Cenpj (NM_001107265) Rat Untagged Clone

CAT#: RN203486

Cenpj (untagged ORF) - Rat centromere protein J (Cenpj), (10 ug)


  "NM_001107265" in other vectors (1)

Reconstitution Protocol

USD 2,200.00

8 Weeks*

Size
    • 10 ug

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Specifications

Product Data
Type Rat Untagged Clone
Tag Tag Free
Symbol Cenpj
Vector pCMV6-Entry
E. coli Selection Kanamycin (25 ug/mL)
Mammalian Cell Selection Neomycin
Sequence Data
>RN203486 representing NM_001107265
Red=Cloning site Blue=ORF Orange=Stop codon

TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
GCCGCGATCGCC

ATGAAAATGTTCCTGATGCCAACCTCTTCAGAATTAAACACTGGGCAGAACTTCCTCACCCAGTGGATGA
CTAGTCCTTCTCGGGCTGGGGTCATATTAAATCGAGAATTTCCTATTTTGGATGCCGATGAGAAGCAAGC
AGCTACAACTGTTTCTGCCAGCTTTCCCGTGAAAGCCGCCCATTTTTCAAGTAGCTTCAGTATTAGTAGT
GAAGAGGATTCATTTCATGAAGAACAGACGCTGGAGGCTGGAAGACCTTATAAACCACGGTCAGAAGACC
CGGAAGCTCATCCAGTCTCTGCTTCAGTCAGAAGGGAGCCAATAGCATCATGTCAGGATGCCCCAGGATG
CCAGGAGGGTAACAGAAATGCCGCTACGCCTGATCTCAAGAGTGAATTCAAAGAAGTGGCTAATAAAAAC
CCACTTTTTAAAAAACTGGAGCAGCTGAGCCAGAAGCATCGCTCTCCAGGAGACTCAGCCTCAGGAGAGA
GGGCCACCCTGTCACCACCCAGCTACCCAAATCCAACCCAAGACAACTCCCGTGCTTCCAGCCTTCTACC
AGATGAACAAAGTAACTTCTGTAGAGCCACTCAACAAGATTCTGTTTTAACTTCAAAAAATGCTTCTGAT
TTGTTTCATGAGTCACAATATCATGAAGCACATGTGAGAAGAAATGATTTAAAGGAGGAAAGCCATAACC
ATCCTTCAGGGGAAGGTGCTTTGCCATGCTGGGAAAAGAAGATGGGGAAGAGCCAGGAAGGGAAGGATGT
GAACTTACAAAGAAGTAGAGATTCCTCAGGAGTGGTTAATATTGAAGAGAGGCCAATCAAAGCTGCCATT
AGAGAGAAGCAGCAGACATTCGAGGACTACTTAGAGGAGCAGATCCGACTGGAAGAGCGAGAACTGAGAC
AGAAGCAGCTGCAGGAAGCAGAAGGACCATTACTAACGAAAATGAAACCCAAGCAGCCATTTTTAAAACG
AGGAGAAGGTTTAGCGAGGTTTACTAATGCTAAATGTAAATTTCAGAAGGGGAAAGAAAGCAAGCTAGCG
AGTACCCAGAGCCCGTCAGAGCAGCAGTCTGTGCCTAAAGTAGACAGACAGCACTTGCAGAGGAAAACCG
CGCTCATAAACAGGGACCTGTGTGCAGACACCACCTCTGTTAAAAAGGACAGTAAAGCTAGGTCCAAGGC
TGGCTCGGCCTCACTCAGGCAGAAACCCAAAGTGACCAAGACCAATAGGAGGGACAGTCTATCCCCGCCG
GGACGGAAAGTACAGACGGGGAAGAAATGTGATGGACAATTTAGACCCCAGGTCAAATTAGAGAGAAATG
TGCCCACCAATAATAAGGAAAATGTACCTGCGTACATAAAGCCCTGGGGTGCTGGCTGCAAGGTGTGGAA
TAAGACACAGGGGAGAGACAGACTTCCTCTTTCCACAGGGCCGGTTGGCTGTGTGGTCTCCAGGAGTTTG
GTACCTGAGACAGATAGACAGACAGAATCTTCCCTTGATATTTCTCTTCAGAAAAAATTAGAGAATTGGG
AGAGAGAAAAAGAAAAGGAAAACTTGGAACTAGATGAATTTTTATTTTTGGAACGGGCTGCTGATGAAAT
ATCATTTTCTAGTAATTCCTCTTTTGTTCTGAAAATCTTAGAAAGGGACCAACAGATCTATGAAGGTCAC
AGGCTGTCTTCCACCCCTGTCAAAGCTGTGCAGCCCCAGAAGGCACAGCAGGCAGATCCTTGGGGGCAGA
GTAACCACAGTGAGGTTCCCCGCCCCAGTGTTGCACATGAGGATGAGAGTGAGTTTGAGGCCATGCTCTT
GTCTCGGGGTTCAGGGTCACCTGGCTTGAGGGAACTGTCCTGTAAACTTAGTAAGAAAGCCTTCCAAAAC
AGCACTTCTGAGAACCAGGGCCGATGGGATGCAGGGGATGGTGACGTTGCCAACAGCGACAGTAGCTCTG
AGTCTGAGGAGCATGACATTACCATCAAACCGTCCACCGAGGCTGAGGACAGGGTCTTCAGCAACAGAGA
GGATAGTCCACAAGTCTGTGACGCCAAAGGACCTTCTCGGGACACCGGGGCTCAAGAAGATCAGTGGAGA
GACGCAGACCTGGATCTGTCTGATAAAGAGTGTAGCAGTGACGAGTCTGTCACAGTTGAAAGTCTGAGCA
GTCAAGTATTGGAGCCGCTGAGACTGCCCTCCTCTCACGACGGGAGTAAAGTCGACTTCGATGATGAAAG
ATCTTGGGCAGACCTTGAGGAGAATCCACATGAACATGGTGTTGTTCCCAGAGAGGAAGCCATGTCTGGT
ACTTCCCAGACACACTGCCACAGTACAAGTGAAGGATGTGTTCTGGACAAAACAATAAAAAGGAAGATTG
CACCAGTCAAGAAGGGAGAAGACTTCAGCAAGTCTGACAGGAGCGTAAGTCCTCCTCCATCTGACTTGAT
GGTAAAATTCTTCCCTTCTTTGAAACCAAAGCCAAAATTAGATTCACACGTAGAAAATGAACCCAAGTTA
AGCCTGAGTCAAGATCAACCACCAGGTGACAGTGTTCGATCTCAGGTCTTAAGAGAGAAAGTTATTGAAC
TGGAATCAGAAATAGAAAAATTTAAAGCTGAGAACACATCTTTAGCTAAACTTCGTATTGAACGAGAAAG
TGCCTTGGAAAAACTGAGGAAAGAAATTGCTGACTTTGAGCAACAAAAAGCAAGAGAACTGGCTCGAATA
GAAGAGTATAAAAAGGAGGAGACGAGGAAACTACAAAAGGAGCGCAAAGTCTTCGAGAAGTACACAGCAG
CTGCAAGAACATTCCCAGATAAAAAGGAGCGGGAAGAAATACAGGCTTTGAAACAGCAAATACAGGAATT
ACAGGAAGACTTGAAAAGGAAGGAAACAAAATGGTCAAGTACACACGGTCGCCTCAGAAGCCAGATAGAA
ATGCTAGTCAAAGAGAATACAGACCTCCGAGAAGAAATAAAAGTAATGGAAAGATTCCGACTGGAGGCCT
GGAAGAGAGCAGAAGCTATTGAGAACAGTCCCAAGGCCTGCCAGTACATAATGGCCACAAAAAAGGATGA
GTCCATGAACTCATCAATTCAATTTCAAAAGAGTCATGCTTCTTTAGGAGTCCAGGGAGAAAAATATAAG
AAAAAGTATTTGCCAGCACAAGGAAATTCATCTAGAAGATCCAAGTCTGTGCCGCCTCGTGATTTAGGCA
GCTTGGATAAAGGACAAGCTGCCTTGCCTAGAGAGCCTCTTCAACCAGTGAACTTCCCAGACCTTGAATA
TAAAAACAAAGAGGAAAAAGAGGAAGAAATTCAGGGAGAAATCAATCATCCTGATGGGAAGGTAGAAAAA
GTTTATAAAAATGGATGCCGGGTTGTTCTGTTTCCCAATGGAACTCGGAAAGAAGTGAGTGCGGACGGGA
AGAGCATCACGGTTACATTCTTCAATGGTGACGTCAAACAGGTCATGCCAGATGAGAGAGTGGTCTACTA
CTATGCTGCTGCCCAGACCACACATACCACGTACCCAGAAGGGCTTGAAGTCTTACATTTCTCAAGCGGG
CAAATAGAAAATATATTGATAACAATCATTTTTAAAACAGAAAAGCATTTCCCAGATGGAAGAAAAGAAA
TCACATTTCCTGACCAGACCATTAAGACTTTATTTGCTGATGGTCAAGAAGAGAGCATCTTTCCAGATGG
CACAATTGTCCGAGTACAACGTGATGGCAACAAAATCATAGAGTTTAATAATGGCCAAAGAGAGCTCCAC
ACTGCCCAGTTCAAGAGACGAGAATACCCCGATGGGACTGTTAAGACTGTCTATGCAAATGGTCATCAGG
AGACAAAGTACACCTCTGGCCGAGTCAGAGTGAAGGACAAAGATGGTAATGTGCTAATGGACACAGAAAT
GTGA


ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
ACAAGGATGACGACGATAAGGTTTAA
Restriction Sites SgfI-MluI     
ACCN NM_001107265
ORF Size 3924 bp
Insert Size 3924
OTI Disclaimer Our molecular clone sequence data has been matched to the reference identifier above as a point of reference. Note that the complete sequence of our molecular clones may differ from the sequence published for this corresponding reference, e.g., by representing an alternative RNA splicing form or single nucleotide polymorphism (SNP).
Reference Data
RefSeq NM_001107265.1, NP_001100735.1
RefSeq Size 4514
RefSeq ORF 3924
Locus ID 305909

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