cep152 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	cep152
Entrez Gene ID	100380166
Full Name	centrosomal protein 152kDa
General protein information	Preferred Names centrosomal protein 152kDa Names centrosomal protein of 152 kDa
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002936564.4	XP_002936610.1	centrosomal protein of 152 kDa isoform X3
XM_004912602.3	XP_004912659.1	centrosomal protein of 152 kDa isoform X1
XM_004912603.3	XP_004912660.1	centrosomal protein of 152 kDa isoform X2
XM_018092434.1	XP_017947923.1	centrosomal protein of 152 kDa isoform X4
XM_004912602.4	XP_004912659.2	centrosomal protein of 152 kDa isoform X1
XM_002936564.5	XP_002936610.2	centrosomal protein of 152 kDa isoform X3
XM_004912603.4	XP_004912660.2	centrosomal protein of 152 kDa isoform X2

Pathways from BioSystems

Homologies

Homo sapiens (human)	CEP152	NP_001181927.1
Gallus gallus (chicken)	CEP152	XP_004943860.1
Xenopus tropicalis (tropical clawed frog)	cep152	XP_004912660.1
Pan troglodytes (chimpanzee)	CEP152	XP_523070.2
	CEP152	XP_001113236.2
Rattus norvegicus (Norway rat)	Cep152	XP_006235007.1
Danio rerio (zebrafish)	cep152	XP_694227.4
Canis lupus familiaris (dog)	CEP152	XP_005638449.1
Bos taurus (cattle)	CEP152	XP_005211952.1
Mus musculus (house mouse)	Cep152	NP_001074560.1

Gene Ontology

The following cep152 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cep152 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OXa43367	XM_018092434.1 Latest version!	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OXa55113	XM_004912602.4 Latest version!	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa55114	XM_004912603.4 Latest version!	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa55115	XM_002936564.5 Latest version!	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa07213	XM_004912602.3 Latest version!	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OXa07214	XM_004912603.3 Latest version!	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OXa07215	XM_002936564.4 Latest version!	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

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

Reference Sequences (Refseq)

cep152 ( XM_018092434.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017947923.1 Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OXa43367
Clone ID Related Accession (Same CDS sequence)	XM_018092434.1
Accession Version	XM_018092434.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4824bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	centrosomal protein of 152 kDa isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGGGTTT TGCTGTACAA GAAGAAACAA GTAAACAGTC TACAGAGCCT 
TATCAAGTAA AATACAATCC TTACCAAATA AATACTACAC AAAAGGATGA GATGAACCAA 
GAAGTTGGAA GAAGAGATGG CAATTTTGAT GACTTGCAGA GAGAGTTCTT AGATACTGGG 
GAAAATTCTG CAGGCAACAT GCAGTTTGTG CAGCTTCAGG TTTTGTACAA AGCAAGAGGA 
AGGCAGCTTG AAGAGCAAAA CAACAACTTA GAAGAGTGTG AAAGGCAAAT AAGATATCTT 
AACCACCAAC TTGCAATAGT TAAAGATCAA AAAGATGGCT TGACTATCAG CCTACAAGAA 
TCTCAAAAAC TACTTCAAAA TTCCAGAGAA ATGGAGATTC AGTTAAAGGG GCAATTGACT 
GCTCTGCAAA AGACAGTTGA GAGTGTAACC ACAAATGAAG AACATCTCAG AAAAGAATTG 
AACGTTGCTA AAGTAGCAAT GGAGAGTATG CAGCAACAGC TTCTAGACTT GCGACGCTCT 
GAATCCATAC AACGAGCTAG AGAGCAACAT GAAACTGTTG TGTCAATGCT GAAAAAGAAG 
AATGAGGAAC AAGTGTTGGT ATTACAGCAG AAGCTTGACG ATATAAATGC AGCACTTAAT 
GAAGAAAAAG AATTGTGTAG ACGTTTGGAG GACCGATTAA AACTATCTGA AAGAAACCAA 
GAAGAAAGCA AACTTGAAAA AACAGATATA ATTAACAGGC TCAGTAAGAG TCTAGAAGAA 
AGTCAGAAGC AGTGTGCTAA CCTTCTGCAG AGTGGCTCAA TACAAGAAGC CTCTCATCTA 
AGGTTGCAGC TACAGCAAGT ACAATCTTCA AAAATCATAA CTGATGGCAT GAACAAAGCC 
TTACAGGAAG AGGTGCGTGA ACTGCAGGAG CAAATTACAA TGTATGAATC TGCTGCAAGA 
TTGGGAGTTT TTGTCAATGG TGGTGAAGAG CAACAACTCT CCGATTCATA TGTGGAATTG 
GGAATTAAAA AGGTTAACTG GCAAAAATCA CAACTTGGCA GGGTTGTGTC ACATAATGGC 
GTGAAGAATG ACCTTTCCTC AGAGGAGATC ATCTTAGAAC TTAAAAGTGA GCTTGAACGT 
TGCTTGAACA GCAATAAAAC AAAAAGAAAG CAGATTGTTA CTCTGCAGGC CGATCTAAAA 
GGACACGTGT CAAAAAATGA AGAATTAAAG AAGTCATTGG AAGAGGCAGA AAGGACAGCC 
AGAGACAATC AAATTCGGGC AGAAAACCTA GCAAACAAAG TGGATAAGTC TCCGTTTCAG 
TATTTATCAA GTGATGAATT TAGGGAAGAG CTTCAAAAAC TCCAAAGTGA AAAACAGATA 
CTTCAGCAAG AAAATGAGAA ATATTTGCTA CACATTAAAG AGCTTACAGC AAATGAGGAG 
AAACTGAAGG TTGCTAACCA AGAACTCTGC AATGAAATGA GAGGGATGAT ACAGGACTTT 
GATCGAGATA AAAAGGAAGC TATTGAAAGA TGTGAGAGGA CATATGAGCA ACATAATGAA 
GATATAAAGG TCCATTTACT AAAAGAGCTG TATGAAAAGT TTGAATCTGA AAAGGAACAA 
CTTTCCCAGG ATTATGAGGA AAAAATGACT CGGCTACAAA CACAGATGAA TGAAATGCAC 
AATGAAATGA CCGCAGTGCA AGAGTGTTAC ATAACACTCT GTAAAGAGAA AGATGCATTG 
GAAGATAACA CGAAAGAACA CCTTAAAAAA CAGCTTCAAA AGAGTGAAGA AGAGTTCAGC 
GAAAAGTCTG CAAAAGAAAC ACAAAAGTCT TTGCAGATGC TTAAAGATGA ATTGGAAGAA 
AACCACAAAT CTGCCATGTT AGAAGCAAAG GCTCAGTGGC AGAGAGAAAA AGAACTGGAG 
TTCCAGAAGC AAAGTGAGGT TCAGATTGCA CTGTTAAAGG AAAACTGCAG AAAAGAGCAG 
CTACAGATCA CTGCAAAAGC AATTCAAGAT GTTGAAAGGG AATGGGAACA AAAACTAAAC 
CGGGCTTTGC AAGATGCCAA GACTAAAAGT CTCCAGAATT TTGAAACTCA GACTACACAG 
ACAGATAAAA GCTTCCTGGC CAAATCTGCC TTAATTGCAG ACTGCGTTGA TGAGCTAAAG 
GATAAACTGC ATAATGCTGT GCAAGATAAG GAAAGAGCTG TACGTCAGGC TCAGCTGGAA 
TTGGAAGAGC GCCACCGCGA GGAGATTTCC AAGCAGGTGG AAGTGACTTT AACCAGGGCT 
TATGGACGAT GGCTGCAAGA ATTTACCACT TTACCTGAAT ACAAAGCCCA GCTGAAACTA 
GAGCAGGAAA AATGGGAGAA AATGAATGAA CTTAATGTGG AGAGACAGGT GTCTGATGCT 
CTTAATGCAG CAGAAATAAA ATGGAAAATG ATGTCTGACA AAGTTGATTT TACTGTCAGC 
CAAAAAGAGT TTGAAGAAAA GATTGCATCA ATGAAAAGAG AGCTTGAGCT GAAAGAAGAG 
GAGTTTCAGG CTTTACTGAA GGCTGAAATA GCAAAGGCTC GAGCACAGTG GAACAAAGAG 
AAACATGATG AAATCCAGAG GCTGCAGGAA GACAATGAAA AGGATTACCG TGTGTTTTTA 
GATGAGCATC GGAATAAACT CACTGATGTC CTCTCAACTA CCAAAGTAGA ATTTGAAAAA 
CAAAAAAATG AATTGATTGC ACAAAAAGAT GGTGAAATGG CAGAGAGACT AGATCAGAGC 
CTGAAACAAT GGGCCTTAGA TGAATCACGA CGTATGCTTG ATCATGAAAA TGAGATTCTA 
TCAGAAACTG AACAGTGTCT GTGTGAAATA CATGATCAGT TGTTAACTAA ATCCATAGTT 
AAAGACCCAT TACCAAGCAT GAAAAGTACT TTAAATGCTT CCTTTCTGGA GAAGTTAAAA 
GCTTGCTTAC AGAGATCTGT GAAGGGCATT GTCTGCAAAG TGCTGGCAAC TGCAAAACAA 
GACTGGAAAA AGAAGTATGA CGCTGAATCA AATCATGCGA CTGGTATAAC AGGAGGGCAG 
CTAGAAAGAT CAGAAGAAAG AAAAACAGCA AAGATTGGTC ATTTTGACAG AGATTTCACT 
GATCTAGGTA AAAATGAAAA ACAGTCTTGC TGTGATCATT GGATCCAACA ACTTGACAAA 
TCAAAAAAGG ATTGTCACGA GTTCAAAAGC AAGCTGGAAA AAGCATGCAG ACATCTTCAA 
CAACTTGTAA AGGACCAAAA ACTCAAAGCT GAAAAATATA GAGAAAACAC TATACTTACA 
GAGGAACTGA GAAAGCAAAA TACGGAGTTA CAGAAAAAAC TTGAACTGAC CGTTGCACAG 
TCTCCTGCAT GCTTGGAACC AGTAGAGGGT GTCAGTAATG GTTGCGTGAA GTGTAATGGC 
AATGCTTTAG AAGAAATACG TGCTCAGTAC ATCAAAGCTG TGGACAAAAT CAAAAATGAT 
ATGCTGCGTT ACATACATGA AAGCAAAGGT AGAGCTGCTG AAATGCTGAA ATCTGAAGTT 
TTAAGAGAAC GACAAGAAAC TGCTCGTAAG ATGCGGAAGT ACTACTTGAC ATGCCTGCAG 
CAACTGTTAG AAGATAATGG GAAGAATGAA GGAGCTGAGA AAAAAATCAT TAATGCTGCA 
AGTAAACTTG CAACTATGGC CAAGGTGTTG GAAACTCCTG TTTCTCAAAA GTACCAGAGC 
AAAAGCCTTC AATCAGATAC GCTACAGGAT GAAAATAATT TGGCTAAATC TAAACAAGTC 
CAGAGAACCT TACAAAAGTC AGCCCAAAGC CATCAGAATA TTGACCAGCA TACTATAGAG 
GAGCTCATCA AAAGGCATGT TAGGGAAAAG TCTGATGGGA ACCAAATAAC AGCTACAAAT 
GAGAATTCTT CTTTTCCAAC ACTTAGAAAA GACTTTTTAG ATAATGCAAA TTCCCACTTT 
AACACCACAG TGCCATTGCA AAAAGTAAAA GCATTTAGCT GTACTGATTC AGTTGCTGAG 
TGTGTCCTTG TTAAACATTC GGAGCAAAAT GAACAACTCA CTTTGAAAGG TGCTAGATTA 
TATCCCAACC CTGAACAGCC AAATAAGAAA TCAGGCCTGC AAAGGTTTGA TCTGCAAGAA 
ACCCCTGTAC GGGATGAAAA TGGAAGCAAC GACTGGAGCT GTATTAGCAG CAAAAGCCTC 
TTTCAGTCAC ACTCTGCAAA GGGTCCTTTG GCACAACTGA AAATGGAGCC ACAGATTTGT 
GATGGTCAGG AGAATTCTTC AGCTGCAGCT TCATGTGCTC TTGCTGAGGA AGGCCATGAC 
ACATTTAGCA GTGATGGTAG AAGTCAGCAT TATTTTGCTC ACATTGCAAA GAGAAAAGAT 
GTCAATCCAG GCAGAAAGTG TTCTAATAAG ATCCAAGAAC TTTCTTCTTC AGCTGCAGGA 
GTTCATCCAG AATCCAAAAT ATATTCAGAT GTAGGCCAAG GCAGCAAGCT TACATCAAGA 
AAATTGTTAA TTGATTTTAC ATTATCTCCT CAGCAAGACA GTGGTTTTGA CAGCCCATTC 
CTTAACTTAA ATAGTTTCAA CTGA

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

RefSeq	XP_017947923.1
CDS	272..5095
Translation	MSIDFDSGALQIQQEDEEYDKEDYAREQELQQLLTDLPHDMLDDSLSSSPEPSYSDCSGHEVSEQMQQWEHGANWNDDELPNHQQGFAVQEETSKQSTEPYQVKYNPYQINTTQKDEMNQEVGRRDGNFDDLQREFLDTGENSAGNMQFVQLQVLYKARGRQLEEQNNNLEECERQIRYLNHQLAIVKDQKDGLTISLQESQKLLQNSREMEIQLKGQLTALQKTVESVTTNEEHLRKELNVAKVAMESMQQQLLDLRRSESIQRAREQHETVVSMLKKKNEEQVLVLQQKLDDINAALNEEKELCRRLEDRLKLSERNQEESKLEKTDIINRLSKSLEESQKQCANLLQSGSIQEASHLRLQLQQVQSSKIITDGMNKALQEEVRELQEQITMYESAARLGVFVNGGEEQQLSDSYVELGIKKVNWQKSQLGRVVSHNGVKNDLSSEEIILELKSELERCLNSNKTKRKQIVTLQADLKGHVSKNEELKKSLEEAERTARDNQIRAENLANKVDKSPFQYLSSDEFREELQKLQSEKQILQQENEKYLLHIKELTANEEKLKVANQELCNEMRGMIQDFDRDKKEAIERCERTYEQHNEDIKVHLLKELYEKFESEKEQLSQDYEEKMTRLQTQMNEMHNEMTAVQECYITLCKEKDALEDNTKEHLKKQLQKSEEEFSEKSAKETQKSLQMLKDELEENHKSAMLEAKAQWQREKELEFQKQSEVQIALLKENCRKEQLQITAKAIQDVEREWEQKLNRALQDAKTKSLQNFETQTTQTDKSFLAKSALIADCVDELKDKLHNAVQDKERAVRQAQLELEERHREEISKQVEVTLTRAYGRWLQEFTTLPEYKAQLKLEQEKWEKMNELNVERQVSDALNAAEIKWKMMSDKVDFTVSQKEFEEKIASMKRELELKEEEFQALLKAEIAKARAQWNKEKHDEIQRLQEDNEKDYRVFLDEHRNKLTDVLSTTKVEFEKQKNELIAQKDGEMAERLDQSLKQWALDESRRMLDHENEILSETEQCLCEIHDQLLTKSIVKDPLPSMKSTLNASFLEKLKACLQRSVKGIVCKVLATAKQDWKKKYDAESNHATGITGGQLERSEERKTAKIGHFDRDFTDLGKNEKQSCCDHWIQQLDKSKKDCHEFKSKLEKACRHLQQLVKDQKLKAEKYRENTILTEELRKQNTELQKKLELTVAQSPACLEPVEGVSNGCVKCNGNALEEIRAQYIKAVDKIKNDMLRYIHESKGRAAEMLKSEVLRERQETARKMRKYYLTCLQQLLEDNGKNEGAEKKIINAASKLATMAKVLETPVSQKYQSKSLQSDTLQDENNLAKSKQVQRTLQKSAQSHQNIDQHTIEELIKRHVREKSDGNQITATNENSSFPTLRKDFLDNANSHFNTTVPLQKVKAFSCTDSVAECVLVKHSEQNEQLTLKGARLYPNPEQPNKKSGLQRFDLQETPVRDENGSNDWSCISSKSLFQSHSAKGPLAQLKMEPQICDGQENSSAAASCALAEEGHDTFSSDGRSQHYFAHIAKRKDVNPGRKCSNKIQELSSSAAGVHPESKIYSDVGQGSKLTSRKLLIDFTLSPQQDSGFDSPFLNLNSFN

Target ORF information:

RefSeq Version	XM_018092434.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X4, mRNA.

Target ORF information:

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

XM_018092434.1

ORF Insert Sequence:

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGGGTTT TGCTGTACAA GAAGAAACAA GTAAACAGTC TACAGAGCCT 
TATCAAGTAA AATACAATCC TTACCAAATA AATACTACAC AAAAGGATGA GATGAACCAA 
GAAGTTGGAA GAAGAGATGG CAATTTTGAT GACTTGCAGA GAGAGTTCTT AGATACTGGG 
GAAAATTCTG CAGGCAACAT GCAGTTTGTG CAGCTTCAGG TTTTGTACAA AGCAAGAGGA 
AGGCAGCTTG AAGAGCAAAA CAACAACTTA GAAGAGTGTG AAAGGCAAAT AAGATATCTT 
AACCACCAAC TTGCAATAGT TAAAGATCAA AAAGATGGCT TGACTATCAG CCTACAAGAA 
TCTCAAAAAC TACTTCAAAA TTCCAGAGAA ATGGAGATTC AGTTAAAGGG GCAATTGACT 
GCTCTGCAAA AGACAGTTGA GAGTGTAACC ACAAATGAAG AACATCTCAG AAAAGAATTG 
AACGTTGCTA AAGTAGCAAT GGAGAGTATG CAGCAACAGC TTCTAGACTT GCGACGCTCT 
GAATCCATAC AACGAGCTAG AGAGCAACAT GAAACTGTTG TGTCAATGCT GAAAAAGAAG 
AATGAGGAAC AAGTGTTGGT ATTACAGCAG AAGCTTGACG ATATAAATGC AGCACTTAAT 
GAAGAAAAAG AATTGTGTAG ACGTTTGGAG GACCGATTAA AACTATCTGA AAGAAACCAA 
GAAGAAAGCA AACTTGAAAA AACAGATATA ATTAACAGGC TCAGTAAGAG TCTAGAAGAA 
AGTCAGAAGC AGTGTGCTAA CCTTCTGCAG AGTGGCTCAA TACAAGAAGC CTCTCATCTA 
AGGTTGCAGC TACAGCAAGT ACAATCTTCA AAAATCATAA CTGATGGCAT GAACAAAGCC 
TTACAGGAAG AGGTGCGTGA ACTGCAGGAG CAAATTACAA TGTATGAATC TGCTGCAAGA 
TTGGGAGTTT TTGTCAATGG TGGTGAAGAG CAACAACTCT CCGATTCATA TGTGGAATTG 
GGAATTAAAA AGGTTAACTG GCAAAAATCA CAACTTGGCA GGGTTGTGTC ACATAATGGC 
GTGAAGAATG ACCTTTCCTC AGAGGAGATC ATCTTAGAAC TTAAAAGTGA GCTTGAACGT 
TGCTTGAACA GCAATAAAAC AAAAAGAAAG CAGATTGTTA CTCTGCAGGC CGATCTAAAA 
GGACACGTGT CAAAAAATGA AGAATTAAAG AAGTCATTGG AAGAGGCAGA AAGGACAGCC 
AGAGACAATC AAATTCGGGC AGAAAACCTA GCAAACAAAG TGGATAAGTC TCCGTTTCAG 
TATTTATCAA GTGATGAATT TAGGGAAGAG CTTCAAAAAC TCCAAAGTGA AAAACAGATA 
CTTCAGCAAG AAAATGAGAA ATATTTGCTA CACATTAAAG AGCTTACAGC AAATGAGGAG 
AAACTGAAGG TTGCTAACCA AGAACTCTGC AATGAAATGA GAGGGATGAT ACAGGACTTT 
GATCGAGATA AAAAGGAAGC TATTGAAAGA TGTGAGAGGA CATATGAGCA ACATAATGAA 
GATATAAAGG TCCATTTACT AAAAGAGCTG TATGAAAAGT TTGAATCTGA AAAGGAACAA 
CTTTCCCAGG ATTATGAGGA AAAAATGACT CGGCTACAAA CACAGATGAA TGAAATGCAC 
AATGAAATGA CCGCAGTGCA AGAGTGTTAC ATAACACTCT GTAAAGAGAA AGATGCATTG 
GAAGATAACA CGAAAGAACA CCTTAAAAAA CAGCTTCAAA AGAGTGAAGA AGAGTTCAGC 
GAAAAGTCTG CAAAAGAAAC ACAAAAGTCT TTGCAGATGC TTAAAGATGA ATTGGAAGAA 
AACCACAAAT CTGCCATGTT AGAAGCAAAG GCTCAGTGGC AGAGAGAAAA AGAACTGGAG 
TTCCAGAAGC AAAGTGAGGT TCAGATTGCA CTGTTAAAGG AAAACTGCAG AAAAGAGCAG 
CTACAGATCA CTGCAAAAGC AATTCAAGAT GTTGAAAGGG AATGGGAACA AAAACTAAAC 
CGGGCTTTGC AAGATGCCAA GACTAAAAGT CTCCAGAATT TTGAAACTCA GACTACACAG 
ACAGATAAAA GCTTCCTGGC CAAATCTGCC TTAATTGCAG ACTGCGTTGA TGAGCTAAAG 
GATAAACTGC ATAATGCTGT GCAAGATAAG GAAAGAGCTG TACGTCAGGC TCAGCTGGAA 
TTGGAAGAGC GCCACCGCGA GGAGATTTCC AAGCAGGTGG AAGTGACTTT AACCAGGGCT 
TATGGACGAT GGCTGCAAGA ATTTACCACT TTACCTGAAT ACAAAGCCCA GCTGAAACTA 
GAGCAGGAAA AATGGGAGAA AATGAATGAA CTTAATGTGG AGAGACAGGT GTCTGATGCT 
CTTAATGCAG CAGAAATAAA ATGGAAAATG ATGTCTGACA AAGTTGATTT TACTGTCAGC 
CAAAAAGAGT TTGAAGAAAA GATTGCATCA ATGAAAAGAG AGCTTGAGCT GAAAGAAGAG 
GAGTTTCAGG CTTTACTGAA GGCTGAAATA GCAAAGGCTC GAGCACAGTG GAACAAAGAG 
AAACATGATG AAATCCAGAG GCTGCAGGAA GACAATGAAA AGGATTACCG TGTGTTTTTA 
GATGAGCATC GGAATAAACT CACTGATGTC CTCTCAACTA CCAAAGTAGA ATTTGAAAAA 
CAAAAAAATG AATTGATTGC ACAAAAAGAT GGTGAAATGG CAGAGAGACT AGATCAGAGC 
CTGAAACAAT GGGCCTTAGA TGAATCACGA CGTATGCTTG ATCATGAAAA TGAGATTCTA 
TCAGAAACTG AACAGTGTCT GTGTGAAATA CATGATCAGT TGTTAACTAA ATCCATAGTT 
AAAGACCCAT TACCAAGCAT GAAAAGTACT TTAAATGCTT CCTTTCTGGA GAAGTTAAAA 
GCTTGCTTAC AGAGATCTGT GAAGGGCATT GTCTGCAAAG TGCTGGCAAC TGCAAAACAA 
GACTGGAAAA AGAAGTATGA CGCTGAATCA AATCATGCGA CTGGTATAAC AGGAGGGCAG 
CTAGAAAGAT CAGAAGAAAG AAAAACAGCA AAGATTGGTC ATTTTGACAG AGATTTCACT 
GATCTAGGTA AAAATGAAAA ACAGTCTTGC TGTGATCATT GGATCCAACA ACTTGACAAA 
TCAAAAAAGG ATTGTCACGA GTTCAAAAGC AAGCTGGAAA AAGCATGCAG ACATCTTCAA 
CAACTTGTAA AGGACCAAAA ACTCAAAGCT GAAAAATATA GAGAAAACAC TATACTTACA 
GAGGAACTGA GAAAGCAAAA TACGGAGTTA CAGAAAAAAC TTGAACTGAC CGTTGCACAG 
TCTCCTGCAT GCTTGGAACC AGTAGAGGGT GTCAGTAATG GTTGCGTGAA GTGTAATGGC 
AATGCTTTAG AAGAAATACG TGCTCAGTAC ATCAAAGCTG TGGACAAAAT CAAAAATGAT 
ATGCTGCGTT ACATACATGA AAGCAAAGGT AGAGCTGCTG AAATGCTGAA ATCTGAAGTT 
TTAAGAGAAC GACAAGAAAC TGCTCGTAAG ATGCGGAAGT ACTACTTGAC ATGCCTGCAG 
CAACTGTTAG AAGATAATGG GAAGAATGAA GGAGCTGAGA AAAAAATCAT TAATGCTGCA 
AGTAAACTTG CAACTATGGC CAAGGTGTTG GAAACTCCTG TTTCTCAAAA GTACCAGAGC 
AAAAGCCTTC AATCAGATAC GCTACAGGAT GAAAATAATT TGGCTAAATC TAAACAAGTC 
CAGAGAACCT TACAAAAGTC AGCCCAAAGC CATCAGAATA TTGACCAGCA TACTATAGAG 
GAGCTCATCA AAAGGCATGT TAGGGAAAAG TCTGATGGGA ACCAAATAAC AGCTACAAAT 
GAGAATTCTT CTTTTCCAAC ACTTAGAAAA GACTTTTTAG ATAATGCAAA TTCCCACTTT 
AACACCACAG TGCCATTGCA AAAAGTAAAA GCATTTAGCT GTACTGATTC AGTTGCTGAG 
TGTGTCCTTG TTAAACATTC GGAGCAAAAT GAACAACTCA CTTTGAAAGG TGCTAGATTA 
TATCCCAACC CTGAACAGCC AAATAAGAAA TCAGGCCTGC AAAGGTTTGA TCTGCAAGAA 
ACCCCTGTAC GGGATGAAAA TGGAAGCAAC GACTGGAGCT GTATTAGCAG CAAAAGCCTC 
TTTCAGTCAC ACTCTGCAAA GGGTCCTTTG GCACAACTGA AAATGGAGCC ACAGATTTGT 
GATGGTCAGG AGAATTCTTC AGCTGCAGCT TCATGTGCTC TTGCTGAGGA AGGCCATGAC 
ACATTTAGCA GTGATGGTAG AAGTCAGCAT TATTTTGCTC ACATTGCAAA GAGAAAAGAT 
GTCAATCCAG GCAGAAAGTG TTCTAATAAG ATCCAAGAAC TTTCTTCTTC AGCTGCAGGA 
GTTCATCCAG AATCCAAAAT ATATTCAGAT GTAGGCCAAG GCAGCAAGCT TACATCAAGA 
AAATTGTTAA TTGATTTTAC ATTATCTCCT CAGCAAGACA GTGGTTTTGA CAGCCCATTC 
CTTAACTTAA ATAGTTTCAA CTGA

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

cep152 ( XM_004912602.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004912659.2 Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa55113
Clone ID Related Accession (Same CDS sequence)	XM_004912602.4
Accession Version	XM_004912602.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5169bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	centrosomal protein of 152 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_004912602.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCAGAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGGAAGTG ACTTTAACCA GGGCTTATGG ACGATGGCTG 
CAAGAATTTA CCACTTTACC TGAATACAAA GCCCAGCTGA AACTAGAGCA GGAAAAATGG 
GAGAAAATGA ATGAACTTAA TGTGGAGAGA CAGGTGTCTG ATGCTCTTAA TGCAGCAGAA 
ATAAAATGGA AAATGATGTC TGACAAAGTT GATTTTACTG TCAGCCAAAA AGAGTTTGAA 
GAAAAGATTG CATCAATGAA AAGAGAGCTT GAGCTGAAAG AAGAGGAGTT TCAGGCTTTA 
CTGAAGGCTG AAATAGCAAA GGCTCGAGCA CAGTGGAACA AAGAGAAACA TGATGAAATC 
CAGAGGCTGC AGGAAGACAA TGAAAAGGAT TACCGTGTGT TTTTAGATGA GCATCGGAAT 
AAACTCACTG ATGTCCTCTC AACTACCAAA GTAGAATTTG AAAAACAAAA AAATGAATTG 
ATTGCACAAA AAGATGGTGA AATGGCAGAG AGACTAGATC AGAGCCTGAA ACAATGGGCC 
TTAGATGAAT CACGACGTAT GCTTGATCAT GAAAATGAGA TTCTATCAGA AACTGAACAG 
TGTCTGTGTG AAATACATGA TCAGTTGTTA ACTAAATCCA TAGTTAAAGA CCCATTACCA 
AGCATGAAAA GTACTTTAAA TGCTTCCTTT CTGGAGAAGT TAAAAGCTTG CTTACAGAGA 
TCTGTGAAGG GCATTGTCTG CAAAGTGCTG GCAACTGCAA AACAAGACTG GAAAAAGAAG 
TATGACGCTG AATCAAATCA TGCGACTGGT ATAACAGGAG GGCAGCTAGA AAGATCAGAA 
GAAAGAAAAA CAGCAAAGAT TGGTCATTTT GACAGAGATT TCACTGATCT AGGTAAAAAT 
GAAAAACAGT CTTGCTGTGA TCATTGGATC CAACAACTTG ACAAATCAAA AAAGGATTGT 
CACGAGTTCA AAAGCAAGCT GGAAAAAGCA TGCAGACATC TTCAACAACT TGTAAAGGAC 
CAAAAACTCA AAGCTGAAAA ATATAGAGAA AACACTATAC TTACAGAGGA ACTGAGAAAG 
CAAAATACGG AGTTACAGAA AAAACTTGAA CTGACCGTTG CACAGTCTCC TGCATGCTTG 
GAACCAGTAG AGGGTGTCAG TAATGGTTGC GTGAAGTGTA ATGGCAATGC TTTAGAAGAA 
ATACGTGCTC AGTACATCAA AGCTGTGGAC AAAATCAAAA ATGATATGCT GCGTTACATA 
CATGAAAGCA AAGGTAGAGC TGCTGAAATG CTGAAATCTG AAGTTTTAAG AGAACGACAA 
GAAACTGCTC GTAAGATGCG GAAGTACTAC TTGACATGCC TGCAGCAACT GTTAGAAGAT 
AATGGGAAGA ATGAAGGAGC TGAGAAAAAA ATCATTAATG CTGCAAGTAA ACTTGCAACT 
ATGGCCAAGG TGTTGGAAAC TCCTGTTTCT CAAAAGTACC AGAGCAAAAG CCTACAATCA 
GATACGCTAC AGGATGAAAA TAAGTTGGCT AAATCTAAAC AAGTCCAGAG AACCTTACAA 
AAGTCAGCCC AAAGCCATCA GAATATTGAC CAGCATACTA TAGAGGAGCT CATCAAAAGG 
CATGTTAGGG AAAAGTCTGA TGGGAACCAA ATAACAGCTA CAAATGAGAA TTCTTCTTTT 
CCAACACTTA GAAAAGACTT TTTAGATAAT GCAAATTCCC ACTTTAACAC CACAGTGCCA 
TTGCAAAAAG TAAAAGCATT TAGCTGTACT GATTCAGTTG CTGAGTGTGT CCTTGTTAAA 
CATTCGGAGC AAAATGAACA ACCCACTTTG AAAGGTGCTA GATTATATCC CAACCCTGAA 
CAGCCAAATA AGAAATCAGG CCTGCAAAGG TTTGATCTGC AAGAAACCCC TGTGCGGGAT 
GAAAATGGAA GCAATGACTG GAGCTGTATT AGCAGCAAAA GCCTCTTTCA GTCACACTCT 
GCAAAGGGTC CTTTGGCACA ACTGAAAATG GAGCCACAGA TTTGTGATGG TCAGGAGAAT 
TCTTCAGCTG CAGCTTCATG TGCTCTTGCT GAGGAAAGCC ATGACACATT TAGCAGTGAT 
GGTAGAAGTC AGCATTATTT CGCTCATATT GCAAAGAGAA AAGATGTCAA TCCAGGCAGA 
AAGTGTTCTA ATAAGATCCA AGAACATTCT TCTTCAGCTG CAGGAGTTCA TCCAGAATCC 
AAAATATATT CAGATGTAGG CCAAGGCAGC AAGCTTACAT CAAGAAAATT GTTAATTGAT 
TTTACATTAT CTCCTCAGCA AGACAGTGGT TTTGACAGCC CATTCCTTAA CTTAAATAGT 
TTCAACTGA

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

RefSeq	XP_004912659.2
CDS	271..5439
Translation	MSIDFDSGALQIQQEDEEYDKEDYAREQELQQLLTDLPHDMLDDSLSSSPEPSYSDCSGHEVSEQMQQWEHGANWNDDELPNHQQPYKNGFTENQYCMEFVDKQDENLRNQMGGDKMSNGWNVLHADNKDNMFNGKYRYSKDHAYNNESNGEAFHRGDHYDVPGHCSSSELYHLPDDFQPYTNSHQQVENFPDAKQEHFQGFAVQEETSKQSTEPYQVKYNPYQINTTQKDEMNQEVGRRDGNFDDLQREFLDTGENSAGNMQFVQLQVLYKARGRQLEEQNNNLEECERQIRYLNHQLAIVKDQKDGLTISLQESQKLLQNSREMEIQLKGQLTALQKTVESVTTNEEHLRKELNVAKVAMESMQQQLLDLRRSESIQRAREQHETVVSMLKKKNEEQVLVLQQKLDDINAALNEEKELCRRLEDRLKLSERNQEESKLEKTDIINRLSKSLEESQKQCANLLQSGSIQEASHLRLQLQQVQSSKIITDGMNKALQEEVRELQEQITMYESAARLGVFVNGGEEQQLSDSYVELGIKKVNWQKSQLGRVVSHNGVKNDLSSEEIILELKSELERCLNSNKTKRKQIVTLQADLKGHVSKNEELKKSLEEAERTARDNQIRAENLANKVDKSPFQYLSSDEFREELQKLQSEKQILQQENEKYLLHIKELTANEEKLKVANQELCNEMRGMIQDFDRDKKEAIERCERTYEQHNEDIKVHLLKELYEKFESEKEQLSQDYEEKMTRLQTQMNEMHNEMTAVQECYITLCKEKDALEDNTKEHLKKQLQKSEEEFSEKSAKETQKSLQMLKDELEENHKSAMLEAKAQWQREKELEFQKQSEVQIALLKENCRKEQLQITAKAIQDVEREWEQKLNRALQDAKTKSLQNFETQTTQTDKSFLAKSALIADCVDELKDKLQNAVQDKERAVRQAQLELEERHREEISKQVEVTLTRAYGRWLQEFTTLPEYKAQLKLEQEKWEKMNELNVERQVSDALNAAEIKWKMMSDKVDFTVSQKEFEEKIASMKRELELKEEEFQALLKAEIAKARAQWNKEKHDEIQRLQEDNEKDYRVFLDEHRNKLTDVLSTTKVEFEKQKNELIAQKDGEMAERLDQSLKQWALDESRRMLDHENEILSETEQCLCEIHDQLLTKSIVKDPLPSMKSTLNASFLEKLKACLQRSVKGIVCKVLATAKQDWKKKYDAESNHATGITGGQLERSEERKTAKIGHFDRDFTDLGKNEKQSCCDHWIQQLDKSKKDCHEFKSKLEKACRHLQQLVKDQKLKAEKYRENTILTEELRKQNTELQKKLELTVAQSPACLEPVEGVSNGCVKCNGNALEEIRAQYIKAVDKIKNDMLRYIHESKGRAAEMLKSEVLRERQETARKMRKYYLTCLQQLLEDNGKNEGAEKKIINAASKLATMAKVLETPVSQKYQSKSLQSDTLQDENKLAKSKQVQRTLQKSAQSHQNIDQHTIEELIKRHVREKSDGNQITATNENSSFPTLRKDFLDNANSHFNTTVPLQKVKAFSCTDSVAECVLVKHSEQNEQPTLKGARLYPNPEQPNKKSGLQRFDLQETPVRDENGSNDWSCISSKSLFQSHSAKGPLAQLKMEPQICDGQENSSAAASCALAEESHDTFSSDGRSQHYFAHIAKRKDVNPGRKCSNKIQEHSSSAAGVHPESKIYSDVGQGSKLTSRKLLIDFTLSPQQDSGFDSPFLNLNSFN

Target ORF information:

RefSeq Version	XM_004912602.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X1, mRNA.

Target ORF information:

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

XM_004912602.4

ORF Insert Sequence:

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCAGAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGGAAGTG ACTTTAACCA GGGCTTATGG ACGATGGCTG 
CAAGAATTTA CCACTTTACC TGAATACAAA GCCCAGCTGA AACTAGAGCA GGAAAAATGG 
GAGAAAATGA ATGAACTTAA TGTGGAGAGA CAGGTGTCTG ATGCTCTTAA TGCAGCAGAA 
ATAAAATGGA AAATGATGTC TGACAAAGTT GATTTTACTG TCAGCCAAAA AGAGTTTGAA 
GAAAAGATTG CATCAATGAA AAGAGAGCTT GAGCTGAAAG AAGAGGAGTT TCAGGCTTTA 
CTGAAGGCTG AAATAGCAAA GGCTCGAGCA CAGTGGAACA AAGAGAAACA TGATGAAATC 
CAGAGGCTGC AGGAAGACAA TGAAAAGGAT TACCGTGTGT TTTTAGATGA GCATCGGAAT 
AAACTCACTG ATGTCCTCTC AACTACCAAA GTAGAATTTG AAAAACAAAA AAATGAATTG 
ATTGCACAAA AAGATGGTGA AATGGCAGAG AGACTAGATC AGAGCCTGAA ACAATGGGCC 
TTAGATGAAT CACGACGTAT GCTTGATCAT GAAAATGAGA TTCTATCAGA AACTGAACAG 
TGTCTGTGTG AAATACATGA TCAGTTGTTA ACTAAATCCA TAGTTAAAGA CCCATTACCA 
AGCATGAAAA GTACTTTAAA TGCTTCCTTT CTGGAGAAGT TAAAAGCTTG CTTACAGAGA 
TCTGTGAAGG GCATTGTCTG CAAAGTGCTG GCAACTGCAA AACAAGACTG GAAAAAGAAG 
TATGACGCTG AATCAAATCA TGCGACTGGT ATAACAGGAG GGCAGCTAGA AAGATCAGAA 
GAAAGAAAAA CAGCAAAGAT TGGTCATTTT GACAGAGATT TCACTGATCT AGGTAAAAAT 
GAAAAACAGT CTTGCTGTGA TCATTGGATC CAACAACTTG ACAAATCAAA AAAGGATTGT 
CACGAGTTCA AAAGCAAGCT GGAAAAAGCA TGCAGACATC TTCAACAACT TGTAAAGGAC 
CAAAAACTCA AAGCTGAAAA ATATAGAGAA AACACTATAC TTACAGAGGA ACTGAGAAAG 
CAAAATACGG AGTTACAGAA AAAACTTGAA CTGACCGTTG CACAGTCTCC TGCATGCTTG 
GAACCAGTAG AGGGTGTCAG TAATGGTTGC GTGAAGTGTA ATGGCAATGC TTTAGAAGAA 
ATACGTGCTC AGTACATCAA AGCTGTGGAC AAAATCAAAA ATGATATGCT GCGTTACATA 
CATGAAAGCA AAGGTAGAGC TGCTGAAATG CTGAAATCTG AAGTTTTAAG AGAACGACAA 
GAAACTGCTC GTAAGATGCG GAAGTACTAC TTGACATGCC TGCAGCAACT GTTAGAAGAT 
AATGGGAAGA ATGAAGGAGC TGAGAAAAAA ATCATTAATG CTGCAAGTAA ACTTGCAACT 
ATGGCCAAGG TGTTGGAAAC TCCTGTTTCT CAAAAGTACC AGAGCAAAAG CCTACAATCA 
GATACGCTAC AGGATGAAAA TAAGTTGGCT AAATCTAAAC AAGTCCAGAG AACCTTACAA 
AAGTCAGCCC AAAGCCATCA GAATATTGAC CAGCATACTA TAGAGGAGCT CATCAAAAGG 
CATGTTAGGG AAAAGTCTGA TGGGAACCAA ATAACAGCTA CAAATGAGAA TTCTTCTTTT 
CCAACACTTA GAAAAGACTT TTTAGATAAT GCAAATTCCC ACTTTAACAC CACAGTGCCA 
TTGCAAAAAG TAAAAGCATT TAGCTGTACT GATTCAGTTG CTGAGTGTGT CCTTGTTAAA 
CATTCGGAGC AAAATGAACA ACCCACTTTG AAAGGTGCTA GATTATATCC CAACCCTGAA 
CAGCCAAATA AGAAATCAGG CCTGCAAAGG TTTGATCTGC AAGAAACCCC TGTGCGGGAT 
GAAAATGGAA GCAATGACTG GAGCTGTATT AGCAGCAAAA GCCTCTTTCA GTCACACTCT 
GCAAAGGGTC CTTTGGCACA ACTGAAAATG GAGCCACAGA TTTGTGATGG TCAGGAGAAT 
TCTTCAGCTG CAGCTTCATG TGCTCTTGCT GAGGAAAGCC ATGACACATT TAGCAGTGAT 
GGTAGAAGTC AGCATTATTT CGCTCATATT GCAAAGAGAA AAGATGTCAA TCCAGGCAGA 
AAGTGTTCTA ATAAGATCCA AGAACATTCT TCTTCAGCTG CAGGAGTTCA TCCAGAATCC 
AAAATATATT CAGATGTAGG CCAAGGCAGC AAGCTTACAT CAAGAAAATT GTTAATTGAT 
TTTACATTAT CTCCTCAGCA AGACAGTGGT TTTGACAGCC CATTCCTTAA CTTAAATAGT 
TTCAACTGA

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

cep152 ( XM_004912603.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004912660.2 Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X2, mRNA.

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CloneID	OXa55114
Clone ID Related Accession (Same CDS sequence)	XM_004912603.4
Accession Version	XM_004912603.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5037bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	centrosomal protein of 152 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_004912603.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCAGAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TACAATCAGA TACGCTACAG 
GATGAAAATA AGTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC CCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TGCGGGATGA AAATGGAAGC 
AATGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAAGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTCG CTCATATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACATTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

RefSeq	XP_004912660.2
CDS	271..5307
Translation	MSIDFDSGALQIQQEDEEYDKEDYAREQELQQLLTDLPHDMLDDSLSSSPEPSYSDCSGHEVSEQMQQWEHGANWNDDELPNHQQPYKNGFTENQYCMEFVDKQDENLRNQMGGDKMSNGWNVLHADNKDNMFNGKYRYSKDHAYNNESNGEAFHRGDHYDVPGHCSSSELYHLPDDFQPYTNSHQQVENFPDAKQEHFQGFAVQEETSKQSTEPYQVKYNPYQINTTQKDEMNQEVGRRDGNFDDLQREFLDTGENSAGNMQFVQLQVLYKARGRQLEEQNNNLEECERQIRYLNHQLAIVKDQKDGLTISLQESQKLLQNSREMEIQLKGQLTALQKTVESVTTNEEHLRKELNVAKVAMESMQQQLLDLRRSESIQRAREQHETVVSMLKKKNEEQVLVLQQKLDDINAALNEEKELCRRLEDRLKLSERNQEESKLEKTDIINRLSKSLEESQKQCANLLQSGSIQEASHLRLQLQQVQSSKIITDGMNKALQEEVRELQEQITMYESAARLGVFVNGGEEQQLSDSYVELGIKKVNWQKSQLGRVVSHNGVKNDLSSEEIILELKSELERCLNSNKTKRKQIVTLQADLKGHVSKNEELKKSLEEAERTARDNQIRAENLANKVDKSPFQYLSSDEFREELQKLQSEKQILQQENEKYLLHIKELTANEEKLKVANQELCNEMRGMIQDFDRDKKEAIERCERTYEQHNEDIKVHLLKELYEKFESEKEQLSQDYEEKMTRLQTQMNEMHNEMTAVQECYITLCKEKDALEDNTKEHLKKQLQKSEEEFSEKSAKETQKSLQMLKDELEENHKSAMLEAKAQWQREKELEFQKQSEVQIALLKENCRKEQLQITAKAIQDVEREWEQKLNRALQDAKTKSLQNFETQTTQTDKSFLAKSALIADCVDELKDKLQNAVQDKERAVRQAQLELEERHREEISKQVSDALNAAEIKWKMMSDKVDFTVSQKEFEEKIASMKRELELKEEEFQALLKAEIAKARAQWNKEKHDEIQRLQEDNEKDYRVFLDEHRNKLTDVLSTTKVEFEKQKNELIAQKDGEMAERLDQSLKQWALDESRRMLDHENEILSETEQCLCEIHDQLLTKSIVKDPLPSMKSTLNASFLEKLKACLQRSVKGIVCKVLATAKQDWKKKYDAESNHATGITGGQLERSEERKTAKIGHFDRDFTDLGKNEKQSCCDHWIQQLDKSKKDCHEFKSKLEKACRHLQQLVKDQKLKAEKYRENTILTEELRKQNTELQKKLELTVAQSPACLEPVEGVSNGCVKCNGNALEEIRAQYIKAVDKIKNDMLRYIHESKGRAAEMLKSEVLRERQETARKMRKYYLTCLQQLLEDNGKNEGAEKKIINAASKLATMAKVLETPVSQKYQSKSLQSDTLQDENKLAKSKQVQRTLQKSAQSHQNIDQHTIEELIKRHVREKSDGNQITATNENSSFPTLRKDFLDNANSHFNTTVPLQKVKAFSCTDSVAECVLVKHSEQNEQPTLKGARLYPNPEQPNKKSGLQRFDLQETPVRDENGSNDWSCISSKSLFQSHSAKGPLAQLKMEPQICDGQENSSAAASCALAEESHDTFSSDGRSQHYFAHIAKRKDVNPGRKCSNKIQEHSSSAAGVHPESKIYSDVGQGSKLTSRKLLIDFTLSPQQDSGFDSPFLNLNSFN

Target ORF information:

RefSeq Version	XM_004912603.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X2, mRNA.

Target ORF information:

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

XM_004912603.4

ORF Insert Sequence:

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCAGAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TACAATCAGA TACGCTACAG 
GATGAAAATA AGTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC CCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TGCGGGATGA AAATGGAAGC 
AATGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAAGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTCG CTCATATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACATTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

cep152 ( XM_002936564.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002936610.2 Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X3, mRNA.

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CloneID	OXa55115
Clone ID Related Accession (Same CDS sequence)	XM_002936564.5
Accession Version	XM_002936564.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4977bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	centrosomal protein of 152 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002936564.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGA TCACTGCAAA AGCAATTCAA 
GATGTTGAAA GGGAATGGGA ACAAAAACTA AACCGGGCTT TGCAAGATGC CAAGACTAAA 
AGTCTCCAGA ATTTTGAAAC TCAGACTACA CAGACAGATA AAAGCTTCCT GGCCAAATCT 
GCCTTAATTG CAGACTGCGT TGATGAGCTA AAGGATAAAC TGCAGAATGC TGTGCAAGAT 
AAGGAAAGAG CTGTACGTCA GGCTCAGCTG GAATTGGAAG AGCGCCACCG CGAGGAGATT 
TCCAAGCAGG TGGAAGTGAC TTTAACCAGG GCTTATGGAC GATGGCTGCA AGAATTTACC 
ACTTTACCTG AATACAAAGC CCAGCTGAAA CTAGAGCAGG AAAAATGGGA GAAAATGAAT 
GAACTTAATG TGGAGAGACA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TACAATCAGA TACGCTACAG 
GATGAAAATA AGTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC CCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TGCGGGATGA AAATGGAAGC 
AATGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAAGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTCG CTCATATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACATTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

RefSeq	XP_002936610.2
CDS	271..5247
Translation	MSIDFDSGALQIQQEDEEYDKEDYAREQELQQLLTDLPHDMLDDSLSSSPEPSYSDCSGHEVSEQMQQWEHGANWNDDELPNHQQPYKNGFTENQYCMEFVDKQDENLRNQMGGDKMSNGWNVLHADNKDNMFNGKYRYSKDHAYNNESNGEAFHRGDHYDVPGHCSSSELYHLPDDFQPYTNSHQQVENFPDAKQEHFQGFAVQEETSKQSTEPYQVKYNPYQINTTQKDEMNQEVGRRDGNFDDLQREFLDTGENSAGNMQFVQLQVLYKARGRQLEEQNNNLEECERQIRYLNHQLAIVKDQKDGLTISLQESQKLLQNSREMEIQLKGQLTALQKTVESVTTNEEHLRKELNVAKVAMESMQQQLLDLRRSESIQRAREQHETVVSMLKKKNEEQVLVLQQKLDDINAALNEEKELCRRLEDRLKLSERNQEESKLEKTDIINRLSKSLEESQKQCANLLQSGSIQEASHLRLQLQQVQSSKIITDGMNKALQEEVRELQEQITMYESAARLGVFVNGGEEQQLSDSYVELGIKKVNWQKSQLGRVVSHNGVKNDLSSEEIILELKSELERCLNSNKTKRKQIVTLQADLKGHVSKNEELKKSLEEAERTARDNQIRAENLANKVDKSPFQYLSSDEFREELQKLQSEKQILQQENEKYLLHIKELTANEEKLKVANQELCNEMRGMIQDFDRDKKEAIERCERTYEQHNEDIKVHLLKELYEKFESEKEQLSQDYEEKMTRLQTQMNEMHNEMTAVQECYITLCKEKDALEDNTKEHLKKQLQKSEEEITAKAIQDVEREWEQKLNRALQDAKTKSLQNFETQTTQTDKSFLAKSALIADCVDELKDKLQNAVQDKERAVRQAQLELEERHREEISKQVEVTLTRAYGRWLQEFTTLPEYKAQLKLEQEKWEKMNELNVERQVSDALNAAEIKWKMMSDKVDFTVSQKEFEEKIASMKRELELKEEEFQALLKAEIAKARAQWNKEKHDEIQRLQEDNEKDYRVFLDEHRNKLTDVLSTTKVEFEKQKNELIAQKDGEMAERLDQSLKQWALDESRRMLDHENEILSETEQCLCEIHDQLLTKSIVKDPLPSMKSTLNASFLEKLKACLQRSVKGIVCKVLATAKQDWKKKYDAESNHATGITGGQLERSEERKTAKIGHFDRDFTDLGKNEKQSCCDHWIQQLDKSKKDCHEFKSKLEKACRHLQQLVKDQKLKAEKYRENTILTEELRKQNTELQKKLELTVAQSPACLEPVEGVSNGCVKCNGNALEEIRAQYIKAVDKIKNDMLRYIHESKGRAAEMLKSEVLRERQETARKMRKYYLTCLQQLLEDNGKNEGAEKKIINAASKLATMAKVLETPVSQKYQSKSLQSDTLQDENKLAKSKQVQRTLQKSAQSHQNIDQHTIEELIKRHVREKSDGNQITATNENSSFPTLRKDFLDNANSHFNTTVPLQKVKAFSCTDSVAECVLVKHSEQNEQPTLKGARLYPNPEQPNKKSGLQRFDLQETPVRDENGSNDWSCISSKSLFQSHSAKGPLAQLKMEPQICDGQENSSAAASCALAEESHDTFSSDGRSQHYFAHIAKRKDVNPGRKCSNKIQEHSSSAAGVHPESKIYSDVGQGSKLTSRKLLIDFTLSPQQDSGFDSPFLNLNSFN

Target ORF information:

RefSeq Version	XM_002936564.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X3, mRNA.

Target ORF information:

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

XM_002936564.5

ORF Insert Sequence:

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGA TCACTGCAAA AGCAATTCAA 
GATGTTGAAA GGGAATGGGA ACAAAAACTA AACCGGGCTT TGCAAGATGC CAAGACTAAA 
AGTCTCCAGA ATTTTGAAAC TCAGACTACA CAGACAGATA AAAGCTTCCT GGCCAAATCT 
GCCTTAATTG CAGACTGCGT TGATGAGCTA AAGGATAAAC TGCAGAATGC TGTGCAAGAT 
AAGGAAAGAG CTGTACGTCA GGCTCAGCTG GAATTGGAAG AGCGCCACCG CGAGGAGATT 
TCCAAGCAGG TGGAAGTGAC TTTAACCAGG GCTTATGGAC GATGGCTGCA AGAATTTACC 
ACTTTACCTG AATACAAAGC CCAGCTGAAA CTAGAGCAGG AAAAATGGGA GAAAATGAAT 
GAACTTAATG TGGAGAGACA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TACAATCAGA TACGCTACAG 
GATGAAAATA AGTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC CCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TGCGGGATGA AAATGGAAGC 
AATGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAAGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTCG CTCATATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACATTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

cep152 ( XM_004912602.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004912659.1 Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X1, mRNA.

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CloneID	OXa07213
Clone ID Related Accession (Same CDS sequence)	XM_004912602.3
Accession Version	XM_004912602.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5169bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	centrosomal protein of 152 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004912602.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCATAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGGAAGTG ACTTTAACCA GGGCTTATGG ACGATGGCTG 
CAAGAATTTA CCACTTTACC TGAATACAAA GCCCAGCTGA AACTAGAGCA GGAAAAATGG 
GAGAAAATGA ATGAACTTAA TGTGGAGAGA CAGGTGTCTG ATGCTCTTAA TGCAGCAGAA 
ATAAAATGGA AAATGATGTC TGACAAAGTT GATTTTACTG TCAGCCAAAA AGAGTTTGAA 
GAAAAGATTG CATCAATGAA AAGAGAGCTT GAGCTGAAAG AAGAGGAGTT TCAGGCTTTA 
CTGAAGGCTG AAATAGCAAA GGCTCGAGCA CAGTGGAACA AAGAGAAACA TGATGAAATC 
CAGAGGCTGC AGGAAGACAA TGAAAAGGAT TACCGTGTGT TTTTAGATGA GCATCGGAAT 
AAACTCACTG ATGTCCTCTC AACTACCAAA GTAGAATTTG AAAAACAAAA AAATGAATTG 
ATTGCACAAA AAGATGGTGA AATGGCAGAG AGACTAGATC AGAGCCTGAA ACAATGGGCC 
TTAGATGAAT CACGACGTAT GCTTGATCAT GAAAATGAGA TTCTATCAGA AACTGAACAG 
TGTCTGTGTG AAATACATGA TCAGTTGTTA ACTAAATCCA TAGTTAAAGA CCCATTACCA 
AGCATGAAAA GTACTTTAAA TGCTTCCTTT CTGGAGAAGT TAAAAGCTTG CTTACAGAGA 
TCTGTGAAGG GCATTGTCTG CAAAGTGCTG GCAACTGCAA AACAAGACTG GAAAAAGAAG 
TATGACGCTG AATCAAATCA TGCGACTGGT ATAACAGGAG GGCAGCTAGA AAGATCAGAA 
GAAAGAAAAA CAGCAAAGAT TGGTCATTTT GACAGAGATT TCACTGATCT AGGTAAAAAT 
GAAAAACAGT CTTGCTGTGA TCATTGGATC CAACAACTTG ACAAATCAAA AAAGGATTGT 
CACGAGTTCA AAAGCAAGCT GGAAAAAGCA TGCAGACATC TTCAACAACT TGTAAAGGAC 
CAAAAACTCA AAGCTGAAAA ATATAGAGAA AACACTATAC TTACAGAGGA ACTGAGAAAG 
CAAAATACGG AGTTACAGAA AAAACTTGAA CTGACCGTTG CACAGTCTCC TGCATGCTTG 
GAACCAGTAG AGGGTGTCAG TAATGGTTGC GTGAAGTGTA ATGGCAATGC TTTAGAAGAA 
ATACGTGCTC AGTACATCAA AGCTGTGGAC AAAATCAAAA ATGATATGCT GCGTTACATA 
CATGAAAGCA AAGGTAGAGC TGCTGAAATG CTGAAATCTG AAGTTTTAAG AGAACGACAA 
GAAACTGCTC GTAAGATGCG GAAGTACTAC TTGACATGCC TGCAGCAACT GTTAGAAGAT 
AATGGGAAGA ATGAAGGAGC TGAGAAAAAA ATCATTAATG CTGCAAGTAA ACTTGCAACT 
ATGGCCAAGG TGTTGGAAAC TCCTGTTTCT CAAAAGTACC AGAGCAAAAG CCTTCAATCA 
GATACGCTAC AGGATGAAAA TAATTTGGCT AAATCTAAAC AAGTCCAGAG AACCTTACAA 
AAGTCAGCCC AAAGCCATCA GAATATTGAC CAGCATACTA TAGAGGAGCT CATCAAAAGG 
CATGTTAGGG AAAAGTCTGA TGGGAACCAA ATAACAGCTA CAAATGAGAA TTCTTCTTTT 
CCAACACTTA GAAAAGACTT TTTAGATAAT GCAAATTCCC ACTTTAACAC CACAGTGCCA 
TTGCAAAAAG TAAAAGCATT TAGCTGTACT GATTCAGTTG CTGAGTGTGT CCTTGTTAAA 
CATTCGGAGC AAAATGAACA ACTCACTTTG AAAGGTGCTA GATTATATCC CAACCCTGAA 
CAGCCAAATA AGAAATCAGG CCTGCAAAGG TTTGATCTGC AAGAAACCCC TGTACGGGAT 
GAAAATGGAA GCAACGACTG GAGCTGTATT AGCAGCAAAA GCCTCTTTCA GTCACACTCT 
GCAAAGGGTC CTTTGGCACA ACTGAAAATG GAGCCACAGA TTTGTGATGG TCAGGAGAAT 
TCTTCAGCTG CAGCTTCATG TGCTCTTGCT GAGGAAGGCC ATGACACATT TAGCAGTGAT 
GGTAGAAGTC AGCATTATTT TGCTCACATT GCAAAGAGAA AAGATGTCAA TCCAGGCAGA 
AAGTGTTCTA ATAAGATCCA AGAACTTTCT TCTTCAGCTG CAGGAGTTCA TCCAGAATCC 
AAAATATATT CAGATGTAGG CCAAGGCAGC AAGCTTACAT CAAGAAAATT GTTAATTGAT 
TTTACATTAT CTCCTCAGCA AGACAGTGGT TTTGACAGCC CATTCCTTAA CTTAAATAGT 
TTCAACTGA

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

RefSeq	XP_004912659.1
CDS	272..5440
Translation	MSIDFDSGALQIQQEDEEYDKEDYAREQELQQLLTDLPHDMLDDSLSSSPEPSYSDCSGHEVSEQMQQWEHGANWNDDELPNHQQPYKNGFTENQYCMEFVDKQDENLRNQMGGDKMSNGWNVLHADNKDNMFNGKYRYSKDHAYNNESNGEAFHRGDHYDVPGHCSSSELYHLPDDFQPYTNSHQQVENFPDAKQEHFQGFAVQEETSKQSTEPYQVKYNPYQINTTQKDEMNQEVGRRDGNFDDLQREFLDTGENSAGNMQFVQLQVLYKARGRQLEEQNNNLEECERQIRYLNHQLAIVKDQKDGLTISLQESQKLLQNSREMEIQLKGQLTALQKTVESVTTNEEHLRKELNVAKVAMESMQQQLLDLRRSESIQRAREQHETVVSMLKKKNEEQVLVLQQKLDDINAALNEEKELCRRLEDRLKLSERNQEESKLEKTDIINRLSKSLEESQKQCANLLQSGSIQEASHLRLQLQQVQSSKIITDGMNKALQEEVRELQEQITMYESAARLGVFVNGGEEQQLSDSYVELGIKKVNWQKSQLGRVVSHNGVKNDLSSEEIILELKSELERCLNSNKTKRKQIVTLQADLKGHVSKNEELKKSLEEAERTARDNQIRAENLANKVDKSPFQYLSSDEFREELQKLQSEKQILQQENEKYLLHIKELTANEEKLKVANQELCNEMRGMIQDFDRDKKEAIERCERTYEQHNEDIKVHLLKELYEKFESEKEQLSQDYEEKMTRLQTQMNEMHNEMTAVQECYITLCKEKDALEDNTKEHLKKQLQKSEEEFSEKSAKETQKSLQMLKDELEENHKSAMLEAKAQWQREKELEFQKQSEVQIALLKENCRKEQLQITAKAIQDVEREWEQKLNRALQDAKTKSLQNFETQTTQTDKSFLAKSALIADCVDELKDKLHNAVQDKERAVRQAQLELEERHREEISKQVEVTLTRAYGRWLQEFTTLPEYKAQLKLEQEKWEKMNELNVERQVSDALNAAEIKWKMMSDKVDFTVSQKEFEEKIASMKRELELKEEEFQALLKAEIAKARAQWNKEKHDEIQRLQEDNEKDYRVFLDEHRNKLTDVLSTTKVEFEKQKNELIAQKDGEMAERLDQSLKQWALDESRRMLDHENEILSETEQCLCEIHDQLLTKSIVKDPLPSMKSTLNASFLEKLKACLQRSVKGIVCKVLATAKQDWKKKYDAESNHATGITGGQLERSEERKTAKIGHFDRDFTDLGKNEKQSCCDHWIQQLDKSKKDCHEFKSKLEKACRHLQQLVKDQKLKAEKYRENTILTEELRKQNTELQKKLELTVAQSPACLEPVEGVSNGCVKCNGNALEEIRAQYIKAVDKIKNDMLRYIHESKGRAAEMLKSEVLRERQETARKMRKYYLTCLQQLLEDNGKNEGAEKKIINAASKLATMAKVLETPVSQKYQSKSLQSDTLQDENNLAKSKQVQRTLQKSAQSHQNIDQHTIEELIKRHVREKSDGNQITATNENSSFPTLRKDFLDNANSHFNTTVPLQKVKAFSCTDSVAECVLVKHSEQNEQLTLKGARLYPNPEQPNKKSGLQRFDLQETPVRDENGSNDWSCISSKSLFQSHSAKGPLAQLKMEPQICDGQENSSAAASCALAEEGHDTFSSDGRSQHYFAHIAKRKDVNPGRKCSNKIQELSSSAAGVHPESKIYSDVGQGSKLTSRKLLIDFTLSPQQDSGFDSPFLNLNSFN

Target ORF information:

RefSeq Version	XM_004912602.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X1, mRNA.

Target ORF information:

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

XM_004912602.3

ORF Insert Sequence:

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCATAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGGAAGTG ACTTTAACCA GGGCTTATGG ACGATGGCTG 
CAAGAATTTA CCACTTTACC TGAATACAAA GCCCAGCTGA AACTAGAGCA GGAAAAATGG 
GAGAAAATGA ATGAACTTAA TGTGGAGAGA CAGGTGTCTG ATGCTCTTAA TGCAGCAGAA 
ATAAAATGGA AAATGATGTC TGACAAAGTT GATTTTACTG TCAGCCAAAA AGAGTTTGAA 
GAAAAGATTG CATCAATGAA AAGAGAGCTT GAGCTGAAAG AAGAGGAGTT TCAGGCTTTA 
CTGAAGGCTG AAATAGCAAA GGCTCGAGCA CAGTGGAACA AAGAGAAACA TGATGAAATC 
CAGAGGCTGC AGGAAGACAA TGAAAAGGAT TACCGTGTGT TTTTAGATGA GCATCGGAAT 
AAACTCACTG ATGTCCTCTC AACTACCAAA GTAGAATTTG AAAAACAAAA AAATGAATTG 
ATTGCACAAA AAGATGGTGA AATGGCAGAG AGACTAGATC AGAGCCTGAA ACAATGGGCC 
TTAGATGAAT CACGACGTAT GCTTGATCAT GAAAATGAGA TTCTATCAGA AACTGAACAG 
TGTCTGTGTG AAATACATGA TCAGTTGTTA ACTAAATCCA TAGTTAAAGA CCCATTACCA 
AGCATGAAAA GTACTTTAAA TGCTTCCTTT CTGGAGAAGT TAAAAGCTTG CTTACAGAGA 
TCTGTGAAGG GCATTGTCTG CAAAGTGCTG GCAACTGCAA AACAAGACTG GAAAAAGAAG 
TATGACGCTG AATCAAATCA TGCGACTGGT ATAACAGGAG GGCAGCTAGA AAGATCAGAA 
GAAAGAAAAA CAGCAAAGAT TGGTCATTTT GACAGAGATT TCACTGATCT AGGTAAAAAT 
GAAAAACAGT CTTGCTGTGA TCATTGGATC CAACAACTTG ACAAATCAAA AAAGGATTGT 
CACGAGTTCA AAAGCAAGCT GGAAAAAGCA TGCAGACATC TTCAACAACT TGTAAAGGAC 
CAAAAACTCA AAGCTGAAAA ATATAGAGAA AACACTATAC TTACAGAGGA ACTGAGAAAG 
CAAAATACGG AGTTACAGAA AAAACTTGAA CTGACCGTTG CACAGTCTCC TGCATGCTTG 
GAACCAGTAG AGGGTGTCAG TAATGGTTGC GTGAAGTGTA ATGGCAATGC TTTAGAAGAA 
ATACGTGCTC AGTACATCAA AGCTGTGGAC AAAATCAAAA ATGATATGCT GCGTTACATA 
CATGAAAGCA AAGGTAGAGC TGCTGAAATG CTGAAATCTG AAGTTTTAAG AGAACGACAA 
GAAACTGCTC GTAAGATGCG GAAGTACTAC TTGACATGCC TGCAGCAACT GTTAGAAGAT 
AATGGGAAGA ATGAAGGAGC TGAGAAAAAA ATCATTAATG CTGCAAGTAA ACTTGCAACT 
ATGGCCAAGG TGTTGGAAAC TCCTGTTTCT CAAAAGTACC AGAGCAAAAG CCTTCAATCA 
GATACGCTAC AGGATGAAAA TAATTTGGCT AAATCTAAAC AAGTCCAGAG AACCTTACAA 
AAGTCAGCCC AAAGCCATCA GAATATTGAC CAGCATACTA TAGAGGAGCT CATCAAAAGG 
CATGTTAGGG AAAAGTCTGA TGGGAACCAA ATAACAGCTA CAAATGAGAA TTCTTCTTTT 
CCAACACTTA GAAAAGACTT TTTAGATAAT GCAAATTCCC ACTTTAACAC CACAGTGCCA 
TTGCAAAAAG TAAAAGCATT TAGCTGTACT GATTCAGTTG CTGAGTGTGT CCTTGTTAAA 
CATTCGGAGC AAAATGAACA ACTCACTTTG AAAGGTGCTA GATTATATCC CAACCCTGAA 
CAGCCAAATA AGAAATCAGG CCTGCAAAGG TTTGATCTGC AAGAAACCCC TGTACGGGAT 
GAAAATGGAA GCAACGACTG GAGCTGTATT AGCAGCAAAA GCCTCTTTCA GTCACACTCT 
GCAAAGGGTC CTTTGGCACA ACTGAAAATG GAGCCACAGA TTTGTGATGG TCAGGAGAAT 
TCTTCAGCTG CAGCTTCATG TGCTCTTGCT GAGGAAGGCC ATGACACATT TAGCAGTGAT 
GGTAGAAGTC AGCATTATTT TGCTCACATT GCAAAGAGAA AAGATGTCAA TCCAGGCAGA 
AAGTGTTCTA ATAAGATCCA AGAACTTTCT TCTTCAGCTG CAGGAGTTCA TCCAGAATCC 
AAAATATATT CAGATGTAGG CCAAGGCAGC AAGCTTACAT CAAGAAAATT GTTAATTGAT 
TTTACATTAT CTCCTCAGCA AGACAGTGGT TTTGACAGCC CATTCCTTAA CTTAAATAGT 
TTCAACTGA

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

cep152 ( XM_004912603.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004912660.1 Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X2, mRNA.

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CloneID	OXa07214
Clone ID Related Accession (Same CDS sequence)	XM_004912603.3
Accession Version	XM_004912603.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5037bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	centrosomal protein of 152 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004912603.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCATAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TTCAATCAGA TACGCTACAG 
GATGAAAATA ATTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC TCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TACGGGATGA AAATGGAAGC 
AACGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAGGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTTG CTCACATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACTTTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

RefSeq	XP_004912660.1
CDS	272..5308
Translation	MSIDFDSGALQIQQEDEEYDKEDYAREQELQQLLTDLPHDMLDDSLSSSPEPSYSDCSGHEVSEQMQQWEHGANWNDDELPNHQQPYKNGFTENQYCMEFVDKQDENLRNQMGGDKMSNGWNVLHADNKDNMFNGKYRYSKDHAYNNESNGEAFHRGDHYDVPGHCSSSELYHLPDDFQPYTNSHQQVENFPDAKQEHFQGFAVQEETSKQSTEPYQVKYNPYQINTTQKDEMNQEVGRRDGNFDDLQREFLDTGENSAGNMQFVQLQVLYKARGRQLEEQNNNLEECERQIRYLNHQLAIVKDQKDGLTISLQESQKLLQNSREMEIQLKGQLTALQKTVESVTTNEEHLRKELNVAKVAMESMQQQLLDLRRSESIQRAREQHETVVSMLKKKNEEQVLVLQQKLDDINAALNEEKELCRRLEDRLKLSERNQEESKLEKTDIINRLSKSLEESQKQCANLLQSGSIQEASHLRLQLQQVQSSKIITDGMNKALQEEVRELQEQITMYESAARLGVFVNGGEEQQLSDSYVELGIKKVNWQKSQLGRVVSHNGVKNDLSSEEIILELKSELERCLNSNKTKRKQIVTLQADLKGHVSKNEELKKSLEEAERTARDNQIRAENLANKVDKSPFQYLSSDEFREELQKLQSEKQILQQENEKYLLHIKELTANEEKLKVANQELCNEMRGMIQDFDRDKKEAIERCERTYEQHNEDIKVHLLKELYEKFESEKEQLSQDYEEKMTRLQTQMNEMHNEMTAVQECYITLCKEKDALEDNTKEHLKKQLQKSEEEFSEKSAKETQKSLQMLKDELEENHKSAMLEAKAQWQREKELEFQKQSEVQIALLKENCRKEQLQITAKAIQDVEREWEQKLNRALQDAKTKSLQNFETQTTQTDKSFLAKSALIADCVDELKDKLHNAVQDKERAVRQAQLELEERHREEISKQVSDALNAAEIKWKMMSDKVDFTVSQKEFEEKIASMKRELELKEEEFQALLKAEIAKARAQWNKEKHDEIQRLQEDNEKDYRVFLDEHRNKLTDVLSTTKVEFEKQKNELIAQKDGEMAERLDQSLKQWALDESRRMLDHENEILSETEQCLCEIHDQLLTKSIVKDPLPSMKSTLNASFLEKLKACLQRSVKGIVCKVLATAKQDWKKKYDAESNHATGITGGQLERSEERKTAKIGHFDRDFTDLGKNEKQSCCDHWIQQLDKSKKDCHEFKSKLEKACRHLQQLVKDQKLKAEKYRENTILTEELRKQNTELQKKLELTVAQSPACLEPVEGVSNGCVKCNGNALEEIRAQYIKAVDKIKNDMLRYIHESKGRAAEMLKSEVLRERQETARKMRKYYLTCLQQLLEDNGKNEGAEKKIINAASKLATMAKVLETPVSQKYQSKSLQSDTLQDENNLAKSKQVQRTLQKSAQSHQNIDQHTIEELIKRHVREKSDGNQITATNENSSFPTLRKDFLDNANSHFNTTVPLQKVKAFSCTDSVAECVLVKHSEQNEQLTLKGARLYPNPEQPNKKSGLQRFDLQETPVRDENGSNDWSCISSKSLFQSHSAKGPLAQLKMEPQICDGQENSSAAASCALAEEGHDTFSSDGRSQHYFAHIAKRKDVNPGRKCSNKIQELSSSAAGVHPESKIYSDVGQGSKLTSRKLLIDFTLSPQQDSGFDSPFLNLNSFN

Target ORF information:

RefSeq Version	XM_004912603.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X2, mRNA.

Target ORF information:

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

XM_004912603.3

ORF Insert Sequence:

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGT TCAGCGAAAA GTCTGCAAAA 
GAAACACAAA AGTCTTTGCA GATGCTTAAA GATGAATTGG AAGAAAACCA CAAATCTGCC 
ATGTTAGAAG CAAAGGCTCA GTGGCAGAGA GAAAAAGAAC TGGAGTTCCA GAAGCAAAGT 
GAGGTTCAGA TTGCACTGTT AAAGGAAAAC TGCAGAAAAG AGCAGCTACA GATCACTGCA 
AAAGCAATTC AAGATGTTGA AAGGGAATGG GAACAAAAAC TAAACCGGGC TTTGCAAGAT 
GCCAAGACTA AAAGTCTCCA GAATTTTGAA ACTCAGACTA CACAGACAGA TAAAAGCTTC 
CTGGCCAAAT CTGCCTTAAT TGCAGACTGC GTTGATGAGC TAAAGGATAA ACTGCATAAT 
GCTGTGCAAG ATAAGGAAAG AGCTGTACGT CAGGCTCAGC TGGAATTGGA AGAGCGCCAC 
CGCGAGGAGA TTTCCAAGCA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TTCAATCAGA TACGCTACAG 
GATGAAAATA ATTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC TCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TACGGGATGA AAATGGAAGC 
AACGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAGGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTTG CTCACATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACTTTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

cep152 ( XM_002936564.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002936610.1 Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X3, mRNA.

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CloneID	OXa07215
Clone ID Related Accession (Same CDS sequence)	XM_002936564.4
Accession Version	XM_002936564.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4977bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	centrosomal protein of 152 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002936564.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGA TCACTGCAAA AGCAATTCAA 
GATGTTGAAA GGGAATGGGA ACAAAAACTA AACCGGGCTT TGCAAGATGC CAAGACTAAA 
AGTCTCCAGA ATTTTGAAAC TCAGACTACA CAGACAGATA AAAGCTTCCT GGCCAAATCT 
GCCTTAATTG CAGACTGCGT TGATGAGCTA AAGGATAAAC TGCATAATGC TGTGCAAGAT 
AAGGAAAGAG CTGTACGTCA GGCTCAGCTG GAATTGGAAG AGCGCCACCG CGAGGAGATT 
TCCAAGCAGG TGGAAGTGAC TTTAACCAGG GCTTATGGAC GATGGCTGCA AGAATTTACC 
ACTTTACCTG AATACAAAGC CCAGCTGAAA CTAGAGCAGG AAAAATGGGA GAAAATGAAT 
GAACTTAATG TGGAGAGACA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TTCAATCAGA TACGCTACAG 
GATGAAAATA ATTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC TCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TACGGGATGA AAATGGAAGC 
AACGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAGGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTTG CTCACATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACTTTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

RefSeq	XP_002936610.1
CDS	272..5248
Translation	MSIDFDSGALQIQQEDEEYDKEDYAREQELQQLLTDLPHDMLDDSLSSSPEPSYSDCSGHEVSEQMQQWEHGANWNDDELPNHQQPYKNGFTENQYCMEFVDKQDENLRNQMGGDKMSNGWNVLHADNKDNMFNGKYRYSKDHAYNNESNGEAFHRGDHYDVPGHCSSSELYHLPDDFQPYTNSHQQVENFPDAKQEHFQGFAVQEETSKQSTEPYQVKYNPYQINTTQKDEMNQEVGRRDGNFDDLQREFLDTGENSAGNMQFVQLQVLYKARGRQLEEQNNNLEECERQIRYLNHQLAIVKDQKDGLTISLQESQKLLQNSREMEIQLKGQLTALQKTVESVTTNEEHLRKELNVAKVAMESMQQQLLDLRRSESIQRAREQHETVVSMLKKKNEEQVLVLQQKLDDINAALNEEKELCRRLEDRLKLSERNQEESKLEKTDIINRLSKSLEESQKQCANLLQSGSIQEASHLRLQLQQVQSSKIITDGMNKALQEEVRELQEQITMYESAARLGVFVNGGEEQQLSDSYVELGIKKVNWQKSQLGRVVSHNGVKNDLSSEEIILELKSELERCLNSNKTKRKQIVTLQADLKGHVSKNEELKKSLEEAERTARDNQIRAENLANKVDKSPFQYLSSDEFREELQKLQSEKQILQQENEKYLLHIKELTANEEKLKVANQELCNEMRGMIQDFDRDKKEAIERCERTYEQHNEDIKVHLLKELYEKFESEKEQLSQDYEEKMTRLQTQMNEMHNEMTAVQECYITLCKEKDALEDNTKEHLKKQLQKSEEEITAKAIQDVEREWEQKLNRALQDAKTKSLQNFETQTTQTDKSFLAKSALIADCVDELKDKLHNAVQDKERAVRQAQLELEERHREEISKQVEVTLTRAYGRWLQEFTTLPEYKAQLKLEQEKWEKMNELNVERQVSDALNAAEIKWKMMSDKVDFTVSQKEFEEKIASMKRELELKEEEFQALLKAEIAKARAQWNKEKHDEIQRLQEDNEKDYRVFLDEHRNKLTDVLSTTKVEFEKQKNELIAQKDGEMAERLDQSLKQWALDESRRMLDHENEILSETEQCLCEIHDQLLTKSIVKDPLPSMKSTLNASFLEKLKACLQRSVKGIVCKVLATAKQDWKKKYDAESNHATGITGGQLERSEERKTAKIGHFDRDFTDLGKNEKQSCCDHWIQQLDKSKKDCHEFKSKLEKACRHLQQLVKDQKLKAEKYRENTILTEELRKQNTELQKKLELTVAQSPACLEPVEGVSNGCVKCNGNALEEIRAQYIKAVDKIKNDMLRYIHESKGRAAEMLKSEVLRERQETARKMRKYYLTCLQQLLEDNGKNEGAEKKIINAASKLATMAKVLETPVSQKYQSKSLQSDTLQDENNLAKSKQVQRTLQKSAQSHQNIDQHTIEELIKRHVREKSDGNQITATNENSSFPTLRKDFLDNANSHFNTTVPLQKVKAFSCTDSVAECVLVKHSEQNEQLTLKGARLYPNPEQPNKKSGLQRFDLQETPVRDENGSNDWSCISSKSLFQSHSAKGPLAQLKMEPQICDGQENSSAAASCALAEEGHDTFSSDGRSQHYFAHIAKRKDVNPGRKCSNKIQELSSSAAGVHPESKIYSDVGQGSKLTSRKLLIDFTLSPQQDSGFDSPFLNLNSFN

Target ORF information:

RefSeq Version	XM_002936564.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis centrosomal protein 152kDa (cep152), transcript variant X3, mRNA.

Target ORF information:

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

XM_002936564.4

ORF Insert Sequence:

ATGTCTATCG ATTTTGATAG TGGAGCACTG CAGATTCAGC AAGAGGATGA AGAGTATGAT 
AAAGAGGATT ATGCCCGGGA GCAAGAGCTG CAACAGTTGT TAACAGATCT TCCCCATGAC 
ATGCTTGATG ACAGCCTTTC CTCATCACCA GAACCAAGCT ATAGTGATTG CAGCGGCCAT 
GAAGTTTCAG AACAAATGCA ACAGTGGGAA CATGGAGCAA ATTGGAATGA CGATGAATTG 
CCAAACCATC AACAGCCCTA TAAAAATGGG TTTACAGAGA ACCAGTATTG CATGGAATTT 
GTGGATAAAC AAGATGAGAA TCTTAGAAAT CAAATGGGTG GTGATAAGAT GTCCAATGGA 
TGGAATGTGC TGCATGCTGA TAATAAAGAT AATATGTTTA ATGGCAAATA CCGCTACTCC 
AAAGATCATG CTTACAATAA TGAATCAAAT GGGGAAGCCT TTCACAGAGG AGATCATTAC 
GATGTACCTG GTCATTGTTC TAGCAGTGAG TTGTATCATC TCCCAGATGA CTTTCAACCC 
TATACAAACA GCCACCAACA GGTTGAAAAT TTTCCAGATG CTAAACAAGA GCATTTTCAG 
GGTTTTGCTG TACAAGAAGA AACAAGTAAA CAGTCTACAG AGCCTTATCA AGTAAAATAC 
AATCCTTACC AAATAAATAC TACACAAAAG GATGAGATGA ACCAAGAAGT TGGAAGAAGA 
GATGGCAATT TTGATGACTT GCAGAGAGAG TTCTTAGATA CTGGGGAAAA TTCTGCAGGC 
AACATGCAGT TTGTGCAGCT TCAGGTTTTG TACAAAGCAA GAGGAAGGCA GCTTGAAGAG 
CAAAACAACA ACTTAGAAGA GTGTGAAAGG CAAATAAGAT ATCTTAACCA CCAACTTGCA 
ATAGTTAAAG ATCAAAAAGA TGGCTTGACT ATCAGCCTAC AAGAATCTCA AAAACTACTT 
CAAAATTCCA GAGAAATGGA GATTCAGTTA AAGGGGCAAT TGACTGCTCT GCAAAAGACA 
GTTGAGAGTG TAACCACAAA TGAAGAACAT CTCAGAAAAG AATTGAACGT TGCTAAAGTA 
GCAATGGAGA GTATGCAGCA ACAGCTTCTA GACTTGCGAC GCTCTGAATC CATACAACGA 
GCTAGAGAGC AACATGAAAC TGTTGTGTCA ATGCTGAAAA AGAAGAATGA GGAACAAGTG 
TTGGTATTAC AGCAGAAGCT TGACGATATA AATGCAGCAC TTAATGAAGA AAAAGAATTG 
TGTAGACGTT TGGAGGACCG ATTAAAACTA TCTGAAAGAA ACCAAGAAGA AAGCAAACTT 
GAAAAAACAG ATATAATTAA CAGGCTCAGT AAGAGTCTAG AAGAAAGTCA GAAGCAGTGT 
GCTAACCTTC TGCAGAGTGG CTCAATACAA GAAGCCTCTC ATCTAAGGTT GCAGCTACAG 
CAAGTACAAT CTTCAAAAAT CATAACTGAT GGCATGAACA AAGCCTTACA GGAAGAGGTG 
CGTGAACTGC AGGAGCAAAT TACAATGTAT GAATCTGCTG CAAGATTGGG AGTTTTTGTC 
AATGGTGGTG AAGAGCAACA ACTCTCCGAT TCATATGTGG AATTGGGAAT TAAAAAGGTT 
AACTGGCAAA AATCACAACT TGGCAGGGTT GTGTCACATA ATGGCGTGAA GAATGACCTT 
TCCTCAGAGG AGATCATCTT AGAACTTAAA AGTGAGCTTG AACGTTGCTT GAACAGCAAT 
AAAACAAAAA GAAAGCAGAT TGTTACTCTG CAGGCCGATC TAAAAGGACA CGTGTCAAAA 
AATGAAGAAT TAAAGAAGTC ATTGGAAGAG GCAGAAAGGA CAGCCAGAGA CAATCAAATT 
CGGGCAGAAA ACCTAGCAAA CAAAGTGGAT AAGTCTCCGT TTCAGTATTT ATCAAGTGAT 
GAATTTAGGG AAGAGCTTCA AAAACTCCAA AGTGAAAAAC AGATACTTCA GCAAGAAAAT 
GAGAAATATT TGCTACACAT TAAAGAGCTT ACAGCAAATG AGGAGAAACT GAAGGTTGCT 
AACCAAGAAC TCTGCAATGA AATGAGAGGG ATGATACAGG ACTTTGATCG AGATAAAAAG 
GAAGCTATTG AAAGATGTGA GAGGACATAT GAGCAACATA ATGAAGATAT AAAGGTCCAT 
TTACTAAAAG AGCTGTATGA AAAGTTTGAA TCTGAAAAGG AACAACTTTC CCAGGATTAT 
GAGGAAAAAA TGACTCGGCT ACAAACACAG ATGAATGAAA TGCACAATGA AATGACCGCA 
GTGCAAGAGT GTTACATAAC ACTCTGTAAA GAGAAAGATG CATTGGAAGA TAACACGAAA 
GAACACCTTA AAAAACAGCT TCAAAAGAGT GAAGAAGAGA TCACTGCAAA AGCAATTCAA 
GATGTTGAAA GGGAATGGGA ACAAAAACTA AACCGGGCTT TGCAAGATGC CAAGACTAAA 
AGTCTCCAGA ATTTTGAAAC TCAGACTACA CAGACAGATA AAAGCTTCCT GGCCAAATCT 
GCCTTAATTG CAGACTGCGT TGATGAGCTA AAGGATAAAC TGCATAATGC TGTGCAAGAT 
AAGGAAAGAG CTGTACGTCA GGCTCAGCTG GAATTGGAAG AGCGCCACCG CGAGGAGATT 
TCCAAGCAGG TGGAAGTGAC TTTAACCAGG GCTTATGGAC GATGGCTGCA AGAATTTACC 
ACTTTACCTG AATACAAAGC CCAGCTGAAA CTAGAGCAGG AAAAATGGGA GAAAATGAAT 
GAACTTAATG TGGAGAGACA GGTGTCTGAT GCTCTTAATG CAGCAGAAAT AAAATGGAAA 
ATGATGTCTG ACAAAGTTGA TTTTACTGTC AGCCAAAAAG AGTTTGAAGA AAAGATTGCA 
TCAATGAAAA GAGAGCTTGA GCTGAAAGAA GAGGAGTTTC AGGCTTTACT GAAGGCTGAA 
ATAGCAAAGG CTCGAGCACA GTGGAACAAA GAGAAACATG ATGAAATCCA GAGGCTGCAG 
GAAGACAATG AAAAGGATTA CCGTGTGTTT TTAGATGAGC ATCGGAATAA ACTCACTGAT 
GTCCTCTCAA CTACCAAAGT AGAATTTGAA AAACAAAAAA ATGAATTGAT TGCACAAAAA 
GATGGTGAAA TGGCAGAGAG ACTAGATCAG AGCCTGAAAC AATGGGCCTT AGATGAATCA 
CGACGTATGC TTGATCATGA AAATGAGATT CTATCAGAAA CTGAACAGTG TCTGTGTGAA 
ATACATGATC AGTTGTTAAC TAAATCCATA GTTAAAGACC CATTACCAAG CATGAAAAGT 
ACTTTAAATG CTTCCTTTCT GGAGAAGTTA AAAGCTTGCT TACAGAGATC TGTGAAGGGC 
ATTGTCTGCA AAGTGCTGGC AACTGCAAAA CAAGACTGGA AAAAGAAGTA TGACGCTGAA 
TCAAATCATG CGACTGGTAT AACAGGAGGG CAGCTAGAAA GATCAGAAGA AAGAAAAACA 
GCAAAGATTG GTCATTTTGA CAGAGATTTC ACTGATCTAG GTAAAAATGA AAAACAGTCT 
TGCTGTGATC ATTGGATCCA ACAACTTGAC AAATCAAAAA AGGATTGTCA CGAGTTCAAA 
AGCAAGCTGG AAAAAGCATG CAGACATCTT CAACAACTTG TAAAGGACCA AAAACTCAAA 
GCTGAAAAAT ATAGAGAAAA CACTATACTT ACAGAGGAAC TGAGAAAGCA AAATACGGAG 
TTACAGAAAA AACTTGAACT GACCGTTGCA CAGTCTCCTG CATGCTTGGA ACCAGTAGAG 
GGTGTCAGTA ATGGTTGCGT GAAGTGTAAT GGCAATGCTT TAGAAGAAAT ACGTGCTCAG 
TACATCAAAG CTGTGGACAA AATCAAAAAT GATATGCTGC GTTACATACA TGAAAGCAAA 
GGTAGAGCTG CTGAAATGCT GAAATCTGAA GTTTTAAGAG AACGACAAGA AACTGCTCGT 
AAGATGCGGA AGTACTACTT GACATGCCTG CAGCAACTGT TAGAAGATAA TGGGAAGAAT 
GAAGGAGCTG AGAAAAAAAT CATTAATGCT GCAAGTAAAC TTGCAACTAT GGCCAAGGTG 
TTGGAAACTC CTGTTTCTCA AAAGTACCAG AGCAAAAGCC TTCAATCAGA TACGCTACAG 
GATGAAAATA ATTTGGCTAA ATCTAAACAA GTCCAGAGAA CCTTACAAAA GTCAGCCCAA 
AGCCATCAGA ATATTGACCA GCATACTATA GAGGAGCTCA TCAAAAGGCA TGTTAGGGAA 
AAGTCTGATG GGAACCAAAT AACAGCTACA AATGAGAATT CTTCTTTTCC AACACTTAGA 
AAAGACTTTT TAGATAATGC AAATTCCCAC TTTAACACCA CAGTGCCATT GCAAAAAGTA 
AAAGCATTTA GCTGTACTGA TTCAGTTGCT GAGTGTGTCC TTGTTAAACA TTCGGAGCAA 
AATGAACAAC TCACTTTGAA AGGTGCTAGA TTATATCCCA ACCCTGAACA GCCAAATAAG 
AAATCAGGCC TGCAAAGGTT TGATCTGCAA GAAACCCCTG TACGGGATGA AAATGGAAGC 
AACGACTGGA GCTGTATTAG CAGCAAAAGC CTCTTTCAGT CACACTCTGC AAAGGGTCCT 
TTGGCACAAC TGAAAATGGA GCCACAGATT TGTGATGGTC AGGAGAATTC TTCAGCTGCA 
GCTTCATGTG CTCTTGCTGA GGAAGGCCAT GACACATTTA GCAGTGATGG TAGAAGTCAG 
CATTATTTTG CTCACATTGC AAAGAGAAAA GATGTCAATC CAGGCAGAAA GTGTTCTAAT 
AAGATCCAAG AACTTTCTTC TTCAGCTGCA GGAGTTCATC CAGAATCCAA AATATATTCA 
GATGTAGGCC AAGGCAGCAA GCTTACATCA AGAAAATTGT TAATTGATTT TACATTATCT 
CCTCAGCAAG ACAGTGGTTT TGACAGCCCA TTCCTTAACT TAAATAGTTT CAACTGA

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

PubMed

見積依頼

Eメール

japanmarket@genscript.com

電話

03-6811-6572

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03-6811-6573
050-3174-7589(受注専用)

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オンライン注文

cep152 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

見積依頼

Eメール

電話

FAX

オンラインフォーム

サポート

会社情報

サポート

会社情報