCTAAATGT 
TTTCACACAT CTTTTTCCAA GTGTACAAAA TTACGTCGCT CTATTAGTGC CAGTGATCTT 
ACTTTCAAAA TTCATGGTGA TGAAGATCTT TCTGAAGAAT TACTACAGGA CTTAAAGAAA 
ATGCAATTAG AACAGCCTTC AACATTAGAA GAAAGCCATA AGAATCTGAC TTACACCCAG 
CCAGACTCAT TTAAACCTCT CACATATAAC CTAGAAGCTG ATAGTTCTGA GAATAATGAC 
TTTAACACGC TTAGTGGGAT GCTAAGATAC ATAAACAAAG AAGTAAGACT ATTAAAAAAG 
TCTTCTATGC AAACAGGTGC TGGTTTAAAT CAGGTATGTA TTTTATACAC TGTAAACTGT 
AATAATTTGT TTCCAAAGAA TATCATTTTA TTACTTGGAA GAAAATTCAT ATATTTAAAT 
GAAAAACTAC TAATATTTGA AGAAGGAAGA TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001165.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856654.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X13, mRNA.

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CloneID	OHu87321
Clone ID Related Accession (Same CDS sequence)	XM_017001165.1 , XM_017001165.2
Accession Version	XM_017001165.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4254bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG GAGAAAATGT GTAA

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

RefSeq	XP_016856654.1
CDS	25..4278
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKGENV

Target ORF information:

RefSeq Version	XM_017001165.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X13, mRNA.

Target ORF information:

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

XM_017001165.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG GAGAAAATGT GTAA

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

CCDC18 ( XM_017001165.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856654.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X14, mRNA.

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CloneID	OHu87321
Clone ID Related Accession (Same CDS sequence)	XM_017001165.1 , XM_017001165.2
Accession Version	XM_017001165.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4254bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001165.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG GAGAAAATGT GTAA

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

RefSeq	XP_016856654.1
CDS	97..4350
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKGENV

Target ORF information:

RefSeq Version	XM_017001165.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X14, mRNA.

Target ORF information:

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

XM_017001165.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG GAGAAAATGT GTAA

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

CCDC18 ( XM_024446672.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024302440.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu87322
Clone ID Related Accession (Same CDS sequence)	XM_024446672.1 , XM_024446673.1 , XM_017001166.1
Accession Version	XM_024446672.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4227bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTTTG CAGAGTTTAG GGGAAGAGTT ATCCAGATGT TTTCATCTTC TGCCCCTGTG 
GATCAGGAGA TTAAAAGCCT TCGAGAGAAA CTAAATAAAC TTAGGCAACA GAATGCTTGT 
TTGGTCACAC AGAATCATTC CTTAATGACT AAATTTGAAT CTATTCACTT TGAATTAACA 
CAGTCAAGAG CAAAAGTTTC TATGCTTGAG TCTGCTCAAC AGCAGGCAGC CAGTGTCCCA 
ATCTTAGAAG AACAGATTAT AAATTTGGAA GCAGAGGTTT CAGCTCAAGA TAAAGTTTTG 
AGAGAGGCAG AAAATAAGCT GGAACAGAGC CAGAAAATGG TAATTGAAAA GGAACAGAGT 
TTGCAGGAGT CCAAAGAGGA ATGTATAAAA TTAAAGGTGG ACTTACTTGA ACAAACCAAA 
CAAGGAAAAA GAGCTGAACG ACAAAGGAAT GAAGCACTAT ATAATGCCGA AGAGCTGAGT 
AAAGCTTTCC AACAATATAA AAAAAAAGTG GCTGAAAAAC TGGAAAAGGT TCAAGCTGAA 
GAAGAAATAT TAGAGAGAAA TCTAACTAAC TGTGAAAAAG AAAATAAAAG GCTACAAGAA 
AGGTGTGGTC TATATAAAAG TGAACTTGAA ATTCTGAAAG AGAAATTAAG GCAGTTAAAA 
GAAGAAAATA ACAACGGAAA AGAAAAATTA AGGATCATGG CAGTGAAAAA TTCAGAAGTC 
ATGGCACAAC TAACTGAATC TAGACAAAGT ATTTTGAAGC TAGAGAGTGA GTTAGAGAAC 
AAAGACGAAA TACTTAGAGA CAAATTTTCT TTAATGAATG AAAACCGAGA ATTAAAGGTC 
CGTGTTGCAG CACAGAATGA GCGACTAGAT TTATGTCAAC AAGAAATTGA AAGTTCAAGG 
GTAGAACTAA GAAGTTTGGA AAAGATTATA TCCCAGTTGC CATTAAAAAG AGAATTATTT 
GGCTTTAAAT CATATCTTTC TAAATACCAG ATGAGTAGCT TCTCAAACAA GGAAGACCGT 
TGCATTGGCT GCTGTGAGGC AAATAAATTG GTGATTTCGG AATTGAGAAT TAAGCTTGCA 
ATAAAAGAGG CAGAAATTCA AAAGCTTCAT GCAAACCTGA CTGCAAATCA GTTATCTCAG 
AGTCTTATTA CTTGTAATGA CAGCCAAGAA AGTAGCAAAT TAAGTAGTTT AGAAACAGAA 
CCTGTAAAGC TAGGTGGTCA TCAAGTAGCA GAAAGCGTAA AAGATCAAAA TCAACATACT 
ATGAACAAGC AATATGAAAA AGAGAGGCAA AGACTTGTTA CTGGAATAGA AGAACTACGT 
ACTAAGCTGA TACAAATAGA AGCTGAAAAT TCTGATTTGA AGGTTAACAT GGCTCACAGA 
ACTAGTCAGT TTCAGCTGAT TCAAGAGGAG CTGCTAGAGA AAGCTTCAAA CTCCAGCAAA 
CTGGAAAGTG AAATGACAAA GAAATGTTCT CAACTTTTAA CTCTTGAGAA ACAGCTGGAA 
GAAAAGATAG TTGCTTATTC CTCTATTGCT GCAAAAAATG CAGAACTAGA ACAGGAGCTT 
ATGGAAAAGA ATGAAAAGAT AAGGAGTCTA GAAACCAATA TTAATACAGA GCATGAGAAA 
ATTTGTTTAG CCTTTGAAAA AGCAAAGAAA ATTCACTTGG AACAGCATAA AGAAATGGAA 
AAGCAGATTG AAAGACTTGA AGCTCAACTA GAGAAAAAGG ACCAACAATT TAAAGAACAA 
GAAAAGACTA TGTCCATGTT GCAACAAGAT ATAATATGCA AACAACATCA TCTTGAATCA 
CTAGATAGAC TCTTGACGGA AAGCAAAGGG GAAATGAAAA AGGAAAATAT GAAGAAAGAT 
GAAGCTTTAA AAGCATTACA GAACCAAGTA TCTGAAGAAA CAATCAAGGT TAGGCAACTA 
GATTCAGCAT TGGAAATTTG TAAGGAAGAA CTTGTCTTGC ATTTGAATCA ATTGGAAGGA 
AATAAGGAAA AGTTTGAAAA ACAGTTAAAG AAGAAATCTG AAGAGGTATA TTGTTTACAG 
AAAGAGCTAA AGATAAAAAA TCACAGTCTT CAAGAGACTT CTGAGCAAAA CGTTATTCTA 
CAGCATACTC TTCAGCAACA GCAGCAAATG TTACAACAAG AGACAATTAG AAATGGAGAG 
CTAGAAGATA CTCAAACTAA ACTTGAAAAA CAGGTGTCAA AACTGGAACA AGAACTTCAA 
AAACAAAGGG AAAGTTCAGC TGAAAAGTTG AGAAAAATGG AGGAGAAATG TGAATCAGCT 
GCACATGAAG CAGATTTGAA AAGGCAAAAA GTGATTGAGC TTACTGGCAC TGCCAGGCAA 
GTAAAGATTG AGATGGATCA GTACAAAGAA GAGCTGTCTA AAATGGAAAA GGAAATAATG 
CACCTAAAAC GAGATGGAGA AAATAAAGCA ATGCACCTCT CTCAATTAGA TATGATCTTA 
GATCAGACAA AGACAGAGCT AGAAAAGAAA ACAAATGCTG TAAAGGAGTT AGAAAAGTTA 
CAGCACAGTA CTGAAACTGA ACTAACAGAA GCCTTGCAAA AACGGGAAGT ACTTGAGACT 
GAACTACAAA ATGCTCATGG AGAATTAAAA AGTACTTTAA GACAACTCCA GGAATTGAGA 
GATGTACTAC AGAAGGCTCA ATTATCATTA GAGGAAAAAT ACACTACTAT AAAGGATCTC 
ACAGCTGAAC TTAGAGAATG CAAGATGGAG ATTGAAGACA AAAAGCAGGA GCTCCTTGAA 
ATGGATCAGG CACTTAAAGA GAGAAATTGG GAACTAAAGC AAAGAGCAGC TCAGGTTACA 
CATTTGGATA TGACTATTCG TGAGCACAGA GGAGAAATGG AACAAAAAAT AATTAAATTA 
GAAGGTACTC TGGAGAAATC AGAATTGGAA CTTAAAGAAT GTAACAAACA GATAGAAAGT 
CTGAATGACA AATTACAAAA TGCTAAAGAA CAGCTTCGAG AAAAAGAGTT TATAATGCTA 
CAAAATGAAC AGGAGATAAG TCAACTGAAA AAAGAAATTG AAAGAACACA ACAAAGGATG 
AAAGAAATGG AGAGTGTTAT GAAAGAGCAA GAACAGTACA TTGCCACTCA GTACAAGGAG 
GCCATAGATT TGGGGCAAGA ATTGAGGCTG ACCCGGGAGC AGGTGCAGAA CTCTCATACA 
GAATTGGCAG AGGCTCGTCA TCAGCAAGTC CAAGCACAGA GAGAAATAGA AAGGCTCTCT 
AGTGAACTGG AGGATATGAA GCAACTCTCT AAAGAGAAAG ATGCTCATGG AAACCATTTA 
GCTGAAGAAC TGGGGGCTTC TAAAGTACGT GAAGCTCATT TAGAAGCAAG AATGCAAGCA 
GAAATCAAGA AATTGTCAGC AGAAGTAGAA TCTCTCAAAG AAGCTTATCA TATGGAGATG 
ATTTCACATC AAGAGAACCA TGCAAAGTGG AAGATTTCTG CTGACTCTCA AAAGTCTTCT 
GTTCAGCAAC TAAACGAACA GTTAGAGAAG GCAAAATTGG AATTAGAAGA AGCTCAGGAT 
ACTGTAAGCA ATTTGCATCA ACAAGTCCAA GATAGGAATG AAGTAATTGA AGCTGCAAAT 
GAAGCATTAC TTACTAAAGA ATCAGAATTA ACCAGATTAC AGGCCAAAAT TTCTGGACAT 
GAAAAGGCAG AAGACATCAA GTTTCTGCCA GCCCCATTTA CATCTCCAAC AGAAATTATG 
CCTGATGTTC AAGATCCAAA ATTTGCTAAA TGTTTTCACA CATCTTTTTC CAAGTGTACA 
AAATTACGTC GCTCTATTAG TGCCAGTGAT CTTACTTTCA AAATTCATGG TGATGAAGAT 
CTTTCTGAAG AATTACTACA GGACTTAAAG AAAATGCAAT TAGAACAGCC TTCAACATTA 
GAAGAAAGCC ATAAGAATCT GACTTACACC CAGCCAGACT CATTTAAACC TCTCACATAT 
AACCTAGAAG CTGATAGTTC TGAGAATAAT GACTTTAACA CGCTTAGTGG GATGCTAAGA 
TACATAAACA AAGAAGTAAG ACTATTAAAA AAGTCTTCTA TGCAAACAGG TGCTGGTTTA 
AATCAGGTAT GTATTTTATA CACTGTAAAC TGTAATAATT TGTTTCCAAA GAATATCATT 
TTATTACTTG GAAGAAAATT CATATATTTA AATGAAAAAC TACTAATATT TGAAGAAGGA 
AGATTTTACA TTTTATACAT TAAGTAA

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

RefSeq	XP_024302440.1
CDS	243..4469
Translation	MEFAEFRGRVIQMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_024446672.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X15, mRNA.

Target ORF information:

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

XM_024446672.1

ORF Insert Sequence:

ATGGAGTTTG CAGAGTTTAG GGGAAGAGTT ATCCAGATGT TTTCATCTTC TGCCCCTGTG 
GATCAGGAGA TTAAAAGCCT TCGAGAGAAA CTAAATAAAC TTAGGCAACA GAATGCTTGT 
TTGGTCACAC AGAATCATTC CTTAATGACT AAATTTGAAT CTATTCACTT TGAATTAACA 
CAGTCAAGAG CAAAAGTTTC TATGCTTGAG TCTGCTCAAC AGCAGGCAGC CAGTGTCCCA 
ATCTTAGAAG AACAGATTAT AAATTTGGAA GCAGAGGTTT CAGCTCAAGA TAAAGTTTTG 
AGAGAGGCAG AAAATAAGCT GGAACAGAGC CAGAAAATGG TAATTGAAAA GGAACAGAGT 
TTGCAGGAGT CCAAAGAGGA ATGTATAAAA TTAAAGGTGG ACTTACTTGA ACAAACCAAA 
CAAGGAAAAA GAGCTGAACG ACAAAGGAAT GAAGCACTAT ATAATGCCGA AGAGCTGAGT 
AAAGCTTTCC AACAATATAA AAAAAAAGTG GCTGAAAAAC TGGAAAAGGT TCAAGCTGAA 
GAAGAAATAT TAGAGAGAAA TCTAACTAAC TGTGAAAAAG AAAATAAAAG GCTACAAGAA 
AGGTGTGGTC TATATAAAAG TGAACTTGAA ATTCTGAAAG AGAAATTAAG GCAGTTAAAA 
GAAGAAAATA ACAACGGAAA AGAAAAATTA AGGATCATGG CAGTGAAAAA TTCAGAAGTC 
ATGGCACAAC TAACTGAATC TAGACAAAGT ATTTTGAAGC TAGAGAGTGA GTTAGAGAAC 
AAAGACGAAA TACTTAGAGA CAAATTTTCT TTAATGAATG AAAACCGAGA ATTAAAGGTC 
CGTGTTGCAG CACAGAATGA GCGACTAGAT TTATGTCAAC AAGAAATTGA AAGTTCAAGG 
GTAGAACTAA GAAGTTTGGA AAAGATTATA TCCCAGTTGC CATTAAAAAG AGAATTATTT 
GGCTTTAAAT CATATCTTTC TAAATACCAG ATGAGTAGCT TCTCAAACAA GGAAGACCGT 
TGCATTGGCT GCTGTGAGGC AAATAAATTG GTGATTTCGG AATTGAGAAT TAAGCTTGCA 
ATAAAAGAGG CAGAAATTCA AAAGCTTCAT GCAAACCTGA CTGCAAATCA GTTATCTCAG 
AGTCTTATTA CTTGTAATGA CAGCCAAGAA AGTAGCAAAT TAAGTAGTTT AGAAACAGAA 
CCTGTAAAGC TAGGTGGTCA TCAAGTAGCA GAAAGCGTAA AAGATCAAAA TCAACATACT 
ATGAACAAGC AATATGAAAA AGAGAGGCAA AGACTTGTTA CTGGAATAGA AGAACTACGT 
ACTAAGCTGA TACAAATAGA AGCTGAAAAT TCTGATTTGA AGGTTAACAT GGCTCACAGA 
ACTAGTCAGT TTCAGCTGAT TCAAGAGGAG CTGCTAGAGA AAGCTTCAAA CTCCAGCAAA 
CTGGAAAGTG AAATGACAAA GAAATGTTCT CAACTTTTAA CTCTTGAGAA ACAGCTGGAA 
GAAAAGATAG TTGCTTATTC CTCTATTGCT GCAAAAAATG CAGAACTAGA ACAGGAGCTT 
ATGGAAAAGA ATGAAAAGAT AAGGAGTCTA GAAACCAATA TTAATACAGA GCATGAGAAA 
ATTTGTTTAG CCTTTGAAAA AGCAAAGAAA ATTCACTTGG AACAGCATAA AGAAATGGAA 
AAGCAGATTG AAAGACTTGA AGCTCAACTA GAGAAAAAGG ACCAACAATT TAAAGAACAA 
GAAAAGACTA TGTCCATGTT GCAACAAGAT ATAATATGCA AACAACATCA TCTTGAATCA 
CTAGATAGAC TCTTGACGGA AAGCAAAGGG GAAATGAAAA AGGAAAATAT GAAGAAAGAT 
GAAGCTTTAA AAGCATTACA GAACCAAGTA TCTGAAGAAA CAATCAAGGT TAGGCAACTA 
GATTCAGCAT TGGAAATTTG TAAGGAAGAA CTTGTCTTGC ATTTGAATCA ATTGGAAGGA 
AATAAGGAAA AGTTTGAAAA ACAGTTAAAG AAGAAATCTG AAGAGGTATA TTGTTTACAG 
AAAGAGCTAA AGATAAAAAA TCACAGTCTT CAAGAGACTT CTGAGCAAAA CGTTATTCTA 
CAGCATACTC TTCAGCAACA GCAGCAAATG TTACAACAAG AGACAATTAG AAATGGAGAG 
CTAGAAGATA CTCAAACTAA ACTTGAAAAA CAGGTGTCAA AACTGGAACA AGAACTTCAA 
AAACAAAGGG AAAGTTCAGC TGAAAAGTTG AGAAAAATGG AGGAGAAATG TGAATCAGCT 
GCACATGAAG CAGATTTGAA AAGGCAAAAA GTGATTGAGC TTACTGGCAC TGCCAGGCAA 
GTAAAGATTG AGATGGATCA GTACAAAGAA GAGCTGTCTA AAATGGAAAA GGAAATAATG 
CACCTAAAAC GAGATGGAGA AAATAAAGCA ATGCACCTCT CTCAATTAGA TATGATCTTA 
GATCAGACAA AGACAGAGCT AGAAAAGAAA ACAAATGCTG TAAAGGAGTT AGAAAAGTTA 
CAGCACAGTA CTGAAACTGA ACTAACAGAA GCCTTGCAAA AACGGGAAGT ACTTGAGACT 
GAACTACAAA ATGCTCATGG AGAATTAAAA AGTACTTTAA GACAACTCCA GGAATTGAGA 
GATGTACTAC AGAAGGCTCA ATTATCATTA GAGGAAAAAT ACACTACTAT AAAGGATCTC 
ACAGCTGAAC TTAGAGAATG CAAGATGGAG ATTGAAGACA AAAAGCAGGA GCTCCTTGAA 
ATGGATCAGG CACTTAAAGA GAGAAATTGG GAACTAAAGC AAAGAGCAGC TCAGGTTACA 
CATTTGGATA TGACTATTCG TGAGCACAGA GGAGAAATGG AACAAAAAAT AATTAAATTA 
GAAGGTACTC TGGAGAAATC AGAATTGGAA CTTAAAGAAT GTAACAAACA GATAGAAAGT 
CTGAATGACA AATTACAAAA TGCTAAAGAA CAGCTTCGAG AAAAAGAGTT TATAATGCTA 
CAAAATGAAC AGGAGATAAG TCAACTGAAA AAAGAAATTG AAAGAACACA ACAAAGGATG 
AAAGAAATGG AGAGTGTTAT GAAAGAGCAA GAACAGTACA TTGCCACTCA GTACAAGGAG 
GCCATAGATT TGGGGCAAGA ATTGAGGCTG ACCCGGGAGC AGGTGCAGAA CTCTCATACA 
GAATTGGCAG AGGCTCGTCA TCAGCAAGTC CAAGCACAGA GAGAAATAGA AAGGCTCTCT 
AGTGAACTGG AGGATATGAA GCAACTCTCT AAAGAGAAAG ATGCTCATGG AAACCATTTA 
GCTGAAGAAC TGGGGGCTTC TAAAGTACGT GAAGCTCATT TAGAAGCAAG AATGCAAGCA 
GAAATCAAGA AATTGTCAGC AGAAGTAGAA TCTCTCAAAG AAGCTTATCA TATGGAGATG 
ATTTCACATC AAGAGAACCA TGCAAAGTGG AAGATTTCTG CTGACTCTCA AAAGTCTTCT 
GTTCAGCAAC TAAACGAACA GTTAGAGAAG GCAAAATTGG AATTAGAAGA AGCTCAGGAT 
ACTGTAAGCA ATTTGCATCA ACAAGTCCAA GATAGGAATG AAGTAATTGA AGCTGCAAAT 
GAAGCATTAC TTACTAAAGA ATCAGAATTA ACCAGATTAC AGGCCAAAAT TTCTGGACAT 
GAAAAGGCAG AAGACATCAA GTTTCTGCCA GCCCCATTTA CATCTCCAAC AGAAATTATG 
CCTGATGTTC AAGATCCAAA ATTTGCTAAA TGTTTTCACA CATCTTTTTC CAAGTGTACA 
AAATTACGTC GCTCTATTAG TGCCAGTGAT CTTACTTTCA AAATTCATGG TGATGAAGAT 
CTTTCTGAAG AATTACTACA GGACTTAAAG AAAATGCAAT TAGAACAGCC TTCAACATTA 
GAAGAAAGCC ATAAGAATCT GACTTACACC CAGCCAGACT CATTTAAACC TCTCACATAT 
AACCTAGAAG CTGATAGTTC TGAGAATAAT GACTTTAACA CGCTTAGTGG GATGCTAAGA 
TACATAAACA AAGAAGTAAG ACTATTAAAA AAGTCTTCTA TGCAAACAGG TGCTGGTTTA 
AATCAGGTAT GTATTTTATA CACTGTAAAC TGTAATAATT TGTTTCCAAA GAATATCATT 
TTATTACTTG GAAGAAAATT CATATATTTA AATGAAAAAC TACTAATATT TGAAGAAGGA 
AGATTTTACA TTTTATACAT TAAGTAA

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

CCDC18 ( XM_024446673.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024302441.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu87322
Clone ID Related Accession (Same CDS sequence)	XM_024446672.1 , XM_024446673.1 , XM_017001166.1
Accession Version	XM_024446673.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4227bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTTTG CAGAGTTTAG GGGAAGAGTT ATCCAGATGT TTTCATCTTC TGCCCCTGTG 
GATCAGGAGA TTAAAAGCCT TCGAGAGAAA CTAAATAAAC TTAGGCAACA GAATGCTTGT 
TTGGTCACAC AGAATCATTC CTTAATGACT AAATTTGAAT CTATTCACTT TGAATTAACA 
CAGTCAAGAG CAAAAGTTTC TATGCTTGAG TCTGCTCAAC AGCAGGCAGC CAGTGTCCCA 
ATCTTAGAAG AACAGATTAT AAATTTGGAA GCAGAGGTTT CAGCTCAAGA TAAAGTTTTG 
AGAGAGGCAG AAAATAAGCT GGAACAGAGC CAGAAAATGG TAATTGAAAA GGAACAGAGT 
TTGCAGGAGT CCAAAGAGGA ATGTATAAAA TTAAAGGTGG ACTTACTTGA ACAAACCAAA 
CAAGGAAAAA GAGCTGAACG ACAAAGGAAT GAAGCACTAT ATAATGCCGA AGAGCTGAGT 
AAAGCTTTCC AACAATATAA AAAAAAAGTG GCTGAAAAAC TGGAAAAGGT TCAAGCTGAA 
GAAGAAATAT TAGAGAGAAA TCTAACTAAC TGTGAAAAAG AAAATAAAAG GCTACAAGAA 
AGGTGTGGTC TATATAAAAG TGAACTTGAA ATTCTGAAAG AGAAATTAAG GCAGTTAAAA 
GAAGAAAATA ACAACGGAAA AGAAAAATTA AGGATCATGG CAGTGAAAAA TTCAGAAGTC 
ATGGCACAAC TAACTGAATC TAGACAAAGT ATTTTGAAGC TAGAGAGTGA GTTAGAGAAC 
AAAGACGAAA TACTTAGAGA CAAATTTTCT TTAATGAATG AAAACCGAGA ATTAAAGGTC 
CGTGTTGCAG CACAGAATGA GCGACTAGAT TTATGTCAAC AAGAAATTGA AAGTTCAAGG 
GTAGAACTAA GAAGTTTGGA AAAGATTATA TCCCAGTTGC CATTAAAAAG AGAATTATTT 
GGCTTTAAAT CATATCTTTC TAAATACCAG ATGAGTAGCT TCTCAAACAA GGAAGACCGT 
TGCATTGGCT GCTGTGAGGC AAATAAATTG GTGATTTCGG AATTGAGAAT TAAGCTTGCA 
ATAAAAGAGG CAGAAATTCA AAAGCTTCAT GCAAACCTGA CTGCAAATCA GTTATCTCAG 
AGTCTTATTA CTTGTAATGA CAGCCAAGAA AGTAGCAAAT TAAGTAGTTT AGAAACAGAA 
CCTGTAAAGC TAGGTGGTCA TCAAGTAGCA GAAAGCGTAA AAGATCAAAA TCAACATACT 
ATGAACAAGC AATATGAAAA AGAGAGGCAA AGACTTGTTA CTGGAATAGA AGAACTACGT 
ACTAAGCTGA TACAAATAGA AGCTGAAAAT TCTGATTTGA AGGTTAACAT GGCTCACAGA 
ACTAGTCAGT TTCAGCTGAT TCAAGAGGAG CTGCTAGAGA AAGCTTCAAA CTCCAGCAAA 
CTGGAAAGTG AAATGACAAA GAAATGTTCT CAACTTTTAA CTCTTGAGAA ACAGCTGGAA 
GAAAAGATAG TTGCTTATTC CTCTATTGCT GCAAAAAATG CAGAACTAGA ACAGGAGCTT 
ATGGAAAAGA ATGAAAAGAT AAGGAGTCTA GAAACCAATA TTAATACAGA GCATGAGAAA 
ATTTGTTTAG CCTTTGAAAA AGCAAAGAAA ATTCACTTGG AACAGCATAA AGAAATGGAA 
AAGCAGATTG AAAGACTTGA AGCTCAACTA GAGAAAAAGG ACCAACAATT TAAAGAACAA 
GAAAAGACTA TGTCCATGTT GCAACAAGAT ATAATATGCA AACAACATCA TCTTGAATCA 
CTAGATAGAC TCTTGACGGA AAGCAAAGGG GAAATGAAAA AGGAAAATAT GAAGAAAGAT 
GAAGCTTTAA AAGCATTACA GAACCAAGTA TCTGAAGAAA CAATCAAGGT TAGGCAACTA 
GATTCAGCAT TGGAAATTTG TAAGGAAGAA CTTGTCTTGC ATTTGAATCA ATTGGAAGGA 
AATAAGGAAA AGTTTGAAAA ACAGTTAAAG AAGAAATCTG AAGAGGTATA TTGTTTACAG 
AAAGAGCTAA AGATAAAAAA TCACAGTCTT CAAGAGACTT CTGAGCAAAA CGTTATTCTA 
CAGCATACTC TTCAGCAACA GCAGCAAATG TTACAACAAG AGACAATTAG AAATGGAGAG 
CTAGAAGATA CTCAAACTAA ACTTGAAAAA CAGGTGTCAA AACTGGAACA AGAACTTCAA 
AAACAAAGGG AAAGTTCAGC TGAAAAGTTG AGAAAAATGG AGGAGAAATG TGAATCAGCT 
GCACATGAAG CAGATTTGAA AAGGCAAAAA GTGATTGAGC TTACTGGCAC TGCCAGGCAA 
GTAAAGATTG AGATGGATCA GTACAAAGAA GAGCTGTCTA AAATGGAAAA GGAAATAATG 
CACCTAAAAC GAGATGGAGA AAATAAAGCA ATGCACCTCT CTCAATTAGA TATGATCTTA 
GATCAGACAA AGACAGAGCT AGAAAAGAAA ACAAATGCTG TAAAGGAGTT AGAAAAGTTA 
CAGCACAGTA CTGAAACTGA ACTAACAGAA GCCTTGCAAA AACGGGAAGT ACTTGAGACT 
GAACTACAAA ATGCTCATGG AGAATTAAAA AGTACTTTAA GACAACTCCA GGAATTGAGA 
GATGTACTAC AGAAGGCTCA ATTATCATTA GAGGAAAAAT ACACTACTAT AAAGGATCTC 
ACAGCTGAAC TTAGAGAATG CAAGATGGAG ATTGAAGACA AAAAGCAGGA GCTCCTTGAA 
ATGGATCAGG CACTTAAAGA GAGAAATTGG GAACTAAAGC AAAGAGCAGC TCAGGTTACA 
CATTTGGATA TGACTATTCG TGAGCACAGA GGAGAAATGG AACAAAAAAT AATTAAATTA 
GAAGGTACTC TGGAGAAATC AGAATTGGAA CTTAAAGAAT GTAACAAACA GATAGAAAGT 
CTGAATGACA AATTACAAAA TGCTAAAGAA CAGCTTCGAG AAAAAGAGTT TATAATGCTA 
CAAAATGAAC AGGAGATAAG TCAACTGAAA AAAGAAATTG AAAGAACACA ACAAAGGATG 
AAAGAAATGG AGAGTGTTAT GAAAGAGCAA GAACAGTACA TTGCCACTCA GTACAAGGAG 
GCCATAGATT TGGGGCAAGA ATTGAGGCTG ACCCGGGAGC AGGTGCAGAA CTCTCATACA 
GAATTGGCAG AGGCTCGTCA TCAGCAAGTC CAAGCACAGA GAGAAATAGA AAGGCTCTCT 
AGTGAACTGG AGGATATGAA GCAACTCTCT AAAGAGAAAG ATGCTCATGG AAACCATTTA 
GCTGAAGAAC TGGGGGCTTC TAAAGTACGT GAAGCTCATT TAGAAGCAAG AATGCAAGCA 
GAAATCAAGA AATTGTCAGC AGAAGTAGAA TCTCTCAAAG AAGCTTATCA TATGGAGATG 
ATTTCACATC AAGAGAACCA TGCAAAGTGG AAGATTTCTG CTGACTCTCA AAAGTCTTCT 
GTTCAGCAAC TAAACGAACA GTTAGAGAAG GCAAAATTGG AATTAGAAGA AGCTCAGGAT 
ACTGTAAGCA ATTTGCATCA ACAAGTCCAA GATAGGAATG AAGTAATTGA AGCTGCAAAT 
GAAGCATTAC TTACTAAAGA ATCAGAATTA ACCAGATTAC AGGCCAAAAT TTCTGGACAT 
GAAAAGGCAG AAGACATCAA GTTTCTGCCA GCCCCATTTA CATCTCCAAC AGAAATTATG 
CCTGATGTTC AAGATCCAAA ATTTGCTAAA TGTTTTCACA CATCTTTTTC CAAGTGTACA 
AAATTACGTC GCTCTATTAG TGCCAGTGAT CTTACTTTCA AAATTCATGG TGATGAAGAT 
CTTTCTGAAG AATTACTACA GGACTTAAAG AAAATGCAAT TAGAACAGCC TTCAACATTA 
GAAGAAAGCC ATAAGAATCT GACTTACACC CAGCCAGACT CATTTAAACC TCTCACATAT 
AACCTAGAAG CTGATAGTTC TGAGAATAAT GACTTTAACA CGCTTAGTGG GATGCTAAGA 
TACATAAACA AAGAAGTAAG ACTATTAAAA AAGTCTTCTA TGCAAACAGG TGCTGGTTTA 
AATCAGGTAT GTATTTTATA CACTGTAAAC TGTAATAATT TGTTTCCAAA GAATATCATT 
TTATTACTTG GAAGAAAATT CATATATTTA AATGAAAAAC TACTAATATT TGAAGAAGGA 
AGATTTTACA TTTTATACAT TAAGTAA

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

RefSeq	XP_024302441.1
CDS	196..4422
Translation	MEFAEFRGRVIQMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_024446673.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X16, mRNA.

Target ORF information:

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

XM_024446673.1

ORF Insert Sequence:

ATGGAGTTTG CAGAGTTTAG GGGAAGAGTT ATCCAGATGT TTTCATCTTC TGCCCCTGTG 
GATCAGGAGA TTAAAAGCCT TCGAGAGAAA CTAAATAAAC TTAGGCAACA GAATGCTTGT 
TTGGTCACAC AGAATCATTC CTTAATGACT AAATTTGAAT CTATTCACTT TGAATTAACA 
CAGTCAAGAG CAAAAGTTTC TATGCTTGAG TCTGCTCAAC AGCAGGCAGC CAGTGTCCCA 
ATCTTAGAAG AACAGATTAT AAATTTGGAA GCAGAGGTTT CAGCTCAAGA TAAAGTTTTG 
AGAGAGGCAG AAAATAAGCT GGAACAGAGC CAGAAAATGG TAATTGAAAA GGAACAGAGT 
TTGCAGGAGT CCAAAGAGGA ATGTATAAAA TTAAAGGTGG ACTTACTTGA ACAAACCAAA 
CAAGGAAAAA GAGCTGAACG ACAAAGGAAT GAAGCACTAT ATAATGCCGA AGAGCTGAGT 
AAAGCTTTCC AACAATATAA AAAAAAAGTG GCTGAAAAAC TGGAAAAGGT TCAAGCTGAA 
GAAGAAATAT TAGAGAGAAA TCTAACTAAC TGTGAAAAAG AAAATAAAAG GCTACAAGAA 
AGGTGTGGTC TATATAAAAG TGAACTTGAA ATTCTGAAAG AGAAATTAAG GCAGTTAAAA 
GAAGAAAATA ACAACGGAAA AGAAAAATTA AGGATCATGG CAGTGAAAAA TTCAGAAGTC 
ATGGCACAAC TAACTGAATC TAGACAAAGT ATTTTGAAGC TAGAGAGTGA GTTAGAGAAC 
AAAGACGAAA TACTTAGAGA CAAATTTTCT TTAATGAATG AAAACCGAGA ATTAAAGGTC 
CGTGTTGCAG CACAGAATGA GCGACTAGAT TTATGTCAAC AAGAAATTGA AAGTTCAAGG 
GTAGAACTAA GAAGTTTGGA AAAGATTATA TCCCAGTTGC CATTAAAAAG AGAATTATTT 
GGCTTTAAAT CATATCTTTC TAAATACCAG ATGAGTAGCT TCTCAAACAA GGAAGACCGT 
TGCATTGGCT GCTGTGAGGC AAATAAATTG GTGATTTCGG AATTGAGAAT TAAGCTTGCA 
ATAAAAGAGG CAGAAATTCA AAAGCTTCAT GCAAACCTGA CTGCAAATCA GTTATCTCAG 
AGTCTTATTA CTTGTAATGA CAGCCAAGAA AGTAGCAAAT TAAGTAGTTT AGAAACAGAA 
CCTGTAAAGC TAGGTGGTCA TCAAGTAGCA GAAAGCGTAA AAGATCAAAA TCAACATACT 
ATGAACAAGC AATATGAAAA AGAGAGGCAA AGACTTGTTA CTGGAATAGA AGAACTACGT 
ACTAAGCTGA TACAAATAGA AGCTGAAAAT TCTGATTTGA AGGTTAACAT GGCTCACAGA 
ACTAGTCAGT TTCAGCTGAT TCAAGAGGAG CTGCTAGAGA AAGCTTCAAA CTCCAGCAAA 
CTGGAAAGTG AAATGACAAA GAAATGTTCT CAACTTTTAA CTCTTGAGAA ACAGCTGGAA 
GAAAAGATAG TTGCTTATTC CTCTATTGCT GCAAAAAATG CAGAACTAGA ACAGGAGCTT 
ATGGAAAAGA ATGAAAAGAT AAGGAGTCTA GAAACCAATA TTAATACAGA GCATGAGAAA 
ATTTGTTTAG CCTTTGAAAA AGCAAAGAAA ATTCACTTGG AACAGCATAA AGAAATGGAA 
AAGCAGATTG AAAGACTTGA AGCTCAACTA GAGAAAAAGG ACCAACAATT TAAAGAACAA 
GAAAAGACTA TGTCCATGTT GCAACAAGAT ATAATATGCA AACAACATCA TCTTGAATCA 
CTAGATAGAC TCTTGACGGA AAGCAAAGGG GAAATGAAAA AGGAAAATAT GAAGAAAGAT 
GAAGCTTTAA AAGCATTACA GAACCAAGTA TCTGAAGAAA CAATCAAGGT TAGGCAACTA 
GATTCAGCAT TGGAAATTTG TAAGGAAGAA CTTGTCTTGC ATTTGAATCA ATTGGAAGGA 
AATAAGGAAA AGTTTGAAAA ACAGTTAAAG AAGAAATCTG AAGAGGTATA TTGTTTACAG 
AAAGAGCTAA AGATAAAAAA TCACAGTCTT CAAGAGACTT CTGAGCAAAA CGTTATTCTA 
CAGCATACTC TTCAGCAACA GCAGCAAATG TTACAACAAG AGACAATTAG AAATGGAGAG 
CTAGAAGATA CTCAAACTAA ACTTGAAAAA CAGGTGTCAA AACTGGAACA AGAACTTCAA 
AAACAAAGGG AAAGTTCAGC TGAAAAGTTG AGAAAAATGG AGGAGAAATG TGAATCAGCT 
GCACATGAAG CAGATTTGAA AAGGCAAAAA GTGATTGAGC TTACTGGCAC TGCCAGGCAA 
GTAAAGATTG AGATGGATCA GTACAAAGAA GAGCTGTCTA AAATGGAAAA GGAAATAATG 
CACCTAAAAC GAGATGGAGA AAATAAAGCA ATGCACCTCT CTCAATTAGA TATGATCTTA 
GATCAGACAA AGACAGAGCT AGAAAAGAAA ACAAATGCTG TAAAGGAGTT AGAAAAGTTA 
CAGCACAGTA CTGAAACTGA ACTAACAGAA GCCTTGCAAA AACGGGAAGT ACTTGAGACT 
GAACTACAAA ATGCTCATGG AGAATTAAAA AGTACTTTAA GACAACTCCA GGAATTGAGA 
GATGTACTAC AGAAGGCTCA ATTATCATTA GAGGAAAAAT ACACTACTAT AAAGGATCTC 
ACAGCTGAAC TTAGAGAATG CAAGATGGAG ATTGAAGACA AAAAGCAGGA GCTCCTTGAA 
ATGGATCAGG CACTTAAAGA GAGAAATTGG GAACTAAAGC AAAGAGCAGC TCAGGTTACA 
CATTTGGATA TGACTATTCG TGAGCACAGA GGAGAAATGG AACAAAAAAT AATTAAATTA 
GAAGGTACTC TGGAGAAATC AGAATTGGAA CTTAAAGAAT GTAACAAACA GATAGAAAGT 
CTGAATGACA AATTACAAAA TGCTAAAGAA CAGCTTCGAG AAAAAGAGTT TATAATGCTA 
CAAAATGAAC AGGAGATAAG TCAACTGAAA AAAGAAATTG AAAGAACACA ACAAAGGATG 
AAAGAAATGG AGAGTGTTAT GAAAGAGCAA GAACAGTACA TTGCCACTCA GTACAAGGAG 
GCCATAGATT TGGGGCAAGA ATTGAGGCTG ACCCGGGAGC AGGTGCAGAA CTCTCATACA 
GAATTGGCAG AGGCTCGTCA TCAGCAAGTC CAAGCACAGA GAGAAATAGA AAGGCTCTCT 
AGTGAACTGG AGGATATGAA GCAACTCTCT AAAGAGAAAG ATGCTCATGG AAACCATTTA 
GCTGAAGAAC TGGGGGCTTC TAAAGTACGT GAAGCTCATT TAGAAGCAAG AATGCAAGCA 
GAAATCAAGA AATTGTCAGC AGAAGTAGAA TCTCTCAAAG AAGCTTATCA TATGGAGATG 
ATTTCACATC AAGAGAACCA TGCAAAGTGG AAGATTTCTG CTGACTCTCA AAAGTCTTCT 
GTTCAGCAAC TAAACGAACA GTTAGAGAAG GCAAAATTGG AATTAGAAGA AGCTCAGGAT 
ACTGTAAGCA ATTTGCATCA ACAAGTCCAA GATAGGAATG AAGTAATTGA AGCTGCAAAT 
GAAGCATTAC TTACTAAAGA ATCAGAATTA ACCAGATTAC AGGCCAAAAT TTCTGGACAT 
GAAAAGGCAG AAGACATCAA GTTTCTGCCA GCCCCATTTA CATCTCCAAC AGAAATTATG 
CCTGATGTTC AAGATCCAAA ATTTGCTAAA TGTTTTCACA CATCTTTTTC CAAGTGTACA 
AAATTACGTC GCTCTATTAG TGCCAGTGAT CTTACTTTCA AAATTCATGG TGATGAAGAT 
CTTTCTGAAG AATTACTACA GGACTTAAAG AAAATGCAAT TAGAACAGCC TTCAACATTA 
GAAGAAAGCC ATAAGAATCT GACTTACACC CAGCCAGACT CATTTAAACC TCTCACATAT 
AACCTAGAAG CTGATAGTTC TGAGAATAAT GACTTTAACA CGCTTAGTGG GATGCTAAGA 
TACATAAACA AAGAAGTAAG ACTATTAAAA AAGTCTTCTA TGCAAACAGG TGCTGGTTTA 
AATCAGGTAT GTATTTTATA CACTGTAAAC TGTAATAATT TGTTTCCAAA GAATATCATT 
TTATTACTTG GAAGAAAATT CATATATTTA AATGAAAAAC TACTAATATT TGAAGAAGGA 
AGATTTTACA TTTTATACAT TAAGTAA

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

CCDC18 ( XM_017001166.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856655.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X14, mRNA.

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CloneID	OHu87322
Clone ID Related Accession (Same CDS sequence)	XM_024446672.1 , XM_024446673.1 , XM_017001166.1
Accession Version	XM_017001166.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4227bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTTTG CAGAGTTTAG GGGAAGAGTT ATCCAGATGT TTTCATCTTC TGCCCCTGTG 
GATCAGGAGA TTAAAAGCCT TCGAGAGAAA CTAAATAAAC TTAGGCAACA GAATGCTTGT 
TTGGTCACAC AGAATCATTC CTTAATGACT AAATTTGAAT CTATTCACTT TGAATTAACA 
CAGTCAAGAG CAAAAGTTTC TATGCTTGAG TCTGCTCAAC AGCAGGCAGC CAGTGTCCCA 
ATCTTAGAAG AACAGATTAT AAATTTGGAA GCAGAGGTTT CAGCTCAAGA TAAAGTTTTG 
AGAGAGGCAG AAAATAAGCT GGAACAGAGC CAGAAAATGG TAATTGAAAA GGAACAGAGT 
TTGCAGGAGT CCAAAGAGGA ATGTATAAAA TTAAAGGTGG ACTTACTTGA ACAAACCAAA 
CAAGGAAAAA GAGCTGAACG ACAAAGGAAT GAAGCACTAT ATAATGCCGA AGAGCTGAGT 
AAAGCTTTCC AACAATATAA AAAAAAAGTG GCTGAAAAAC TGGAAAAGGT TCAAGCTGAA 
GAAGAAATAT TAGAGAGAAA TCTAACTAAC TGTGAAAAAG AAAATAAAAG GCTACAAGAA 
AGGTGTGGTC TATATAAAAG TGAACTTGAA ATTCTGAAAG AGAAATTAAG GCAGTTAAAA 
GAAGAAAATA ACAACGGAAA AGAAAAATTA AGGATCATGG CAGTGAAAAA TTCAGAAGTC 
ATGGCACAAC TAACTGAATC TAGACAAAGT ATTTTGAAGC TAGAGAGTGA GTTAGAGAAC 
AAAGACGAAA TACTTAGAGA CAAATTTTCT TTAATGAATG AAAACCGAGA ATTAAAGGTC 
CGTGTTGCAG CACAGAATGA GCGACTAGAT TTATGTCAAC AAGAAATTGA AAGTTCAAGG 
GTAGAACTAA GAAGTTTGGA AAAGATTATA TCCCAGTTGC CATTAAAAAG AGAATTATTT 
GGCTTTAAAT CATATCTTTC TAAATACCAG ATGAGTAGCT TCTCAAACAA GGAAGACCGT 
TGCATTGGCT GCTGTGAGGC AAATAAATTG GTGATTTCGG AATTGAGAAT TAAGCTTGCA 
ATAAAAGAGG CAGAAATTCA AAAGCTTCAT GCAAACCTGA CTGCAAATCA GTTATCTCAG 
AGTCTTATTA CTTGTAATGA CAGCCAAGAA AGTAGCAAAT TAAGTAGTTT AGAAACAGAA 
CCTGTAAAGC TAGGTGGTCA TCAAGTAGCA GAAAGCGTAA AAGATCAAAA TCAACATACT 
ATGAACAAGC AATATGAAAA AGAGAGGCAA AGACTTGTTA CTGGAATAGA AGAACTACGT 
ACTAAGCTGA TACAAATAGA AGCTGAAAAT TCTGATTTGA AGGTTAACAT GGCTCACAGA 
ACTAGTCAGT TTCAGCTGAT TCAAGAGGAG CTGCTAGAGA AAGCTTCAAA CTCCAGCAAA 
CTGGAAAGTG AAATGACAAA GAAATGTTCT CAACTTTTAA CTCTTGAGAA ACAGCTGGAA 
GAAAAGATAG TTGCTTATTC CTCTATTGCT GCAAAAAATG CAGAACTAGA ACAGGAGCTT 
ATGGAAAAGA ATGAAAAGAT AAGGAGTCTA GAAACCAATA TTAATACAGA GCATGAGAAA 
ATTTGTTTAG CCTTTGAAAA AGCAAAGAAA ATTCACTTGG AACAGCATAA AGAAATGGAA 
AAGCAGATTG AAAGACTTGA AGCTCAACTA GAGAAAAAGG ACCAACAATT TAAAGAACAA 
GAAAAGACTA TGTCCATGTT GCAACAAGAT ATAATATGCA AACAACATCA TCTTGAATCA 
CTAGATAGAC TCTTGACGGA AAGCAAAGGG GAAATGAAAA AGGAAAATAT GAAGAAAGAT 
GAAGCTTTAA AAGCATTACA GAACCAAGTA TCTGAAGAAA CAATCAAGGT TAGGCAACTA 
GATTCAGCAT TGGAAATTTG TAAGGAAGAA CTTGTCTTGC ATTTGAATCA ATTGGAAGGA 
AATAAGGAAA AGTTTGAAAA ACAGTTAAAG AAGAAATCTG AAGAGGTATA TTGTTTACAG 
AAAGAGCTAA AGATAAAAAA TCACAGTCTT CAAGAGACTT CTGAGCAAAA CGTTATTCTA 
CAGCATACTC TTCAGCAACA GCAGCAAATG TTACAACAAG AGACAATTAG AAATGGAGAG 
CTAGAAGATA CTCAAACTAA ACTTGAAAAA CAGGTGTCAA AACTGGAACA AGAACTTCAA 
AAACAAAGGG AAAGTTCAGC TGAAAAGTTG AGAAAAATGG AGGAGAAATG TGAATCAGCT 
GCACATGAAG CAGATTTGAA AAGGCAAAAA GTGATTGAGC TTACTGGCAC TGCCAGGCAA 
GTAAAGATTG AGATGGATCA GTACAAAGAA GAGCTGTCTA AAATGGAAAA GGAAATAATG 
CACCTAAAAC GAGATGGAGA AAATAAAGCA ATGCACCTCT CTCAATTAGA TATGATCTTA 
GATCAGACAA AGACAGAGCT AGAAAAGAAA ACAAATGCTG TAAAGGAGTT AGAAAAGTTA 
CAGCACAGTA CTGAAACTGA ACTAACAGAA GCCTTGCAAA AACGGGAAGT ACTTGAGACT 
GAACTACAAA ATGCTCATGG AGAATTAAAA AGTACTTTAA GACAACTCCA GGAATTGAGA 
GATGTACTAC AGAAGGCTCA ATTATCATTA GAGGAAAAAT ACACTACTAT AAAGGATCTC 
ACAGCTGAAC TTAGAGAATG CAAGATGGAG ATTGAAGACA AAAAGCAGGA GCTCCTTGAA 
ATGGATCAGG CACTTAAAGA GAGAAATTGG GAACTAAAGC AAAGAGCAGC TCAGGTTACA 
CATTTGGATA TGACTATTCG TGAGCACAGA GGAGAAATGG AACAAAAAAT AATTAAATTA 
GAAGGTACTC TGGAGAAATC AGAATTGGAA CTTAAAGAAT GTAACAAACA GATAGAAAGT 
CTGAATGACA AATTACAAAA TGCTAAAGAA CAGCTTCGAG AAAAAGAGTT TATAATGCTA 
CAAAATGAAC AGGAGATAAG TCAACTGAAA AAAGAAATTG AAAGAACACA ACAAAGGATG 
AAAGAAATGG AGAGTGTTAT GAAAGAGCAA GAACAGTACA TTGCCACTCA GTACAAGGAG 
GCCATAGATT TGGGGCAAGA ATTGAGGCTG ACCCGGGAGC AGGTGCAGAA CTCTCATACA 
GAATTGGCAG AGGCTCGTCA TCAGCAAGTC CAAGCACAGA GAGAAATAGA AAGGCTCTCT 
AGTGAACTGG AGGATATGAA GCAACTCTCT AAAGAGAAAG ATGCTCATGG AAACCATTTA 
GCTGAAGAAC TGGGGGCTTC TAAAGTACGT GAAGCTCATT TAGAAGCAAG AATGCAAGCA 
GAAATCAAGA AATTGTCAGC AGAAGTAGAA TCTCTCAAAG AAGCTTATCA TATGGAGATG 
ATTTCACATC AAGAGAACCA TGCAAAGTGG AAGATTTCTG CTGACTCTCA AAAGTCTTCT 
GTTCAGCAAC TAAACGAACA GTTAGAGAAG GCAAAATTGG AATTAGAAGA AGCTCAGGAT 
ACTGTAAGCA ATTTGCATCA ACAAGTCCAA GATAGGAATG AAGTAATTGA AGCTGCAAAT 
GAAGCATTAC TTACTAAAGA ATCAGAATTA ACCAGATTAC AGGCCAAAAT TTCTGGACAT 
GAAAAGGCAG AAGACATCAA GTTTCTGCCA GCCCCATTTA CATCTCCAAC AGAAATTATG 
CCTGATGTTC AAGATCCAAA ATTTGCTAAA TGTTTTCACA CATCTTTTTC CAAGTGTACA 
AAATTACGTC GCTCTATTAG TGCCAGTGAT CTTACTTTCA AAATTCATGG TGATGAAGAT 
CTTTCTGAAG AATTACTACA GGACTTAAAG AAAATGCAAT TAGAACAGCC TTCAACATTA 
GAAGAAAGCC ATAAGAATCT GACTTACACC CAGCCAGACT CATTTAAACC TCTCACATAT 
AACCTAGAAG CTGATAGTTC TGAGAATAAT GACTTTAACA CGCTTAGTGG GATGCTAAGA 
TACATAAACA AAGAAGTAAG ACTATTAAAA AAGTCTTCTA TGCAAACAGG TGCTGGTTTA 
AATCAGGTAT GTATTTTATA CACTGTAAAC TGTAATAATT TGTTTCCAAA GAATATCATT 
TTATTACTTG GAAGAAAATT CATATATTTA AATGAAAAAC TACTAATATT TGAAGAAGGA 
AGATTTTACA TTTTATACAT TAAGTAA

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

RefSeq	XP_016856655.1
CDS	101..4327
Translation	MEFAEFRGRVIQMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001166.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X14, mRNA.

Target ORF information:

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

XM_017001166.1

ORF Insert Sequence:

ATGGAGTTTG CAGAGTTTAG GGGAAGAGTT ATCCAGATGT TTTCATCTTC TGCCCCTGTG 
GATCAGGAGA TTAAAAGCCT TCGAGAGAAA CTAAATAAAC TTAGGCAACA GAATGCTTGT 
TTGGTCACAC AGAATCATTC CTTAATGACT AAATTTGAAT CTATTCACTT TGAATTAACA 
CAGTCAAGAG CAAAAGTTTC TATGCTTGAG TCTGCTCAAC AGCAGGCAGC CAGTGTCCCA 
ATCTTAGAAG AACAGATTAT AAATTTGGAA GCAGAGGTTT CAGCTCAAGA TAAAGTTTTG 
AGAGAGGCAG AAAATAAGCT GGAACAGAGC CAGAAAATGG TAATTGAAAA GGAACAGAGT 
TTGCAGGAGT CCAAAGAGGA ATGTATAAAA TTAAAGGTGG ACTTACTTGA ACAAACCAAA 
CAAGGAAAAA GAGCTGAACG ACAAAGGAAT GAAGCACTAT ATAATGCCGA AGAGCTGAGT 
AAAGCTTTCC AACAATATAA AAAAAAAGTG GCTGAAAAAC TGGAAAAGGT TCAAGCTGAA 
GAAGAAATAT TAGAGAGAAA TCTAACTAAC TGTGAAAAAG AAAATAAAAG GCTACAAGAA 
AGGTGTGGTC TATATAAAAG TGAACTTGAA ATTCTGAAAG AGAAATTAAG GCAGTTAAAA 
GAAGAAAATA ACAACGGAAA AGAAAAATTA AGGATCATGG CAGTGAAAAA TTCAGAAGTC 
ATGGCACAAC TAACTGAATC TAGACAAAGT ATTTTGAAGC TAGAGAGTGA GTTAGAGAAC 
AAAGACGAAA TACTTAGAGA CAAATTTTCT TTAATGAATG AAAACCGAGA ATTAAAGGTC 
CGTGTTGCAG CACAGAATGA GCGACTAGAT TTATGTCAAC AAGAAATTGA AAGTTCAAGG 
GTAGAACTAA GAAGTTTGGA AAAGATTATA TCCCAGTTGC CATTAAAAAG AGAATTATTT 
GGCTTTAAAT CATATCTTTC TAAATACCAG ATGAGTAGCT TCTCAAACAA GGAAGACCGT 
TGCATTGGCT GCTGTGAGGC AAATAAATTG GTGATTTCGG AATTGAGAAT TAAGCTTGCA 
ATAAAAGAGG CAGAAATTCA AAAGCTTCAT GCAAACCTGA CTGCAAATCA GTTATCTCAG 
AGTCTTATTA CTTGTAATGA CAGCCAAGAA AGTAGCAAAT TAAGTAGTTT AGAAACAGAA 
CCTGTAAAGC TAGGTGGTCA TCAAGTAGCA GAAAGCGTAA AAGATCAAAA TCAACATACT 
ATGAACAAGC AATATGAAAA AGAGAGGCAA AGACTTGTTA CTGGAATAGA AGAACTACGT 
ACTAAGCTGA TACAAATAGA AGCTGAAAAT TCTGATTTGA AGGTTAACAT GGCTCACAGA 
ACTAGTCAGT TTCAGCTGAT TCAAGAGGAG CTGCTAGAGA AAGCTTCAAA CTCCAGCAAA 
CTGGAAAGTG AAATGACAAA GAAATGTTCT CAACTTTTAA CTCTTGAGAA ACAGCTGGAA 
GAAAAGATAG TTGCTTATTC CTCTATTGCT GCAAAAAATG CAGAACTAGA ACAGGAGCTT 
ATGGAAAAGA ATGAAAAGAT AAGGAGTCTA GAAACCAATA TTAATACAGA GCATGAGAAA 
ATTTGTTTAG CCTTTGAAAA AGCAAAGAAA ATTCACTTGG AACAGCATAA AGAAATGGAA 
AAGCAGATTG AAAGACTTGA AGCTCAACTA GAGAAAAAGG ACCAACAATT TAAAGAACAA 
GAAAAGACTA TGTCCATGTT GCAACAAGAT ATAATATGCA AACAACATCA TCTTGAATCA 
CTAGATAGAC TCTTGACGGA AAGCAAAGGG GAAATGAAAA AGGAAAATAT GAAGAAAGAT 
GAAGCTTTAA AAGCATTACA GAACCAAGTA TCTGAAGAAA CAATCAAGGT TAGGCAACTA 
GATTCAGCAT TGGAAATTTG TAAGGAAGAA CTTGTCTTGC ATTTGAATCA ATTGGAAGGA 
AATAAGGAAA AGTTTGAAAA ACAGTTAAAG AAGAAATCTG AAGAGGTATA TTGTTTACAG 
AAAGAGCTAA AGATAAAAAA TCACAGTCTT CAAGAGACTT CTGAGCAAAA CGTTATTCTA 
CAGCATACTC TTCAGCAACA GCAGCAAATG TTACAACAAG AGACAATTAG AAATGGAGAG 
CTAGAAGATA CTCAAACTAA ACTTGAAAAA CAGGTGTCAA AACTGGAACA AGAACTTCAA 
AAACAAAGGG AAAGTTCAGC TGAAAAGTTG AGAAAAATGG AGGAGAAATG TGAATCAGCT 
GCACATGAAG CAGATTTGAA AAGGCAAAAA GTGATTGAGC TTACTGGCAC TGCCAGGCAA 
GTAAAGATTG AGATGGATCA GTACAAAGAA GAGCTGTCTA AAATGGAAAA GGAAATAATG 
CACCTAAAAC GAGATGGAGA AAATAAAGCA ATGCACCTCT CTCAATTAGA TATGATCTTA 
GATCAGACAA AGACAGAGCT AGAAAAGAAA ACAAATGCTG TAAAGGAGTT AGAAAAGTTA 
CAGCACAGTA CTGAAACTGA ACTAACAGAA GCCTTGCAAA AACGGGAAGT ACTTGAGACT 
GAACTACAAA ATGCTCATGG AGAATTAAAA AGTACTTTAA GACAACTCCA GGAATTGAGA 
GATGTACTAC AGAAGGCTCA ATTATCATTA GAGGAAAAAT ACACTACTAT AAAGGATCTC 
ACAGCTGAAC TTAGAGAATG CAAGATGGAG ATTGAAGACA AAAAGCAGGA GCTCCTTGAA 
ATGGATCAGG CACTTAAAGA GAGAAATTGG GAACTAAAGC AAAGAGCAGC TCAGGTTACA 
CATTTGGATA TGACTATTCG TGAGCACAGA GGAGAAATGG AACAAAAAAT AATTAAATTA 
GAAGGTACTC TGGAGAAATC AGAATTGGAA CTTAAAGAAT GTAACAAACA GATAGAAAGT 
CTGAATGACA AATTACAAAA TGCTAAAGAA CAGCTTCGAG AAAAAGAGTT TATAATGCTA 
CAAAATGAAC AGGAGATAAG TCAACTGAAA AAAGAAATTG AAAGAACACA ACAAAGGATG 
AAAGAAATGG AGAGTGTTAT GAAAGAGCAA GAACAGTACA TTGCCACTCA GTACAAGGAG 
GCCATAGATT TGGGGCAAGA ATTGAGGCTG ACCCGGGAGC AGGTGCAGAA CTCTCATACA 
GAATTGGCAG AGGCTCGTCA TCAGCAAGTC CAAGCACAGA GAGAAATAGA AAGGCTCTCT 
AGTGAACTGG AGGATATGAA GCAACTCTCT AAAGAGAAAG ATGCTCATGG AAACCATTTA 
GCTGAAGAAC TGGGGGCTTC TAAAGTACGT GAAGCTCATT TAGAAGCAAG AATGCAAGCA 
GAAATCAAGA AATTGTCAGC AGAAGTAGAA TCTCTCAAAG AAGCTTATCA TATGGAGATG 
ATTTCACATC AAGAGAACCA TGCAAAGTGG AAGATTTCTG CTGACTCTCA AAAGTCTTCT 
GTTCAGCAAC TAAACGAACA GTTAGAGAAG GCAAAATTGG AATTAGAAGA AGCTCAGGAT 
ACTGTAAGCA ATTTGCATCA ACAAGTCCAA GATAGGAATG AAGTAATTGA AGCTGCAAAT 
GAAGCATTAC TTACTAAAGA ATCAGAATTA ACCAGATTAC AGGCCAAAAT TTCTGGACAT 
GAAAAGGCAG AAGACATCAA GTTTCTGCCA GCCCCATTTA CATCTCCAAC AGAAATTATG 
CCTGATGTTC AAGATCCAAA ATTTGCTAAA TGTTTTCACA CATCTTTTTC CAAGTGTACA 
AAATTACGTC GCTCTATTAG TGCCAGTGAT CTTACTTTCA AAATTCATGG TGATGAAGAT 
CTTTCTGAAG AATTACTACA GGACTTAAAG AAAATGCAAT TAGAACAGCC TTCAACATTA 
GAAGAAAGCC ATAAGAATCT GACTTACACC CAGCCAGACT CATTTAAACC TCTCACATAT 
AACCTAGAAG CTGATAGTTC TGAGAATAAT GACTTTAACA CGCTTAGTGG GATGCTAAGA 
TACATAAACA AAGAAGTAAG ACTATTAAAA AAGTCTTCTA TGCAAACAGG TGCTGGTTTA 
AATCAGGTAT GTATTTTATA CACTGTAAAC TGTAATAATT TGTTTCCAAA GAATATCATT 
TTATTACTTG GAAGAAAATT CATATATTTA AATGAAAAAC TACTAATATT TGAAGAAGGA 
AGATTTTACA TTTTATACAT TAAGTAA

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

CCDC18 ( XM_017001167.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856656.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X17, mRNA.

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CloneID	OHu87323
Clone ID Related Accession (Same CDS sequence)	XM_017001167.2 , XM_017001167.1
Accession Version	XM_017001167.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4191bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001167.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTTCAT CTTCTGCCCC TGTGGATCAG GAGATTAAAA GCCTTCGAGA GAAACTAAAT 
AAACTTAGGC AACAGAATGC TTGTTTGGTC ACACAGAATC ATTCCTTAAT GACTAAATTT 
GAATCTATTC ACTTTGAATT AACACAGTCA AGAGCAAAAG TTTCTATGCT TGAGTCTGCT 
CAACAGCAGG CAGCCAGTGT CCCAATCTTA GAAGAACAGA TTATAAATTT GGAAGCAGAG 
GTTTCAGCTC AAGATAAAGT TTTGAGAGAG GCAGAAAATA AGCTGGAACA GAGCCAGAAA 
ATGGTAATTG AAAAGGAACA GAGTTTGCAG GAGTCCAAAG AGGAATGTAT AAAATTAAAG 
GTGGACTTAC TTGAACAAAC CAAACAAGGA AAAAGAGCTG AACGACAAAG GAATGAAGCA 
CTATATAATG CCGAAGAGCT GAGTAAAGCT TTCCAACAAT ATAAAAAAAA AGTGGCTGAA 
AAACTGGAAA AGGTTCAAGC TGAAGAAGAA ATATTAGAGA GAAATCTAAC TAACTGTGAA 
AAAGAAAATA AAAGGCTACA AGAAAGGTGT GGTCTATATA AAAGTGAACT TGAAATTCTG 
AAAGAGAAAT TAAGGCAGTT AAAAGAAGAA AATAACAACG GAAAAGAAAA ATTAAGGATC 
ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

RefSeq	XP_016856656.1
CDS	133..4323
Translation	MFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001167.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X17, mRNA.

Target ORF information:

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

XM_017001167.2

ORF Insert Sequence:

ATGTTTTCAT CTTCTGCCCC TGTGGATCAG GAGATTAAAA GCCTTCGAGA GAAACTAAAT 
AAACTTAGGC AACAGAATGC TTGTTTGGTC ACACAGAATC ATTCCTTAAT GACTAAATTT 
GAATCTATTC ACTTTGAATT AACACAGTCA AGAGCAAAAG TTTCTATGCT TGAGTCTGCT 
CAACAGCAGG CAGCCAGTGT CCCAATCTTA GAAGAACAGA TTATAAATTT GGAAGCAGAG 
GTTTCAGCTC AAGATAAAGT TTTGAGAGAG GCAGAAAATA AGCTGGAACA GAGCCAGAAA 
ATGGTAATTG AAAAGGAACA GAGTTTGCAG GAGTCCAAAG AGGAATGTAT AAAATTAAAG 
GTGGACTTAC TTGAACAAAC CAAACAAGGA AAAAGAGCTG AACGACAAAG GAATGAAGCA 
CTATATAATG CCGAAGAGCT GAGTAAAGCT TTCCAACAAT ATAAAAAAAA AGTGGCTGAA 
AAACTGGAAA AGGTTCAAGC TGAAGAAGAA ATATTAGAGA GAAATCTAAC TAACTGTGAA 
AAAGAAAATA AAAGGCTACA AGAAAGGTGT GGTCTATATA AAAGTGAACT TGAAATTCTG 
AAAGAGAAAT TAAGGCAGTT AAAAGAAGAA AATAACAACG GAAAAGAAAA ATTAAGGATC 
ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

CCDC18 ( XM_017001167.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856656.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu87323
Clone ID Related Accession (Same CDS sequence)	XM_017001167.2 , XM_017001167.1
Accession Version	XM_017001167.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4191bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTTCAT CTTCTGCCCC TGTGGATCAG GAGATTAAAA GCCTTCGAGA GAAACTAAAT 
AAACTTAGGC AACAGAATGC TTGTTTGGTC ACACAGAATC ATTCCTTAAT GACTAAATTT 
GAATCTATTC ACTTTGAATT AACACAGTCA AGAGCAAAAG TTTCTATGCT TGAGTCTGCT 
CAACAGCAGG CAGCCAGTGT CCCAATCTTA GAAGAACAGA TTATAAATTT GGAAGCAGAG 
GTTTCAGCTC AAGATAAAGT TTTGAGAGAG GCAGAAAATA AGCTGGAACA GAGCCAGAAA 
ATGGTAATTG AAAAGGAACA GAGTTTGCAG GAGTCCAAAG AGGAATGTAT AAAATTAAAG 
GTGGACTTAC TTGAACAAAC CAAACAAGGA AAAAGAGCTG AACGACAAAG GAATGAAGCA 
CTATATAATG CCGAAGAGCT GAGTAAAGCT TTCCAACAAT ATAAAAAAAA AGTGGCTGAA 
AAACTGGAAA AGGTTCAAGC TGAAGAAGAA ATATTAGAGA GAAATCTAAC TAACTGTGAA 
AAAGAAAATA AAAGGCTACA AGAAAGGTGT GGTCTATATA AAAGTGAACT TGAAATTCTG 
AAAGAGAAAT TAAGGCAGTT AAAAGAAGAA AATAACAACG GAAAAGAAAA ATTAAGGATC 
ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

RefSeq	XP_016856656.1
CDS	72..4262
Translation	MFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001167.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X15, mRNA.

Target ORF information:

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

XM_017001167.1

ORF Insert Sequence:

ATGTTTTCAT CTTCTGCCCC TGTGGATCAG GAGATTAAAA GCCTTCGAGA GAAACTAAAT 
AAACTTAGGC AACAGAATGC TTGTTTGGTC ACACAGAATC ATTCCTTAAT GACTAAATTT 
GAATCTATTC ACTTTGAATT AACACAGTCA AGAGCAAAAG TTTCTATGCT TGAGTCTGCT 
CAACAGCAGG CAGCCAGTGT CCCAATCTTA GAAGAACAGA TTATAAATTT GGAAGCAGAG 
GTTTCAGCTC AAGATAAAGT TTTGAGAGAG GCAGAAAATA AGCTGGAACA GAGCCAGAAA 
ATGGTAATTG AAAAGGAACA GAGTTTGCAG GAGTCCAAAG AGGAATGTAT AAAATTAAAG 
GTGGACTTAC TTGAACAAAC CAAACAAGGA AAAAGAGCTG AACGACAAAG GAATGAAGCA 
CTATATAATG CCGAAGAGCT GAGTAAAGCT TTCCAACAAT ATAAAAAAAA AGTGGCTGAA 
AAACTGGAAA AGGTTCAAGC TGAAGAAGAA ATATTAGAGA GAAATCTAAC TAACTGTGAA 
AAAGAAAATA AAAGGCTACA AGAAAGGTGT GGTCTATATA AAAGTGAACT TGAAATTCTG 
AAAGAGAAAT TAAGGCAGTT AAAAGAAGAA AATAACAACG GAAAAGAAAA ATTAAGGATC 
ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

CCDC18 ( XM_017001168.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856657.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu87324
Clone ID Related Accession (Same CDS sequence)	XM_017001168.2 , XM_017001168.1
Accession Version	XM_017001168.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3531bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001168.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

RefSeq	XP_016856657.1
CDS	497..4027
Translation	MAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001168.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X18, mRNA.

Target ORF information:

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

XM_017001168.2

ORF Insert Sequence:

ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

CCDC18 ( XM_017001168.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856657.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X16, mRNA.

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CloneID	OHu87324
Clone ID Related Accession (Same CDS sequence)	XM_017001168.2 , XM_017001168.1
Accession Version	XM_017001168.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3531bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

RefSeq	XP_016856657.1
CDS	497..4027
Translation	MAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001168.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X16, mRNA.

Target ORF information:

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

XM_017001168.1

ORF Insert Sequence:

ATGGCAGTGA AAAATTCAGA AGTCATGGCA CAACTAACTG AATCTAGACA AAGTATTTTG 
AAGCTAGAGA GTGAGTTAGA GAACAAAGAC GAAATACTTA GAGACAAATT TTCTTTAATG 
AATGAAAACC GAGAATTAAA GGTCCGTGTT GCAGCACAGA ATGAGCGACT AGATTTATGT 
CAACAAGAAA TTGAAAGTTC AAGGGTAGAA CTAAGAAGTT TGGAAAAGAT TATATCCCAG 
TTGCCATTAA AAAGAGAATT ATTTGGCTTT AAATCATATC TTTCTAAATA CCAGATGAGT 
AGCTTCTCAA ACAAGGAAGA CCGTTGCATT GGCTGCTGTG AGGCAAATAA ATTGGTGATT 
TCGGAATTGA GAATTAAGCT TGCAATAAAA GAGGCAGAAA TTCAAAAGCT TCATGCAAAC 
CTGACTGCAA ATCAGTTATC TCAGAGTCTT ATTACTTGTA ATGACAGCCA AGAAAGTAGC 
AAATTAAGTA GTTTAGAAAC AGAACCTGTA AAGCTAGGTG GTCATCAAGT AGCAGAAAGC 
GTAAAAGATC AAAATCAACA TACTATGAAC AAGCAATATG AAAAAGAGAG GCAAAGACTT 
GTTACTGGAA TAGAAGAACT ACGTACTAAG CTGATACAAA TAGAAGCTGA AAATTCTGAT 
TTGAAGGTTA ACATGGCTCA CAGAACTAGT CAGTTTCAGC TGATTCAAGA GGAGCTGCTA 
GAGAAAGCTT CAAACTCCAG CAAACTGGAA AGTGAAATGA CAAAGAAATG TTCTCAACTT 
TTAACTCTTG AGAAACAGCT GGAAGAAAAG ATAGTTGCTT ATTCCTCTAT TGCTGCAAAA 
AATGCAGAAC TAGAACAGGA GCTTATGGAA AAGAATGAAA AGATAAGGAG TCTAGAAACC 
AATATTAATA CAGAGCATGA GAAAATTTGT TTAGCCTTTG AAAAAGCAAA GAAAATTCAC 
TTGGAACAGC ATAAAGAAAT GGAAAAGCAG ATTGAAAGAC TTGAAGCTCA ACTAGAGAAA 
AAGGACCAAC AATTTAAAGA ACAAGAAAAG ACTATGTCCA TGTTGCAACA AGATATAATA 
TGCAAACAAC ATCATCTTGA ATCACTAGAT AGACTCTTGA CGGAAAGCAA AGGGGAAATG 
AAAAAGGAAA ATATGAAGAA AGATGAAGCT TTAAAAGCAT TACAGAACCA AGTATCTGAA 
GAAACAATCA AGGTTAGGCA ACTAGATTCA GCATTGGAAA TTTGTAAGGA AGAACTTGTC 
TTGCATTTGA ATCAATTGGA AGGAAATAAG GAAAAGTTTG AAAAACAGTT AAAGAAGAAA 
TCTGAAGAGG TATATTGTTT ACAGAAAGAG CTAAAGATAA AAAATCACAG TCTTCAAGAG 
ACTTCTGAGC AAAACGTTAT TCTACAGCAT ACTCTTCAGC AACAGCAGCA AATGTTACAA 
CAAGAGACAA TTAGAAATGG AGAGCTAGAA GATACTCAAA CTAAACTTGA AAAACAGGTG 
TCAAAACTGG AACAAGAACT TCAAAAACAA AGGGAAAGTT CAGCTGAAAA GTTGAGAAAA 
ATGGAGGAGA AATGTGAATC AGCTGCACAT GAAGCAGATT TGAAAAGGCA AAAAGTGATT 
GAGCTTACTG GCACTGCCAG GCAAGTAAAG ATTGAGATGG ATCAGTACAA AGAAGAGCTG 
TCTAAAATGG AAAAGGAAAT AATGCACCTA AAACGAGATG GAGAAAATAA AGCAATGCAC 
CTCTCTCAAT TAGATATGAT CTTAGATCAG ACAAAGACAG AGCTAGAAAA GAAAACAAAT 
GCTGTAAAGG AGTTAGAAAA GTTACAGCAC AGTACTGAAA CTGAACTAAC AGAAGCCTTG 
CAAAAACGGG AAGTACTTGA GACTGAACTA CAAAATGCTC ATGGAGAATT AAAAAGTACT 
TTAAGACAAC TCCAGGAATT GAGAGATGTA CTACAGAAGG CTCAATTATC ATTAGAGGAA 
AAATACACTA CTATAAAGGA TCTCACAGCT GAACTTAGAG AATGCAAGAT GGAGATTGAA 
GACAAAAAGC AGGAGCTCCT TGAAATGGAT CAGGCACTTA AAGAGAGAAA TTGGGAACTA 
AAGCAAAGAG CAGCTCAGGT TACACATTTG GATATGACTA TTCGTGAGCA CAGAGGAGAA 
ATGGAACAAA AAATAATTAA ATTAGAAGGT ACTCTGGAGA AATCAGAATT GGAACTTAAA 
GAATGTAACA AACAGATAGA AAGTCTGAAT GACAAATTAC AAAATGCTAA AGAACAGCTT 
CGAGAAAAAG AGTTTATAAT GCTACAAAAT GAACAGGAGA TAAGTCAACT GAAAAAAGAA 
ATTGAAAGAA CACAACAAAG GATGAAAGAA ATGGAGAGTG TTATGAAAGA GCAAGAACAG 
TACATTGCCA CTCAGTACAA GGAGGCCATA GATTTGGGGC AAGAATTGAG GCTGACCCGG 
GAGCAGGTGC AGAACTCTCA TACAGAATTG GCAGAGGCTC GTCATCAGCA AGTCCAAGCA 
CAGAGAGAAA TAGAAAGGCT CTCTAGTGAA CTGGAGGATA TGAAGCAACT CTCTAAAGAG 
AAAGATGCTC ATGGAAACCA TTTAGCTGAA GAACTGGGGG CTTCTAAAGT ACGTGAAGCT 
CATTTAGAAG CAAGAATGCA AGCAGAAATC AAGAAATTGT CAGCAGAAGT AGAATCTCTC 
AAAGAAGCTT ATCATATGGA GATGATTTCA CATCAAGAGA ACCATGCAAA GTGGAAGATT 
TCTGCTGACT CTCAAAAGTC TTCTGTTCAG CAACTAAACG AACAGTTAGA GAAGGCAAAA 
TTGGAATTAG AAGAAGCTCA GGATACTGTA AGCAATTTGC ATCAACAAGT CCAAGATAGG 
AATGAAGTAA TTGAAGCTGC AAATGAAGCA TTACTTACTA AAGAATCAGA ATTAACCAGA 
TTACAGGCCA AAATTTCTGG ACATGAAAAG GCAGAAGACA TCAAGTTTCT GCCAGCCCCA 
TTTACATCTC CAACAGAAAT TATGCCTGAT GTTCAAGATC CAAAATTTGC TAAATGTTTT 
CACACATCTT TTTCCAAGTG TACAAAATTA CGTCGCTCTA TTAGTGCCAG TGATCTTACT 
TTCAAAATTC ATGGTGATGA AGATCTTTCT GAAGAATTAC TACAGGACTT AAAGAAAATG 
CAATTAGAAC AGCCTTCAAC ATTAGAAGAA AGCCATAAGA ATCTGACTTA CACCCAGCCA 
GACTCATTTA AACCTCTCAC ATATAACCTA GAAGCTGATA GTTCTGAGAA TAATGACTTT 
AACACGCTTA GTGGGATGCT AAGATACATA AACAAAGAAG TAAGACTATT AAAAAAGTCT 
TCTATGCAAA CAGGTGCTGG TTTAAATCAG GTATGTATTT TATACACTGT AAACTGTAAT 
AATTTGTTTC CAAAGAATAT CATTTTATTA CTTGGAAGAA AATTCATATA TTTAAATGAA 
AAACTACTAA TATTTGAAGA AGGAAGATTT TACATTTTAT ACATTAAGTA A

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

CCDC18 ( XM_017001169.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856658.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu87325
Clone ID Related Accession (Same CDS sequence)	XM_017001169.1 , XM_017001169.2
Accession Version	XM_017001169.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3399bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGACTGG AAAATCATAT GAAGATTTTC 
AAGATCAACA TTTTCAACCT TTGTCTTATC AGAACTTAG

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

RefSeq	XP_016856658.1
CDS	25..3423
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRLENHMKIFKINIFNLCLIRT

Target ORF information:

RefSeq Version	XM_017001169.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X17, mRNA.

Target ORF information:

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

XM_017001169.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGACTGG AAAATCATAT GAAGATTTTC 
AAGATCAACA TTTTCAACCT TTGTCTTATC AGAACTTAG

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

CCDC18 ( XM_017001169.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856658.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X19, mRNA.

Price & Availability↑

CloneID	OHu87325
Clone ID Related Accession (Same CDS sequence)	XM_017001169.1 , XM_017001169.2
Accession Version	XM_017001169.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3399bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001169.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGACTGG AAAATCATAT GAAGATTTTC 
AAGATCAACA TTTTCAACCT TTGTCTTATC AGAACTTAG

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

RefSeq	XP_016856658.1
CDS	97..3495
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRLENHMKIFKINIFNLCLIRT

Target ORF information:

RefSeq Version	XM_017001169.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X19, mRNA.

Target ORF information:

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

XM_017001169.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGACTGG AAAATCATAT GAAGATTTTC 
AAGATCAACA TTTTCAACCT TTGTCTTATC AGAACTTAG

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

CCDC18 ( NM_206886.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_996769.3 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant 2, mRNA.

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CloneID	OHu15066
Clone ID Related Accession (Same CDS sequence)	NM_206886.4
Accession Version	NM_206886.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3900bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-02-23
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform b
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BX099893.1, BC056667.1, AC126124.2, AK126045.1, AL139421.12 and CA428763.1. On Mar 14, 2014 this sequence version replaced NM_206886.3. Transcript Variant: This variant (2) uses an alternate in-frame splice site in the central coding region and lacks an alternate in-frame exon in the 3' coding region, compared to variant 1, resulting in an isoform (b) that is shorter than isoform a. The exon combination of this variant is inferred from partial transcript alignments. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGGAGA AAATGTGTAA

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

RefSeq	NP_996769.3
CDS	170..4069
Translation	MESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKGENV

Target ORF information:

RefSeq Version	NM_206886.4
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant 2, mRNA.

Target ORF information:

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

NM_206886.4

ORF Insert Sequence:

ATGGAATCTA GTTCATCAGA CTACTATAAT AAAGACAATG AAGAGGAAAG TTTGCTTGCA 
AATGTTGCTT CCTTAAGACA TGAACTGAAG ATAACAGAAT GGAGTTTGCA GAGTTTAGGG 
GAAGAGTTAT CCAGTGTTAG TCCAAGTGAA AATTCTGATT ATGCCCCTAA TCCTTCAAGG 
TCTGAAAAGC TAATTTTGGA TGTTCAGCCT AGCCACCCTG GACTTTTGAA TTATTCACCT 
TATGAAAACG TCTGTAAAAT ATCTGGTAGC AGCACTGATT TTCAAAAAAA GCCAAGAGAT 
AAGATGTTTT CATCTTCTGC CCCTGTGGAT CAGGAGATTA AAAGCCTTCG AGAGAAACTA 
AATAAACTTA GGCAACAGAA TGCTTGTTTG GTCACACAGA ATCATTCCTT AATGACTAAA 
TTTGAATCTA TTCACTTTGA ATTAACACAG TCAAGAGCAA AAGTTTCTAT GCTTGAGTCT 
GCTCAACAGC AGGCAGCCAG TGTCCCAATC TTAGAAGAAC AGATTATAAA TTTGGAAGCA 
GAGGTTTCAG CTCAAGATAA AGTTTTGAGA GAGGCAGAAA ATAAGCTGGA ACAGAGCCAG 
AAAATGGTAA TTGAAAAGGA ACAGAGTTTG CAGGAGTCCA AAGAGGAATG TATAAAATTA 
AAGGTGGACT TACTTGAACA AACCAAACAA GGAAAAAGAG CTGAACGACA AAGGAATGAA 
GCACTATATA ATGCCGAAGA GCTGAGTAAA GCTTTCCAAC AATATAAAAA AAAAGTGGCT 
GAAAAACTGG AAAAGGTTCA AGCTGAAGAA GAAATATTAG AGAGAAATCT AACTAACTGT 
GAAAAAGAAA ATAAAAGGCT ACAAGAAAGG TGTGGTCTAT ATAAAAGTGA ACTTGAAATT 
CTGAAAGAGA AATTAAGGCA GTTAAAAGAA GAAAATAACA ACGGAAAAGA AAAATTAAGG 
ATCATGGCAG TGAAAAATTC AGAAGTCATG GCACAACTAA CTGAATCTAG ACAAAGTATT 
TTGAAGCTAG AGAGTGAGTT AGAGAACAAA GACGAAATAC TTAGAGACAA ATTTTCTTTA 
ATGAATGAAA ACCGAGAATT AAAGGTCCGT GTTGCAGCAC AGAATGAGCG ACTAGATTTA 
TGTCAACAAG AAATTGAAAG TTCAAGGGTA GAACTAAGAA GTTTGGAAAA GATTATATCC 
CAGTTGCCAT TAAAAAGAGA ATTATTTGGC TTTAAATCAT ATCTTTCTAA ATACCAGATG 
AGTAGCTTCT CAAACAAGGA AGACCGTTGC ATTGGCTGCT GTGAGGCAAA TAAATTGGTG 
ATTTCGGAAT TGAGAATTAA GCTTGCAATA AAAGAGGCAG AAATTCAAAA GCTTCATGCA 
AACCTGACTG CAAATCAGTT ATCTCAGAGT CTTATTACTT GTAATGACAG CCAAGAAAGT 
AGCAAATTAA GTAGTTTAGA AACAGAACCT GTAAAGCTAG GTGGTCATCA AGTAGCAGAA 
AGCGTAAAAG ATCAAAATCA ACATACTATG AACAAGCAAT ATGAAAAAGA GAGGCAAAGA 
CTTGTTACTG GAATAGAAGA ACTACGTACT AAGCTGATAC AAATAGAAGC TGAAAATTCT 
GATTTGAAGG TTAACATGGC TCACAGAACT AGTCAGTTTC AGCTGATTCA AGAGGAGCTG 
CTAGAGAAAG CTTCAAACTC CAGCAAACTG GAAAGTGAAA TGACAAAGAA ATGTTCTCAA 
CTTTTAACTC TTGAGAAACA GCTGGAAGAA AAGATAGTTG CTTATTCCTC TATTGCTGCA 
AAAAATGCAG AACTAGAACA GGAGCTTATG GAAAAGAATG AAAAGATAAG GAGTCTAGAA 
ACCAATATTA ATACAGAGCA TGAGAAAATT TGTTTAGCCT TTGAAAAAGC AAAGAAAATT 
CACTTGGAAC AGCATAAAGA AATGGAAAAG CAGATTGAAA GACTTGAAGC TCAACTAGAG 
AAAAAGGACC AACAATTTAA AGAACAAGAA AAGACTATGT CCATGTTGCA ACAAGATATA 
ATATGCAAAC AACATCATCT TGAATCACTA GATAGACTCT TGACGGAAAG CAAAGGGGAA 
ATGAAAAAGG AAAATATGAA GAAAGATGAA GCTTTAAAAG CATTACAGAA CCAAGTATCT 
GAAGAAACAA TCAAGGTTAG GCAACTAGAT TCAGCATTGG AAATTTGTAA GGAAGAACTT 
GTCTTGCATT TGAATCAATT GGAAGGAAAT AAGGAAAAGT TTGAAAAACA GTTAAAGAAG 
AAATCTGAAG AGGTATATTG TTTACAGAAA GAGCTAAAGA TAAAAAATCA CAGTCTTCAA 
GAGACTTCTG AGCAAAACGT TATTCTACAG CATACTCTTC AGCAACAGCA GCAAATGTTA 
CAACAAGAGA CAATTAGAAA TGGAGAGCTA GAAGATACTC AAACTAAACT TGAAAAACAG 
GTGTCAAAAC TGGAACAAGA ACTTCAAAAA CAAAGGGAAA GTTCAGCTGA AAAGTTGAGA 
AAAATGGAGG AGAAATGTGA ATCAGCTGCA CATGAAGCAG ATTTGAAAAG GCAAAAAGTG 
ATTGAGCTTA CTGGCACTGC CAGGCAAGTA AAGATTGAGA TGGATCAGTA CAAAGAAGAG 
CTGTCTAAAA TGGAAAAGGA AATAATGCAC CTAAAACGAG ATGGAGAAAA TAAAGCAATG 
CACCTCTCTC AATTAGATAT GATCTTAGAT CAGACAAAGA CAGAGCTAGA AAAGAAAACA 
AATGCTGTAA AGGAGTTAGA AAAGTTACAG CACAGTACTG AAACTGAACT AACAGAAGCC 
TTGCAAAAAC GGGAAGTACT TGAGACTGAA CTACAAAATG CTCATGGAGA ATTAAAAAGT 
ACTTTAAGAC AACTCCAGGA ATTGAGAGAT GTACTACAGA AGGCTCAATT ATCATTAGAG 
GAAAAATACA CTACTATAAA GGATCTCACA GCTGAACTTA GAGAATGCAA GATGGAGATT 
GAAGACAAAA AGCAGGAGCT CCTTGAAATG GATCAGGCAC TTAAAGAGAG AAATTGGGAA 
CTAAAGCAAA GAGCAGCTCA GGTTACACAT TTGGATATGA CTATTCGTGA GCACAGAGGA 
GAAATGGAAC AAAAAATAAT TAAATTAGAA GGTACTCTGG AGAAATCAGA ATTGGAACTT 
AAAGAATGTA ACAAACAGAT AGAAAGTCTG AATGACAAAT TACAAAATGC TAAAGAACAG 
CTTCGAGAAA AAGAGTTTAT AATGCTACAA AATGAACAGG AGATAAGTCA ACTGAAAAAA 
GAAATTGAAA GAACACAACA AAGGATGAAA GAAATGGAGA GTGTTATGAA AGAGCAAGAA 
CAGTACATTG CCACTCAGTA CAAGGAGGCC ATAGATTTGG GGCAAGAATT GAGGCTGACC 
CGGGAGCAGG TGCAGAACTC TCATACAGAA TTGGCAGAGG CTCGTCATCA GCAAGTCCAA 
GCACAGAGAG AAATAGAAAG GCTCTCTAGT GAACTGGAGG ATATGAAGCA ACTCTCTAAA 
GAGAAAGATG CTCATGGAAA CCATTTAGCT GAAGAACTGG GGGCTTCTAA AGTACGTGAA 
GCTCATTTAG AAGCAAGAAT GCAAGCAGAA ATCAAGAAAT TGTCAGCAGA AGTAGAATCT 
CTCAAAGAAG CTTATCATAT GGAGATGATT TCACATCAAG AGAACCATGC AAAGTGGAAG 
ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT CAGCAACTAA ACGAACAGTT AGAGAAGGCA 
AAATTGGAAT TAGAAGAAGC TCAGGATACT GTAAGCAATT TGCATCAACA AGTCCAAGAT 
AGGAATGAAG TAATTGAAGC TGCAAATGAA GCATTACTTA CTAAAGGAGA AAATGTGTAA

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

CCDC18 ( XM_017001154.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856643.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X1, mRNA.

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CloneID	OHu87311
Clone ID Related Accession (Same CDS sequence)	XM_017001154.2 , XM_017001154.1
Accession Version	XM_017001154.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4848bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001154.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGTA TGTATTTTAT ACACTGTAAA CTGTAATAAT 
TTGTTTCCAA AGAATATCAT TTTATTACTT GGAAGAAAAT TCATATATTT AAATGAAAAA 
CTACTAATAT TTGAAGAAGG AAGATTTTAC ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856643.1
CDS	97..4944
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001154.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X1, mRNA.

Target ORF information:

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

XM_017001154.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGTA TGTATTTTAT ACACTGTAAA CTGTAATAAT 
TTGTTTCCAA AGAATATCAT TTTATTACTT GGAAGAAAAT TCATATATTT AAATGAAAAA 
CTACTAATAT TTGAAGAAGG AAGATTTTAC ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_017001154.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856643.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu87311
Clone ID Related Accession (Same CDS sequence)	XM_017001154.2 , XM_017001154.1
Accession Version	XM_017001154.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4848bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGTA TGTATTTTAT ACACTGTAAA CTGTAATAAT 
TTGTTTCCAA AGAATATCAT TTTATTACTT GGAAGAAAAT TCATATATTT AAATGAAAAA 
CTACTAATAT TTGAAGAAGG AAGATTTTAC ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856643.1
CDS	25..4872
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001154.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X1, mRNA.

Target ORF information:

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

XM_017001154.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGTA TGTATTTTAT ACACTGTAAA CTGTAATAAT 
TTGTTTCCAA AGAATATCAT TTTATTACTT GGAAGAAAAT TCATATATTT AAATGAAAAA 
CTACTAATAT TTGAAGAAGG AAGATTTTAC ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_017001155.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856644.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X2, mRNA.

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CloneID	OHu87312
Clone ID Related Accession (Same CDS sequence)	XM_017001155.2 , XM_017001155.1
Accession Version	XM_017001155.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4845bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001155.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGTATGT ATTTTATACA CTGTAAACTG TAATAATTTG 
TTTCCAAAGA ATATCATTTT ATTACTTGGA AGAAAATTCA TATATTTAAA TGAAAAACTA 
CTAATATTTG AAGAAGGAAG ATTTTACATT TTATACATTA AGTAA

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

RefSeq	XP_016856644.1
CDS	97..4941
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001155.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X2, mRNA.

Target ORF information:

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

XM_017001155.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGTATGT ATTTTATACA CTGTAAACTG TAATAATTTG 
TTTCCAAAGA ATATCATTTT ATTACTTGGA AGAAAATTCA TATATTTAAA TGAAAAACTA 
CTAATATTTG AAGAAGGAAG ATTTTACATT TTATACATTA AGTAA

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

CCDC18 ( XM_017001155.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856644.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X2, mRNA.

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CloneID	OHu87312
Clone ID Related Accession (Same CDS sequence)	XM_017001155.2 , XM_017001155.1
Accession Version	XM_017001155.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4845bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGTATGT ATTTTATACA CTGTAAACTG TAATAATTTG 
TTTCCAAAGA ATATCATTTT ATTACTTGGA AGAAAATTCA TATATTTAAA TGAAAAACTA 
CTAATATTTG AAGAAGGAAG ATTTTACATT TTATACATTA AGTAA

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

RefSeq	XP_016856644.1
CDS	25..4869
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001155.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X2, mRNA.

Target ORF information:

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

XM_017001155.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGTATGT ATTTTATACA CTGTAAACTG TAATAATTTG 
TTTCCAAAGA ATATCATTTT ATTACTTGGA AGAAAATTCA TATATTTAAA TGAAAAACTA 
CTAATATTTG AAGAAGGAAG ATTTTACATT TTATACATTA AGTAA

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

CCDC18 ( XM_017001156.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856645.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X3, mRNA.

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CloneID	OHu87313
Clone ID Related Accession (Same CDS sequence)	XM_017001156.2 , XM_017001156.1
Accession Version	XM_017001156.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4818bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001156.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGAAATGGAA TCTAGTTCAT CAGACTACTA TAATAAAGAC 
AATGAAGAGG AAAGTTTGCT TGCAAATGTT GCTTCCTTAA GACATGAACT GAAGATAACA 
GAATGGAGTT TGCAGAGTTT AGGGGAAGAG TTATCCAGTG TTAGTCCAAG TGAAAATTCT 
GATTATGCCC CTAATCCTTC AAGGTCTGAA AAGCTAATTT TGGATGTTCA GCCTAGCCAC 
CCTGGACTTT TGAATTATTC ACCTTATGAA AACGTCTGTA AAATATCTGG TAGCAGCACT 
GATTTTCAAA AAAAGCCAAG AGATAAGATG TTTTCATCTT CTGCCCCTGT GGATCAGGAG 
ATTAAAAGCC TTCGAGAGAA ACTAAATAAA CTTAGGCAAC AGAATGCTTG TTTGGTCACA 
CAGAATCATT CCTTAATGAC TAAATTTGAA TCTATTCACT TTGAATTAAC ACAGTCAAGA 
GCAAAAGTTT CTATGCTTGA GTCTGCTCAA CAGCAGGCAG CCAGTGTCCC AATCTTAGAA 
GAACAGATTA TAAATTTGGA AGCAGAGGTT TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA 
GAAAATAAGC TGGAACAGAG CCAGAAAATG GTAATTGAAA AGGAACAGAG TTTGCAGGAG 
TCCAAAGAGG AATGTATAAA ATTAAAGGTG GACTTACTTG AACAAACCAA ACAAGGAAAA 
AGAGCTGAAC GACAAAGGAA TGAAGCACTA TATAATGCCG AAGAGCTGAG TAAAGCTTTC 
CAACAATATA AAAAAAAAGT GGCTGAAAAA CTGGAAAAGG TTCAAGCTGA AGAAGAAATA 
TTAGAGAGAA ATCTAACTAA CTGTGAAAAA GAAAATAAAA GGCTACAAGA AAGGTGTGGT 
CTATATAAAA GTGAACTTGA AATTCTGAAA GAGAAATTAA GGCAGTTAAA AGAAGAAAAT 
AACAACGGAA AAGAAAAATT AAGGATCATG GCAGTGAAAA ATTCAGAAGT CATGGCACAA 
CTAACTGAAT CTAGACAAAG TATTTTGAAG CTAGAGAGTG AGTTAGAGAA CAAAGACGAA 
ATACTTAGAG ACAAATTTTC TTTAATGAAT GAAAACCGAG AATTAAAGGT CCGTGTTGCA 
GCACAGAATG AGCGACTAGA TTTATGTCAA CAAGAAATTG AAAGTTCAAG GGTAGAACTA 
AGAAGTTTGG AAAAGATTAT ATCCCAGTTG CCATTAAAAA GAGAATTATT TGGCTTTAAA 
TCATATCTTT CTAAATACCA GATGAGTAGC TTCTCAAACA AGGAAGACCG TTGCATTGGC 
TGCTGTGAGG CAAATAAATT GGTGATTTCG GAATTGAGAA TTAAGCTTGC AATAAAAGAG 
GCAGAAATTC AAAAGCTTCA TGCAAACCTG ACTGCAAATC AGTTATCTCA GAGTCTTATT 
ACTTGTAATG ACAGCCAAGA AAGTAGCAAA TTAAGTAGTT TAGAAACAGA ACCTGTAAAG 
CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA AAAGATCAAA ATCAACATAC TATGAACAAG 
CAATATGAAA AAGAGAGGCA AAGACTTGTT ACTGGAATAG AAGAACTACG TACTAAGCTG 
ATACAAATAG AAGCTGAAAA TTCTGATTTG AAGGTTAACA TGGCTCACAG AACTAGTCAG 
TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT 
GAAATGACAA AGAAATGTTC TCAACTTTTA ACTCTTGAGA AACAGCTGGA AGAAAAGATA 
GTTGCTTATT CCTCTATTGC TGCAAAAAAT GCAGAACTAG AACAGGAGCT TATGGAAAAG 
AATGAAAAGA TAAGGAGTCT AGAAACCAAT ATTAATACAG AGCATGAGAA AATTTGTTTA 
GCCTTTGAAA AAGCAAAGAA AATTCACTTG GAACAGCATA AAGAAATGGA AAAGCAGATT 
GAAAGACTTG AAGCTCAACT AGAGAAAAAG GACCAACAAT TTAAAGAACA AGAAAAGACT 
ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856645.1
CDS	97..4914
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001156.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X3, mRNA.

Target ORF information:

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

XM_017001156.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGAAATGGAA TCTAGTTCAT CAGACTACTA TAATAAAGAC 
AATGAAGAGG AAAGTTTGCT TGCAAATGTT GCTTCCTTAA GACATGAACT GAAGATAACA 
GAATGGAGTT TGCAGAGTTT AGGGGAAGAG TTATCCAGTG TTAGTCCAAG TGAAAATTCT 
GATTATGCCC CTAATCCTTC AAGGTCTGAA AAGCTAATTT TGGATGTTCA GCCTAGCCAC 
CCTGGACTTT TGAATTATTC ACCTTATGAA AACGTCTGTA AAATATCTGG TAGCAGCACT 
GATTTTCAAA AAAAGCCAAG AGATAAGATG TTTTCATCTT CTGCCCCTGT GGATCAGGAG 
ATTAAAAGCC TTCGAGAGAA ACTAAATAAA CTTAGGCAAC AGAATGCTTG TTTGGTCACA 
CAGAATCATT CCTTAATGAC TAAATTTGAA TCTATTCACT TTGAATTAAC ACAGTCAAGA 
GCAAAAGTTT CTATGCTTGA GTCTGCTCAA CAGCAGGCAG CCAGTGTCCC AATCTTAGAA 
GAACAGATTA TAAATTTGGA AGCAGAGGTT TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA 
GAAAATAAGC TGGAACAGAG CCAGAAAATG GTAATTGAAA AGGAACAGAG TTTGCAGGAG 
TCCAAAGAGG AATGTATAAA ATTAAAGGTG GACTTACTTG AACAAACCAA ACAAGGAAAA 
AGAGCTGAAC GACAAAGGAA TGAAGCACTA TATAATGCCG AAGAGCTGAG TAAAGCTTTC 
CAACAATATA AAAAAAAAGT GGCTGAAAAA CTGGAAAAGG TTCAAGCTGA AGAAGAAATA 
TTAGAGAGAA ATCTAACTAA CTGTGAAAAA GAAAATAAAA GGCTACAAGA AAGGTGTGGT 
CTATATAAAA GTGAACTTGA AATTCTGAAA GAGAAATTAA GGCAGTTAAA AGAAGAAAAT 
AACAACGGAA AAGAAAAATT AAGGATCATG GCAGTGAAAA ATTCAGAAGT CATGGCACAA 
CTAACTGAAT CTAGACAAAG TATTTTGAAG CTAGAGAGTG AGTTAGAGAA CAAAGACGAA 
ATACTTAGAG ACAAATTTTC TTTAATGAAT GAAAACCGAG AATTAAAGGT CCGTGTTGCA 
GCACAGAATG AGCGACTAGA TTTATGTCAA CAAGAAATTG AAAGTTCAAG GGTAGAACTA 
AGAAGTTTGG AAAAGATTAT ATCCCAGTTG CCATTAAAAA GAGAATTATT TGGCTTTAAA 
TCATATCTTT CTAAATACCA GATGAGTAGC TTCTCAAACA AGGAAGACCG TTGCATTGGC 
TGCTGTGAGG CAAATAAATT GGTGATTTCG GAATTGAGAA TTAAGCTTGC AATAAAAGAG 
GCAGAAATTC AAAAGCTTCA TGCAAACCTG ACTGCAAATC AGTTATCTCA GAGTCTTATT 
ACTTGTAATG ACAGCCAAGA AAGTAGCAAA TTAAGTAGTT TAGAAACAGA ACCTGTAAAG 
CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA AAAGATCAAA ATCAACATAC TATGAACAAG 
CAATATGAAA AAGAGAGGCA AAGACTTGTT ACTGGAATAG AAGAACTACG TACTAAGCTG 
ATACAAATAG AAGCTGAAAA TTCTGATTTG AAGGTTAACA TGGCTCACAG AACTAGTCAG 
TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT 
GAAATGACAA AGAAATGTTC TCAACTTTTA ACTCTTGAGA AACAGCTGGA AGAAAAGATA 
GTTGCTTATT CCTCTATTGC TGCAAAAAAT GCAGAACTAG AACAGGAGCT TATGGAAAAG 
AATGAAAAGA TAAGGAGTCT AGAAACCAAT ATTAATACAG AGCATGAGAA AATTTGTTTA 
GCCTTTGAAA AAGCAAAGAA AATTCACTTG GAACAGCATA AAGAAATGGA AAAGCAGATT 
GAAAGACTTG AAGCTCAACT AGAGAAAAAG GACCAACAAT TTAAAGAACA AGAAAAGACT 
ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_017001156.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856645.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu87313
Clone ID Related Accession (Same CDS sequence)	XM_017001156.2 , XM_017001156.1
Accession Version	XM_017001156.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4818bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGAAATGGAA TCTAGTTCAT CAGACTACTA TAATAAAGAC 
AATGAAGAGG AAAGTTTGCT TGCAAATGTT GCTTCCTTAA GACATGAACT GAAGATAACA 
GAATGGAGTT TGCAGAGTTT AGGGGAAGAG TTATCCAGTG TTAGTCCAAG TGAAAATTCT 
GATTATGCCC CTAATCCTTC AAGGTCTGAA AAGCTAATTT TGGATGTTCA GCCTAGCCAC 
CCTGGACTTT TGAATTATTC ACCTTATGAA AACGTCTGTA AAATATCTGG TAGCAGCACT 
GATTTTCAAA AAAAGCCAAG AGATAAGATG TTTTCATCTT CTGCCCCTGT GGATCAGGAG 
ATTAAAAGCC TTCGAGAGAA ACTAAATAAA CTTAGGCAAC AGAATGCTTG TTTGGTCACA 
CAGAATCATT CCTTAATGAC TAAATTTGAA TCTATTCACT TTGAATTAAC ACAGTCAAGA 
GCAAAAGTTT CTATGCTTGA GTCTGCTCAA CAGCAGGCAG CCAGTGTCCC AATCTTAGAA 
GAACAGATTA TAAATTTGGA AGCAGAGGTT TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA 
GAAAATAAGC TGGAACAGAG CCAGAAAATG GTAATTGAAA AGGAACAGAG TTTGCAGGAG 
TCCAAAGAGG AATGTATAAA ATTAAAGGTG GACTTACTTG AACAAACCAA ACAAGGAAAA 
AGAGCTGAAC GACAAAGGAA TGAAGCACTA TATAATGCCG AAGAGCTGAG TAAAGCTTTC 
CAACAATATA AAAAAAAAGT GGCTGAAAAA CTGGAAAAGG TTCAAGCTGA AGAAGAAATA 
TTAGAGAGAA ATCTAACTAA CTGTGAAAAA GAAAATAAAA GGCTACAAGA AAGGTGTGGT 
CTATATAAAA GTGAACTTGA AATTCTGAAA GAGAAATTAA GGCAGTTAAA AGAAGAAAAT 
AACAACGGAA AAGAAAAATT AAGGATCATG GCAGTGAAAA ATTCAGAAGT CATGGCACAA 
CTAACTGAAT CTAGACAAAG TATTTTGAAG CTAGAGAGTG AGTTAGAGAA CAAAGACGAA 
ATACTTAGAG ACAAATTTTC TTTAATGAAT GAAAACCGAG AATTAAAGGT CCGTGTTGCA 
GCACAGAATG AGCGACTAGA TTTATGTCAA CAAGAAATTG AAAGTTCAAG GGTAGAACTA 
AGAAGTTTGG AAAAGATTAT ATCCCAGTTG CCATTAAAAA GAGAATTATT TGGCTTTAAA 
TCATATCTTT CTAAATACCA GATGAGTAGC TTCTCAAACA AGGAAGACCG TTGCATTGGC 
TGCTGTGAGG CAAATAAATT GGTGATTTCG GAATTGAGAA TTAAGCTTGC AATAAAAGAG 
GCAGAAATTC AAAAGCTTCA TGCAAACCTG ACTGCAAATC AGTTATCTCA GAGTCTTATT 
ACTTGTAATG ACAGCCAAGA AAGTAGCAAA TTAAGTAGTT TAGAAACAGA ACCTGTAAAG 
CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA AAAGATCAAA ATCAACATAC TATGAACAAG 
CAATATGAAA AAGAGAGGCA AAGACTTGTT ACTGGAATAG AAGAACTACG TACTAAGCTG 
ATACAAATAG AAGCTGAAAA TTCTGATTTG AAGGTTAACA TGGCTCACAG AACTAGTCAG 
TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT 
GAAATGACAA AGAAATGTTC TCAACTTTTA ACTCTTGAGA AACAGCTGGA AGAAAAGATA 
GTTGCTTATT CCTCTATTGC TGCAAAAAAT GCAGAACTAG AACAGGAGCT TATGGAAAAG 
AATGAAAAGA TAAGGAGTCT AGAAACCAAT ATTAATACAG AGCATGAGAA AATTTGTTTA 
GCCTTTGAAA AAGCAAAGAA AATTCACTTG GAACAGCATA AAGAAATGGA AAAGCAGATT 
GAAAGACTTG AAGCTCAACT AGAGAAAAAG GACCAACAAT TTAAAGAACA AGAAAAGACT 
ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

RefSeq	XP_016856645.1
CDS	25..4842
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001156.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X3, mRNA.

Target ORF information:

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

XM_017001156.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGAAATGGAA TCTAGTTCAT CAGACTACTA TAATAAAGAC 
AATGAAGAGG AAAGTTTGCT TGCAAATGTT GCTTCCTTAA GACATGAACT GAAGATAACA 
GAATGGAGTT TGCAGAGTTT AGGGGAAGAG TTATCCAGTG TTAGTCCAAG TGAAAATTCT 
GATTATGCCC CTAATCCTTC AAGGTCTGAA AAGCTAATTT TGGATGTTCA GCCTAGCCAC 
CCTGGACTTT TGAATTATTC ACCTTATGAA AACGTCTGTA AAATATCTGG TAGCAGCACT 
GATTTTCAAA AAAAGCCAAG AGATAAGATG TTTTCATCTT CTGCCCCTGT GGATCAGGAG 
ATTAAAAGCC TTCGAGAGAA ACTAAATAAA CTTAGGCAAC AGAATGCTTG TTTGGTCACA 
CAGAATCATT CCTTAATGAC TAAATTTGAA TCTATTCACT TTGAATTAAC ACAGTCAAGA 
GCAAAAGTTT CTATGCTTGA GTCTGCTCAA CAGCAGGCAG CCAGTGTCCC AATCTTAGAA 
GAACAGATTA TAAATTTGGA AGCAGAGGTT TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA 
GAAAATAAGC TGGAACAGAG CCAGAAAATG GTAATTGAAA AGGAACAGAG TTTGCAGGAG 
TCCAAAGAGG AATGTATAAA ATTAAAGGTG GACTTACTTG AACAAACCAA ACAAGGAAAA 
AGAGCTGAAC GACAAAGGAA TGAAGCACTA TATAATGCCG AAGAGCTGAG TAAAGCTTTC 
CAACAATATA AAAAAAAAGT GGCTGAAAAA CTGGAAAAGG TTCAAGCTGA AGAAGAAATA 
TTAGAGAGAA ATCTAACTAA CTGTGAAAAA GAAAATAAAA GGCTACAAGA AAGGTGTGGT 
CTATATAAAA GTGAACTTGA AATTCTGAAA GAGAAATTAA GGCAGTTAAA AGAAGAAAAT 
AACAACGGAA AAGAAAAATT AAGGATCATG GCAGTGAAAA ATTCAGAAGT CATGGCACAA 
CTAACTGAAT CTAGACAAAG TATTTTGAAG CTAGAGAGTG AGTTAGAGAA CAAAGACGAA 
ATACTTAGAG ACAAATTTTC TTTAATGAAT GAAAACCGAG AATTAAAGGT CCGTGTTGCA 
GCACAGAATG AGCGACTAGA TTTATGTCAA CAAGAAATTG AAAGTTCAAG GGTAGAACTA 
AGAAGTTTGG AAAAGATTAT ATCCCAGTTG CCATTAAAAA GAGAATTATT TGGCTTTAAA 
TCATATCTTT CTAAATACCA GATGAGTAGC TTCTCAAACA AGGAAGACCG TTGCATTGGC 
TGCTGTGAGG CAAATAAATT GGTGATTTCG GAATTGAGAA TTAAGCTTGC AATAAAAGAG 
GCAGAAATTC AAAAGCTTCA TGCAAACCTG ACTGCAAATC AGTTATCTCA GAGTCTTATT 
ACTTGTAATG ACAGCCAAGA AAGTAGCAAA TTAAGTAGTT TAGAAACAGA ACCTGTAAAG 
CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA AAAGATCAAA ATCAACATAC TATGAACAAG 
CAATATGAAA AAGAGAGGCA AAGACTTGTT ACTGGAATAG AAGAACTACG TACTAAGCTG 
ATACAAATAG AAGCTGAAAA TTCTGATTTG AAGGTTAACA TGGCTCACAG AACTAGTCAG 
TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT 
GAAATGACAA AGAAATGTTC TCAACTTTTA ACTCTTGAGA AACAGCTGGA AGAAAAGATA 
GTTGCTTATT CCTCTATTGC TGCAAAAAAT GCAGAACTAG AACAGGAGCT TATGGAAAAG 
AATGAAAAGA TAAGGAGTCT AGAAACCAAT ATTAATACAG AGCATGAGAA AATTTGTTTA 
GCCTTTGAAA AAGCAAAGAA AATTCACTTG GAACAGCATA AAGAAATGGA AAAGCAGATT 
GAAAGACTTG AAGCTCAACT AGAGAAAAAG GACCAACAAT TTAAAGAACA AGAAAAGACT 
ATGTCCATGT TGCAACAAGA TATAATATGC AAACAACATC ATCTTGAATC ACTAGATAGA 
CTCTTGACGG AAAGCAAAGG GGAAATGAAA AAGGAAAATA TGAAGAAAGA TGAAGCTTTA 
AAAGCATTAC AGAACCAAGT ATCTGAAGAA ACAATCAAGG TTAGGCAACT AGATTCAGCA 
TTGGAAATTT GTAAGGAAGA ACTTGTCTTG CATTTGAATC AATTGGAAGG AAATAAGGAA 
AAGTTTGAAA AACAGTTAAA GAAGAAATCT GAAGAGGTAT ATTGTTTACA GAAAGAGCTA 
AAGATAAAAA ATCACAGTCT TCAAGAGACT TCTGAGCAAA ACGTTATTCT ACAGCATACT 
CTTCAGCAAC AGCAGCAAAT GTTACAACAA GAGACAATTA GAAATGGAGA GCTAGAAGAT 
ACTCAAACTA AACTTGAAAA ACAGGTGTCA AAACTGGAAC AAGAACTTCA AAAACAAAGG 
GAAAGTTCAG CTGAAAAGTT GAGAAAAATG GAGGAGAAAT GTGAATCAGC TGCACATGAA 
GCAGATTTGA AAAGGCAAAA AGTGATTGAG CTTACTGGCA CTGCCAGGCA AGTAAAGATT 
GAGATGGATC AGTACAAAGA AGAGCTGTCT AAAATGGAAA AGGAAATAAT GCACCTAAAA 
CGAGATGGAG AAAATAAAGC AATGCACCTC TCTCAATTAG ATATGATCTT AGATCAGACA 
AAGACAGAGC TAGAAAAGAA AACAAATGCT GTAAAGGAGT TAGAAAAGTT ACAGCACAGT 
ACTGAAACTG AACTAACAGA AGCCTTGCAA AAACGGGAAG TACTTGAGAC TGAACTACAA 
AATGCTCATG GAGAATTAAA AAGTACTTTA AGACAACTCC AGGAATTGAG AGATGTACTA 
CAGAAGGCTC AATTATCATT AGAGGAAAAA TACACTACTA TAAAGGATCT CACAGCTGAA 
CTTAGAGAAT GCAAGATGGA GATTGAAGAC AAAAAGCAGG AGCTCCTTGA AATGGATCAG 
GCACTTAAAG AGAGAAATTG GGAACTAAAG CAAAGAGCAG CTCAGGTTAC ACATTTGGAT 
ATGACTATTC GTGAGCACAG AGGAGAAATG GAACAAAAAA TAATTAAATT AGAAGGTACT 
CTGGAGAAAT CAGAATTGGA ACTTAAAGAA TGTAACAAAC AGATAGAAAG TCTGAATGAC 
AAATTACAAA ATGCTAAAGA ACAGCTTCGA GAAAAAGAGT TTATAATGCT ACAAAATGAA 
CAGGAGATAA GTCAACTGAA AAAAGAAATT GAAAGAACAC AACAAAGGAT GAAAGAAATG 
GAGAGTGTTA TGAAAGAGCA AGAACAGTAC ATTGCCACTC AGTACAAGGA GGCCATAGAT 
TTGGGGCAAG AATTGAGGCT GACCCGGGAG CAGGTGCAGA ACTCTCATAC AGAATTGGCA 
GAGGCTCGTC ATCAGCAAGT CCAAGCACAG AGAGAAATAG AAAGGCTCTC TAGTGAACTG 
GAGGATATGA AGCAACTCTC TAAAGAGAAA GATGCTCATG GAAACCATTT AGCTGAAGAA 
CTGGGGGCTT CTAAAGTACG TGAAGCTCAT TTAGAAGCAA GAATGCAAGC AGAAATCAAG 
AAATTGTCAG CAGAAGTAGA ATCTCTCAAA GAAGCTTATC ATATGGAGAT GATTTCACAT 
CAAGAGAACC ATGCAAAGTG GAAGATTTCT GCTGACTCTC AAAAGTCTTC TGTTCAGCAA 
CTAAACGAAC AGTTAGAGAA GGCAAAATTG GAATTAGAAG AAGCTCAGGA TACTGTAAGC 
AATTTGCATC AACAAGTCCA AGATAGGAAT GAAGTAATTG AAGCTGCAAA TGAAGCATTA 
CTTACTAAAG AATCAGAATT AACCAGATTA CAGGCCAAAA TTTCTGGACA TGAAAAGGCA 
GAAGACATCA AGTTTCTGCC AGCCCCATTT ACATCTCCAA CAGAAATTAT GCCTGATGTT 
CAAGATCCAA AATTTGCTAA ATGTTTTCAC ACATCTTTTT CCAAGTGTAC AAAATTACGT 
CGCTCTATTA GTGCCAGTGA TCTTACTTTC AAAATTCATG GTGATGAAGA TCTTTCTGAA 
GAATTACTAC AGGACTTAAA GAAAATGCAA TTAGAACAGC CTTCAACATT AGAAGAAAGC 
CATAAGAATC TGACTTACAC CCAGCCAGAC TCATTTAAAC CTCTCACATA TAACCTAGAA 
GCTGATAGTT CTGAGAATAA TGACTTTAAC ACGCTTAGTG GGATGCTAAG ATACATAAAC 
AAAGAAGTAA GACTATTAAA AAAGTCTTCT ATGCAAACAG GTGCTGGTTT AAATCAGGTA 
TGTATTTTAT ACACTGTAAA CTGTAATAAT TTGTTTCCAA AGAATATCAT TTTATTACTT 
GGAAGAAAAT TCATATATTT AAATGAAAAA CTACTAATAT TTGAAGAAGG AAGATTTTAC 
ATTTTATACA TTAAGTAA

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

CCDC18 ( XM_017001157.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856646.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu87314
Clone ID Related Accession (Same CDS sequence)	XM_017001157.1 , XM_017001157.2
Accession Version	XM_017001157.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4800bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCAATGAGTA GCTTCTCAAA CAAGGAAGAC CGTTGCATTG GCTGCTGTGA GGCAAATAAA 
TTGGTGATTT CGGAATTGAG AATTAAGCTT GCAATAAAAG AGGCAGAAAT TCAAAAGCTT 
CATGCAAACC TGACTGCAAA TCAGTTATCT CAGAGTCTTA TTACTTGTAA TGACAGCCAA 
GAAAGTAGCA AATTAAGTAG TTTAGAAACA GAACCTGTAA AGCTAGGTGG TCATCAAGTA 
GCAGAAAGCG TAAAAGATCA AAATCAACAT ACTATGAACA AGCAATATGA AAAAGAGAGG 
CAAAGACTTG TTACTGGAAT AGAAGAACTA CGTACTAAGC TGATACAAAT AGAAGCTGAA 
AATTCTGATT TGAAGGTTAA CATGGCTCAC AGAACTAGTC AGTTTCAGCT GATTCAAGAG 
GAGCTGCTAG AGAAAGCTTC AAACTCCAGC AAACTGGAAA GTGAAATGAC AAAGAAATGT 
TCTCAACTTT TAACTCTTGA GAAACAGCTG GAAGAAAAGA TAGTTGCTTA TTCCTCTATT 
GCTGCAAAAA ATGCAGAACT AGAACAGGAG CTTATGGAAA AGAATGAAAA GATAAGGAGT 
CTAGAAACCA ATATTAATAC AGAGCATGAG AAAATTTGTT TAGCCTTTGA AAAAGCAAAG 
AAAATTCACT TGGAACAGCA TAAAGAAATG GAAAAGCAGA TTGAAAGACT TGAAGCTCAA 
CTAGAGAAAA AGGACCAACA ATTTAAAGAA CAAGAAAAGA CTATGTCCAT GTTGCAACAA 
GATATAATAT GCAAACAACA TCATCTTGAA TCACTAGATA GACTCTTGAC GGAAAGCAAA 
GGGGAAATGA AAAAGGAAAA TATGAAGAAA GATGAAGCTT TAAAAGCATT ACAGAACCAA 
GTATCTGAAG AAACAATCAA GGTTAGGCAA CTAGATTCAG CATTGGAAAT TTGTAAGGAA 
GAACTTGTCT TGCATTTGAA TCAATTGGAA GGAAATAAGG AAAAGTTTGA AAAACAGTTA 
AAGAAGAAAT CTGAAGAGGT ATATTGTTTA CAGAAAGAGC TAAAGATAAA AAATCACAGT 
CTTCAAGAGA CTTCTGAGCA AAACGTTATT CTACAGCATA CTCTTCAGCA ACAGCAGCAA 
ATGTTACAAC AAGAGACAAT TAGAAATGGA GAGCTAGAAG ATACTCAAAC TAAACTTGAA 
AAACAGGTGT CAAAACTGGA ACAAGAACTT CAAAAACAAA GGGAAAGTTC AGCTGAAAAG 
TTGAGAAAAA TGGAGGAGAA ATGTGAATCA GCTGCACATG AAGCAGATTT GAAAAGGCAA 
AAAGTGATTG AGCTTACTGG CACTGCCAGG CAAGTAAAGA TTGAGATGGA TCAGTACAAA 
GAAGAGCTGT CTAAAATGGA AAAGGAAATA ATGCACCTAA AACGAGATGG AGAAAATAAA 
GCAATGCACC TCTCTCAATT AGATATGATC TTAGATCAGA CAAAGACAGA GCTAGAAAAG 
AAAACAAATG CTGTAAAGGA GTTAGAAAAG TTACAGCACA GTACTGAAAC TGAACTAACA 
GAAGCCTTGC AAAAACGGGA AGTACTTGAG ACTGAACTAC AAAATGCTCA TGGAGAATTA 
AAAAGTACTT TAAGACAACT CCAGGAATTG AGAGATGTAC TACAGAAGGC TCAATTATCA 
TTAGAGGAAA AATACACTAC TATAAAGGAT CTCACAGCTG AACTTAGAGA ATGCAAGATG 
GAGATTGAAG ACAAAAAGCA GGAGCTCCTT GAAATGGATC AGGCACTTAA AGAGAGAAAT 
TGGGAACTAA AGCAAAGAGC AGCTCAGGTT ACACATTTGG ATATGACTAT TCGTGAGCAC 
AGAGGAGAAA TGGAACAAAA AATAATTAAA TTAGAAGGTA CTCTGGAGAA ATCAGAATTG 
GAACTTAAAG AATGTAACAA ACAGATAGAA AGTCTGAATG ACAAATTACA AAATGCTAAA 
GAACAGCTTC GAGAAAAAGA GTTTATAATG CTACAAAATG AACAGGAGAT AAGTCAACTG 
AAAAAAGAAA TTGAAAGAAC ACAACAAAGG ATGAAAGAAA TGGAGAGTGT TATGAAAGAG 
CAAGAACAGT ACATTGCCAC TCAGTACAAG GAGGCCATAG ATTTGGGGCA AGAATTGAGG 
CTGACCCGGG AGCAGGTGCA GAACTCTCAT ACAGAATTGG CAGAGGCTCG TCATCAGCAA 
GTCCAAGCAC AGAGAGAAAT AGAAAGGCTC TCTAGTGAAC TGGAGGATAT GAAGCAACTC 
TCTAAAGAGA AAGATGCTCA TGGAAACCAT TTAGCTGAAG AACTGGGGGC TTCTAAAGTA 
CGTGAAGCTC ATTTAGAAGC AAGAATGCAA GCAGAAATCA AGAAATTGTC AGCAGAAGTA 
GAATCTCTCA AAGAAGCTTA TCATATGGAG ATGATTTCAC ATCAAGAGAA CCATGCAAAG 
TGGAAGATTT CTGCTGACTC TCAAAAGTCT TCTGTTCAGC AACTAAACGA ACAGTTAGAG 
AAGGCAAAAT TGGAATTAGA AGAAGCTCAG GATACTGTAA GCAATTTGCA TCAACAAGTC 
CAAGATAGGA ATGAAGTAAT TGAAGCTGCA AATGAAGCAT TACTTACTAA AGAATCAGAA 
TTAACCAGAT TACAGGCCAA AATTTCTGGA CATGAAAAGG CAGAAGACAT CAAGTTTCTG 
CCAGCCCCAT TTACATCTCC AACAGAAATT ATGCCTGATG TTCAAGATCC AAAATTTGCT 
AAATGTTTTC ACACATCTTT TTCCAAGTGT ACAAAATTAC GTCGCTCTAT TAGTGCCAGT 
GATCTTACTT TCAAAATTCA TGGTGATGAA GATCTTTCTG AAGAATTACT ACAGGACTTA 
AAGAAAATGC AATTAGAACA GCCTTCAACA TTAGAAGAAA GCCATAAGAA TCTGACTTAC 
ACCCAGCCAG ACTCATTTAA ACCTCTCACA TATAACCTAG AAGCTGATAG TTCTGAGAAT 
AATGACTTTA ACACGCTTAG TGGGATGCTA AGATACATAA ACAAAGAAGT AAGACTATTA 
AAAAAGTCTT CTATGCAAAC AGGTGCTGGT TTAAATCAGG TATGTATTTT ATACACTGTA 
AACTGTAATA ATTTGTTTCC AAAGAATATC ATTTTATTAC TTGGAAGAAA ATTCATATAT 
TTAAATGAAA AACTACTAAT ATTTGAAGAA GGAAGATTTT ACATTTTATA CATTAAGTAA

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

RefSeq	XP_016856646.1
CDS	25..4824
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001157.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X4, mRNA.

Target ORF information:

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

XM_017001157.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCAATGAGTA GCTTCTCAAA CAAGGAAGAC CGTTGCATTG GCTGCTGTGA GGCAAATAAA 
TTGGTGATTT CGGAATTGAG AATTAAGCTT GCAATAAAAG AGGCAGAAAT TCAAAAGCTT 
CATGCAAACC TGACTGCAAA TCAGTTATCT CAGAGTCTTA TTACTTGTAA TGACAGCCAA 
GAAAGTAGCA AATTAAGTAG TTTAGAAACA GAACCTGTAA AGCTAGGTGG TCATCAAGTA 
GCAGAAAGCG TAAAAGATCA AAATCAACAT ACTATGAACA AGCAATATGA AAAAGAGAGG 
CAAAGACTTG TTACTGGAAT AGAAGAACTA CGTACTAAGC TGATACAAAT AGAAGCTGAA 
AATTCTGATT TGAAGGTTAA CATGGCTCAC AGAACTAGTC AGTTTCAGCT GATTCAAGAG 
GAGCTGCTAG AGAAAGCTTC AAACTCCAGC AAACTGGAAA GTGAAATGAC AAAGAAATGT 
TCTCAACTTT TAACTCTTGA GAAACAGCTG GAAGAAAAGA TAGTTGCTTA TTCCTCTATT 
GCTGCAAAAA ATGCAGAACT AGAACAGGAG CTTATGGAAA AGAATGAAAA GATAAGGAGT 
CTAGAAACCA ATATTAATAC AGAGCATGAG AAAATTTGTT TAGCCTTTGA AAAAGCAAAG 
AAAATTCACT TGGAACAGCA TAAAGAAATG GAAAAGCAGA TTGAAAGACT TGAAGCTCAA 
CTAGAGAAAA AGGACCAACA ATTTAAAGAA CAAGAAAAGA CTATGTCCAT GTTGCAACAA 
GATATAATAT GCAAACAACA TCATCTTGAA TCACTAGATA GACTCTTGAC GGAAAGCAAA 
GGGGAAATGA AAAAGGAAAA TATGAAGAAA GATGAAGCTT TAAAAGCATT ACAGAACCAA 
GTATCTGAAG AAACAATCAA GGTTAGGCAA CTAGATTCAG CATTGGAAAT TTGTAAGGAA 
GAACTTGTCT TGCATTTGAA TCAATTGGAA GGAAATAAGG AAAAGTTTGA AAAACAGTTA 
AAGAAGAAAT CTGAAGAGGT ATATTGTTTA CAGAAAGAGC TAAAGATAAA AAATCACAGT 
CTTCAAGAGA CTTCTGAGCA AAACGTTATT CTACAGCATA CTCTTCAGCA ACAGCAGCAA 
ATGTTACAAC AAGAGACAAT TAGAAATGGA GAGCTAGAAG ATACTCAAAC TAAACTTGAA 
AAACAGGTGT CAAAACTGGA ACAAGAACTT CAAAAACAAA GGGAAAGTTC AGCTGAAAAG 
TTGAGAAAAA TGGAGGAGAA ATGTGAATCA GCTGCACATG AAGCAGATTT GAAAAGGCAA 
AAAGTGATTG AGCTTACTGG CACTGCCAGG CAAGTAAAGA TTGAGATGGA TCAGTACAAA 
GAAGAGCTGT CTAAAATGGA AAAGGAAATA ATGCACCTAA AACGAGATGG AGAAAATAAA 
GCAATGCACC TCTCTCAATT AGATATGATC TTAGATCAGA CAAAGACAGA GCTAGAAAAG 
AAAACAAATG CTGTAAAGGA GTTAGAAAAG TTACAGCACA GTACTGAAAC TGAACTAACA 
GAAGCCTTGC AAAAACGGGA AGTACTTGAG ACTGAACTAC AAAATGCTCA TGGAGAATTA 
AAAAGTACTT TAAGACAACT CCAGGAATTG AGAGATGTAC TACAGAAGGC TCAATTATCA 
TTAGAGGAAA AATACACTAC TATAAAGGAT CTCACAGCTG AACTTAGAGA ATGCAAGATG 
GAGATTGAAG ACAAAAAGCA GGAGCTCCTT GAAATGGATC AGGCACTTAA AGAGAGAAAT 
TGGGAACTAA AGCAAAGAGC AGCTCAGGTT ACACATTTGG ATATGACTAT TCGTGAGCAC 
AGAGGAGAAA TGGAACAAAA AATAATTAAA TTAGAAGGTA CTCTGGAGAA ATCAGAATTG 
GAACTTAAAG AATGTAACAA ACAGATAGAA AGTCTGAATG ACAAATTACA AAATGCTAAA 
GAACAGCTTC GAGAAAAAGA GTTTATAATG CTACAAAATG AACAGGAGAT AAGTCAACTG 
AAAAAAGAAA TTGAAAGAAC ACAACAAAGG ATGAAAGAAA TGGAGAGTGT TATGAAAGAG 
CAAGAACAGT ACATTGCCAC TCAGTACAAG GAGGCCATAG ATTTGGGGCA AGAATTGAGG 
CTGACCCGGG AGCAGGTGCA GAACTCTCAT ACAGAATTGG CAGAGGCTCG TCATCAGCAA 
GTCCAAGCAC AGAGAGAAAT AGAAAGGCTC TCTAGTGAAC TGGAGGATAT GAAGCAACTC 
TCTAAAGAGA AAGATGCTCA TGGAAACCAT TTAGCTGAAG AACTGGGGGC TTCTAAAGTA 
CGTGAAGCTC ATTTAGAAGC AAGAATGCAA GCAGAAATCA AGAAATTGTC AGCAGAAGTA 
GAATCTCTCA AAGAAGCTTA TCATATGGAG ATGATTTCAC ATCAAGAGAA CCATGCAAAG 
TGGAAGATTT CTGCTGACTC TCAAAAGTCT TCTGTTCAGC AACTAAACGA ACAGTTAGAG 
AAGGCAAAAT TGGAATTAGA AGAAGCTCAG GATACTGTAA GCAATTTGCA TCAACAAGTC 
CAAGATAGGA ATGAAGTAAT TGAAGCTGCA AATGAAGCAT TACTTACTAA AGAATCAGAA 
TTAACCAGAT TACAGGCCAA AATTTCTGGA CATGAAAAGG CAGAAGACAT CAAGTTTCTG 
CCAGCCCCAT TTACATCTCC AACAGAAATT ATGCCTGATG TTCAAGATCC AAAATTTGCT 
AAATGTTTTC ACACATCTTT TTCCAAGTGT ACAAAATTAC GTCGCTCTAT TAGTGCCAGT 
GATCTTACTT TCAAAATTCA TGGTGATGAA GATCTTTCTG AAGAATTACT ACAGGACTTA 
AAGAAAATGC AATTAGAACA GCCTTCAACA TTAGAAGAAA GCCATAAGAA TCTGACTTAC 
ACCCAGCCAG ACTCATTTAA ACCTCTCACA TATAACCTAG AAGCTGATAG TTCTGAGAAT 
AATGACTTTA ACACGCTTAG TGGGATGCTA AGATACATAA ACAAAGAAGT AAGACTATTA 
AAAAAGTCTT CTATGCAAAC AGGTGCTGGT TTAAATCAGG TATGTATTTT ATACACTGTA 
AACTGTAATA ATTTGTTTCC AAAGAATATC ATTTTATTAC TTGGAAGAAA ATTCATATAT 
TTAAATGAAA AACTACTAAT ATTTGAAGAA GGAAGATTTT ACATTTTATA CATTAAGTAA

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

CCDC18 ( XM_017001157.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856646.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X4, mRNA.

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CloneID	OHu87314
Clone ID Related Accession (Same CDS sequence)	XM_017001157.1 , XM_017001157.2
Accession Version	XM_017001157.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4800bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001157.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCAATGAGTA GCTTCTCAAA CAAGGAAGAC CGTTGCATTG GCTGCTGTGA GGCAAATAAA 
TTGGTGATTT CGGAATTGAG AATTAAGCTT GCAATAAAAG AGGCAGAAAT TCAAAAGCTT 
CATGCAAACC TGACTGCAAA TCAGTTATCT CAGAGTCTTA TTACTTGTAA TGACAGCCAA 
GAAAGTAGCA AATTAAGTAG TTTAGAAACA GAACCTGTAA AGCTAGGTGG TCATCAAGTA 
GCAGAAAGCG TAAAAGATCA AAATCAACAT ACTATGAACA AGCAATATGA AAAAGAGAGG 
CAAAGACTTG TTACTGGAAT AGAAGAACTA CGTACTAAGC TGATACAAAT AGAAGCTGAA 
AATTCTGATT TGAAGGTTAA CATGGCTCAC AGAACTAGTC AGTTTCAGCT GATTCAAGAG 
GAGCTGCTAG AGAAAGCTTC AAACTCCAGC AAACTGGAAA GTGAAATGAC AAAGAAATGT 
TCTCAACTTT TAACTCTTGA GAAACAGCTG GAAGAAAAGA TAGTTGCTTA TTCCTCTATT 
GCTGCAAAAA ATGCAGAACT AGAACAGGAG CTTATGGAAA AGAATGAAAA GATAAGGAGT 
CTAGAAACCA ATATTAATAC AGAGCATGAG AAAATTTGTT TAGCCTTTGA AAAAGCAAAG 
AAAATTCACT TGGAACAGCA TAAAGAAATG GAAAAGCAGA TTGAAAGACT TGAAGCTCAA 
CTAGAGAAAA AGGACCAACA ATTTAAAGAA CAAGAAAAGA CTATGTCCAT GTTGCAACAA 
GATATAATAT GCAAACAACA TCATCTTGAA TCACTAGATA GACTCTTGAC GGAAAGCAAA 
GGGGAAATGA AAAAGGAAAA TATGAAGAAA GATGAAGCTT TAAAAGCATT ACAGAACCAA 
GTATCTGAAG AAACAATCAA GGTTAGGCAA CTAGATTCAG CATTGGAAAT TTGTAAGGAA 
GAACTTGTCT TGCATTTGAA TCAATTGGAA GGAAATAAGG AAAAGTTTGA AAAACAGTTA 
AAGAAGAAAT CTGAAGAGGT ATATTGTTTA CAGAAAGAGC TAAAGATAAA AAATCACAGT 
CTTCAAGAGA CTTCTGAGCA AAACGTTATT CTACAGCATA CTCTTCAGCA ACAGCAGCAA 
ATGTTACAAC AAGAGACAAT TAGAAATGGA GAGCTAGAAG ATACTCAAAC TAAACTTGAA 
AAACAGGTGT CAAAACTGGA ACAAGAACTT CAAAAACAAA GGGAAAGTTC AGCTGAAAAG 
TTGAGAAAAA TGGAGGAGAA ATGTGAATCA GCTGCACATG AAGCAGATTT GAAAAGGCAA 
AAAGTGATTG AGCTTACTGG CACTGCCAGG CAAGTAAAGA TTGAGATGGA TCAGTACAAA 
GAAGAGCTGT CTAAAATGGA AAAGGAAATA ATGCACCTAA AACGAGATGG AGAAAATAAA 
GCAATGCACC TCTCTCAATT AGATATGATC TTAGATCAGA CAAAGACAGA GCTAGAAAAG 
AAAACAAATG CTGTAAAGGA GTTAGAAAAG TTACAGCACA GTACTGAAAC TGAACTAACA 
GAAGCCTTGC AAAAACGGGA AGTACTTGAG ACTGAACTAC AAAATGCTCA TGGAGAATTA 
AAAAGTACTT TAAGACAACT CCAGGAATTG AGAGATGTAC TACAGAAGGC TCAATTATCA 
TTAGAGGAAA AATACACTAC TATAAAGGAT CTCACAGCTG AACTTAGAGA ATGCAAGATG 
GAGATTGAAG ACAAAAAGCA GGAGCTCCTT GAAATGGATC AGGCACTTAA AGAGAGAAAT 
TGGGAACTAA AGCAAAGAGC AGCTCAGGTT ACACATTTGG ATATGACTAT TCGTGAGCAC 
AGAGGAGAAA TGGAACAAAA AATAATTAAA TTAGAAGGTA CTCTGGAGAA ATCAGAATTG 
GAACTTAAAG AATGTAACAA ACAGATAGAA AGTCTGAATG ACAAATTACA AAATGCTAAA 
GAACAGCTTC GAGAAAAAGA GTTTATAATG CTACAAAATG AACAGGAGAT AAGTCAACTG 
AAAAAAGAAA TTGAAAGAAC ACAACAAAGG ATGAAAGAAA TGGAGAGTGT TATGAAAGAG 
CAAGAACAGT ACATTGCCAC TCAGTACAAG GAGGCCATAG ATTTGGGGCA AGAATTGAGG 
CTGACCCGGG AGCAGGTGCA GAACTCTCAT ACAGAATTGG CAGAGGCTCG TCATCAGCAA 
GTCCAAGCAC AGAGAGAAAT AGAAAGGCTC TCTAGTGAAC TGGAGGATAT GAAGCAACTC 
TCTAAAGAGA AAGATGCTCA TGGAAACCAT TTAGCTGAAG AACTGGGGGC TTCTAAAGTA 
CGTGAAGCTC ATTTAGAAGC AAGAATGCAA GCAGAAATCA AGAAATTGTC AGCAGAAGTA 
GAATCTCTCA AAGAAGCTTA TCATATGGAG ATGATTTCAC ATCAAGAGAA CCATGCAAAG 
TGGAAGATTT CTGCTGACTC TCAAAAGTCT TCTGTTCAGC AACTAAACGA ACAGTTAGAG 
AAGGCAAAAT TGGAATTAGA AGAAGCTCAG GATACTGTAA GCAATTTGCA TCAACAAGTC 
CAAGATAGGA ATGAAGTAAT TGAAGCTGCA AATGAAGCAT TACTTACTAA AGAATCAGAA 
TTAACCAGAT TACAGGCCAA AATTTCTGGA CATGAAAAGG CAGAAGACAT CAAGTTTCTG 
CCAGCCCCAT TTACATCTCC AACAGAAATT ATGCCTGATG TTCAAGATCC AAAATTTGCT 
AAATGTTTTC ACACATCTTT TTCCAAGTGT ACAAAATTAC GTCGCTCTAT TAGTGCCAGT 
GATCTTACTT TCAAAATTCA TGGTGATGAA GATCTTTCTG AAGAATTACT ACAGGACTTA 
AAGAAAATGC AATTAGAACA GCCTTCAACA TTAGAAGAAA GCCATAAGAA TCTGACTTAC 
ACCCAGCCAG ACTCATTTAA ACCTCTCACA TATAACCTAG AAGCTGATAG TTCTGAGAAT 
AATGACTTTA ACACGCTTAG TGGGATGCTA AGATACATAA ACAAAGAAGT AAGACTATTA 
AAAAAGTCTT CTATGCAAAC AGGTGCTGGT TTAAATCAGG TATGTATTTT ATACACTGTA 
AACTGTAATA ATTTGTTTCC AAAGAATATC ATTTTATTAC TTGGAAGAAA ATTCATATAT 
TTAAATGAAA AACTACTAAT ATTTGAAGAA GGAAGATTTT ACATTTTATA CATTAAGTAA

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

RefSeq	XP_016856646.1
CDS	97..4896
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001157.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X4, mRNA.

Target ORF information:

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

XM_017001157.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCAATGAGTA GCTTCTCAAA CAAGGAAGAC CGTTGCATTG GCTGCTGTGA GGCAAATAAA 
TTGGTGATTT CGGAATTGAG AATTAAGCTT GCAATAAAAG AGGCAGAAAT TCAAAAGCTT 
CATGCAAACC TGACTGCAAA TCAGTTATCT CAGAGTCTTA TTACTTGTAA TGACAGCCAA 
GAAAGTAGCA AATTAAGTAG TTTAGAAACA GAACCTGTAA AGCTAGGTGG TCATCAAGTA 
GCAGAAAGCG TAAAAGATCA AAATCAACAT ACTATGAACA AGCAATATGA AAAAGAGAGG 
CAAAGACTTG TTACTGGAAT AGAAGAACTA CGTACTAAGC TGATACAAAT AGAAGCTGAA 
AATTCTGATT TGAAGGTTAA CATGGCTCAC AGAACTAGTC AGTTTCAGCT GATTCAAGAG 
GAGCTGCTAG AGAAAGCTTC AAACTCCAGC AAACTGGAAA GTGAAATGAC AAAGAAATGT 
TCTCAACTTT TAACTCTTGA GAAACAGCTG GAAGAAAAGA TAGTTGCTTA TTCCTCTATT 
GCTGCAAAAA ATGCAGAACT AGAACAGGAG CTTATGGAAA AGAATGAAAA GATAAGGAGT 
CTAGAAACCA ATATTAATAC AGAGCATGAG AAAATTTGTT TAGCCTTTGA AAAAGCAAAG 
AAAATTCACT TGGAACAGCA TAAAGAAATG GAAAAGCAGA TTGAAAGACT TGAAGCTCAA 
CTAGAGAAAA AGGACCAACA ATTTAAAGAA CAAGAAAAGA CTATGTCCAT GTTGCAACAA 
GATATAATAT GCAAACAACA TCATCTTGAA TCACTAGATA GACTCTTGAC GGAAAGCAAA 
GGGGAAATGA AAAAGGAAAA TATGAAGAAA GATGAAGCTT TAAAAGCATT ACAGAACCAA 
GTATCTGAAG AAACAATCAA GGTTAGGCAA CTAGATTCAG CATTGGAAAT TTGTAAGGAA 
GAACTTGTCT TGCATTTGAA TCAATTGGAA GGAAATAAGG AAAAGTTTGA AAAACAGTTA 
AAGAAGAAAT CTGAAGAGGT ATATTGTTTA CAGAAAGAGC TAAAGATAAA AAATCACAGT 
CTTCAAGAGA CTTCTGAGCA AAACGTTATT CTACAGCATA CTCTTCAGCA ACAGCAGCAA 
ATGTTACAAC AAGAGACAAT TAGAAATGGA GAGCTAGAAG ATACTCAAAC TAAACTTGAA 
AAACAGGTGT CAAAACTGGA ACAAGAACTT CAAAAACAAA GGGAAAGTTC AGCTGAAAAG 
TTGAGAAAAA TGGAGGAGAA ATGTGAATCA GCTGCACATG AAGCAGATTT GAAAAGGCAA 
AAAGTGATTG AGCTTACTGG CACTGCCAGG CAAGTAAAGA TTGAGATGGA TCAGTACAAA 
GAAGAGCTGT CTAAAATGGA AAAGGAAATA ATGCACCTAA AACGAGATGG AGAAAATAAA 
GCAATGCACC TCTCTCAATT AGATATGATC TTAGATCAGA CAAAGACAGA GCTAGAAAAG 
AAAACAAATG CTGTAAAGGA GTTAGAAAAG TTACAGCACA GTACTGAAAC TGAACTAACA 
GAAGCCTTGC AAAAACGGGA AGTACTTGAG ACTGAACTAC AAAATGCTCA TGGAGAATTA 
AAAAGTACTT TAAGACAACT CCAGGAATTG AGAGATGTAC TACAGAAGGC TCAATTATCA 
TTAGAGGAAA AATACACTAC TATAAAGGAT CTCACAGCTG AACTTAGAGA ATGCAAGATG 
GAGATTGAAG ACAAAAAGCA GGAGCTCCTT GAAATGGATC AGGCACTTAA AGAGAGAAAT 
TGGGAACTAA AGCAAAGAGC AGCTCAGGTT ACACATTTGG ATATGACTAT TCGTGAGCAC 
AGAGGAGAAA TGGAACAAAA AATAATTAAA TTAGAAGGTA CTCTGGAGAA ATCAGAATTG 
GAACTTAAAG AATGTAACAA ACAGATAGAA AGTCTGAATG ACAAATTACA AAATGCTAAA 
GAACAGCTTC GAGAAAAAGA GTTTATAATG CTACAAAATG AACAGGAGAT AAGTCAACTG 
AAAAAAGAAA TTGAAAGAAC ACAACAAAGG ATGAAAGAAA TGGAGAGTGT TATGAAAGAG 
CAAGAACAGT ACATTGCCAC TCAGTACAAG GAGGCCATAG ATTTGGGGCA AGAATTGAGG 
CTGACCCGGG AGCAGGTGCA GAACTCTCAT ACAGAATTGG CAGAGGCTCG TCATCAGCAA 
GTCCAAGCAC AGAGAGAAAT AGAAAGGCTC TCTAGTGAAC TGGAGGATAT GAAGCAACTC 
TCTAAAGAGA AAGATGCTCA TGGAAACCAT TTAGCTGAAG AACTGGGGGC TTCTAAAGTA 
CGTGAAGCTC ATTTAGAAGC AAGAATGCAA GCAGAAATCA AGAAATTGTC AGCAGAAGTA 
GAATCTCTCA AAGAAGCTTA TCATATGGAG ATGATTTCAC ATCAAGAGAA CCATGCAAAG 
TGGAAGATTT CTGCTGACTC TCAAAAGTCT TCTGTTCAGC AACTAAACGA ACAGTTAGAG 
AAGGCAAAAT TGGAATTAGA AGAAGCTCAG GATACTGTAA GCAATTTGCA TCAACAAGTC 
CAAGATAGGA ATGAAGTAAT TGAAGCTGCA AATGAAGCAT TACTTACTAA AGAATCAGAA 
TTAACCAGAT TACAGGCCAA AATTTCTGGA CATGAAAAGG CAGAAGACAT CAAGTTTCTG 
CCAGCCCCAT TTACATCTCC AACAGAAATT ATGCCTGATG TTCAAGATCC AAAATTTGCT 
AAATGTTTTC ACACATCTTT TTCCAAGTGT ACAAAATTAC GTCGCTCTAT TAGTGCCAGT 
GATCTTACTT TCAAAATTCA TGGTGATGAA GATCTTTCTG AAGAATTACT ACAGGACTTA 
AAGAAAATGC AATTAGAACA GCCTTCAACA TTAGAAGAAA GCCATAAGAA TCTGACTTAC 
ACCCAGCCAG ACTCATTTAA ACCTCTCACA TATAACCTAG AAGCTGATAG TTCTGAGAAT 
AATGACTTTA ACACGCTTAG TGGGATGCTA AGATACATAA ACAAAGAAGT AAGACTATTA 
AAAAAGTCTT CTATGCAAAC AGGTGCTGGT TTAAATCAGG TATGTATTTT ATACACTGTA 
AACTGTAATA ATTTGTTTCC AAAGAATATC ATTTTATTAC TTGGAAGAAA ATTCATATAT 
TTAAATGAAA AACTACTAAT ATTTGAAGAA GGAAGATTTT ACATTTTATA CATTAAGTAA

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

CCDC18 ( XM_011541361.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011539663.2 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X5, mRNA.

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CloneID	OHu87315
Clone ID Related Accession (Same CDS sequence)	XM_011541361.2 , XM_011541361.3
Accession Version	XM_011541361.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4722bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011541361.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGGA GAAAATGTGT AA

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

RefSeq	XP_011539663.2
CDS	25..4746
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQGENV

Target ORF information:

RefSeq Version	XM_011541361.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X5, mRNA.

Target ORF information:

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

XM_011541361.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGGA GAAAATGTGT AA

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

CCDC18 ( XM_011541361.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011539663.2 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X5, mRNA.

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CloneID	OHu87315
Clone ID Related Accession (Same CDS sequence)	XM_011541361.2 , XM_011541361.3
Accession Version	XM_011541361.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4722bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011541361.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGGA GAAAATGTGT AA

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

RefSeq	XP_011539663.2
CDS	97..4818
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQGENV

Target ORF information:

RefSeq Version	XM_011541361.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X5, mRNA.

Target ORF information:

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

XM_011541361.3

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGATAGAAAG TCTGAATGAC AAATTACAAA ATGCTAAAGA ACAGCTTCGA 
GAAAAAGAGT TTATAATGCT ACAAAATGAA CAGGAGATAA GTCAACTGAA AAAAGAAATT 
GAAAGAACAC AACAAAGGAT GAAAGAAATG GAGAGTGTTA TGAAAGAGCA AGAACAGTAC 
ATTGCCACTC AGTACAAGGA GGCCATAGAT TTGGGGCAAG AATTGAGGCT GACCCGGGAG 
CAGGTGCAGA ACTCTCATAC AGAATTGGCA GAGGCTCGTC ATCAGCAAGT CCAAGCACAG 
AGAGAAATAG AAAGGCTCTC TAGTGAACTG GAGGATATGA AGCAACTCTC TAAAGAGAAA 
GATGCTCATG GAAACCATTT AGCTGAAGAA CTGGGGGCTT CTAAAGTACG TGAAGCTCAT 
TTAGAAGCAA GAATGCAAGC AGAAATCAAG AAATTGTCAG CAGAAGTAGA ATCTCTCAAA 
GAAGCTTATC ATATGGAGAT GATTTCACAT CAAGAGAACC ATGCAAAGTG GAAGATTTCT 
GCTGACTCTC AAAAGTCTTC TGTTCAGCAA CTAAACGAAC AGTTAGAGAA GGCAAAATTG 
GAATTAGAAG AAGCTCAGGA TACTGTAAGC AATTTGCATC AACAAGTCCA AGATAGGAAT 
GAAGTAATTG AAGCTGCAAA TGAAGCATTA CTTACTAAAG AATCAGAATT AACCAGATTA 
CAGGCCAAAA TTTCTGGACA TGAAAAGGCA GAAGACATCA AGTTTCTGCC AGCCCCATTT 
ACATCTCCAA CAGAAATTAT GCCTGATGTT CAAGATCCAA AATTTGCTAA ATGTTTTCAC 
ACATCTTTTT CCAAGTGTAC AAAATTACGT CGCTCTATTA GTGCCAGTGA TCTTACTTTC 
AAAATTCATG GTGATGAAGA TCTTTCTGAA GAATTACTAC AGGACTTAAA GAAAATGCAA 
TTAGAACAGC CTTCAACATT AGAAGAAAGC CATAAGAATC TGACTTACAC CCAGCCAGAC 
TCATTTAAAC CTCTCACATA TAACCTAGAA GCTGATAGTT CTGAGAATAA TGACTTTAAC 
ACGCTTAGTG GGATGCTAAG ATACATAAAC AAAGAAGTAA GACTATTAAA AAAGTCTTCT 
ATGCAAACAG GTGCTGGTTT AAATCAGGGA GAAAATGTGT AA

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

CCDC18 ( XM_017001158.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856647.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu87316
Clone ID Related Accession (Same CDS sequence)	XM_017001158.2 , XM_017001158.1
Accession Version	XM_017001158.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4719bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001158.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGGAGAA AATGTGTAA

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

RefSeq	XP_016856647.1
CDS	97..4815
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQGENV

Target ORF information:

RefSeq Version	XM_017001158.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X6, mRNA.

Target ORF information:

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

XM_017001158.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGGAGAA AATGTGTAA

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

CCDC18 ( XM_017001158.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856647.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu87316
Clone ID Related Accession (Same CDS sequence)	XM_017001158.2 , XM_017001158.1
Accession Version	XM_017001158.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4719bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGGAGAA AATGTGTAA

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

RefSeq	XP_016856647.1
CDS	25..4743
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQGENV

Target ORF information:

RefSeq Version	XM_017001158.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X6, mRNA.

Target ORF information:

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

XM_017001158.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGA AAGCGTAAAA 
GATCAAAATC AACATACTAT GAACAAGCAA TATGAAAAAG AGAGGCAAAG ACTTGTTACT 
GGAATAGAAG AACTACGTAC TAAGCTGATA CAAATAGAAG CTGAAAATTC TGATTTGAAG 
GTTAACATGG CTCACAGAAC TAGTCAGTTT CAGCTGATTC AAGAGGAGCT GCTAGAGAAA 
GCTTCAAACT CCAGCAAACT GGAAAGTGAA ATGACAAAGA AATGTTCTCA ACTTTTAACT 
CTTGAGAAAC AGCTGGAAGA AAAGATAGTT GCTTATTCCT CTATTGCTGC AAAAAATGCA 
GAACTAGAAC AGGAGCTTAT GGAAAAGAAT GAAAAGATAA GGAGTCTAGA AACCAATATT 
AATACAGAGC ATGAGAAAAT TTGTTTAGCC TTTGAAAAAG CAAAGAAAAT TCACTTGGAA 
CAGCATAAAG AAATGGAAAA GCAGATTGAA AGACTTGAAG CTCAACTAGA GAAAAAGGAC 
CAACAATTTA AAGAACAAGA AAAGACTATG TCCATGTTGC AACAAGATAT AATATGCAAA 
CAACATCATC TTGAATCACT AGATAGACTC TTGACGGAAA GCAAAGGGGA AATGAAAAAG 
GAAAATATGA AGAAAGATGA AGCTTTAAAA GCATTACAGA ACCAAGTATC TGAAGAAACA 
ATCAAGGTTA GGCAACTAGA TTCAGCATTG GAAATTTGTA AGGAAGAACT TGTCTTGCAT 
TTGAATCAAT TGGAAGGAAA TAAGGAAAAG TTTGAAAAAC AGTTAAAGAA GAAATCTGAA 
GAGGTATATT GTTTACAGAA AGAGCTAAAG ATAAAAAATC ACAGTCTTCA AGAGACTTCT 
GAGCAAAACG TTATTCTACA GCATACTCTT CAGCAACAGC AGCAAATGTT ACAACAAGAG 
ACAATTAGAA ATGGAGAGCT AGAAGATACT CAAACTAAAC TTGAAAAACA GGTGTCAAAA 
CTGGAACAAG AACTTCAAAA ACAAAGGGAA AGTTCAGCTG AAAAGTTGAG AAAAATGGAG 
GAGAAATGTG AATCAGCTGC ACATGAAGCA GATTTGAAAA GGCAAAAAGT GATTGAGCTT 
ACTGGCACTG CCAGGCAAGT AAAGATTGAG ATGGATCAGT ACAAAGAAGA GCTGTCTAAA 
ATGGAAAAGG AAATAATGCA CCTAAAACGA GATGGAGAAA ATAAAGCAAT GCACCTCTCT 
CAATTAGATA TGATCTTAGA TCAGACAAAG ACAGAGCTAG AAAAGAAAAC AAATGCTGTA 
AAGGAGTTAG AAAAGTTACA GCACAGTACT GAAACTGAAC TAACAGAAGC CTTGCAAAAA 
CGGGAAGTAC TTGAGACTGA ACTACAAAAT GCTCATGGAG AATTAAAAAG TACTTTAAGA 
CAACTCCAGG AATTGAGAGA TGTACTACAG AAGGCTCAAT TATCATTAGA GGAAAAATAC 
ACTACTATAA AGGATCTCAC AGCTGAACTT AGAGAATGCA AGATGGAGAT TGAAGACAAA 
AAGCAGGAGC TCCTTGAAAT GGATCAGGCA CTTAAAGAGA GAAATTGGGA ACTAAAGCAA 
AGAGCAGCTC AGGTTACACA TTTGGATATG ACTATTCGTG AGCACAGAGG AGAAATGGAA 
CAAAAAATAA TTAAATTAGA AGGTACTCTG GAGAAATCAG AATTGGAACT TAAAGAATGT 
AACAAACAGA TAGAAAGTCT GAATGACAAA TTACAAAATG CTAAAGAACA GCTTCGAGAA 
AAAGAGTTTA TAATGCTACA AAATGAACAG GAGATAAGTC AACTGAAAAA AGAAATTGAA 
AGAACACAAC AAAGGATGAA AGAAATGGAG AGTGTTATGA AAGAGCAAGA ACAGTACATT 
GCCACTCAGT ACAAGGAGGC CATAGATTTG GGGCAAGAAT TGAGGCTGAC CCGGGAGCAG 
GTGCAGAACT CTCATACAGA ATTGGCAGAG GCTCGTCATC AGCAAGTCCA AGCACAGAGA 
GAAATAGAAA GGCTCTCTAG TGAACTGGAG GATATGAAGC AACTCTCTAA AGAGAAAGAT 
GCTCATGGAA ACCATTTAGC TGAAGAACTG GGGGCTTCTA AAGTACGTGA AGCTCATTTA 
GAAGCAAGAA TGCAAGCAGA AATCAAGAAA TTGTCAGCAG AAGTAGAATC TCTCAAAGAA 
GCTTATCATA TGGAGATGAT TTCACATCAA GAGAACCATG CAAAGTGGAA GATTTCTGCT 
GACTCTCAAA AGTCTTCTGT TCAGCAACTA AACGAACAGT TAGAGAAGGC AAAATTGGAA 
TTAGAAGAAG CTCAGGATAC TGTAAGCAAT TTGCATCAAC AAGTCCAAGA TAGGAATGAA 
GTAATTGAAG CTGCAAATGA AGCATTACTT ACTAAAGAAT CAGAATTAAC CAGATTACAG 
GCCAAAATTT CTGGACATGA AAAGGCAGAA GACATCAAGT TTCTGCCAGC CCCATTTACA 
TCTCCAACAG AAATTATGCC TGATGTTCAA GATCCAAAAT TTGCTAAATG TTTTCACACA 
TCTTTTTCCA AGTGTACAAA ATTACGTCGC TCTATTAGTG CCAGTGATCT TACTTTCAAA 
ATTCATGGTG ATGAAGATCT TTCTGAAGAA TTACTACAGG ACTTAAAGAA AATGCAATTA 
GAACAGCCTT CAACATTAGA AGAAAGCCAT AAGAATCTGA CTTACACCCA GCCAGACTCA 
TTTAAACCTC TCACATATAA CCTAGAAGCT GATAGTTCTG AGAATAATGA CTTTAACACG 
CTTAGTGGGA TGCTAAGATA CATAAACAAA GAAGTAAGAC TATTAAAAAA GTCTTCTATG 
CAAACAGGTG CTGGTTTAAA TCAGGGAGAA AATGTGTAA

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

CCDC18 ( XM_017001159.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856648.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X7, mRNA.

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CloneID	OHu87317
Clone ID Related Accession (Same CDS sequence)	XM_017001159.1 , XM_017001159.2
Accession Version	XM_017001159.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4716bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGCTTGAA GCTCAACTAG AGAAAAAGGA CCAACAATTT 
AAAGAACAAG AAAAGACTAT GTCCATGTTG CAACAAGATA TAATATGCAA ACAACATCAT 
CTTGAATCAC TAGATAGACT CTTGACGGAA AGCAAAGGGG AAATGAAAAA GGAAAATATG 
AAGAAAGATG AAGCTTTAAA AGCATTACAG AACCAAGTAT CTGAAGAAAC AATCAAGGTT 
AGGCAACTAG ATTCAGCATT GGAAATTTGT AAGGAAGAAC TTGTCTTGCA TTTGAATCAA 
TTGGAAGGAA ATAAGGAAAA GTTTGAAAAA CAGTTAAAGA AGAAATCTGA AGAGGTATAT 
TGTTTACAGA AAGAGCTAAA GATAAAAAAT CACAGTCTTC AAGAGACTTC TGAGCAAAAC 
GTTATTCTAC AGCATACTCT TCAGCAACAG CAGCAAATGT TACAACAAGA GACAATTAGA 
AATGGAGAGC TAGAAGATAC TCAAACTAAA CTTGAAAAAC AGGTGTCAAA ACTGGAACAA 
GAACTTCAAA AACAAAGGGA AAGTTCAGCT GAAAAGTTGA GAAAAATGGA GGAGAAATGT 
GAATCAGCTG CACATGAAGC AGATTTGAAA AGGCAAAAAG TGATTGAGCT TACTGGCACT 
GCCAGGCAAG TAAAGATTGA GATGGATCAG TACAAAGAAG AGCTGTCTAA AATGGAAAAG 
GAAATAATGC ACCTAAAACG AGATGGAGAA AATAAAGCAA TGCACCTCTC TCAATTAGAT 
ATGATCTTAG ATCAGACAAA GACAGAGCTA GAAAAGAAAA CAAATGCTGT AAAGGAGTTA 
GAAAAGTTAC AGCACAGTAC TGAAACTGAA CTAACAGAAG CCTTGCAAAA ACGGGAAGTA 
CTTGAGACTG AACTACAAAA TGCTCATGGA GAATTAAAAA GTACTTTAAG ACAACTCCAG 
GAATTGAGAG ATGTACTACA GAAGGCTCAA TTATCATTAG AGGAAAAATA CACTACTATA 
AAGGATCTCA CAGCTGAACT TAGAGAATGC AAGATGGAGA TTGAAGACAA AAAGCAGGAG 
CTCCTTGAAA TGGATCAGGC ACTTAAAGAG AGAAATTGGG AACTAAAGCA AAGAGCAGCT 
CAGGTTACAC ATTTGGATAT GACTATTCGT GAGCACAGAG GAGAAATGGA ACAAAAAATA 
ATTAAATTAG AAGGTACTCT GGAGAAATCA GAATTGGAAC TTAAAGAATG TAACAAACAG 
ATAGAAAGTC TGAATGACAA ATTACAAAAT GCTAAAGAAC AGCTTCGAGA AAAAGAGTTT 
ATAATGCTAC AAAATGAACA GGAGATAAGT CAACTGAAAA AAGAAATTGA AAGAACACAA 
CAAAGGATGA AAGAAATGGA GAGTGTTATG AAAGAGCAAG AACAGTACAT TGCCACTCAG 
TACAAGGAGG CCATAGATTT GGGGCAAGAA TTGAGGCTGA CCCGGGAGCA GGTGCAGAAC 
TCTCATACAG AATTGGCAGA GGCTCGTCAT CAGCAAGTCC AAGCACAGAG AGAAATAGAA 
AGGCTCTCTA GTGAACTGGA GGATATGAAG CAACTCTCTA AAGAGAAAGA TGCTCATGGA 
AACCATTTAG CTGAAGAACT GGGGGCTTCT AAAGTACGTG AAGCTCATTT AGAAGCAAGA 
ATGCAAGCAG AAATCAAGAA ATTGTCAGCA GAAGTAGAAT CTCTCAAAGA AGCTTATCAT 
ATGGAGATGA TTTCACATCA AGAGAACCAT GCAAAGTGGA AGATTTCTGC TGACTCTCAA 
AAGTCTTCTG TTCAGCAACT AAACGAACAG TTAGAGAAGG CAAAATTGGA ATTAGAAGAA 
GCTCAGGATA CTGTAAGCAA TTTGCATCAA CAAGTCCAAG ATAGGAATGA AGTAATTGAA 
GCTGCAAATG AAGCATTACT TACTAAAGAA TCAGAATTAA CCAGATTACA GGCCAAAATT 
TCTGGACATG AAAAGGCAGA AGACATCAAG TTTCTGCCAG CCCCATTTAC ATCTCCAACA 
GAAATTATGC CTGATGTTCA AGATCCAAAA TTTGCTAAAT GTTTTCACAC ATCTTTTTCC 
AAGTGTACAA AATTACGTCG CTCTATTAGT GCCAGTGATC TTACTTTCAA AATTCATGGT 
GATGAAGATC TTTCTGAAGA ATTACTACAG GACTTAAAGA AAATGCAATT AGAACAGCCT 
TCAACATTAG AAGAAAGCCA TAAGAATCTG ACTTACACCC AGCCAGACTC ATTTAAACCT 
CTCACATATA ACCTAGAAGC TGATAGTTCT GAGAATAATG ACTTTAACAC GCTTAGTGGG 
ATGCTAAGAT ACATAAACAA AGAAGTAAGA CTATTAAAAA AGTCTTCTAT GCAAACAGGT 
GCTGGTTTAA ATCAGGTATG TATTTTATAC ACTGTAAACT GTAATAATTT GTTTCCAAAG 
AATATCATTT TATTACTTGG AAGAAAATTC ATATATTTAA ATGAAAAACT ACTAATATTT 
GAAGAAGGAA GATTTTACAT TTTATACATT AAGTAA

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

RefSeq	XP_016856648.1
CDS	25..4740
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001159.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X7, mRNA.

Target ORF information:

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

XM_017001159.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGCTTGAA GCTCAACTAG AGAAAAAGGA CCAACAATTT 
AAAGAACAAG AAAAGACTAT GTCCATGTTG CAACAAGATA TAATATGCAA ACAACATCAT 
CTTGAATCAC TAGATAGACT CTTGACGGAA AGCAAAGGGG AAATGAAAAA GGAAAATATG 
AAGAAAGATG AAGCTTTAAA AGCATTACAG AACCAAGTAT CTGAAGAAAC AATCAAGGTT 
AGGCAACTAG ATTCAGCATT GGAAATTTGT AAGGAAGAAC TTGTCTTGCA TTTGAATCAA 
TTGGAAGGAA ATAAGGAAAA GTTTGAAAAA CAGTTAAAGA AGAAATCTGA AGAGGTATAT 
TGTTTACAGA AAGAGCTAAA GATAAAAAAT CACAGTCTTC AAGAGACTTC TGAGCAAAAC 
GTTATTCTAC AGCATACTCT TCAGCAACAG CAGCAAATGT TACAACAAGA GACAATTAGA 
AATGGAGAGC TAGAAGATAC TCAAACTAAA CTTGAAAAAC AGGTGTCAAA ACTGGAACAA 
GAACTTCAAA AACAAAGGGA AAGTTCAGCT GAAAAGTTGA GAAAAATGGA GGAGAAATGT 
GAATCAGCTG CACATGAAGC AGATTTGAAA AGGCAAAAAG TGATTGAGCT TACTGGCACT 
GCCAGGCAAG TAAAGATTGA GATGGATCAG TACAAAGAAG AGCTGTCTAA AATGGAAAAG 
GAAATAATGC ACCTAAAACG AGATGGAGAA AATAAAGCAA TGCACCTCTC TCAATTAGAT 
ATGATCTTAG ATCAGACAAA GACAGAGCTA GAAAAGAAAA CAAATGCTGT AAAGGAGTTA 
GAAAAGTTAC AGCACAGTAC TGAAACTGAA CTAACAGAAG CCTTGCAAAA ACGGGAAGTA 
CTTGAGACTG AACTACAAAA TGCTCATGGA GAATTAAAAA GTACTTTAAG ACAACTCCAG 
GAATTGAGAG ATGTACTACA GAAGGCTCAA TTATCATTAG AGGAAAAATA CACTACTATA 
AAGGATCTCA CAGCTGAACT TAGAGAATGC AAGATGGAGA TTGAAGACAA AAAGCAGGAG 
CTCCTTGAAA TGGATCAGGC ACTTAAAGAG AGAAATTGGG AACTAAAGCA AAGAGCAGCT 
CAGGTTACAC ATTTGGATAT GACTATTCGT GAGCACAGAG GAGAAATGGA ACAAAAAATA 
ATTAAATTAG AAGGTACTCT GGAGAAATCA GAATTGGAAC TTAAAGAATG TAACAAACAG 
ATAGAAAGTC TGAATGACAA ATTACAAAAT GCTAAAGAAC AGCTTCGAGA AAAAGAGTTT 
ATAATGCTAC AAAATGAACA GGAGATAAGT CAACTGAAAA AAGAAATTGA AAGAACACAA 
CAAAGGATGA AAGAAATGGA GAGTGTTATG AAAGAGCAAG AACAGTACAT TGCCACTCAG 
TACAAGGAGG CCATAGATTT GGGGCAAGAA TTGAGGCTGA CCCGGGAGCA GGTGCAGAAC 
TCTCATACAG AATTGGCAGA GGCTCGTCAT CAGCAAGTCC AAGCACAGAG AGAAATAGAA 
AGGCTCTCTA GTGAACTGGA GGATATGAAG CAACTCTCTA AAGAGAAAGA TGCTCATGGA 
AACCATTTAG CTGAAGAACT GGGGGCTTCT AAAGTACGTG AAGCTCATTT AGAAGCAAGA 
ATGCAAGCAG AAATCAAGAA ATTGTCAGCA GAAGTAGAAT CTCTCAAAGA AGCTTATCAT 
ATGGAGATGA TTTCACATCA AGAGAACCAT GCAAAGTGGA AGATTTCTGC TGACTCTCAA 
AAGTCTTCTG TTCAGCAACT AAACGAACAG TTAGAGAAGG CAAAATTGGA ATTAGAAGAA 
GCTCAGGATA CTGTAAGCAA TTTGCATCAA CAAGTCCAAG ATAGGAATGA AGTAATTGAA 
GCTGCAAATG AAGCATTACT TACTAAAGAA TCAGAATTAA CCAGATTACA GGCCAAAATT 
TCTGGACATG AAAAGGCAGA AGACATCAAG TTTCTGCCAG CCCCATTTAC ATCTCCAACA 
GAAATTATGC CTGATGTTCA AGATCCAAAA TTTGCTAAAT GTTTTCACAC ATCTTTTTCC 
AAGTGTACAA AATTACGTCG CTCTATTAGT GCCAGTGATC TTACTTTCAA AATTCATGGT 
GATGAAGATC TTTCTGAAGA ATTACTACAG GACTTAAAGA AAATGCAATT AGAACAGCCT 
TCAACATTAG AAGAAAGCCA TAAGAATCTG ACTTACACCC AGCCAGACTC ATTTAAACCT 
CTCACATATA ACCTAGAAGC TGATAGTTCT GAGAATAATG ACTTTAACAC GCTTAGTGGG 
ATGCTAAGAT ACATAAACAA AGAAGTAAGA CTATTAAAAA AGTCTTCTAT GCAAACAGGT 
GCTGGTTTAA ATCAGGTATG TATTTTATAC ACTGTAAACT GTAATAATTT GTTTCCAAAG 
AATATCATTT TATTACTTGG AAGAAAATTC ATATATTTAA ATGAAAAACT ACTAATATTT 
GAAGAAGGAA GATTTTACAT TTTATACATT AAGTAA

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

CCDC18 ( XM_017001159.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856648.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X7, mRNA.

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CloneID	OHu87317
Clone ID Related Accession (Same CDS sequence)	XM_017001159.1 , XM_017001159.2
Accession Version	XM_017001159.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4716bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001159.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGCTTGAA GCTCAACTAG AGAAAAAGGA CCAACAATTT 
AAAGAACAAG AAAAGACTAT GTCCATGTTG CAACAAGATA TAATATGCAA ACAACATCAT 
CTTGAATCAC TAGATAGACT CTTGACGGAA AGCAAAGGGG AAATGAAAAA GGAAAATATG 
AAGAAAGATG AAGCTTTAAA AGCATTACAG AACCAAGTAT CTGAAGAAAC AATCAAGGTT 
AGGCAACTAG ATTCAGCATT GGAAATTTGT AAGGAAGAAC TTGTCTTGCA TTTGAATCAA 
TTGGAAGGAA ATAAGGAAAA GTTTGAAAAA CAGTTAAAGA AGAAATCTGA AGAGGTATAT 
TGTTTACAGA AAGAGCTAAA GATAAAAAAT CACAGTCTTC AAGAGACTTC TGAGCAAAAC 
GTTATTCTAC AGCATACTCT TCAGCAACAG CAGCAAATGT TACAACAAGA GACAATTAGA 
AATGGAGAGC TAGAAGATAC TCAAACTAAA CTTGAAAAAC AGGTGTCAAA ACTGGAACAA 
GAACTTCAAA AACAAAGGGA AAGTTCAGCT GAAAAGTTGA GAAAAATGGA GGAGAAATGT 
GAATCAGCTG CACATGAAGC AGATTTGAAA AGGCAAAAAG TGATTGAGCT TACTGGCACT 
GCCAGGCAAG TAAAGATTGA GATGGATCAG TACAAAGAAG AGCTGTCTAA AATGGAAAAG 
GAAATAATGC ACCTAAAACG AGATGGAGAA AATAAAGCAA TGCACCTCTC TCAATTAGAT 
ATGATCTTAG ATCAGACAAA GACAGAGCTA GAAAAGAAAA CAAATGCTGT AAAGGAGTTA 
GAAAAGTTAC AGCACAGTAC TGAAACTGAA CTAACAGAAG CCTTGCAAAA ACGGGAAGTA 
CTTGAGACTG AACTACAAAA TGCTCATGGA GAATTAAAAA GTACTTTAAG ACAACTCCAG 
GAATTGAGAG ATGTACTACA GAAGGCTCAA TTATCATTAG AGGAAAAATA CACTACTATA 
AAGGATCTCA CAGCTGAACT TAGAGAATGC AAGATGGAGA TTGAAGACAA AAAGCAGGAG 
CTCCTTGAAA TGGATCAGGC ACTTAAAGAG AGAAATTGGG AACTAAAGCA AAGAGCAGCT 
CAGGTTACAC ATTTGGATAT GACTATTCGT GAGCACAGAG GAGAAATGGA ACAAAAAATA 
ATTAAATTAG AAGGTACTCT GGAGAAATCA GAATTGGAAC TTAAAGAATG TAACAAACAG 
ATAGAAAGTC TGAATGACAA ATTACAAAAT GCTAAAGAAC AGCTTCGAGA AAAAGAGTTT 
ATAATGCTAC AAAATGAACA GGAGATAAGT CAACTGAAAA AAGAAATTGA AAGAACACAA 
CAAAGGATGA AAGAAATGGA GAGTGTTATG AAAGAGCAAG AACAGTACAT TGCCACTCAG 
TACAAGGAGG CCATAGATTT GGGGCAAGAA TTGAGGCTGA CCCGGGAGCA GGTGCAGAAC 
TCTCATACAG AATTGGCAGA GGCTCGTCAT CAGCAAGTCC AAGCACAGAG AGAAATAGAA 
AGGCTCTCTA GTGAACTGGA GGATATGAAG CAACTCTCTA AAGAGAAAGA TGCTCATGGA 
AACCATTTAG CTGAAGAACT GGGGGCTTCT AAAGTACGTG AAGCTCATTT AGAAGCAAGA 
ATGCAAGCAG AAATCAAGAA ATTGTCAGCA GAAGTAGAAT CTCTCAAAGA AGCTTATCAT 
ATGGAGATGA TTTCACATCA AGAGAACCAT GCAAAGTGGA AGATTTCTGC TGACTCTCAA 
AAGTCTTCTG TTCAGCAACT AAACGAACAG TTAGAGAAGG CAAAATTGGA ATTAGAAGAA 
GCTCAGGATA CTGTAAGCAA TTTGCATCAA CAAGTCCAAG ATAGGAATGA AGTAATTGAA 
GCTGCAAATG AAGCATTACT TACTAAAGAA TCAGAATTAA CCAGATTACA GGCCAAAATT 
TCTGGACATG AAAAGGCAGA AGACATCAAG TTTCTGCCAG CCCCATTTAC ATCTCCAACA 
GAAATTATGC CTGATGTTCA AGATCCAAAA TTTGCTAAAT GTTTTCACAC ATCTTTTTCC 
AAGTGTACAA AATTACGTCG CTCTATTAGT GCCAGTGATC TTACTTTCAA AATTCATGGT 
GATGAAGATC TTTCTGAAGA ATTACTACAG GACTTAAAGA AAATGCAATT AGAACAGCCT 
TCAACATTAG AAGAAAGCCA TAAGAATCTG ACTTACACCC AGCCAGACTC ATTTAAACCT 
CTCACATATA ACCTAGAAGC TGATAGTTCT GAGAATAATG ACTTTAACAC GCTTAGTGGG 
ATGCTAAGAT ACATAAACAA AGAAGTAAGA CTATTAAAAA AGTCTTCTAT GCAAACAGGT 
GCTGGTTTAA ATCAGGTATG TATTTTATAC ACTGTAAACT GTAATAATTT GTTTCCAAAG 
AATATCATTT TATTACTTGG AAGAAAATTC ATATATTTAA ATGAAAAACT ACTAATATTT 
GAAGAAGGAA GATTTTACAT TTTATACATT AAGTAA

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

RefSeq	XP_016856648.1
CDS	97..4812
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQIESLNDKLQNAKEQLREKEFIMLQNEQEISQLKKEIERTQQRMKEMESVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001159.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X7, mRNA.

Target ORF information:

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

XM_017001159.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGCTTGAA GCTCAACTAG AGAAAAAGGA CCAACAATTT 
AAAGAACAAG AAAAGACTAT GTCCATGTTG CAACAAGATA TAATATGCAA ACAACATCAT 
CTTGAATCAC TAGATAGACT CTTGACGGAA AGCAAAGGGG AAATGAAAAA GGAAAATATG 
AAGAAAGATG AAGCTTTAAA AGCATTACAG AACCAAGTAT CTGAAGAAAC AATCAAGGTT 
AGGCAACTAG ATTCAGCATT GGAAATTTGT AAGGAAGAAC TTGTCTTGCA TTTGAATCAA 
TTGGAAGGAA ATAAGGAAAA GTTTGAAAAA CAGTTAAAGA AGAAATCTGA AGAGGTATAT 
TGTTTACAGA AAGAGCTAAA GATAAAAAAT CACAGTCTTC AAGAGACTTC TGAGCAAAAC 
GTTATTCTAC AGCATACTCT TCAGCAACAG CAGCAAATGT TACAACAAGA GACAATTAGA 
AATGGAGAGC TAGAAGATAC TCAAACTAAA CTTGAAAAAC AGGTGTCAAA ACTGGAACAA 
GAACTTCAAA AACAAAGGGA AAGTTCAGCT GAAAAGTTGA GAAAAATGGA GGAGAAATGT 
GAATCAGCTG CACATGAAGC AGATTTGAAA AGGCAAAAAG TGATTGAGCT TACTGGCACT 
GCCAGGCAAG TAAAGATTGA GATGGATCAG TACAAAGAAG AGCTGTCTAA AATGGAAAAG 
GAAATAATGC ACCTAAAACG AGATGGAGAA AATAAAGCAA TGCACCTCTC TCAATTAGAT 
ATGATCTTAG ATCAGACAAA GACAGAGCTA GAAAAGAAAA CAAATGCTGT AAAGGAGTTA 
GAAAAGTTAC AGCACAGTAC TGAAACTGAA CTAACAGAAG CCTTGCAAAA ACGGGAAGTA 
CTTGAGACTG AACTACAAAA TGCTCATGGA GAATTAAAAA GTACTTTAAG ACAACTCCAG 
GAATTGAGAG ATGTACTACA GAAGGCTCAA TTATCATTAG AGGAAAAATA CACTACTATA 
AAGGATCTCA CAGCTGAACT TAGAGAATGC AAGATGGAGA TTGAAGACAA AAAGCAGGAG 
CTCCTTGAAA TGGATCAGGC ACTTAAAGAG AGAAATTGGG AACTAAAGCA AAGAGCAGCT 
CAGGTTACAC ATTTGGATAT GACTATTCGT GAGCACAGAG GAGAAATGGA ACAAAAAATA 
ATTAAATTAG AAGGTACTCT GGAGAAATCA GAATTGGAAC TTAAAGAATG TAACAAACAG 
ATAGAAAGTC TGAATGACAA ATTACAAAAT GCTAAAGAAC AGCTTCGAGA AAAAGAGTTT 
ATAATGCTAC AAAATGAACA GGAGATAAGT CAACTGAAAA AAGAAATTGA AAGAACACAA 
CAAAGGATGA AAGAAATGGA GAGTGTTATG AAAGAGCAAG AACAGTACAT TGCCACTCAG 
TACAAGGAGG CCATAGATTT GGGGCAAGAA TTGAGGCTGA CCCGGGAGCA GGTGCAGAAC 
TCTCATACAG AATTGGCAGA GGCTCGTCAT CAGCAAGTCC AAGCACAGAG AGAAATAGAA 
AGGCTCTCTA GTGAACTGGA GGATATGAAG CAACTCTCTA AAGAGAAAGA TGCTCATGGA 
AACCATTTAG CTGAAGAACT GGGGGCTTCT AAAGTACGTG AAGCTCATTT AGAAGCAAGA 
ATGCAAGCAG AAATCAAGAA ATTGTCAGCA GAAGTAGAAT CTCTCAAAGA AGCTTATCAT 
ATGGAGATGA TTTCACATCA AGAGAACCAT GCAAAGTGGA AGATTTCTGC TGACTCTCAA 
AAGTCTTCTG TTCAGCAACT AAACGAACAG TTAGAGAAGG CAAAATTGGA ATTAGAAGAA 
GCTCAGGATA CTGTAAGCAA TTTGCATCAA CAAGTCCAAG ATAGGAATGA AGTAATTGAA 
GCTGCAAATG AAGCATTACT TACTAAAGAA TCAGAATTAA CCAGATTACA GGCCAAAATT 
TCTGGACATG AAAAGGCAGA AGACATCAAG TTTCTGCCAG CCCCATTTAC ATCTCCAACA 
GAAATTATGC CTGATGTTCA AGATCCAAAA TTTGCTAAAT GTTTTCACAC ATCTTTTTCC 
AAGTGTACAA AATTACGTCG CTCTATTAGT GCCAGTGATC TTACTTTCAA AATTCATGGT 
GATGAAGATC TTTCTGAAGA ATTACTACAG GACTTAAAGA AAATGCAATT AGAACAGCCT 
TCAACATTAG AAGAAAGCCA TAAGAATCTG ACTTACACCC AGCCAGACTC ATTTAAACCT 
CTCACATATA ACCTAGAAGC TGATAGTTCT GAGAATAATG ACTTTAACAC GCTTAGTGGG 
ATGCTAAGAT ACATAAACAA AGAAGTAAGA CTATTAAAAA AGTCTTCTAT GCAAACAGGT 
GCTGGTTTAA ATCAGGTATG TATTTTATAC ACTGTAAACT GTAATAATTT GTTTCCAAAG 
AATATCATTT TATTACTTGG AAGAAAATTC ATATATTTAA ATGAAAAACT ACTAATATTT 
GAAGAAGGAA GATTTTACAT TTTATACATT AAGTAA

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

CCDC18 ( XM_017001160.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856649.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X8, mRNA.

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CloneID	OHu87318
Clone ID Related Accession (Same CDS sequence)	XM_017001160.1 , XM_017001160.2
Accession Version	XM_017001160.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGTATGTA TTTTATACAC TGTAAACTGT AATAATTTGT TTCCAAAGAA TATCATTTTA 
TTACTTGGAA GAAAATTCAT ATATTTAAAT GAAAAACTAC TAATATTTGA AGAAGGAAGA 
TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856649.1
CDS	25..4728
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001160.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X8, mRNA.

Target ORF information:

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

XM_017001160.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGTATGTA TTTTATACAC TGTAAACTGT AATAATTTGT TTCCAAAGAA TATCATTTTA 
TTACTTGGAA GAAAATTCAT ATATTTAAAT GAAAAACTAC TAATATTTGA AGAAGGAAGA 
TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001160.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856649.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu87318
Clone ID Related Accession (Same CDS sequence)	XM_017001160.1 , XM_017001160.2
Accession Version	XM_017001160.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001160.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGTATGTA TTTTATACAC TGTAAACTGT AATAATTTGT TTCCAAAGAA TATCATTTTA 
TTACTTGGAA GAAAATTCAT ATATTTAAAT GAAAAACTAC TAATATTTGA AGAAGGAAGA 
TTTTACATTT TATACATTAA GTAA

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

RefSeq	XP_016856649.1
CDS	97..4800
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQVCILYTVNCNNLFPKNIILLLGRKFIYLNEKLLIFEEGRFYILYIK

Target ORF information:

RefSeq Version	XM_017001160.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X8, mRNA.

Target ORF information:

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

XM_017001160.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGTATGTA TTTTATACAC TGTAAACTGT AATAATTTGT TTCCAAAGAA TATCATTTTA 
TTACTTGGAA GAAAATTCAT ATATTTAAAT GAAAAACTAC TAATATTTGA AGAAGGAAGA 
TTTTACATTT TATACATTAA GTAA

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

CCDC18 ( XM_017001161.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856650.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu87319
Clone ID Related Accession (Same CDS sequence)	XM_017001161.2 , XM_017001161.1
Accession Version	XM_017001161.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017001161.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGGAGAAA ATGTGTAA

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

RefSeq	XP_016856650.1
CDS	97..4674
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQGENV

Target ORF information:

RefSeq Version	XM_017001161.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X9, mRNA.

Target ORF information:

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

XM_017001161.2

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGGAGAAA ATGTGTAA

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

CCDC18 ( XM_017001161.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016856650.1 Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X9, mRNA.

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CloneID	OHu87319
Clone ID Related Accession (Same CDS sequence)	XM_017001161.2 , XM_017001161.1
Accession Version	XM_017001161.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 18 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGGAGAAA ATGTGTAA

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

RefSeq	XP_016856650.1
CDS	25..4602
Translation	MASPTNGHHGGNCGKCSPGRAPLVGSGALADHDPRQAPRLRRRLTQSAPGRGSDRVGASQRLPRRFEFCAAGVRWFSELCPRLPRAGARERVRGFLTQTRVRSAQSPGGSLPSDDLGEMESSSSDYYNKDNEEESLLANVASLRHELKITEWSLQSLGEELSSVSPSENSDYAPNPSRSEKLILDVQPSHPGLLNYSPYENVCKISGSSTDFQKKPRDKMFSSSAPVDQEIKSLREKLNKLRQQNACLVTQNHSLMTKFESIHFELTQSRAKVSMLESAQQQAASVPILEEQIINLEAEVSAQDKVLREAENKLEQSQKMVIEKEQSLQESKEECIKLKVDLLEQTKQGKRAERQRNEALYNAEELSKAFQQYKKKVAEKLEKVQAEEEILERNLTNCEKENKRLQERCGLYKSELEILKEKLRQLKEENNNGKEKLRIMAVKNSEVMAQLTESRQSILKLESELENKDEILRDKFSLMNENRELKVRVAAQNERLDLCQQEIESSRVELRSLEKIISQLPLKRELFGFKSYLSKYQMSSFSNKEDRCIGCCEANKLVISELRIKLAIKEAEIQKLHANLTANQLSQSLITCNDSQESSKLSSLETEPVKLGGHQVAESVKDQNQHTMNKQYEKERQRLVTGIEELRTKLIQIEAENSDLKVNMAHRTSQFQLIQEELLEKASNSSKLESEMTKKCSQLLTLEKQLEEKIVAYSSIAAKNAELEQELMEKNEKIRSLETNINTEHEKICLAFEKAKKIHLEQHKEMEKQIERLEAQLEKKDQQFKEQEKTMSMLQQDIICKQHHLESLDRLLTESKGEMKKENMKKDEALKALQNQVSEETIKVRQLDSALEICKEELVLHLNQLEGNKEKFEKQLKKKSEEVYCLQKELKIKNHSLQETSEQNVILQHTLQQQQQMLQQETIRNGELEDTQTKLEKQVSKLEQELQKQRESSAEKLRKMEEKCESAAHEADLKRQKVIELTGTARQVKIEMDQYKEELSKMEKEIMHLKRDGENKAMHLSQLDMILDQTKTELEKKTNAVKELEKLQHSTETELTEALQKREVLETELQNAHGELKSTLRQLQELRDVLQKAQLSLEEKYTTIKDLTAELRECKMEIEDKKQELLEMDQALKERNWELKQRAAQVTHLDMTIREHRGEMEQKIIKLEGTLEKSELELKECNKQVMKEQEQYIATQYKEAIDLGQELRLTREQVQNSHTELAEARHQQVQAQREIERLSSELEDMKQLSKEKDAHGNHLAEELGASKVREAHLEARMQAEIKKLSAEVESLKEAYHMEMISHQENHAKWKISADSQKSSVQQLNEQLEKAKLELEEAQDTVSNLHQQVQDRNEVIEAANEALLTKESELTRLQAKISGHEKAEDIKFLPAPFTSPTEIMPDVQDPKFAKCFHTSFSKCTKLRRSISASDLTFKIHGDEDLSEELLQDLKKMQLEQPSTLEESHKNLTYTQPDSFKPLTYNLEADSSENNDFNTLSGMLRYINKEVRLLKKSSMQTGAGLNQGENV

Target ORF information:

RefSeq Version	XM_017001161.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 18 (CCDC18), transcript variant X9, mRNA.

Target ORF information:

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

XM_017001161.1

ORF Insert Sequence:

ATGGCTTCCC CCACCAATGG GCATCATGGC GGTAATTGTG GGAAATGTAG TCCCGGGCGG 
GCTCCGCTAG TGGGCTCGGG CGCGCTCGCC GACCACGATC CCCGGCAAGC CCCGCGCCTT 
CGGCGGCGCC TCACGCAGTC TGCGCCGGGG CGGGGCAGTG ACCGGGTAGG CGCGTCCCAA 
CGGCTCCCGC GGCGGTTCGA ATTCTGTGCT GCCGGGGTTC GCTGGTTCTC CGAGTTGTGT 
CCGAGGCTTC CACGCGCAGG GGCCCGGGAA AGGGTCAGAG GCTTCCTAAC GCAGACTCGA 
GTGCGAAGCG CGCAGTCGCC GGGTGGGTCT CTCCCCAGCG ACGATTTGGG TGAAATGGAA 
TCTAGTTCAT CAGACTACTA TAATAAAGAC AATGAAGAGG AAAGTTTGCT TGCAAATGTT 
GCTTCCTTAA GACATGAACT GAAGATAACA GAATGGAGTT TGCAGAGTTT AGGGGAAGAG 
TTATCCAGTG TTAGTCCAAG TGAAAATTCT GATTATGCCC CTAATCCTTC AAGGTCTGAA 
AAGCTAATTT TGGATGTTCA GCCTAGCCAC CCTGGACTTT TGAATTATTC ACCTTATGAA 
AACGTCTGTA AAATATCTGG TAGCAGCACT GATTTTCAAA AAAAGCCAAG AGATAAGATG 
TTTTCATCTT CTGCCCCTGT GGATCAGGAG ATTAAAAGCC TTCGAGAGAA ACTAAATAAA 
CTTAGGCAAC AGAATGCTTG TTTGGTCACA CAGAATCATT CCTTAATGAC TAAATTTGAA 
TCTATTCACT TTGAATTAAC ACAGTCAAGA GCAAAAGTTT CTATGCTTGA GTCTGCTCAA 
CAGCAGGCAG CCAGTGTCCC AATCTTAGAA GAACAGATTA TAAATTTGGA AGCAGAGGTT 
TCAGCTCAAG ATAAAGTTTT GAGAGAGGCA GAAAATAAGC TGGAACAGAG CCAGAAAATG 
GTAATTGAAA AGGAACAGAG TTTGCAGGAG TCCAAAGAGG AATGTATAAA ATTAAAGGTG 
GACTTACTTG AACAAACCAA ACAAGGAAAA AGAGCTGAAC GACAAAGGAA TGAAGCACTA 
TATAATGCCG AAGAGCTGAG TAAAGCTTTC CAACAATATA AAAAAAAAGT GGCTGAAAAA 
CTGGAAAAGG TTCAAGCTGA AGAAGAAATA TTAGAGAGAA ATCTAACTAA CTGTGAAAAA 
GAAAATAAAA GGCTACAAGA AAGGTGTGGT CTATATAAAA GTGAACTTGA AATTCTGAAA 
GAGAAATTAA GGCAGTTAAA AGAAGAAAAT AACAACGGAA AAGAAAAATT AAGGATCATG 
GCAGTGAAAA ATTCAGAAGT CATGGCACAA CTAACTGAAT CTAGACAAAG TATTTTGAAG 
CTAGAGAGTG AGTTAGAGAA CAAAGACGAA ATACTTAGAG ACAAATTTTC TTTAATGAAT 
GAAAACCGAG AATTAAAGGT CCGTGTTGCA GCACAGAATG AGCGACTAGA TTTATGTCAA 
CAAGAAATTG AAAGTTCAAG GGTAGAACTA AGAAGTTTGG AAAAGATTAT ATCCCAGTTG 
CCATTAAAAA GAGAATTATT TGGCTTTAAA TCATATCTTT CTAAATACCA GATGAGTAGC 
TTCTCAAACA AGGAAGACCG TTGCATTGGC TGCTGTGAGG CAAATAAATT GGTGATTTCG 
GAATTGAGAA TTAAGCTTGC AATAAAAGAG GCAGAAATTC AAAAGCTTCA TGCAAACCTG 
ACTGCAAATC AGTTATCTCA GAGTCTTATT ACTTGTAATG ACAGCCAAGA AAGTAGCAAA 
TTAAGTAGTT TAGAAACAGA ACCTGTAAAG CTAGGTGGTC ATCAAGTAGC AGAAAGCGTA 
AAAGATCAAA ATCAACATAC TATGAACAAG CAATATGAAA AAGAGAGGCA AAGACTTGTT 
ACTGGAATAG AAGAACTACG TACTAAGCTG ATACAAATAG AAGCTGAAAA TTCTGATTTG 
AAGGTTAACA TGGCTCACAG AACTAGTCAG TTTCAGCTGA TTCAAGAGGA GCTGCTAGAG 
AAAGCTTCAA ACTCCAGCAA ACTGGAAAGT GAAATGACAA AGAAATGTTC TCAACTTTTA 
ACTCTTGAGA AACAGCTGGA AGAAAAGATA GTTGCTTATT CCTCTATTGC TGCAAAAAAT 
GCAGAACTAG AACAGGAGCT TATGGAAAAG AATGAAAAGA TAAGGAGTCT AGAAACCAAT 
ATTAATACAG AGCATGAGAA AATTTGTTTA GCCTTTGAAA AAGCAAAGAA AATTCACTTG 
GAACAGCATA AAGAAATGGA AAAGCAGATT GAAAGACTTG AAGCTCAACT AGAGAAAAAG 
GACCAACAAT TTAAAGAACA AGAAAAGACT ATGTCCATGT TGCAACAAGA TATAATATGC 
AAACAACATC ATCTTGAATC ACTAGATAGA CTCTTGACGG AAAGCAAAGG GGAAATGAAA 
AAGGAAAATA TGAAGAAAGA TGAAGCTTTA AAAGCATTAC AGAACCAAGT ATCTGAAGAA 
ACAATCAAGG TTAGGCAACT AGATTCAGCA TTGGAAATTT GTAAGGAAGA ACTTGTCTTG 
CATTTGAATC AATTGGAAGG AAATAAGGAA AAGTTTGAAA AACAGTTAAA GAAGAAATCT 
GAAGAGGTAT ATTGTTTACA GAAAGAGCTA AAGATAAAAA ATCACAGTCT TCAAGAGACT 
TCTGAGCAAA ACGTTATTCT ACAGCATACT CTTCAGCAAC AGCAGCAAAT GTTACAACAA 
GAGACAATTA GAAATGGAGA GCTAGAAGAT ACTCAAACTA AACTTGAAAA ACAGGTGTCA 
AAACTGGAAC AAGAACTTCA AAAACAAAGG GAAAGTTCAG CTGAAAAGTT GAGAAAAATG 
GAGGAGAAAT GTGAATCAGC TGCACATGAA GCAGATTTGA AAAGGCAAAA AGTGATTGAG 
CTTACTGGCA CTGCCAGGCA AGTAAAGATT GAGATGGATC AGTACAAAGA AGAGCTGTCT 
AAAATGGAAA AGGAAATAAT GCACCTAAAA CGAGATGGAG AAAATAAAGC AATGCACCTC 
TCTCAATTAG ATATGATCTT AGATCAGACA AAGACAGAGC TAGAAAAGAA AACAAATGCT 
GTAAAGGAGT TAGAAAAGTT ACAGCACAGT ACTGAAACTG AACTAACAGA AGCCTTGCAA 
AAACGGGAAG TACTTGAGAC TGAACTACAA AATGCTCATG GAGAATTAAA AAGTACTTTA 
AGACAACTCC AGGAATTGAG AGATGTACTA CAGAAGGCTC AATTATCATT AGAGGAAAAA 
TACACTACTA TAAAGGATCT CACAGCTGAA CTTAGAGAAT GCAAGATGGA GATTGAAGAC 
AAAAAGCAGG AGCTCCTTGA AATGGATCAG GCACTTAAAG AGAGAAATTG GGAACTAAAG 
CAAAGAGCAG CTCAGGTTAC ACATTTGGAT ATGACTATTC GTGAGCACAG AGGAGAAATG 
GAACAAAAAA TAATTAAATT AGAAGGTACT CTGGAGAAAT CAGAATTGGA ACTTAAAGAA 
TGTAACAAAC AGGTTATGAA AGAGCAAGAA CAGTACATTG CCACTCAGTA CAAGGAGGCC 
ATAGATTTGG GGCAAGAATT GAGGCTGACC CGGGAGCAGG TGCAGAACTC TCATACAGAA 
TTGGCAGAGG CTCGTCATCA GCAAGTCCAA GCACAGAGAG AAATAGAAAG GCTCTCTAGT 
GAACTGGAGG ATATGAAGCA ACTCTCTAAA GAGAAAGATG CTCATGGAAA CCATTTAGCT 
GAAGAACTGG GGGCTTCTAA AGTACGTGAA GCTCATTTAG AAGCAAGAAT GCAAGCAGAA 
ATCAAGAAAT TGTCAGCAGA AGTAGAATCT CTCAAAGAAG CTTATCATAT GGAGATGATT 
TCACATCAAG AGAACCATGC AAAGTGGAAG ATTTCTGCTG ACTCTCAAAA GTCTTCTGTT 
CAGCAACTAA ACGAACAGTT AGAGAAGGCA AAATTGGAAT TAGAAGAAGC TCAGGATACT 
GTAAGCAATT TGCATCAACA AGTCCAAGAT AGGAATGAAG TAATTGAAGC TGCAAATGAA 
GCATTACTTA CTAAAGAATC AGAATTAACC AGATTACAGG CCAAAATTTC TGGACATGAA 
AAGGCAGAAG ACATCAAGTT TCTGCCAGCC CCATTTACAT CTCCAACAGA AATTATGCCT 
GATGTTCAAG ATCCAAAATT TGCTAAATGT TTTCACACAT CTTTTTCCAA GTGTACAAAA 
TTACGTCGCT CTATTAGTGC CAGTGATCTT ACTTTCAAAA TTCATGGTGA TGAAGATCTT 
TCTGAAGAAT TACTACAGGA CTTAAAGAAA ATGCAATTAG AACAGCCTTC AACATTAGAA 
GAAAGCCATA AGAATCTGAC TTACACCCAG CCAGACTCAT TTAAACCTCT CACATATAAC 
CTAGAAGCTG ATAGTTCTGA GAATAATGAC TTTAACACGC TTAGTGGGAT GCTAAGATAC 
ATAAACAAAG AAGTAAGACT ATTAAAAAAG TCTTCTATGC AAACAGGTGC TGGTTTAAAT 
CAGGGAGAAA ATGTGTAA

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

PubMed

Immunomic analysis of human sarcoma.
Proceedings of the National Academy of Sciences of the United States of America100(5)2651-6(2003 Mar)
Lee SY,Obata Y,Yoshida M,Stockert E,Williamson B,Jungbluth AA,Chen YT,Old LJ,Scanlan MJ

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CCDC18 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

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