Cep170 gene cDNA ORF clone, Mus caroli(Ryukyu mouse)

mRNA	Protein	Name
XM_021160717.1	XP_021016376.1	centrosomal protein of 170 kDa isoform X6
XM_021160708.2	XP_021016367.1	centrosomal protein of 170 kDa isoform X7
XM_021160674.1	XP_021016333.1	centrosomal protein of 170 kDa isoform X1
XM_021160681.1	XP_021016340.1	centrosomal protein of 170 kDa isoform X2
XM_021160674.2	XP_021016333.1	centrosomal protein of 170 kDa isoform X1
XM_029481033.1	XP_029336893.1	centrosomal protein of 170 kDa isoform X4
XM_029481035.1	XP_029336895.1	centrosomal protein of 170 kDa isoform X9
XM_029481037.1	XP_029336897.1	centrosomal protein of 170 kDa isoform X11
XM_021160690.1	XP_021016349.1	centrosomal protein of 170 kDa isoform X3
XM_021160690.2	XP_021016349.1	centrosomal protein of 170 kDa isoform X3
XM_021160699.2	XP_021016358.1	centrosomal protein of 170 kDa isoform X6
XM_021160717.2	XP_021016376.1	centrosomal protein of 170 kDa isoform X8
XM_021160699.1	XP_021016358.1	centrosomal protein of 170 kDa isoform X4
XM_021160708.1	XP_021016367.1	centrosomal protein of 170 kDa isoform X5
XM_021160724.1	XP_021016383.1	centrosomal protein of 170 kDa isoform X7
XM_021160681.2	XP_021016340.1	centrosomal protein of 170 kDa isoform X2
XM_029481034.1	XP_029336894.1	centrosomal protein of 170 kDa isoform X5
XM_029481036.1	XP_029336896.1	centrosomal protein of 170 kDa isoform X10

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OMv23062	XM_021160699.2 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv23063	XM_021160708.2 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv23064	XM_021160717.2 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv23065	XM_021160724.1 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OMv66585	XM_029481035.1 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMv66586	XM_029481036.1 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMv66587	XM_029481037.1 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMv23059	XM_021160674.2 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OMv23060	XM_021160681.2 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OMv23061	XM_021160690.2 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OMv66583	XM_029481033.1 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMv66584	XM_029481034.1 Latest version!	Mus caroli centrosomal protein 170 (Cep170), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OMv23059	XM_021160674.1	Mus caroli centrosomal protein 170 (Cep170), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OMv23061	XM_021160690.1	Mus caroli centrosomal protein 170 (Cep170), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OMv23064	XM_021160717.1	Mus caroli centrosomal protein 170 (Cep170), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv23062	XM_021160699.1	Mus caroli centrosomal protein 170 (Cep170), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv23063	XM_021160708.1	Mus caroli centrosomal protein 170 (Cep170), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv23060	XM_021160681.1	Mus caroli centrosomal protein 170 (Cep170), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
Hide Old Accession Versions >>

Cep170 ( XM_021160699.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016358.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OMv23062
Clone ID Related Accession (Same CDS sequence)	XM_021160699.2 , XM_021160699.1
Accession Version	XM_021160699.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4473bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021160699.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGGTAGG AGATCTTCAT GGAGAAATGC ATAAGTTGGT TGATCGTGTT 
TTTGATGAAA GTCTCAACTT CAGAAAGATA CCTCCATTAG TTCATTCTAA AACACCAGAA 
GGAAACAACG GTCGGTCTGT TGACTCGAGG CCTCAGCCAG CCGAGCATCC TGATCACTTA 
ACAATTACAA GACGGAGAAC CTGGAGTAGG GATGAAGTCA TGGGAGATAA TCTGCTATTG 
TCATCAGTCT TTCAGTTCTC TAGGAAGATT AGACAATCCA TCGATAAAAC AGCTGGGAAA 
ATCAGAATAT TGTTTAAAGA CAAAGACCGG AACTGGGATG ACATAGAAAA CAAGCTAAGA 
GCTGAAAGCG AAGTCCCTAT CGTTAAAACT TCAAGCATGG AGATTTCTTC TATTTTACAG 
GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA GTGATAAATG CCATGATTGA CCCAGATGGA 
ACTTTGGAGG CTCTTAACAA CATGGGATTT CCCAATGCTA TCCTGCCATC CCCACCAAAA 
CAGAAGTCCA GCCCTGTTAA TAACCACAGC AGCCCTAGTC AGACGCCAGC ACTTTGCCCA 
CCAGAAACTA GAGCCCTACA CCCTGCTGCT GCGGGAGCGG CGGCAGCAGC CTCCACTGAG 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATCCATT TCAATAGGTT CAACCCTGAT 
GGGGAAGAGG AGGATGTTAC AGTACATGAA TGA

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

RefSeq	XP_021016358.1
CDS	607..5079
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAAVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160699.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X6, mRNA.

Target ORF information:

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

XM_021160699.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGGTAGG AGATCTTCAT GGAGAAATGC ATAAGTTGGT TGATCGTGTT 
TTTGATGAAA GTCTCAACTT CAGAAAGATA CCTCCATTAG TTCATTCTAA AACACCAGAA 
GGAAACAACG GTCGGTCTGT TGACTCGAGG CCTCAGCCAG CCGAGCATCC TGATCACTTA 
ACAATTACAA GACGGAGAAC CTGGAGTAGG GATGAAGTCA TGGGAGATAA TCTGCTATTG 
TCATCAGTCT TTCAGTTCTC TAGGAAGATT AGACAATCCA TCGATAAAAC AGCTGGGAAA 
ATCAGAATAT TGTTTAAAGA CAAAGACCGG AACTGGGATG ACATAGAAAA CAAGCTAAGA 
GCTGAAAGCG AAGTCCCTAT CGTTAAAACT TCAAGCATGG AGATTTCTTC TATTTTACAG 
GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA GTGATAAATG CCATGATTGA CCCAGATGGA 
ACTTTGGAGG CTCTTAACAA CATGGGATTT CCCAATGCTA TCCTGCCATC CCCACCAAAA 
CAGAAGTCCA GCCCTGTTAA TAACCACAGC AGCCCTAGTC AGACGCCAGC ACTTTGCCCA 
CCAGAAACTA GAGCCCTACA CCCTGCTGCT GCGGGAGCGG CGGCAGCAGC CTCCACTGAG 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATCCATT TCAATAGGTT CAACCCTGAT 
GGGGAAGAGG AGGATGTTAC AGTACATGAA TGA

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

Cep170 ( XM_021160699.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016358.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OMv23062
Clone ID Related Accession (Same CDS sequence)	XM_021160699.2 , XM_021160699.1
Accession Version	XM_021160699.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4473bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGGTAGG AGATCTTCAT GGAGAAATGC ATAAGTTGGT TGATCGTGTT 
TTTGATGAAA GTCTCAACTT CAGAAAGATA CCTCCATTAG TTCATTCTAA AACACCAGAA 
GGAAACAACG GTCGGTCTGT TGACTCGAGG CCTCAGCCAG CCGAGCATCC TGATCACTTA 
ACAATTACAA GACGGAGAAC CTGGAGTAGG GATGAAGTCA TGGGAGATAA TCTGCTATTG 
TCATCAGTCT TTCAGTTCTC TAGGAAGATT AGACAATCCA TCGATAAAAC AGCTGGGAAA 
ATCAGAATAT TGTTTAAAGA CAAAGACCGG AACTGGGATG ACATAGAAAA CAAGCTAAGA 
GCTGAAAGCG AAGTCCCTAT CGTTAAAACT TCAAGCATGG AGATTTCTTC TATTTTACAG 
GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA GTGATAAATG CCATGATTGA CCCAGATGGA 
ACTTTGGAGG CTCTTAACAA CATGGGATTT CCCAATGCTA TCCTGCCATC CCCACCAAAA 
CAGAAGTCCA GCCCTGTTAA TAACCACAGC AGCCCTAGTC AGACGCCAGC ACTTTGCCCA 
CCAGAAACTA GAGCCCTACA CCCTGCTGCT GCGGGAGCGG CGGCAGCAGC CTCCACTGAG 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATCCATT TCAATAGGTT CAACCCTGAT 
GGGGAAGAGG AGGATGTTAC AGTACATGAA TGA

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

RefSeq	XP_021016358.1
CDS	297..4769
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAAVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160699.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X4, mRNA.

Target ORF information:

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

XM_021160699.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGGTAGG AGATCTTCAT GGAGAAATGC ATAAGTTGGT TGATCGTGTT 
TTTGATGAAA GTCTCAACTT CAGAAAGATA CCTCCATTAG TTCATTCTAA AACACCAGAA 
GGAAACAACG GTCGGTCTGT TGACTCGAGG CCTCAGCCAG CCGAGCATCC TGATCACTTA 
ACAATTACAA GACGGAGAAC CTGGAGTAGG GATGAAGTCA TGGGAGATAA TCTGCTATTG 
TCATCAGTCT TTCAGTTCTC TAGGAAGATT AGACAATCCA TCGATAAAAC AGCTGGGAAA 
ATCAGAATAT TGTTTAAAGA CAAAGACCGG AACTGGGATG ACATAGAAAA CAAGCTAAGA 
GCTGAAAGCG AAGTCCCTAT CGTTAAAACT TCAAGCATGG AGATTTCTTC TATTTTACAG 
GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA GTGATAAATG CCATGATTGA CCCAGATGGA 
ACTTTGGAGG CTCTTAACAA CATGGGATTT CCCAATGCTA TCCTGCCATC CCCACCAAAA 
CAGAAGTCCA GCCCTGTTAA TAACCACAGC AGCCCTAGTC AGACGCCAGC ACTTTGCCCA 
CCAGAAACTA GAGCCCTACA CCCTGCTGCT GCGGGAGCGG CGGCAGCAGC CTCCACTGAG 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATCCATT TCAATAGGTT CAACCCTGAT 
GGGGAAGAGG AGGATGTTAC AGTACATGAA TGA

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

Cep170 ( XM_021160708.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016367.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X7, mRNA.

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CloneID	OMv23063
Clone ID Related Accession (Same CDS sequence)	XM_021160708.2 , XM_021160708.1
Accession Version	XM_021160708.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4443bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021160708.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGTTGGT TGATCGTGTT TTTGATGAAA GTCTCAACTT CAGAAAGATA 
CCTCCATTAG TTCATTCTAA AACACCAGAA GGAAACAACG GTCGGTCTGT TGACTCGAGG 
CCTCAGCCAG CCGAGCATCC TGATCACTTA ACAATTACAA GACGGAGAAC CTGGAGTAGG 
GATGAAGTCA TGGGAGATAA TCTGCTATTG TCATCAGTCT TTCAGTTCTC TAGGAAGATT 
AGACAATCCA TCGATAAAAC AGCTGGGAAA ATCAGAATAT TGTTTAAAGA CAAAGACCGG 
AACTGGGATG ACATAGAAAA CAAGCTAAGA GCTGAAAGCG AAGTCCCTAT CGTTAAAACT 
TCAAGCATGG AGATTTCTTC TATTTTACAG GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA 
GTGATAAATG CCATGATTGA CCCAGATGGA ACTTTGGAGG CTCTTAACAA CATGGGATTT 
CCCAATGCTA TCCTGCCATC CCCACCAAAA CAGAAGTCCA GCCCTGTTAA TAACCACAGC 
AGCCCTAGTC AGACGCCAGC ACTTTGCCCA CCAGAAACTA GAGCCCTACA CCCTGCTGCT 
GCGGGAGCGG CGGCAGCAGC CTCCACTGAG TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATCCATT TCAATAGGTT CAACCCTGAT GGGGAAGAGG AGGATGTTAC AGTACATGAA 
TGA

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

RefSeq	XP_021016367.1
CDS	606..5048
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAAVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160708.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X7, mRNA.

Target ORF information:

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

XM_021160708.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGTTGGT TGATCGTGTT TTTGATGAAA GTCTCAACTT CAGAAAGATA 
CCTCCATTAG TTCATTCTAA AACACCAGAA GGAAACAACG GTCGGTCTGT TGACTCGAGG 
CCTCAGCCAG CCGAGCATCC TGATCACTTA ACAATTACAA GACGGAGAAC CTGGAGTAGG 
GATGAAGTCA TGGGAGATAA TCTGCTATTG TCATCAGTCT TTCAGTTCTC TAGGAAGATT 
AGACAATCCA TCGATAAAAC AGCTGGGAAA ATCAGAATAT TGTTTAAAGA CAAAGACCGG 
AACTGGGATG ACATAGAAAA CAAGCTAAGA GCTGAAAGCG AAGTCCCTAT CGTTAAAACT 
TCAAGCATGG AGATTTCTTC TATTTTACAG GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA 
GTGATAAATG CCATGATTGA CCCAGATGGA ACTTTGGAGG CTCTTAACAA CATGGGATTT 
CCCAATGCTA TCCTGCCATC CCCACCAAAA CAGAAGTCCA GCCCTGTTAA TAACCACAGC 
AGCCCTAGTC AGACGCCAGC ACTTTGCCCA CCAGAAACTA GAGCCCTACA CCCTGCTGCT 
GCGGGAGCGG CGGCAGCAGC CTCCACTGAG TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATCCATT TCAATAGGTT CAACCCTGAT GGGGAAGAGG AGGATGTTAC AGTACATGAA 
TGA

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

Cep170 ( XM_021160708.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016367.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X5, mRNA.

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CloneID	OMv23063
Clone ID Related Accession (Same CDS sequence)	XM_021160708.2 , XM_021160708.1
Accession Version	XM_021160708.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4443bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGTTGGT TGATCGTGTT TTTGATGAAA GTCTCAACTT CAGAAAGATA 
CCTCCATTAG TTCATTCTAA AACACCAGAA GGAAACAACG GTCGGTCTGT TGACTCGAGG 
CCTCAGCCAG CCGAGCATCC TGATCACTTA ACAATTACAA GACGGAGAAC CTGGAGTAGG 
GATGAAGTCA TGGGAGATAA TCTGCTATTG TCATCAGTCT TTCAGTTCTC TAGGAAGATT 
AGACAATCCA TCGATAAAAC AGCTGGGAAA ATCAGAATAT TGTTTAAAGA CAAAGACCGG 
AACTGGGATG ACATAGAAAA CAAGCTAAGA GCTGAAAGCG AAGTCCCTAT CGTTAAAACT 
TCAAGCATGG AGATTTCTTC TATTTTACAG GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA 
GTGATAAATG CCATGATTGA CCCAGATGGA ACTTTGGAGG CTCTTAACAA CATGGGATTT 
CCCAATGCTA TCCTGCCATC CCCACCAAAA CAGAAGTCCA GCCCTGTTAA TAACCACAGC 
AGCCCTAGTC AGACGCCAGC ACTTTGCCCA CCAGAAACTA GAGCCCTACA CCCTGCTGCT 
GCGGGAGCGG CGGCAGCAGC CTCCACTGAG TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATCCATT TCAATAGGTT CAACCCTGAT GGGGAAGAGG AGGATGTTAC AGTACATGAA 
TGA

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

RefSeq	XP_021016367.1
CDS	297..4739
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAAVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160708.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X5, mRNA.

Target ORF information:

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

XM_021160708.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGTAAATTCA 
AGATGGAGGC GCTTTCCTAC TGATTATGCT TCCACCTCAG AAGATGAATT TGGATCAAAC 
CGTAATTCCC CTAAACATAC TCGTCTACGT ACTTCTCCAG CCCTGAAAAC CACTCGCATG 
CAGAGTACTG GATCAGCAAT GCCTGCTAGT TCTTCATTCA AGCACCGAAT TAAAGAACAG 
GAAGACTATA TCCGAGATTG GACTGCCCAT CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT 
CTTGCTCTCA TTGCTCGGGA GATCAACGAC GTAGCAGGAG AAATAGATTC AGTGACTTCC 
TCAGGCACTG CCCCGAGTAC CACAGTAAGC ACTGCCGCCA CCACCCCTGG CTCTGCCATA 
GACACTAGAG AAGAGTTGGT TGATCGTGTT TTTGATGAAA GTCTCAACTT CAGAAAGATA 
CCTCCATTAG TTCATTCTAA AACACCAGAA GGAAACAACG GTCGGTCTGT TGACTCGAGG 
CCTCAGCCAG CCGAGCATCC TGATCACTTA ACAATTACAA GACGGAGAAC CTGGAGTAGG 
GATGAAGTCA TGGGAGATAA TCTGCTATTG TCATCAGTCT TTCAGTTCTC TAGGAAGATT 
AGACAATCCA TCGATAAAAC AGCTGGGAAA ATCAGAATAT TGTTTAAAGA CAAAGACCGG 
AACTGGGATG ACATAGAAAA CAAGCTAAGA GCTGAAAGCG AAGTCCCTAT CGTTAAAACT 
TCAAGCATGG AGATTTCTTC TATTTTACAG GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA 
GTGATAAATG CCATGATTGA CCCAGATGGA ACTTTGGAGG CTCTTAACAA CATGGGATTT 
CCCAATGCTA TCCTGCCATC CCCACCAAAA CAGAAGTCCA GCCCTGTTAA TAACCACAGC 
AGCCCTAGTC AGACGCCAGC ACTTTGCCCA CCAGAAACTA GAGCCCTACA CCCTGCTGCT 
GCGGGAGCGG CGGCAGCAGC CTCCACTGAG TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATCCATT TCAATAGGTT CAACCCTGAT GGGGAAGAGG AGGATGTTAC AGTACATGAA 
TGA

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

Cep170 ( XM_021160717.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016376.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OMv23064
Clone ID Related Accession (Same CDS sequence)	XM_021160717.1 , XM_021160717.2
Accession Version	XM_021160717.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4425bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGC 
AAGCGGTCTC CTCACCAGTC ACCCTGTCCA CCTGTGATGC TTTCTCTAGT CAACTTGTGC 
CCACATGCAG GTGCAGTAGT GTTCGCTGGG GTGAAGCTCA TTTAA

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

RefSeq	XP_021016376.1
CDS	221..4645
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKISKRSPHQSPCPPVMLSLVNLCPHAGAVVFAGVKLI

Target ORF information:

RefSeq Version	XM_021160717.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X6, mRNA.

Target ORF information:

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

XM_021160717.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGC 
AAGCGGTCTC CTCACCAGTC ACCCTGTCCA CCTGTGATGC TTTCTCTAGT CAACTTGTGC 
CCACATGCAG GTGCAGTAGT GTTCGCTGGG GTGAAGCTCA TTTAA

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

Cep170 ( XM_021160717.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016376.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OMv23064
Clone ID Related Accession (Same CDS sequence)	XM_021160717.1 , XM_021160717.2
Accession Version	XM_021160717.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4425bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021160717.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGC 
AAGCGGTCTC CTCACCAGTC ACCCTGTCCA CCTGTGATGC TTTCTCTAGT CAACTTGTGC 
CCACATGCAG GTGCAGTAGT GTTCGCTGGG GTGAAGCTCA TTTAA

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

RefSeq	XP_021016376.1
CDS	610..5034
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKISKRSPHQSPCPPVMLSLVNLCPHAGAVVFAGVKLI

Target ORF information:

RefSeq Version	XM_021160717.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X8, mRNA.

Target ORF information:

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

XM_021160717.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGC 
AAGCGGTCTC CTCACCAGTC ACCCTGTCCA CCTGTGATGC TTTCTCTAGT CAACTTGTGC 
CCACATGCAG GTGCAGTAGT GTTCGCTGGG GTGAAGCTCA TTTAA

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

Cep170 ( XM_021160724.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016383.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X7, mRNA.

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CloneID	OMv23065
Clone ID Related Accession (Same CDS sequence)	XM_021160724.1
Accession Version	XM_021160724.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3702bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGAAACA 
TACTCCTGCA AATCTCATGG ACGGACTCCA CTTACCTCAG CCGATGAACA CAACATACAT 
TCCAAACTGG AAGGAAGCAA AGCAACAAAG TCTAAGACTT CTCCTGTTGC CTCTGGTTCA 
ACAAGTAAAT CCACTACTCT CCCAAGGCCA CGGCCCACCC GGACGTCCCT CCTGCGTAGA 
GCCCGGCTGG GTGAAGCTTC TGACAGTGAA CTTGCTGATG CTGACAAAGC ATCCGTTGCT 
TCTGAAGTGT CCACTACAAG TTCCACATCA AAACCACCCA CAGGAAGGCG AACCATCTCT 
AGGATTGATT TATTGGCTCA GCCTCGAAGA ACAAGACTTG GCTCATTATC CGCCCGTAGT 
GACTCTGAAG CAACAATTTC AAGAAGCAGC GCATCTGCAC GCACTGCAGA AGCTGTCATT 
AGGAGCGGAG CCAGACTAGT GCCATCAGAT AAACTTTCTC CTAGAACTAG AGCTAACAGT 
ATCTCTCGGC TCTCCGATTC CAAGGTCAAG AGCATGAGCT CCACTCACGG CTCTCCTTCA 
GTAAATTCAA GATGGAGGCG CTTTCCTACT GATTATGCTT CCACCTCAGA AGATGAATTT 
GGATCAAACC GTAATTCCCC TAAACATACT CGTCTACGTA CTTCTCCAGC CCTGAAAACC 
ACTCGCATGC AGAGTACTGG ATCAGCAATG CCTGCTAGTT CTTCATTCAA GCACCGAATT 
AAAGAACAGG AAGACTATAT CCGAGATTGG ACTGCCCATC GAGAAGAGAT AGCCAGGATC 
AGCCAAGATC TTGCTCTCAT TGCTCGGGAG ATCAACGACG TAGCAGGAGA AATAGATTCA 
GTGACTTCCT CAGGCACTGC CCCGAGTACC ACAGTAAGCA CTGCCGCCAC CACCCCTGGC 
TCTGCCATAG ACACTAGAGA AGAGGTAGGA GATCTTCATG GAGAAATGCA TAAGTTGGTT 
GATCGTGTTT TTGATGAAAG TCTCAACTTC AGAAAGATAC CTCCATTAGT TCATTCTAAA 
ACACCAGAAG GAAACAACGG TCGGTCTGTT GACTCGAGGC CTCAGCCAGC CGAGCATCCT 
GATCACTTAA CAATTACAAG ACGGAGAACC TGGAGTAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTATTGT CATCAGTCTT TCAGTTCTCT AGGAAGATTA GACAATCCAT CGATAAAACA 
GCTGGGAAAA TCAGAATATT GTTTAAAGAC AAAGACCGGA ACTGGGATGA CATAGAAAAC 
AAGCTAAGAG CTGAAAGCGA AGTCCCTATC GTTAAAACTT CAAGCATGGA GATTTCTTCT 
ATTTTACAGG AGCTTAAAAG AGTTGAAAAA CAGTTGCAAG TGATAAATGC CATGATTGAC 
CCAGATGGAA CTTTGGAGGC TCTTAACAAC ATGGGATTTC CCAATGCTAT CCTGCCATCC 
CCACCAAAAC AGAAGTCCAG CCCTGTTAAT AACCACAGCA GCCCTAGTCA GACGCCAGCA 
CTTTGCCCAC CAGAAACTAG AGCCCTACAC CCTGCTGCTG CGGGAGCGGC GGCAGCAGCC 
TCCACTGAGT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATCCATTT CAATAGGTTC 
AACCCTGATG GGGAAGAGGA GGATGTTACA GTACATGAAT GA

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

RefSeq	XP_021016383.1
CDS	221..3922
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160724.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X7, mRNA.

Target ORF information:

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

XM_021160724.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGAAACA 
TACTCCTGCA AATCTCATGG ACGGACTCCA CTTACCTCAG CCGATGAACA CAACATACAT 
TCCAAACTGG AAGGAAGCAA AGCAACAAAG TCTAAGACTT CTCCTGTTGC CTCTGGTTCA 
ACAAGTAAAT CCACTACTCT CCCAAGGCCA CGGCCCACCC GGACGTCCCT CCTGCGTAGA 
GCCCGGCTGG GTGAAGCTTC TGACAGTGAA CTTGCTGATG CTGACAAAGC ATCCGTTGCT 
TCTGAAGTGT CCACTACAAG TTCCACATCA AAACCACCCA CAGGAAGGCG AACCATCTCT 
AGGATTGATT TATTGGCTCA GCCTCGAAGA ACAAGACTTG GCTCATTATC CGCCCGTAGT 
GACTCTGAAG CAACAATTTC AAGAAGCAGC GCATCTGCAC GCACTGCAGA AGCTGTCATT 
AGGAGCGGAG CCAGACTAGT GCCATCAGAT AAACTTTCTC CTAGAACTAG AGCTAACAGT 
ATCTCTCGGC TCTCCGATTC CAAGGTCAAG AGCATGAGCT CCACTCACGG CTCTCCTTCA 
GTAAATTCAA GATGGAGGCG CTTTCCTACT GATTATGCTT CCACCTCAGA AGATGAATTT 
GGATCAAACC GTAATTCCCC TAAACATACT CGTCTACGTA CTTCTCCAGC CCTGAAAACC 
ACTCGCATGC AGAGTACTGG ATCAGCAATG CCTGCTAGTT CTTCATTCAA GCACCGAATT 
AAAGAACAGG AAGACTATAT CCGAGATTGG ACTGCCCATC GAGAAGAGAT AGCCAGGATC 
AGCCAAGATC TTGCTCTCAT TGCTCGGGAG ATCAACGACG TAGCAGGAGA AATAGATTCA 
GTGACTTCCT CAGGCACTGC CCCGAGTACC ACAGTAAGCA CTGCCGCCAC CACCCCTGGC 
TCTGCCATAG ACACTAGAGA AGAGGTAGGA GATCTTCATG GAGAAATGCA TAAGTTGGTT 
GATCGTGTTT TTGATGAAAG TCTCAACTTC AGAAAGATAC CTCCATTAGT TCATTCTAAA 
ACACCAGAAG GAAACAACGG TCGGTCTGTT GACTCGAGGC CTCAGCCAGC CGAGCATCCT 
GATCACTTAA CAATTACAAG ACGGAGAACC TGGAGTAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTATTGT CATCAGTCTT TCAGTTCTCT AGGAAGATTA GACAATCCAT CGATAAAACA 
GCTGGGAAAA TCAGAATATT GTTTAAAGAC AAAGACCGGA ACTGGGATGA CATAGAAAAC 
AAGCTAAGAG CTGAAAGCGA AGTCCCTATC GTTAAAACTT CAAGCATGGA GATTTCTTCT 
ATTTTACAGG AGCTTAAAAG AGTTGAAAAA CAGTTGCAAG TGATAAATGC CATGATTGAC 
CCAGATGGAA CTTTGGAGGC TCTTAACAAC ATGGGATTTC CCAATGCTAT CCTGCCATCC 
CCACCAAAAC AGAAGTCCAG CCCTGTTAAT AACCACAGCA GCCCTAGTCA GACGCCAGCA 
CTTTGCCCAC CAGAAACTAG AGCCCTACAC CCTGCTGCTG CGGGAGCGGC GGCAGCAGCC 
TCCACTGAGT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATCCATTT CAATAGGTTC 
AACCCTGATG GGGAAGAGGA GGATGTTACA GTACATGAAT GA

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

Cep170 ( XM_029481035.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336895.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X9, mRNA.

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CloneID	OMv66585
Clone ID Related Accession (Same CDS sequence)	XM_029481035.1
Accession Version	XM_029481035.1 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGCCCTGAAA 
ACCACTCGCA TGCAGAGTAC TGGATCAGCA ATGCCTGCTA GTTCTTCATT CAAGCACCGA 
ATTAAAGAAC AGGAAGACTA TATCCGAGAT TGGACTGCCC ATCGAGAAGA GATAGCCAGG 
ATCAGCCAAG ATCTTGCTCT CATTGCTCGG GAGATCAACG ACGTAGCAGG AGAAATAGAT 
TCAGTGACTT CCTCAGGCAC TGCCCCGAGT ACCACAGTAA GCACTGCCGC CACCACCCCT 
GGCTCTGCCA TAGACACTAG AGAAGAGGTA GGAGATCTTC ATGGAGAAAT GCATAAGTTG 
GTTGATCGTG TTTTTGATGA AAGTCTCAAC TTCAGAAAGA TACCTCCATT AGTTCATTCT 
AAAACACCAG AAGGAAACAA CGGTCGGTCT GTTGACTCGA GGCCTCAGCC AGCCGAGCAT 
CCTGATCACT TAACAATTAC AAGACGGAGA ACCTGGAGTA GGGATGAAGT CATGGGAGAT 
AATCTGCTAT TGTCATCAGT CTTTCAGTTC TCTAGGAAGA TTAGACAATC CATCGATAAA 
ACAGCTGGGA AAATCAGAAT ATTGTTTAAA GACAAAGACC GGAACTGGGA TGACATAGAA 
AACAAGCTAA GAGCTGAAAG CGAAGTCCCT ATCGTTAAAA CTTCAAGCAT GGAGATTTCT 
TCTATTTTAC AGGAGCTTAA AAGAGTTGAA AAACAGTTGC AAGTGATAAA TGCCATGATT 
GACCCAGATG GAACTTTGGA GGCTCTTAAC AACATGGGAT TTCCCAATGC TATCCTGCCA 
TCCCCACCAA AACAGAAGTC CAGCCCTGTT AATAACCACA GCAGCCCTAG TCAGACGCCA 
GCACTTTGCC CACCAGAAAC TAGAGCCCTA CACCCTGCTG CTGCGGGAGC GGCGGCAGCA 
GCCTCCACTG AGTTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATCCA TTTCAATAGG 
TTCAACCCTG ATGGGGAAGA GGAGGATGTT ACAGTACATG AATGA

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

RefSeq	XP_029336895.1
CDS	607..4971
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAAVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_029481035.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X9, mRNA.

Target ORF information:

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

XM_029481035.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGTATTTG GAGTAGATGA CAATCAGGAT TATAATAGGC CTATTATCAA TGAAAAGCAT 
AAAGGTCTCA TAAAAGACTG GGCTCTCAAC TCTGCTGCAG TAGTAATGGA AGACAGAAAG 
CCATTGAGCA CACCTGGGTT TCATAACTCA GAGGAAGCCA TATCTTCATC TGGAAGCAAA 
CGTTGGGTTT CACAATGGGC TAGTTTGGCT GCTAATCATA CAAGGCATGA TCCAGAAGAA 
AGGTTAATGG AATTGTCTGC AACTGTAGAA AACGAGACAG ATACTGGTGA AGCTGGTGTT 
TCCCTAAGAA GTACTAGTTG TACAACTTCC TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA 
ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG CTACTCGAGA GCTCCAGAGT GAAGGTCGTT 
CCACAGAGGT CAGAGATAGG AGAAAAGCAA GACACGGAAC TGCAGGAAAA AGAAGCCCAG 
GTATACCAAA GCGAGAAGCA CGATGCAGAC CGAGGCCTAA GTAAAATGAG CAGGGCAGTC 
AATGGTGAGA GTCTTAAAAC TGGTGGAGAT GGTAAAGCCC TCCTTCACTC AGGAAACTCA 
TCTAGCAAGG AGAAGAGTGA GACAGAAAAG GAAACTTCTT TGGTAAAACA AACATTGGCT 
AAAATCCAGC AGCAAGAGCA AAAGGAGCAG GCCCAGTGGA CTCCTACTAA GTTTCCTTCA 
AAAAATGCTT TAGGCCATAT AGATAAATGT AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA 
CTCTTAGAAA AAGTTTCAGG ACATTCTACA AGCAAAGGAG ACAGAGTAAT ACAAAATGAA 
AGCAAGAGAA GGAAAGCTGA GGAAATTCCA AAATGCCAGG CTTCAAAAGG AGACAAGAAA 
GAGTCTTCCA AATCATTAGT GCGCCAAGGG AGTTTCACCA TAGACAAGCC CAGTTCAAAC 
ATCCCCATAG AACTTATCCC CCATATCAAT AAGCAGAATT CATCTGTACC CACTGCCTTA 
GCACTGACAT CTGCAAGTAG ACTTCGAGAA AGGAGTGACT CTTTGGATAC TGATTCTAGC 
ATGGACACAA CCTTGATTTT AAAAGACACA GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA 
CTGCGTGAAG ATAATAATAA AACTGATGAA GGCCCAGATA CTCCCAGTTA CAATAGAGAC 
AATTCAATTT CACCAGAATC TGATGTAGAC ACAGCCAGTA CAATTAGTCT GGTGACTGGA 
GAGACAGAAA GAAAGTCCAC CCAAAAGCGG AAGAGTTTCA CTAGTCTCTA TAAAGACAGG 
TGTTCCACGA GTTCCCCATC CAAAGATGTT ACAAAGTCAA GCAGTAGGGA GAAAATTGAA 
AAGAAAGCAA AAAGCCGCTC TACAGATATA GGTGCAAGAG CAGATGGTCG CAAATTTGTA 
CAGTCCAGTG GAAGAATCCG GCAGCCTTCC ATAGACTTAA CAGATGATGA CCAGACCTCT 
AGTGTACCTC ATTCTGCTAT TTCTGACATT ATGTCATCTG ACCAGGAAAC ATACTCCTGC 
AAATCTCATG GACGGACTCC ACTTACCTCA GCCGATGAAC ACAACATACA TTCCAAACTG 
GAAGGAAGCA AAGCAACAAA GTCTAAGACT TCTCCTGTTG CCTCTGGTTC AACAAGTAAA 
TCCACTACTC TCCCAAGGCC ACGGCCCACC CGGACGTCCC TCCTGCGTAG AGCCCGGCTG 
GGTGAAGCTT CTGACAGTGA ACTTGCTGAT GCTGACAAAG CATCCGTTGC TTCTGAAGTG 
TCCACTACAA GTTCCACATC AAAACCACCC ACAGGAAGGC GAACCATCTC TAGGATTGAT 
TTATTGGCTC AGCCTCGAAG AACAAGACTT GGCTCATTAT CCGCCCGTAG TGACTCTGAA 
GCAACAATTT CAAGAAGCAG CGCATCTGCA CGCACTGCAG AAGCTGTCAT TAGGAGCGGA 
GCCAGACTAG TGCCATCAGA TAAACTTTCT CCTAGAACTA GAGCTAACAG TATCTCTCGG 
CTCTCCGATT CCAAGGTCAA GAGCATGAGC TCCACTCACG GCTCTCCTTC AGCCCTGAAA 
ACCACTCGCA TGCAGAGTAC TGGATCAGCA ATGCCTGCTA GTTCTTCATT CAAGCACCGA 
ATTAAAGAAC AGGAAGACTA TATCCGAGAT TGGACTGCCC ATCGAGAAGA GATAGCCAGG 
ATCAGCCAAG ATCTTGCTCT CATTGCTCGG GAGATCAACG ACGTAGCAGG AGAAATAGAT 
TCAGTGACTT CCTCAGGCAC TGCCCCGAGT ACCACAGTAA GCACTGCCGC CACCACCCCT 
GGCTCTGCCA TAGACACTAG AGAAGAGGTA GGAGATCTTC ATGGAGAAAT GCATAAGTTG 
GTTGATCGTG TTTTTGATGA AAGTCTCAAC TTCAGAAAGA TACCTCCATT AGTTCATTCT 
AAAACACCAG AAGGAAACAA CGGTCGGTCT GTTGACTCGA GGCCTCAGCC AGCCGAGCAT 
CCTGATCACT TAACAATTAC AAGACGGAGA ACCTGGAGTA GGGATGAAGT CATGGGAGAT 
AATCTGCTAT TGTCATCAGT CTTTCAGTTC TCTAGGAAGA TTAGACAATC CATCGATAAA 
ACAGCTGGGA AAATCAGAAT ATTGTTTAAA GACAAAGACC GGAACTGGGA TGACATAGAA 
AACAAGCTAA GAGCTGAAAG CGAAGTCCCT ATCGTTAAAA CTTCAAGCAT GGAGATTTCT 
TCTATTTTAC AGGAGCTTAA AAGAGTTGAA AAACAGTTGC AAGTGATAAA TGCCATGATT 
GACCCAGATG GAACTTTGGA GGCTCTTAAC AACATGGGAT TTCCCAATGC TATCCTGCCA 
TCCCCACCAA AACAGAAGTC CAGCCCTGTT AATAACCACA GCAGCCCTAG TCAGACGCCA 
GCACTTTGCC CACCAGAAAC TAGAGCCCTA CACCCTGCTG CTGCGGGAGC GGCGGCAGCA 
GCCTCCACTG AGTTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATCCA TTTCAATAGG 
TTCAACCCTG ATGGGGAAGA GGAGGATGTT ACAGTACATG AATGA

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

Cep170 ( XM_029481036.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336896.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OMv66586
Clone ID Related Accession (Same CDS sequence)	XM_029481036.1
Accession Version	XM_029481036.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4323bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGAAGCCA TATCTTCATC TGGAAGCAAA CGTTGGGTTT CACAATGGGC TAGTTTGGCT 
GCTAATCATA CAAGGCATGA TCCAGAAGAA AGGTTAATGG AATTGTCTGC AACTGTAGAA 
AACGAGACAG ATACTGGTGA AGCTGGTGTT TCCCTAAGAA GTACTAGTTG TACAACTTCC 
TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG 
CTACTCGAGA GCTCCAGAGT GAAGGTCGTT CCACAGAGGT CAGAGATAGG AGAAAAGCAA 
GACACGGAAC TGCAGGAAAA AGAAGCCCAG GTATACCAAA GCGAGAAGCA CGATGCAGAC 
CGAGGCCTAA GTAAAATGAG CAGGGCAGTC AATGGTGAGA GTCTTAAAAC TGGTGGAGAT 
GGTAAAGCCC TCCTTCACTC AGGAAACTCA TCTAGCAAGG AGAAGAGTGA GACAGAAAAG 
GAAACTTCTT TGGTAAAACA AACATTGGCT AAAATCCAGC AGCAAGAGCA AAAGGAGCAG 
GCCCAGTGGA CTCCTACTAA GTTTCCTTCA AAAAATGCTT TAGGCCATAT AGATAAATGT 
AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA CTCTTAGAAA AAGTTTCAGG ACATTCTACA 
AGCAAAGGAG ACAGAGTAAT ACAAAATGAA AGCAAGAGAA GGAAAGCTGA GGAAATTCCA 
AAATGCCAGG CTTCAAAAGG AGACAAGAAA GAGTCTTCCA AATCATTAGT GCGCCAAGGG 
AGTTTCACCA TAGACAAGCC CAGTTCAAAC ATCCCCATAG AACTTATCCC CCATATCAAT 
AAGCAGAATT CATCTGTACC CACTGCCTTA GCACTGACAT CTGCAAGTAG ACTTCGAGAA 
AGGAGTGACT CTTTGGATAC TGATTCTAGC ATGGACACAA CCTTGATTTT AAAAGACACA 
GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA CTGCGTGAAG ATAATAATAA AACTGATGAA 
GGCCCAGATA CTCCCAGTTA CAATAGAGAC AATTCAATTT CACCAGAATC TGATGTAGAC 
ACAGCCAGTA CAATTAGTCT GGTGACTGGA GAGACAGAAA GAAAGTCCAC CCAAAAGCGG 
AAGAGTTTCA CTAGTCTCTA TAAAGACAGG TGTTCCACGA GTTCCCCATC CAAAGATGTT 
ACAAAGTCAA GCAGTAGGGA GAAAATTGAA AAGAAAGCAA AAAGCCGCTC TACAGATATA 
GGTGCAAGAG CAGATGGTCG CAAATTTGTA CAGTCCAGTG GAAGAATCCG GCAGCCTTCC 
ATAGACTTAA CAGATGATGA CCAGACCTCT AGTGTACCTC ATTCTGCTAT TTCTGACATT 
ATGTCATCTG ACCAGGAAAC ATACTCCTGC AAATCTCATG GACGGACTCC ACTTACCTCA 
GCCGATGAAC ACAACATACA TTCCAAACTG GAAGGAAGCA AAGCAACAAA GTCTAAGACT 
TCTCCTGTTG CCTCTGGTTC AACAAGTAAA TCCACTACTC TCCCAAGGCC ACGGCCCACC 
CGGACGTCCC TCCTGCGTAG AGCCCGGCTG GGTGAAGCTT CTGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCCGTTGC TTCTGAAGTG TCCACTACAA GTTCCACATC AAAACCACCC 
ACAGGAAGGC GAACCATCTC TAGGATTGAT TTATTGGCTC AGCCTCGAAG AACAAGACTT 
GGCTCATTAT CCGCCCGTAG TGACTCTGAA GCAACAATTT CAAGAAGCAG CGCATCTGCA 
CGCACTGCAG AAGCTGTCAT TAGGAGCGGA GCCAGACTAG TGCCATCAGA TAAACTTTCT 
CCTAGAACTA GAGCTAACAG TATCTCTCGG CTCTCCGATT CCAAGGTCAA GAGCATGAGC 
TCCACTCACG GCTCTCCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC TCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCATG CAGAGTACTG GATCAGCAAT GCCTGCTAGT 
TCTTCATTCA AGCACCGAAT TAAAGAACAG GAAGACTATA TCCGAGATTG GACTGCCCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAC 
GTAGCAGGAG AAATAGATTC AGTGACTTCC TCAGGCACTG CCCCGAGTAC CACAGTAAGC 
ACTGCCGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GTCTCAACTT CAGAAAGATA 
CCTCCATTAG TTCATTCTAA AACACCAGAA GGAAACAACG GTCGGTCTGT TGACTCGAGG 
CCTCAGCCAG CCGAGCATCC TGATCACTTA ACAATTACAA GACGGAGAAC CTGGAGTAGG 
GATGAAGTCA TGGGAGATAA TCTGCTATTG TCATCAGTCT TTCAGTTCTC TAGGAAGATT 
AGACAATCCA TCGATAAAAC AGCTGGGAAA ATCAGAATAT TGTTTAAAGA CAAAGACCGG 
AACTGGGATG ACATAGAAAA CAAGCTAAGA GCTGAAAGCG AAGTCCCTAT CGTTAAAACT 
TCAAGCATGG AGATTTCTTC TATTTTACAG GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA 
GTGATAAATG CCATGATTGA CCCAGATGGA ACTTTGGAGG CTCTTAACAA CATGGGATTT 
CCCAATGCTA TCCTGCCATC CCCACCAAAA CAGAAGTCCA GCCCTGTTAA TAACCACAGC 
AGCCCTAGTC AGACGCCAGC ACTTTGCCCA CCAGAAACTA GAGCCCTACA CCCTGCTGCT 
GCGGGAGCGG CGGCAGCAGC CTCCACTGAG TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATCCATT TCAATAGGTT CAACCCTGAT GGGGAAGAGG AGGATGTTAC AGTACATGAA 
TGA

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

RefSeq	XP_029336896.1
CDS	606..4928
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAAEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_029481036.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X10, mRNA.

Target ORF information:

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

XM_029481036.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGAAGCCA TATCTTCATC TGGAAGCAAA CGTTGGGTTT CACAATGGGC TAGTTTGGCT 
GCTAATCATA CAAGGCATGA TCCAGAAGAA AGGTTAATGG AATTGTCTGC AACTGTAGAA 
AACGAGACAG ATACTGGTGA AGCTGGTGTT TCCCTAAGAA GTACTAGTTG TACAACTTCC 
TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG 
CTACTCGAGA GCTCCAGAGT GAAGGTCGTT CCACAGAGGT CAGAGATAGG AGAAAAGCAA 
GACACGGAAC TGCAGGAAAA AGAAGCCCAG GTATACCAAA GCGAGAAGCA CGATGCAGAC 
CGAGGCCTAA GTAAAATGAG CAGGGCAGTC AATGGTGAGA GTCTTAAAAC TGGTGGAGAT 
GGTAAAGCCC TCCTTCACTC AGGAAACTCA TCTAGCAAGG AGAAGAGTGA GACAGAAAAG 
GAAACTTCTT TGGTAAAACA AACATTGGCT AAAATCCAGC AGCAAGAGCA AAAGGAGCAG 
GCCCAGTGGA CTCCTACTAA GTTTCCTTCA AAAAATGCTT TAGGCCATAT AGATAAATGT 
AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA CTCTTAGAAA AAGTTTCAGG ACATTCTACA 
AGCAAAGGAG ACAGAGTAAT ACAAAATGAA AGCAAGAGAA GGAAAGCTGA GGAAATTCCA 
AAATGCCAGG CTTCAAAAGG AGACAAGAAA GAGTCTTCCA AATCATTAGT GCGCCAAGGG 
AGTTTCACCA TAGACAAGCC CAGTTCAAAC ATCCCCATAG AACTTATCCC CCATATCAAT 
AAGCAGAATT CATCTGTACC CACTGCCTTA GCACTGACAT CTGCAAGTAG ACTTCGAGAA 
AGGAGTGACT CTTTGGATAC TGATTCTAGC ATGGACACAA CCTTGATTTT AAAAGACACA 
GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA CTGCGTGAAG ATAATAATAA AACTGATGAA 
GGCCCAGATA CTCCCAGTTA CAATAGAGAC AATTCAATTT CACCAGAATC TGATGTAGAC 
ACAGCCAGTA CAATTAGTCT GGTGACTGGA GAGACAGAAA GAAAGTCCAC CCAAAAGCGG 
AAGAGTTTCA CTAGTCTCTA TAAAGACAGG TGTTCCACGA GTTCCCCATC CAAAGATGTT 
ACAAAGTCAA GCAGTAGGGA GAAAATTGAA AAGAAAGCAA AAAGCCGCTC TACAGATATA 
GGTGCAAGAG CAGATGGTCG CAAATTTGTA CAGTCCAGTG GAAGAATCCG GCAGCCTTCC 
ATAGACTTAA CAGATGATGA CCAGACCTCT AGTGTACCTC ATTCTGCTAT TTCTGACATT 
ATGTCATCTG ACCAGGAAAC ATACTCCTGC AAATCTCATG GACGGACTCC ACTTACCTCA 
GCCGATGAAC ACAACATACA TTCCAAACTG GAAGGAAGCA AAGCAACAAA GTCTAAGACT 
TCTCCTGTTG CCTCTGGTTC AACAAGTAAA TCCACTACTC TCCCAAGGCC ACGGCCCACC 
CGGACGTCCC TCCTGCGTAG AGCCCGGCTG GGTGAAGCTT CTGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCCGTTGC TTCTGAAGTG TCCACTACAA GTTCCACATC AAAACCACCC 
ACAGGAAGGC GAACCATCTC TAGGATTGAT TTATTGGCTC AGCCTCGAAG AACAAGACTT 
GGCTCATTAT CCGCCCGTAG TGACTCTGAA GCAACAATTT CAAGAAGCAG CGCATCTGCA 
CGCACTGCAG AAGCTGTCAT TAGGAGCGGA GCCAGACTAG TGCCATCAGA TAAACTTTCT 
CCTAGAACTA GAGCTAACAG TATCTCTCGG CTCTCCGATT CCAAGGTCAA GAGCATGAGC 
TCCACTCACG GCTCTCCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC TCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCATG CAGAGTACTG GATCAGCAAT GCCTGCTAGT 
TCTTCATTCA AGCACCGAAT TAAAGAACAG GAAGACTATA TCCGAGATTG GACTGCCCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAC 
GTAGCAGGAG AAATAGATTC AGTGACTTCC TCAGGCACTG CCCCGAGTAC CACAGTAAGC 
ACTGCCGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GTCTCAACTT CAGAAAGATA 
CCTCCATTAG TTCATTCTAA AACACCAGAA GGAAACAACG GTCGGTCTGT TGACTCGAGG 
CCTCAGCCAG CCGAGCATCC TGATCACTTA ACAATTACAA GACGGAGAAC CTGGAGTAGG 
GATGAAGTCA TGGGAGATAA TCTGCTATTG TCATCAGTCT TTCAGTTCTC TAGGAAGATT 
AGACAATCCA TCGATAAAAC AGCTGGGAAA ATCAGAATAT TGTTTAAAGA CAAAGACCGG 
AACTGGGATG ACATAGAAAA CAAGCTAAGA GCTGAAAGCG AAGTCCCTAT CGTTAAAACT 
TCAAGCATGG AGATTTCTTC TATTTTACAG GAGCTTAAAA GAGTTGAAAA ACAGTTGCAA 
GTGATAAATG CCATGATTGA CCCAGATGGA ACTTTGGAGG CTCTTAACAA CATGGGATTT 
CCCAATGCTA TCCTGCCATC CCCACCAAAA CAGAAGTCCA GCCCTGTTAA TAACCACAGC 
AGCCCTAGTC AGACGCCAGC ACTTTGCCCA CCAGAAACTA GAGCCCTACA CCCTGCTGCT 
GCGGGAGCGG CGGCAGCAGC CTCCACTGAG TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATCCATT TCAATAGGTT CAACCCTGAT GGGGAAGAGG AGGATGTTAC AGTACATGAA 
TGA

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

Cep170 ( XM_029481037.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336897.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OMv66587
Clone ID Related Accession (Same CDS sequence)	XM_029481037.1
Accession Version	XM_029481037.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4242bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGAAGCCA TATCTTCATC TGGAAGCAAA CGTTGGGTTT CACAATGGGC TAGTTTGGCT 
GCTAATCATA CAAGGCATGA TCCAGAAGAA AGGTTAATGG AATTGTCTGC AACTGTAGAA 
AACGAGACAG ATACTGGTGA AGCTGGTGTT TCCCTAAGAA GTACTAGTTG TACAACTTCC 
TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG 
CTACTCGAGA GCTCCAGAGT GAAGGTCGTT CCACAGAGGT CAGAGATAGG AGAAAAGCAA 
GACACGGAAC TGCAGGAAAA AGAAGCCCAG GTATACCAAA GCGAGAAGCA CGATGCAGAC 
CGAGGCCTAA GTAAAATGAG CAGGGCAGTC AATGGTGAGA GTCTTAAAAC TGGTGGAGAT 
GGTAAAGCCC TCCTTCACTC AGGAAACTCA TCTAGCAAGG AGAAGAGTGA GACAGAAAAG 
GAAACTTCTT TGGTAAAACA AACATTGGCT AAAATCCAGC AGCAAGAGCA AAAGGAGCAG 
GCCCAGTGGA CTCCTACTAA GTTTCCTTCA AAAAATGCTT TAGGCCATAT AGATAAATGT 
AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA CTCTTAGAAA AAGTTTCAGG ACATTCTACA 
AGCAAAGGAG ACAGAGTAAT ACAAAATGAA AGCAAGAGAA GGAAAGCTGA GGAAATTCCA 
AAATGCCAGG CTTCAAAAGG AGACAAGAAA GAGTCTTCCA AATCATTAGT GCGCCAAGGG 
AGTTTCACCA TAGACAAGCC CAGTTCAAAC ATCCCCATAG AACTTATCCC CCATATCAAT 
AAGCAGAATT CATCTGTACC CACTGCCTTA GCACTGACAT CTGCAAGTAG ACTTCGAGAA 
AGGAGTGACT CTTTGGATAC TGATTCTAGC ATGGACACAA CCTTGATTTT AAAAGACACA 
GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA CTGCGTGAAG ATAATAATAA AACTGATGAA 
GGCCCAGATA CTCCCAGTTA CAATAGAGAC AATTCAATTT CACCAGAATC TGATGTAGAC 
ACAGCCAGTA CAATTAGTCT GGTGACTGGA GAGACAGAAA GAAAGTCCAC CCAAAAGCGG 
AAGAGTTTCA CTAGTCTCTA TAAAGACAGG TGTTCCACGA GTTCCCCATC CAAAGATGTT 
ACAAAGTCAA GCAGTAGGGA GAAAATTGAA AAGAAAGCAA AAAGCCGCTC TACAGATATA 
GGTGCAAGAG CAGATGGTCG CAAATTTGTA CAGTCCAGTG GAAGAATCCG GCAGCCTTCC 
ATAGACTTAA CAGATGATGA CCAGACCTCT AGTGTACCTC ATTCTGCTAT TTCTGACATT 
ATGTCATCTG ACCAGGAAAC ATACTCCTGC AAATCTCATG GACGGACTCC ACTTACCTCA 
GCCGATGAAC ACAACATACA TTCCAAACTG GAAGGAAGCA AAGCAACAAA GTCTAAGACT 
TCTCCTGTTG CCTCTGGTTC AACAAGTAAA TCCACTACTC TCCCAAGGCC ACGGCCCACC 
CGGACGTCCC TCCTGCGTAG AGCCCGGCTG GGTGAAGCTT CTGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCCGTTGC TTCTGAAGTG TCCACTACAA GTTCCACATC AAAACCACCC 
ACAGGAAGGC GAACCATCTC TAGGATTGAT TTATTGGCTC AGCCTCGAAG AACAAGACTT 
GGCTCATTAT CCGCCCGTAG TGACTCTGAA GCAACAATTT CAAGAAGCAG CGCATCTGCA 
CGCACTGCAG AAGCTGTCAT TAGGAGCGGA GCCAGACTAG TGCCATCAGA TAAACTTTCT 
CCTAGAACTA GAGCTAACAG TATCTCTCGG CTCTCCGATT CCAAGGTCAA GAGCATGAGC 
TCCACTCACG GCTCTCCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC TCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCATG CAGAGTACTG GATCAGCAAT GCCTGCTAGT 
TCTTCATTCA AGCACCGAAT TAAAGAACAG GAAGACTATA TCCGAGATTG GACTGCCCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAC 
GTAGCAGGAG AAATAGATTC AGTGACTTCC TCAGGCACTG CCCCGAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG TCTCAACTTC AGAAAGATAC CTCCATTAGT TCATTCTAAA 
ACACCAGAAG GAAACAACGG TCGGTCTGTT GACTCGAGGC CTCAGCCAGC CGAGCATCCT 
GATCACTTAA CAATTACAAG ACGGAGAACC TGGAGTAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTATTGT CATCAGTCTT TCAGTTCTCT AGGAAGATTA GACAATCCAT CGATAAAACA 
GCTGGGAAAA TCAGAATATT GTTTAAAGAC AAAGACCGGA ACTGGGATGA CATAGAAAAC 
AAGCTAAGAG CTGAAAGCGA AGTCCCTATC GTTAAAACTT CAAGCATGGA GATTTCTTCT 
ATTTTACAGG AGCTTAAAAG AGTTGAAAAA CAGTTGCAAG TGATAAATGC CATGATTGAC 
CCAGATGGAA CTTTGGAGGC TCTTAACAAC ATGGGATTTC CCAATGCTAT CCTGCCATCC 
CCACCAAAAC AGAAGTCCAG CCCTGTTAAT AACCACAGCA GCCCTAGTCA GACGCCAGCA 
CTTTGCCCAC CAGAAACTAG AGCCCTACAC CCTGCTGCTG CGGGAGCGGC GGCAGCAGCC 
TCCACTGAGT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATCCATTT CAATAGGTTC 
AACCCTGATG GGGAAGAGGA GGATGTTACA GTACATGAAT GA

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

RefSeq	XP_029336897.1
CDS	606..4847
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAAEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_029481037.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X11, mRNA.

Target ORF information:

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

XM_029481037.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTGAAGCCA TATCTTCATC TGGAAGCAAA CGTTGGGTTT CACAATGGGC TAGTTTGGCT 
GCTAATCATA CAAGGCATGA TCCAGAAGAA AGGTTAATGG AATTGTCTGC AACTGTAGAA 
AACGAGACAG ATACTGGTGA AGCTGGTGTT TCCCTAAGAA GTACTAGTTG TACAACTTCC 
TTGGCTAGTC AGGGAGAGAG GAAGAGGCGA ACTCTTCCCC AGCTCCCAAA TGAAGAGAAG 
CTACTCGAGA GCTCCAGAGT GAAGGTCGTT CCACAGAGGT CAGAGATAGG AGAAAAGCAA 
GACACGGAAC TGCAGGAAAA AGAAGCCCAG GTATACCAAA GCGAGAAGCA CGATGCAGAC 
CGAGGCCTAA GTAAAATGAG CAGGGCAGTC AATGGTGAGA GTCTTAAAAC TGGTGGAGAT 
GGTAAAGCCC TCCTTCACTC AGGAAACTCA TCTAGCAAGG AGAAGAGTGA GACAGAAAAG 
GAAACTTCTT TGGTAAAACA AACATTGGCT AAAATCCAGC AGCAAGAGCA AAAGGAGCAG 
GCCCAGTGGA CTCCTACTAA GTTTCCTTCA AAAAATGCTT TAGGCCATAT AGATAAATGT 
AGGGAGGAAT CTTCTAAGCA AGAGTCCCAA CTCTTAGAAA AAGTTTCAGG ACATTCTACA 
AGCAAAGGAG ACAGAGTAAT ACAAAATGAA AGCAAGAGAA GGAAAGCTGA GGAAATTCCA 
AAATGCCAGG CTTCAAAAGG AGACAAGAAA GAGTCTTCCA AATCATTAGT GCGCCAAGGG 
AGTTTCACCA TAGACAAGCC CAGTTCAAAC ATCCCCATAG AACTTATCCC CCATATCAAT 
AAGCAGAATT CATCTGTACC CACTGCCTTA GCACTGACAT CTGCAAGTAG ACTTCGAGAA 
AGGAGTGACT CTTTGGATAC TGATTCTAGC ATGGACACAA CCTTGATTTT AAAAGACACA 
GAAGCAGTGA TGGCTTTTCT AGAAGCTAAA CTGCGTGAAG ATAATAATAA AACTGATGAA 
GGCCCAGATA CTCCCAGTTA CAATAGAGAC AATTCAATTT CACCAGAATC TGATGTAGAC 
ACAGCCAGTA CAATTAGTCT GGTGACTGGA GAGACAGAAA GAAAGTCCAC CCAAAAGCGG 
AAGAGTTTCA CTAGTCTCTA TAAAGACAGG TGTTCCACGA GTTCCCCATC CAAAGATGTT 
ACAAAGTCAA GCAGTAGGGA GAAAATTGAA AAGAAAGCAA AAAGCCGCTC TACAGATATA 
GGTGCAAGAG CAGATGGTCG CAAATTTGTA CAGTCCAGTG GAAGAATCCG GCAGCCTTCC 
ATAGACTTAA CAGATGATGA CCAGACCTCT AGTGTACCTC ATTCTGCTAT TTCTGACATT 
ATGTCATCTG ACCAGGAAAC ATACTCCTGC AAATCTCATG GACGGACTCC ACTTACCTCA 
GCCGATGAAC ACAACATACA TTCCAAACTG GAAGGAAGCA AAGCAACAAA GTCTAAGACT 
TCTCCTGTTG CCTCTGGTTC AACAAGTAAA TCCACTACTC TCCCAAGGCC ACGGCCCACC 
CGGACGTCCC TCCTGCGTAG AGCCCGGCTG GGTGAAGCTT CTGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCCGTTGC TTCTGAAGTG TCCACTACAA GTTCCACATC AAAACCACCC 
ACAGGAAGGC GAACCATCTC TAGGATTGAT TTATTGGCTC AGCCTCGAAG AACAAGACTT 
GGCTCATTAT CCGCCCGTAG TGACTCTGAA GCAACAATTT CAAGAAGCAG CGCATCTGCA 
CGCACTGCAG AAGCTGTCAT TAGGAGCGGA GCCAGACTAG TGCCATCAGA TAAACTTTCT 
CCTAGAACTA GAGCTAACAG TATCTCTCGG CTCTCCGATT CCAAGGTCAA GAGCATGAGC 
TCCACTCACG GCTCTCCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC TCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCATG CAGAGTACTG GATCAGCAAT GCCTGCTAGT 
TCTTCATTCA AGCACCGAAT TAAAGAACAG GAAGACTATA TCCGAGATTG GACTGCCCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAC 
GTAGCAGGAG AAATAGATTC AGTGACTTCC TCAGGCACTG CCCCGAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG TCTCAACTTC AGAAAGATAC CTCCATTAGT TCATTCTAAA 
ACACCAGAAG GAAACAACGG TCGGTCTGTT GACTCGAGGC CTCAGCCAGC CGAGCATCCT 
GATCACTTAA CAATTACAAG ACGGAGAACC TGGAGTAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTATTGT CATCAGTCTT TCAGTTCTCT AGGAAGATTA GACAATCCAT CGATAAAACA 
GCTGGGAAAA TCAGAATATT GTTTAAAGAC AAAGACCGGA ACTGGGATGA CATAGAAAAC 
AAGCTAAGAG CTGAAAGCGA AGTCCCTATC GTTAAAACTT CAAGCATGGA GATTTCTTCT 
ATTTTACAGG AGCTTAAAAG AGTTGAAAAA CAGTTGCAAG TGATAAATGC CATGATTGAC 
CCAGATGGAA CTTTGGAGGC TCTTAACAAC ATGGGATTTC CCAATGCTAT CCTGCCATCC 
CCACCAAAAC AGAAGTCCAG CCCTGTTAAT AACCACAGCA GCCCTAGTCA GACGCCAGCA 
CTTTGCCCAC CAGAAACTAG AGCCCTACAC CCTGCTGCTG CGGGAGCGGC GGCAGCAGCC 
TCCACTGAGT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATCCATTT CAATAGGTTC 
AACCCTGATG GGGAAGAGGA GGATGTTACA GTACATGAAT GA

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

Cep170 ( XM_021160674.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016333.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X1, mRNA.

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CloneID	OMv23059
Clone ID Related Accession (Same CDS sequence)	XM_021160674.1 , XM_021160674.2
Accession Version	XM_021160674.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4767bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGA 
ATATTGTTTA AAGACAAAGA CCGGAACTGG GATGACATAG AAAACAAGCT AAGAGCTGAA 
AGCGAAGTCC CTATCGTTAA AACTTCAAGC ATGGAGATTT CTTCTATTTT ACAGGAGCTT 
AAAAGAGTTG AAAAACAGTT GCAAGTGATA AATGCCATGA TTGACCCAGA TGGAACTTTG 
GAGGCTCTTA ACAACATGGG ATTTCCCAAT GCTATCCTGC CATCCCCACC AAAACAGAAG 
TCCAGCCCTG TTAATAACCA CAGCAGCCCT AGTCAGACGC CAGCACTTTG CCCACCAGAA 
ACTAGAGCCC TACACCCTGC TGCTGCGGGA GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATC CATTTCAATA GGTTCAACCC TGATGGGGAA 
GAGGAGGATG TTACAGTACA TGAATGA

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

RefSeq	XP_021016333.1
CDS	221..4987
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160674.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X1, mRNA.

Target ORF information:

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

XM_021160674.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGA 
ATATTGTTTA AAGACAAAGA CCGGAACTGG GATGACATAG AAAACAAGCT AAGAGCTGAA 
AGCGAAGTCC CTATCGTTAA AACTTCAAGC ATGGAGATTT CTTCTATTTT ACAGGAGCTT 
AAAAGAGTTG AAAAACAGTT GCAAGTGATA AATGCCATGA TTGACCCAGA TGGAACTTTG 
GAGGCTCTTA ACAACATGGG ATTTCCCAAT GCTATCCTGC CATCCCCACC AAAACAGAAG 
TCCAGCCCTG TTAATAACCA CAGCAGCCCT AGTCAGACGC CAGCACTTTG CCCACCAGAA 
ACTAGAGCCC TACACCCTGC TGCTGCGGGA GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATC CATTTCAATA GGTTCAACCC TGATGGGGAA 
GAGGAGGATG TTACAGTACA TGAATGA

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

Cep170 ( XM_021160674.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016333.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X1, mRNA.

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CloneID	OMv23059
Clone ID Related Accession (Same CDS sequence)	XM_021160674.1 , XM_021160674.2
Accession Version	XM_021160674.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4767bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021160674.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGA 
ATATTGTTTA AAGACAAAGA CCGGAACTGG GATGACATAG AAAACAAGCT AAGAGCTGAA 
AGCGAAGTCC CTATCGTTAA AACTTCAAGC ATGGAGATTT CTTCTATTTT ACAGGAGCTT 
AAAAGAGTTG AAAAACAGTT GCAAGTGATA AATGCCATGA TTGACCCAGA TGGAACTTTG 
GAGGCTCTTA ACAACATGGG ATTTCCCAAT GCTATCCTGC CATCCCCACC AAAACAGAAG 
TCCAGCCCTG TTAATAACCA CAGCAGCCCT AGTCAGACGC CAGCACTTTG CCCACCAGAA 
ACTAGAGCCC TACACCCTGC TGCTGCGGGA GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATC CATTTCAATA GGTTCAACCC TGATGGGGAA 
GAGGAGGATG TTACAGTACA TGAATGA

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

RefSeq	XP_021016333.1
CDS	607..5373
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160674.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X1, mRNA.

Target ORF information:

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

XM_021160674.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGG TAGGAGATCT TCATGGAGAA ATGCATAAGT TGGTTGATCG TGTTTTTGAT 
GAAAGTCTCA ACTTCAGAAA GATACCTCCA TTAGTTCATT CTAAAACACC AGAAGGAAAC 
AACGGTCGGT CTGTTGACTC GAGGCCTCAG CCAGCCGAGC ATCCTGATCA CTTAACAATT 
ACAAGACGGA GAACCTGGAG TAGGGATGAA GTCATGGGAG ATAATCTGCT ATTGTCATCA 
GTCTTTCAGT TCTCTAGGAA GATTAGACAA TCCATCGATA AAACAGCTGG GAAAATCAGA 
ATATTGTTTA AAGACAAAGA CCGGAACTGG GATGACATAG AAAACAAGCT AAGAGCTGAA 
AGCGAAGTCC CTATCGTTAA AACTTCAAGC ATGGAGATTT CTTCTATTTT ACAGGAGCTT 
AAAAGAGTTG AAAAACAGTT GCAAGTGATA AATGCCATGA TTGACCCAGA TGGAACTTTG 
GAGGCTCTTA ACAACATGGG ATTTCCCAAT GCTATCCTGC CATCCCCACC AAAACAGAAG 
TCCAGCCCTG TTAATAACCA CAGCAGCCCT AGTCAGACGC CAGCACTTTG CCCACCAGAA 
ACTAGAGCCC TACACCCTGC TGCTGCGGGA GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATC CATTTCAATA GGTTCAACCC TGATGGGGAA 
GAGGAGGATG TTACAGTACA TGAATGA

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

Cep170 ( XM_021160681.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016340.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv23060
Clone ID Related Accession (Same CDS sequence)	XM_021160681.1 , XM_021160681.2
Accession Version	XM_021160681.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4737bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGT TGGTTGATCG TGTTTTTGAT GAAAGTCTCA ACTTCAGAAA GATACCTCCA 
TTAGTTCATT CTAAAACACC AGAAGGAAAC AACGGTCGGT CTGTTGACTC GAGGCCTCAG 
CCAGCCGAGC ATCCTGATCA CTTAACAATT ACAAGACGGA GAACCTGGAG TAGGGATGAA 
GTCATGGGAG ATAATCTGCT ATTGTCATCA GTCTTTCAGT TCTCTAGGAA GATTAGACAA 
TCCATCGATA AAACAGCTGG GAAAATCAGA ATATTGTTTA AAGACAAAGA CCGGAACTGG 
GATGACATAG AAAACAAGCT AAGAGCTGAA AGCGAAGTCC CTATCGTTAA AACTTCAAGC 
ATGGAGATTT CTTCTATTTT ACAGGAGCTT AAAAGAGTTG AAAAACAGTT GCAAGTGATA 
AATGCCATGA TTGACCCAGA TGGAACTTTG GAGGCTCTTA ACAACATGGG ATTTCCCAAT 
GCTATCCTGC CATCCCCACC AAAACAGAAG TCCAGCCCTG TTAATAACCA CAGCAGCCCT 
AGTCAGACGC CAGCACTTTG CCCACCAGAA ACTAGAGCCC TACACCCTGC TGCTGCGGGA 
GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATC 
CATTTCAATA GGTTCAACCC TGATGGGGAA GAGGAGGATG TTACAGTACA TGAATGA

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

RefSeq	XP_021016340.1
CDS	221..4957
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160681.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X2, mRNA.

Target ORF information:

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

XM_021160681.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGT TGGTTGATCG TGTTTTTGAT GAAAGTCTCA ACTTCAGAAA GATACCTCCA 
TTAGTTCATT CTAAAACACC AGAAGGAAAC AACGGTCGGT CTGTTGACTC GAGGCCTCAG 
CCAGCCGAGC ATCCTGATCA CTTAACAATT ACAAGACGGA GAACCTGGAG TAGGGATGAA 
GTCATGGGAG ATAATCTGCT ATTGTCATCA GTCTTTCAGT TCTCTAGGAA GATTAGACAA 
TCCATCGATA AAACAGCTGG GAAAATCAGA ATATTGTTTA AAGACAAAGA CCGGAACTGG 
GATGACATAG AAAACAAGCT AAGAGCTGAA AGCGAAGTCC CTATCGTTAA AACTTCAAGC 
ATGGAGATTT CTTCTATTTT ACAGGAGCTT AAAAGAGTTG AAAAACAGTT GCAAGTGATA 
AATGCCATGA TTGACCCAGA TGGAACTTTG GAGGCTCTTA ACAACATGGG ATTTCCCAAT 
GCTATCCTGC CATCCCCACC AAAACAGAAG TCCAGCCCTG TTAATAACCA CAGCAGCCCT 
AGTCAGACGC CAGCACTTTG CCCACCAGAA ACTAGAGCCC TACACCCTGC TGCTGCGGGA 
GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATC 
CATTTCAATA GGTTCAACCC TGATGGGGAA GAGGAGGATG TTACAGTACA TGAATGA

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

Cep170 ( XM_021160681.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016340.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv23060
Clone ID Related Accession (Same CDS sequence)	XM_021160681.1 , XM_021160681.2
Accession Version	XM_021160681.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4737bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021160681.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGT TGGTTGATCG TGTTTTTGAT GAAAGTCTCA ACTTCAGAAA GATACCTCCA 
TTAGTTCATT CTAAAACACC AGAAGGAAAC AACGGTCGGT CTGTTGACTC GAGGCCTCAG 
CCAGCCGAGC ATCCTGATCA CTTAACAATT ACAAGACGGA GAACCTGGAG TAGGGATGAA 
GTCATGGGAG ATAATCTGCT ATTGTCATCA GTCTTTCAGT TCTCTAGGAA GATTAGACAA 
TCCATCGATA AAACAGCTGG GAAAATCAGA ATATTGTTTA AAGACAAAGA CCGGAACTGG 
GATGACATAG AAAACAAGCT AAGAGCTGAA AGCGAAGTCC CTATCGTTAA AACTTCAAGC 
ATGGAGATTT CTTCTATTTT ACAGGAGCTT AAAAGAGTTG AAAAACAGTT GCAAGTGATA 
AATGCCATGA TTGACCCAGA TGGAACTTTG GAGGCTCTTA ACAACATGGG ATTTCCCAAT 
GCTATCCTGC CATCCCCACC AAAACAGAAG TCCAGCCCTG TTAATAACCA CAGCAGCCCT 
AGTCAGACGC CAGCACTTTG CCCACCAGAA ACTAGAGCCC TACACCCTGC TGCTGCGGGA 
GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATC 
CATTTCAATA GGTTCAACCC TGATGGGGAA GAGGAGGATG TTACAGTACA TGAATGA

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

RefSeq	XP_021016340.1
CDS	607..5343
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160681.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X2, mRNA.

Target ORF information:

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

XM_021160681.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACAGT AAGCACTGCC GCCACCACCC CTGGCTCTGC CATAGACACT 
AGAGAAGAGT TGGTTGATCG TGTTTTTGAT GAAAGTCTCA ACTTCAGAAA GATACCTCCA 
TTAGTTCATT CTAAAACACC AGAAGGAAAC AACGGTCGGT CTGTTGACTC GAGGCCTCAG 
CCAGCCGAGC ATCCTGATCA CTTAACAATT ACAAGACGGA GAACCTGGAG TAGGGATGAA 
GTCATGGGAG ATAATCTGCT ATTGTCATCA GTCTTTCAGT TCTCTAGGAA GATTAGACAA 
TCCATCGATA AAACAGCTGG GAAAATCAGA ATATTGTTTA AAGACAAAGA CCGGAACTGG 
GATGACATAG AAAACAAGCT AAGAGCTGAA AGCGAAGTCC CTATCGTTAA AACTTCAAGC 
ATGGAGATTT CTTCTATTTT ACAGGAGCTT AAAAGAGTTG AAAAACAGTT GCAAGTGATA 
AATGCCATGA TTGACCCAGA TGGAACTTTG GAGGCTCTTA ACAACATGGG ATTTCCCAAT 
GCTATCCTGC CATCCCCACC AAAACAGAAG TCCAGCCCTG TTAATAACCA CAGCAGCCCT 
AGTCAGACGC CAGCACTTTG CCCACCAGAA ACTAGAGCCC TACACCCTGC TGCTGCGGGA 
GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATC 
CATTTCAATA GGTTCAACCC TGATGGGGAA GAGGAGGATG TTACAGTACA TGAATGA

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

Cep170 ( XM_021160690.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016349.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X3, mRNA.

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CloneID	OMv23061
Clone ID Related Accession (Same CDS sequence)	XM_021160690.1 , XM_021160690.2
Accession Version	XM_021160690.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4686bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACATT GGTTGATCGT GTTTTTGATG AAAGTCTCAA CTTCAGAAAG 
ATACCTCCAT TAGTTCATTC TAAAACACCA GAAGGAAACA ACGGTCGGTC TGTTGACTCG 
AGGCCTCAGC CAGCCGAGCA TCCTGATCAC TTAACAATTA CAAGACGGAG AACCTGGAGT 
AGGGATGAAG TCATGGGAGA TAATCTGCTA TTGTCATCAG TCTTTCAGTT CTCTAGGAAG 
ATTAGACAAT CCATCGATAA AACAGCTGGG AAAATCAGAA TATTGTTTAA AGACAAAGAC 
CGGAACTGGG ATGACATAGA AAACAAGCTA AGAGCTGAAA GCGAAGTCCC TATCGTTAAA 
ACTTCAAGCA TGGAGATTTC TTCTATTTTA CAGGAGCTTA AAAGAGTTGA AAAACAGTTG 
CAAGTGATAA ATGCCATGAT TGACCCAGAT GGAACTTTGG AGGCTCTTAA CAACATGGGA 
TTTCCCAATG CTATCCTGCC ATCCCCACCA AAACAGAAGT CCAGCCCTGT TAATAACCAC 
AGCAGCCCTA GTCAGACGCC AGCACTTTGC CCACCAGAAA CTAGAGCCCT ACACCCTGCT 
GCTGCGGGAG CGGCGGCAGC AGCCTCCACT GAGTTTGAGA ATGCTGAATC TGAGGCTGAT 
TTCAGTATCC ATTTCAATAG GTTCAACCCT GATGGGGAAG AGGAGGATGT TACAGTACAT 
GAATGA

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

RefSeq	XP_021016349.1
CDS	221..4906
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160690.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X3, mRNA.

Target ORF information:

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

XM_021160690.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACATT GGTTGATCGT GTTTTTGATG AAAGTCTCAA CTTCAGAAAG 
ATACCTCCAT TAGTTCATTC TAAAACACCA GAAGGAAACA ACGGTCGGTC TGTTGACTCG 
AGGCCTCAGC CAGCCGAGCA TCCTGATCAC TTAACAATTA CAAGACGGAG AACCTGGAGT 
AGGGATGAAG TCATGGGAGA TAATCTGCTA TTGTCATCAG TCTTTCAGTT CTCTAGGAAG 
ATTAGACAAT CCATCGATAA AACAGCTGGG AAAATCAGAA TATTGTTTAA AGACAAAGAC 
CGGAACTGGG ATGACATAGA AAACAAGCTA AGAGCTGAAA GCGAAGTCCC TATCGTTAAA 
ACTTCAAGCA TGGAGATTTC TTCTATTTTA CAGGAGCTTA AAAGAGTTGA AAAACAGTTG 
CAAGTGATAA ATGCCATGAT TGACCCAGAT GGAACTTTGG AGGCTCTTAA CAACATGGGA 
TTTCCCAATG CTATCCTGCC ATCCCCACCA AAACAGAAGT CCAGCCCTGT TAATAACCAC 
AGCAGCCCTA GTCAGACGCC AGCACTTTGC CCACCAGAAA CTAGAGCCCT ACACCCTGCT 
GCTGCGGGAG CGGCGGCAGC AGCCTCCACT GAGTTTGAGA ATGCTGAATC TGAGGCTGAT 
TTCAGTATCC ATTTCAATAG GTTCAACCCT GATGGGGAAG AGGAGGATGT TACAGTACAT 
GAATGA

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

Cep170 ( XM_021160690.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021016349.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X3, mRNA.

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CloneID	OMv23061
Clone ID Related Accession (Same CDS sequence)	XM_021160690.1 , XM_021160690.2
Accession Version	XM_021160690.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4686bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021160690.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACATT GGTTGATCGT GTTTTTGATG AAAGTCTCAA CTTCAGAAAG 
ATACCTCCAT TAGTTCATTC TAAAACACCA GAAGGAAACA ACGGTCGGTC TGTTGACTCG 
AGGCCTCAGC CAGCCGAGCA TCCTGATCAC TTAACAATTA CAAGACGGAG AACCTGGAGT 
AGGGATGAAG TCATGGGAGA TAATCTGCTA TTGTCATCAG TCTTTCAGTT CTCTAGGAAG 
ATTAGACAAT CCATCGATAA AACAGCTGGG AAAATCAGAA TATTGTTTAA AGACAAAGAC 
CGGAACTGGG ATGACATAGA AAACAAGCTA AGAGCTGAAA GCGAAGTCCC TATCGTTAAA 
ACTTCAAGCA TGGAGATTTC TTCTATTTTA CAGGAGCTTA AAAGAGTTGA AAAACAGTTG 
CAAGTGATAA ATGCCATGAT TGACCCAGAT GGAACTTTGG AGGCTCTTAA CAACATGGGA 
TTTCCCAATG CTATCCTGCC ATCCCCACCA AAACAGAAGT CCAGCCCTGT TAATAACCAC 
AGCAGCCCTA GTCAGACGCC AGCACTTTGC CCACCAGAAA CTAGAGCCCT ACACCCTGCT 
GCTGCGGGAG CGGCGGCAGC AGCCTCCACT GAGTTTGAGA ATGCTGAATC TGAGGCTGAT 
TTCAGTATCC ATTTCAATAG GTTCAACCCT GATGGGGAAG AGGAGGATGT TACAGTACAT 
GAATGA

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

RefSeq	XP_021016349.1
CDS	607..5292
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_021160690.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X3, mRNA.

Target ORF information:

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

XM_021160690.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGTAAA TTCAAGATGG 
AGGCGCTTTC CTACTGATTA TGCTTCCACC TCAGAAGATG AATTTGGATC AAACCGTAAT 
TCCCCTAAAC ATACTCGTCT ACGTACTTCT CCAGCCCTGA AAACCACTCG CATGCAGAGT 
ACTGGATCAG CAATGCCTGC TAGTTCTTCA TTCAAGCACC GAATTAAAGA ACAGGAAGAC 
TATATCCGAG ATTGGACTGC CCATCGAGAA GAGATAGCCA GGATCAGCCA AGATCTTGCT 
CTCATTGCTC GGGAGATCAA CGACGTAGCA GGAGAAATAG ATTCAGTGAC TTCCTCAGGC 
ACTGCCCCGA GTACCACATT GGTTGATCGT GTTTTTGATG AAAGTCTCAA CTTCAGAAAG 
ATACCTCCAT TAGTTCATTC TAAAACACCA GAAGGAAACA ACGGTCGGTC TGTTGACTCG 
AGGCCTCAGC CAGCCGAGCA TCCTGATCAC TTAACAATTA CAAGACGGAG AACCTGGAGT 
AGGGATGAAG TCATGGGAGA TAATCTGCTA TTGTCATCAG TCTTTCAGTT CTCTAGGAAG 
ATTAGACAAT CCATCGATAA AACAGCTGGG AAAATCAGAA TATTGTTTAA AGACAAAGAC 
CGGAACTGGG ATGACATAGA AAACAAGCTA AGAGCTGAAA GCGAAGTCCC TATCGTTAAA 
ACTTCAAGCA TGGAGATTTC TTCTATTTTA CAGGAGCTTA AAAGAGTTGA AAAACAGTTG 
CAAGTGATAA ATGCCATGAT TGACCCAGAT GGAACTTTGG AGGCTCTTAA CAACATGGGA 
TTTCCCAATG CTATCCTGCC ATCCCCACCA AAACAGAAGT CCAGCCCTGT TAATAACCAC 
AGCAGCCCTA GTCAGACGCC AGCACTTTGC CCACCAGAAA CTAGAGCCCT ACACCCTGCT 
GCTGCGGGAG CGGCGGCAGC AGCCTCCACT GAGTTTGAGA ATGCTGAATC TGAGGCTGAT 
TTCAGTATCC ATTTCAATAG GTTCAACCCT GATGGGGAAG AGGAGGATGT TACAGTACAT 
GAATGA

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

Cep170 ( XM_029481033.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336893.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X4, mRNA.

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CloneID	OMv66583
Clone ID Related Accession (Same CDS sequence)	XM_029481033.1
Accession Version	XM_029481033.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4659bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGCCCT GAAAACCACT 
CGCATGCAGA GTACTGGATC AGCAATGCCT GCTAGTTCTT CATTCAAGCA CCGAATTAAA 
GAACAGGAAG ACTATATCCG AGATTGGACT GCCCATCGAG AAGAGATAGC CAGGATCAGC 
CAAGATCTTG CTCTCATTGC TCGGGAGATC AACGACGTAG CAGGAGAAAT AGATTCAGTG 
ACTTCCTCAG GCACTGCCCC GAGTACCACA GTAAGCACTG CCGCCACCAC CCCTGGCTCT 
GCCATAGACA CTAGAGAAGA GGTAGGAGAT CTTCATGGAG AAATGCATAA GTTGGTTGAT 
CGTGTTTTTG ATGAAAGTCT CAACTTCAGA AAGATACCTC CATTAGTTCA TTCTAAAACA 
CCAGAAGGAA ACAACGGTCG GTCTGTTGAC TCGAGGCCTC AGCCAGCCGA GCATCCTGAT 
CACTTAACAA TTACAAGACG GAGAACCTGG AGTAGGGATG AAGTCATGGG AGATAATCTG 
CTATTGTCAT CAGTCTTTCA GTTCTCTAGG AAGATTAGAC AATCCATCGA TAAAACAGCT 
GGGAAAATCA GAATATTGTT TAAAGACAAA GACCGGAACT GGGATGACAT AGAAAACAAG 
CTAAGAGCTG AAAGCGAAGT CCCTATCGTT AAAACTTCAA GCATGGAGAT TTCTTCTATT 
TTACAGGAGC TTAAAAGAGT TGAAAAACAG TTGCAAGTGA TAAATGCCAT GATTGACCCA 
GATGGAACTT TGGAGGCTCT TAACAACATG GGATTTCCCA ATGCTATCCT GCCATCCCCA 
CCAAAACAGA AGTCCAGCCC TGTTAATAAC CACAGCAGCC CTAGTCAGAC GCCAGCACTT 
TGCCCACCAG AAACTAGAGC CCTACACCCT GCTGCTGCGG GAGCGGCGGC AGCAGCCTCC 
ACTGAGTTTG AGAATGCTGA ATCTGAGGCT GATTTCAGTA TCCATTTCAA TAGGTTCAAC 
CCTGATGGGG AAGAGGAGGA TGTTACAGTA CATGAATGA

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

RefSeq	XP_029336893.1
CDS	608..5266
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPIINEKHKGLIKDWALNSAAVVMEDRKPLSTPGFHNSEEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_029481033.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X4, mRNA.

Target ORF information:

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

XM_029481033.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGTA 
TTTGGAGTAG ATGACAATCA GGATTATAAT AGGCCTATTA TCAATGAAAA GCATAAAGGT 
CTCATAAAAG ACTGGGCTCT CAACTCTGCT GCAGTAGTAA TGGAAGACAG AAAGCCATTG 
AGCACACCTG GGTTTCATAA CTCAGAGGAA GCCATATCTT CATCTGGAAG CAAACGTTGG 
GTTTCACAAT GGGCTAGTTT GGCTGCTAAT CATACAAGGC ATGATCCAGA AGAAAGGTTA 
ATGGAATTGT CTGCAACTGT AGAAAACGAG ACAGATACTG GTGAAGCTGG TGTTTCCCTA 
AGAAGTACTA GTTGTACAAC TTCCTTGGCT AGTCAGGGAG AGAGGAAGAG GCGAACTCTT 
CCCCAGCTCC CAAATGAAGA GAAGCTACTC GAGAGCTCCA GAGTGAAGGT CGTTCCACAG 
AGGTCAGAGA TAGGAGAAAA GCAAGACACG GAACTGCAGG AAAAAGAAGC CCAGGTATAC 
CAAAGCGAGA AGCACGATGC AGACCGAGGC CTAAGTAAAA TGAGCAGGGC AGTCAATGGT 
GAGAGTCTTA AAACTGGTGG AGATGGTAAA GCCCTCCTTC ACTCAGGAAA CTCATCTAGC 
AAGGAGAAGA GTGAGACAGA AAAGGAAACT TCTTTGGTAA AACAAACATT GGCTAAAATC 
CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG TGGACTCCTA CTAAGTTTCC TTCAAAAAAT 
GCTTTAGGCC ATATAGATAA ATGTAGGGAG GAATCTTCTA AGCAAGAGTC CCAACTCTTA 
GAAAAAGTTT CAGGACATTC TACAAGCAAA GGAGACAGAG TAATACAAAA TGAAAGCAAG 
AGAAGGAAAG CTGAGGAAAT TCCAAAATGC CAGGCTTCAA AAGGAGACAA GAAAGAGTCT 
TCCAAATCAT TAGTGCGCCA AGGGAGTTTC ACCATAGACA AGCCCAGTTC AAACATCCCC 
ATAGAACTTA TCCCCCATAT CAATAAGCAG AATTCATCTG TACCCACTGC CTTAGCACTG 
ACATCTGCAA GTAGACTTCG AGAAAGGAGT GACTCTTTGG ATACTGATTC TAGCATGGAC 
ACAACCTTGA TTTTAAAAGA CACAGAAGCA GTGATGGCTT TTCTAGAAGC TAAACTGCGT 
GAAGATAATA ATAAAACTGA TGAAGGCCCA GATACTCCCA GTTACAATAG AGACAATTCA 
ATTTCACCAG AATCTGATGT AGACACAGCC AGTACAATTA GTCTGGTGAC TGGAGAGACA 
GAAAGAAAGT CCACCCAAAA GCGGAAGAGT TTCACTAGTC TCTATAAAGA CAGGTGTTCC 
ACGAGTTCCC CATCCAAAGA TGTTACAAAG TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA 
GCAAAAAGCC GCTCTACAGA TATAGGTGCA AGAGCAGATG GTCGCAAATT TGTACAGTCC 
AGTGGAAGAA TCCGGCAGCC TTCCATAGAC TTAACAGATG ATGACCAGAC CTCTAGTGTA 
CCTCATTCTG CTATTTCTGA CATTATGTCA TCTGACCAGG AAACATACTC CTGCAAATCT 
CATGGACGGA CTCCACTTAC CTCAGCCGAT GAACACAACA TACATTCCAA ACTGGAAGGA 
AGCAAAGCAA CAAAGTCTAA GACTTCTCCT GTTGCCTCTG GTTCAACAAG TAAATCCACT 
ACTCTCCCAA GGCCACGGCC CACCCGGACG TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA 
GCTTCTGACA GTGAACTTGC TGATGCTGAC AAAGCATCCG TTGCTTCTGA AGTGTCCACT 
ACAAGTTCCA CATCAAAACC ACCCACAGGA AGGCGAACCA TCTCTAGGAT TGATTTATTG 
GCTCAGCCTC GAAGAACAAG ACTTGGCTCA TTATCCGCCC GTAGTGACTC TGAAGCAACA 
ATTTCAAGAA GCAGCGCATC TGCACGCACT GCAGAAGCTG TCATTAGGAG CGGAGCCAGA 
CTAGTGCCAT CAGATAAACT TTCTCCTAGA ACTAGAGCTA ACAGTATCTC TCGGCTCTCC 
GATTCCAAGG TCAAGAGCAT GAGCTCCACT CACGGCTCTC CTTCAGCCCT GAAAACCACT 
CGCATGCAGA GTACTGGATC AGCAATGCCT GCTAGTTCTT CATTCAAGCA CCGAATTAAA 
GAACAGGAAG ACTATATCCG AGATTGGACT GCCCATCGAG AAGAGATAGC CAGGATCAGC 
CAAGATCTTG CTCTCATTGC TCGGGAGATC AACGACGTAG CAGGAGAAAT AGATTCAGTG 
ACTTCCTCAG GCACTGCCCC GAGTACCACA GTAAGCACTG CCGCCACCAC CCCTGGCTCT 
GCCATAGACA CTAGAGAAGA GGTAGGAGAT CTTCATGGAG AAATGCATAA GTTGGTTGAT 
CGTGTTTTTG ATGAAAGTCT CAACTTCAGA AAGATACCTC CATTAGTTCA TTCTAAAACA 
CCAGAAGGAA ACAACGGTCG GTCTGTTGAC TCGAGGCCTC AGCCAGCCGA GCATCCTGAT 
CACTTAACAA TTACAAGACG GAGAACCTGG AGTAGGGATG AAGTCATGGG AGATAATCTG 
CTATTGTCAT CAGTCTTTCA GTTCTCTAGG AAGATTAGAC AATCCATCGA TAAAACAGCT 
GGGAAAATCA GAATATTGTT TAAAGACAAA GACCGGAACT GGGATGACAT AGAAAACAAG 
CTAAGAGCTG AAAGCGAAGT CCCTATCGTT AAAACTTCAA GCATGGAGAT TTCTTCTATT 
TTACAGGAGC TTAAAAGAGT TGAAAAACAG TTGCAAGTGA TAAATGCCAT GATTGACCCA 
GATGGAACTT TGGAGGCTCT TAACAACATG GGATTTCCCA ATGCTATCCT GCCATCCCCA 
CCAAAACAGA AGTCCAGCCC TGTTAATAAC CACAGCAGCC CTAGTCAGAC GCCAGCACTT 
TGCCCACCAG AAACTAGAGC CCTACACCCT GCTGCTGCGG GAGCGGCGGC AGCAGCCTCC 
ACTGAGTTTG AGAATGCTGA ATCTGAGGCT GATTTCAGTA TCCATTTCAA TAGGTTCAAC 
CCTGATGGGG AAGAGGAGGA TGTTACAGTA CATGAATGA

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

Cep170 ( XM_029481034.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336894.1 Mus caroli centrosomal protein 170 (Cep170), transcript variant X5, mRNA.

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CloneID	OMv66584
Clone ID Related Accession (Same CDS sequence)	XM_029481034.1
Accession Version	XM_029481034.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4617bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	centrosomal protein of 170 kDa isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGAA 
GCCATATCTT CATCTGGAAG CAAACGTTGG GTTTCACAAT GGGCTAGTTT GGCTGCTAAT 
CATACAAGGC ATGATCCAGA AGAAAGGTTA ATGGAATTGT CTGCAACTGT AGAAAACGAG 
ACAGATACTG GTGAAGCTGG TGTTTCCCTA AGAAGTACTA GTTGTACAAC TTCCTTGGCT 
AGTCAGGGAG AGAGGAAGAG GCGAACTCTT CCCCAGCTCC CAAATGAAGA GAAGCTACTC 
GAGAGCTCCA GAGTGAAGGT CGTTCCACAG AGGTCAGAGA TAGGAGAAAA GCAAGACACG 
GAACTGCAGG AAAAAGAAGC CCAGGTATAC CAAAGCGAGA AGCACGATGC AGACCGAGGC 
CTAAGTAAAA TGAGCAGGGC AGTCAATGGT GAGAGTCTTA AAACTGGTGG AGATGGTAAA 
GCCCTCCTTC ACTCAGGAAA CTCATCTAGC AAGGAGAAGA GTGAGACAGA AAAGGAAACT 
TCTTTGGTAA AACAAACATT GGCTAAAATC CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG 
TGGACTCCTA CTAAGTTTCC TTCAAAAAAT GCTTTAGGCC ATATAGATAA ATGTAGGGAG 
GAATCTTCTA AGCAAGAGTC CCAACTCTTA GAAAAAGTTT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TAATACAAAA TGAAAGCAAG AGAAGGAAAG CTGAGGAAAT TCCAAAATGC 
CAGGCTTCAA AAGGAGACAA GAAAGAGTCT TCCAAATCAT TAGTGCGCCA AGGGAGTTTC 
ACCATAGACA AGCCCAGTTC AAACATCCCC ATAGAACTTA TCCCCCATAT CAATAAGCAG 
AATTCATCTG TACCCACTGC CTTAGCACTG ACATCTGCAA GTAGACTTCG AGAAAGGAGT 
GACTCTTTGG ATACTGATTC TAGCATGGAC ACAACCTTGA TTTTAAAAGA CACAGAAGCA 
GTGATGGCTT TTCTAGAAGC TAAACTGCGT GAAGATAATA ATAAAACTGA TGAAGGCCCA 
GATACTCCCA GTTACAATAG AGACAATTCA ATTTCACCAG AATCTGATGT AGACACAGCC 
AGTACAATTA GTCTGGTGAC TGGAGAGACA GAAAGAAAGT CCACCCAAAA GCGGAAGAGT 
TTCACTAGTC TCTATAAAGA CAGGTGTTCC ACGAGTTCCC CATCCAAAGA TGTTACAAAG 
TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA GCAAAAAGCC GCTCTACAGA TATAGGTGCA 
AGAGCAGATG GTCGCAAATT TGTACAGTCC AGTGGAAGAA TCCGGCAGCC TTCCATAGAC 
TTAACAGATG ATGACCAGAC CTCTAGTGTA CCTCATTCTG CTATTTCTGA CATTATGTCA 
TCTGACCAGG AAACATACTC CTGCAAATCT CATGGACGGA CTCCACTTAC CTCAGCCGAT 
GAACACAACA TACATTCCAA ACTGGAAGGA AGCAAAGCAA CAAAGTCTAA GACTTCTCCT 
GTTGCCTCTG GTTCAACAAG TAAATCCACT ACTCTCCCAA GGCCACGGCC CACCCGGACG 
TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA GCTTCTGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCCG TTGCTTCTGA AGTGTCCACT ACAAGTTCCA CATCAAAACC ACCCACAGGA 
AGGCGAACCA TCTCTAGGAT TGATTTATTG GCTCAGCCTC GAAGAACAAG ACTTGGCTCA 
TTATCCGCCC GTAGTGACTC TGAAGCAACA ATTTCAAGAA GCAGCGCATC TGCACGCACT 
GCAGAAGCTG TCATTAGGAG CGGAGCCAGA CTAGTGCCAT CAGATAAACT TTCTCCTAGA 
ACTAGAGCTA ACAGTATCTC TCGGCTCTCC GATTCCAAGG TCAAGAGCAT GAGCTCCACT 
CACGGCTCTC CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACTCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CATGCAGAGT ACTGGATCAG CAATGCCTGC TAGTTCTTCA 
TTCAAGCACC GAATTAAAGA ACAGGAAGAC TATATCCGAG ATTGGACTGC CCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGACGTAGCA 
GGAGAAATAG ATTCAGTGAC TTCCTCAGGC ACTGCCCCGA GTACCACAGT AAGCACTGCC 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGTCTCA ACTTCAGAAA GATACCTCCA 
TTAGTTCATT CTAAAACACC AGAAGGAAAC AACGGTCGGT CTGTTGACTC GAGGCCTCAG 
CCAGCCGAGC ATCCTGATCA CTTAACAATT ACAAGACGGA GAACCTGGAG TAGGGATGAA 
GTCATGGGAG ATAATCTGCT ATTGTCATCA GTCTTTCAGT TCTCTAGGAA GATTAGACAA 
TCCATCGATA AAACAGCTGG GAAAATCAGA ATATTGTTTA AAGACAAAGA CCGGAACTGG 
GATGACATAG AAAACAAGCT AAGAGCTGAA AGCGAAGTCC CTATCGTTAA AACTTCAAGC 
ATGGAGATTT CTTCTATTTT ACAGGAGCTT AAAAGAGTTG AAAAACAGTT GCAAGTGATA 
AATGCCATGA TTGACCCAGA TGGAACTTTG GAGGCTCTTA ACAACATGGG ATTTCCCAAT 
GCTATCCTGC CATCCCCACC AAAACAGAAG TCCAGCCCTG TTAATAACCA CAGCAGCCCT 
AGTCAGACGC CAGCACTTTG CCCACCAGAA ACTAGAGCCC TACACCCTGC TGCTGCGGGA 
GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATC 
CATTTCAATA GGTTCAACCC TGATGGGGAA GAGGAGGATG TTACAGTACA TGAATGA

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

RefSeq	XP_029336894.1
CDS	607..5223
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASMDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVRGEMRVPEEALKHEKFTIQLQLSQKSSESELPKSASAKGTDSKVEAAAEVQPRATEALKSEEKPVDVSAMPRGTPLYGQPSWWGDEEEDEQRAFKANGKPEGKSQEPGASGCSIDAKHVEEQSAAASEEALFPFCREPSYFEIPTKEFQQPSQIAESTIHEIPTKDTPSSHTAGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKASPGTQDLPGIQTGMMAPENKVADWLAQNNPPQMVWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEQKKKAQSTEKHQEQAATSSTHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDVMLKNQATSASSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKEAISSSGSKRWVSQWASLAANHTRHDPEERLMELSATVENETDTGEAGVSLRSTSCTTSLASQGERKRRTLPQLPNEEKLLESSRVKVVPQRSEIGEKQDTELQEKEAQVYQSEKHDADRGLSKMSRAVNGESLKTGGDGKALLHSGNSSSKEKSETEKETSLVKQTLAKIQQQEQKEQAQWTPTKFPSKNALGHIDKCREESSKQESQLLEKVSGHSTSKGDRVIQNESKRRKAEEIPKCQASKGDKKESSKSLVRQGSFTIDKPSSNIPIELIPHINKQNSSVPTALALTSASRLRERSDSLDTDSSMDTTLILKDTEAVMAFLEAKLREDNNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTSSPSKDVTKSSSREKIEKKAKSRSTDIGARADGRKFVQSSGRIRQPSIDLTDDDQTSSVPHSAISDIMSSDQETYSCKSHGRTPLTSADEHNIHSKLEGSKATKSKTSPVASGSTSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRTISRIDLLAQPRRTRLGSLSARSDSEATISRSSASARTAEAVIRSGARLVPSDKLSPRTRANSISRLSDSKVKSMSSTHGSPSVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRMQSTGSAMPASSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSVDSRPQPAEHPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSRKIRQSIDKTAGKIRILFKDKDRNWDDIENKLRAESEVPIVKTSSMEISSILQELKRVEKQLQVINAMIDPDGTLEALNNMGFPNAILPSPPKQKSSPVNNHSSPSQTPALCPPETRALHPAAAGAAAAASTEFENAESEADFSIHFNRFNPDGEEEDVTVHE

Target ORF information:

RefSeq Version	XM_029481034.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli centrosomal protein 170 (Cep170), transcript variant X5, mRNA.

Target ORF information:

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

XM_029481034.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGACGACTGT GAGCTCATGC TTCAGTCCCG AAGTGTGGAT 
AAACAACATG CTGTAATCAA TTATGATGCA TCTATGGATG AACATTTGGT GAAAGATTTA 
GGCAGCCTAA ATGGGACTTT TGTGAATGAT GTAAGGATAC CAGAGCAGAC GTACATCACT 
TTGAAGCTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTCTTCAC TGTAGTACGA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCACGAGA AGTTTACCAT TCAGCTTCAA 
TTGTCCCAGA AGTCTTCAGA ATCAGAATTA CCAAAATCAG CAAGTGCCAA AGGCACGGAC 
TCAAAAGTGG AGGCTGCTGC AGAAGTGCAG CCCAGAGCCA CAGAAGCACT AAAATCTGAA 
GAGAAACCCG TGGATGTCTC TGCTATGCCC CGAGGCACTC CATTATATGG GCAGCCGTCC 
TGGTGGGGAG ACGAAGAGGA GGATGAACAA AGAGCTTTCA AGGCCAATGG CAAGCCTGAG 
GGAAAAAGTC AGGAACCTGG GGCTTCAGGG TGCAGCATAG ATGCCAAGCA TGTGGAGGAA 
CAGTCTGCAG CTGCAAGTGA AGAAGCACTT TTTCCATTCT GTAGGGAGCC AAGTTATTTT 
GAAATTCCTA CAAAAGAATT CCAGCAGCCA TCACAAATAG CAGAGAGCAC TATTCATGAG 
ATTCCAACAA AAGACACACC AAGTTCCCAT ACAGCAGGTG CAGGGCATGC TTCATTTACC 
ATTGAATTTG ATGACAGTAC GCCAGGAAAA GTAACTATTA GAGACCATGT GACAAAATTC 
ACTTCTGACC AGCGCCACAA GTCAAAGAAG GCCTCTCCAG GAACTCAAGA CTTGCCAGGA 
ATTCAGACAG GAATGATGGC ACCAGAAAAT AAAGTAGCTG ACTGGCTAGC CCAAAACAAC 
CCTCCTCAAA TGGTGTGGGA AAGAACAGAG GAGGATTCCA AGAGCATTAA AAGTGATGTT 
CCTGTGTACT TGAAAAGGTT GAAAGGAAAC AAACATGATG ATGGTACACA GAGTGATTCA 
GAGAATGCTG GGGCGCACAG GCGCTGTAGC AAGCGTGCAA CTCTGGAGGA ACATTTACGC 
CGCCATCACT CAGAGCAGAA AAAGAAGGCC CAGTCCACCG AAAAGCATCA AGAACAGGCT 
GCTACTAGCT CTACGCATCA CAGAGGGGGG CATGGTGTTC CACATGGGAA ATTGTTAAAA 
CAGAAATCAG AGGAGCCATC GGTGTCAATA CCCTTCCTAC AAACTGCATT ATTAAGAAGT 
TCAGGGAGTC TTGGGCACAG ACCAAGCCAG GAGATGGATG TAATGTTAAA AAATCAAGCT 
ACTTCTGCCT CTTCAGAAAA GGATAATGAT GATGACCAAA GTGACAAGGG TACTTATACC 
ATTGAGTTAG AGAATCCCAA CAGTGAGGAG GTGGAAGCAA GAAAAATGAT TGACAAGGAA 
GCCATATCTT CATCTGGAAG CAAACGTTGG GTTTCACAAT GGGCTAGTTT GGCTGCTAAT 
CATACAAGGC ATGATCCAGA AGAAAGGTTA ATGGAATTGT CTGCAACTGT AGAAAACGAG 
ACAGATACTG GTGAAGCTGG TGTTTCCCTA AGAAGTACTA GTTGTACAAC TTCCTTGGCT 
AGTCAGGGAG AGAGGAAGAG GCGAACTCTT CCCCAGCTCC CAAATGAAGA GAAGCTACTC 
GAGAGCTCCA GAGTGAAGGT CGTTCCACAG AGGTCAGAGA TAGGAGAAAA GCAAGACACG 
GAACTGCAGG AAAAAGAAGC CCAGGTATAC CAAAGCGAGA AGCACGATGC AGACCGAGGC 
CTAAGTAAAA TGAGCAGGGC AGTCAATGGT GAGAGTCTTA AAACTGGTGG AGATGGTAAA 
GCCCTCCTTC ACTCAGGAAA CTCATCTAGC AAGGAGAAGA GTGAGACAGA AAAGGAAACT 
TCTTTGGTAA AACAAACATT GGCTAAAATC CAGCAGCAAG AGCAAAAGGA GCAGGCCCAG 
TGGACTCCTA CTAAGTTTCC TTCAAAAAAT GCTTTAGGCC ATATAGATAA ATGTAGGGAG 
GAATCTTCTA AGCAAGAGTC CCAACTCTTA GAAAAAGTTT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TAATACAAAA TGAAAGCAAG AGAAGGAAAG CTGAGGAAAT TCCAAAATGC 
CAGGCTTCAA AAGGAGACAA GAAAGAGTCT TCCAAATCAT TAGTGCGCCA AGGGAGTTTC 
ACCATAGACA AGCCCAGTTC AAACATCCCC ATAGAACTTA TCCCCCATAT CAATAAGCAG 
AATTCATCTG TACCCACTGC CTTAGCACTG ACATCTGCAA GTAGACTTCG AGAAAGGAGT 
GACTCTTTGG ATACTGATTC TAGCATGGAC ACAACCTTGA TTTTAAAAGA CACAGAAGCA 
GTGATGGCTT TTCTAGAAGC TAAACTGCGT GAAGATAATA ATAAAACTGA TGAAGGCCCA 
GATACTCCCA GTTACAATAG AGACAATTCA ATTTCACCAG AATCTGATGT AGACACAGCC 
AGTACAATTA GTCTGGTGAC TGGAGAGACA GAAAGAAAGT CCACCCAAAA GCGGAAGAGT 
TTCACTAGTC TCTATAAAGA CAGGTGTTCC ACGAGTTCCC CATCCAAAGA TGTTACAAAG 
TCAAGCAGTA GGGAGAAAAT TGAAAAGAAA GCAAAAAGCC GCTCTACAGA TATAGGTGCA 
AGAGCAGATG GTCGCAAATT TGTACAGTCC AGTGGAAGAA TCCGGCAGCC TTCCATAGAC 
TTAACAGATG ATGACCAGAC CTCTAGTGTA CCTCATTCTG CTATTTCTGA CATTATGTCA 
TCTGACCAGG AAACATACTC CTGCAAATCT CATGGACGGA CTCCACTTAC CTCAGCCGAT 
GAACACAACA TACATTCCAA ACTGGAAGGA AGCAAAGCAA CAAAGTCTAA GACTTCTCCT 
GTTGCCTCTG GTTCAACAAG TAAATCCACT ACTCTCCCAA GGCCACGGCC CACCCGGACG 
TCCCTCCTGC GTAGAGCCCG GCTGGGTGAA GCTTCTGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCCG TTGCTTCTGA AGTGTCCACT ACAAGTTCCA CATCAAAACC ACCCACAGGA 
AGGCGAACCA TCTCTAGGAT TGATTTATTG GCTCAGCCTC GAAGAACAAG ACTTGGCTCA 
TTATCCGCCC GTAGTGACTC TGAAGCAACA ATTTCAAGAA GCAGCGCATC TGCACGCACT 
GCAGAAGCTG TCATTAGGAG CGGAGCCAGA CTAGTGCCAT CAGATAAACT TTCTCCTAGA 
ACTAGAGCTA ACAGTATCTC TCGGCTCTCC GATTCCAAGG TCAAGAGCAT GAGCTCCACT 
CACGGCTCTC CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACTCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CATGCAGAGT ACTGGATCAG CAATGCCTGC TAGTTCTTCA 
TTCAAGCACC GAATTAAAGA ACAGGAAGAC TATATCCGAG ATTGGACTGC CCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGACGTAGCA 
GGAGAAATAG ATTCAGTGAC TTCCTCAGGC ACTGCCCCGA GTACCACAGT AAGCACTGCC 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGTCTCA ACTTCAGAAA GATACCTCCA 
TTAGTTCATT CTAAAACACC AGAAGGAAAC AACGGTCGGT CTGTTGACTC GAGGCCTCAG 
CCAGCCGAGC ATCCTGATCA CTTAACAATT ACAAGACGGA GAACCTGGAG TAGGGATGAA 
GTCATGGGAG ATAATCTGCT ATTGTCATCA GTCTTTCAGT TCTCTAGGAA GATTAGACAA 
TCCATCGATA AAACAGCTGG GAAAATCAGA ATATTGTTTA AAGACAAAGA CCGGAACTGG 
GATGACATAG AAAACAAGCT AAGAGCTGAA AGCGAAGTCC CTATCGTTAA AACTTCAAGC 
ATGGAGATTT CTTCTATTTT ACAGGAGCTT AAAAGAGTTG AAAAACAGTT GCAAGTGATA 
AATGCCATGA TTGACCCAGA TGGAACTTTG GAGGCTCTTA ACAACATGGG ATTTCCCAAT 
GCTATCCTGC CATCCCCACC AAAACAGAAG TCCAGCCCTG TTAATAACCA CAGCAGCCCT 
AGTCAGACGC CAGCACTTTG CCCACCAGAA ACTAGAGCCC TACACCCTGC TGCTGCGGGA 
GCGGCGGCAG CAGCCTCCAC TGAGTTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATC 
CATTTCAATA GGTTCAACCC TGATGGGGAA GAGGAGGATG TTACAGTACA TGAATGA

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

Gene Symbol	Cep170
Entrez Gene ID	110292967
Full Name	centrosomal protein 170
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

Cep170 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene

Clones

gRNAs

Target ORF information:

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ORF Insert Sequence:

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Target ORF information:

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Target ORF information:

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Target ORF information:

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Target ORF information:

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Target ORF information:

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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