Cenpf (NM_001081363) Mouse Untagged Clone
CAT#: MC225441
Cenpf (untagged) - Mouse centromere protein F (Cenpf), (10ug)
"NM_001081363" in other vectors (2)
Product Images
![](https://cdn.origene.com/img/defaults-img-expression-plasmids.jpg)
Other products for "Cenpf"
Specifications
Product Data | |
Type | Mouse Untagged Clone |
Tag | Tag Free |
Symbol | Cenpf |
Synonyms | 6530404A22Rik; AI325968; CENF; Lek1; mitosin; PRO1779 |
Vector | pCMV6-Entry |
E. coli Selection | Kanamycin (25 ug/mL) |
Mammalian Cell Selection | Neomycin |
Sequence Data |
>MC225441 representing NM_001081363
Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGAGCTGGGCCCTGGAAGAATGGAAGGAAGGTCTCCCCTCCAGAGCTCTTCAGAAGATCCAAGAGCTTG AAGGACAGCTGGAGAAGCTGAAGAAGGAGAAACAACAGAGGCAGTTCCAGCTGGACTCTCTCGAAGCTGC GCTGCAGAAGCAGAAGCAGAAGGTTGAAGACGGAAAGACTGAGGGTGCAGACCTGAAAAGGGAAAATCAA AGGTTGATGGAGATATGCGAACATTTGGAGAAGTCAAGGCAGAAGCTGTCTCATGAACTTCAAGTTAAGG AGTCACAAGTGAATCTCCAAGAGAGCCAACTGAGCTCATGCAAAAAGCAAATAGAAAAACTGGAACAGGA ACTTAAGCGGTGTAAATCTGAATTTGAAAGAAGCCAACAAGTTGCACAATCGGCAGATGTTTCTCTGAAT CCATGCAGTACACCACAGAAACTCTTTGCAACTCCACTCACACCGAGTTCCACATACGAAGATCTGAAAG AAAAATATAATAAAGAAGTTGAAGAACGGAAGAGGTTAGAGGAAGAGGTTAAAGCTTTGCATGCAAAAAA AGTGAGCCTGCCTGTTTCCCAAGCCACCATGAACCACCGGGACATTGCGAGACATCAGGCTTCCTCATCA GTGTTTCCTTGGCAACAGGAAAATACCCCAAGTCGCCTTTCATCGGATGCTCTGAAAACCCCACTGAGGA GAGACGGCTCTGCTGCTCACTTTTTGGGGGAAGAAGTGAGTCCTAACAAATCAAGTATGAAGACAGGGAG AGGAGACTGCAGCAGCCTCCCTGGTGAGCCTCACAGCGCTCAGCTTTTGCACCAGGCCAAAGCCCAGAAT CAAGACCTAAAAAGCAAGATGACTGAGTTAGAACTACGCCTGCAAGGGCAAGAAAAGGAAATGAGAAGCC AAGTGAATAAATGTCAAGACTTACAGCTACAGCTGGAGAAGACGAAAGTGGAATTGATTGAAAAGGAGAG AATTTTGAATAAAACCAGAGATGAAGTAGTGAGAAGCACAGCACAGTATGACCAGGCCGCAGCCAAGTGT ACTACCTTGGAACAAAAGCTGAAAACTTTGACTGAGGAGTTGAGTTGTCACCGACAGAACGCAGAGAGTG CTAAACGTTCTCTGGAACAGAGGATTAAGGAGAAAGAAAAGGAGCTTCAAGAGGAGCTGTCCCGACAGCA TCAATCTTTCCAAGCTCTGGACAGTGAGTACACTCAGATGAAAACCAGACTTACCCAGGAGTTACAGCAA GTCAAGCATTTGCACAGCACCCTCCAGCTGGAACTGGAGAAGGTCACATCAGTGAAGCAGCAGTTAGAAA GGAATTTGGAAGAAATTAGGCTTAAGTTGAGCAGAGCAGAACAAGCTCTTCAGGCAAGTCAGGTCGCAGA AAACGAGCTGAGGAGAAGCAGTGAGGAAATGAAGAAGGAGAACAGTCTCATTAGGAGTCAGTCTGAGCAG AGGACCAGAGAAGTCTGCCACCTGGAGGAAGAACTTGGTAAAGTCAAAGTGTCTTTGAGTAAGAGCCAGA ATTTTGCAGAAGAAATGAAGGCTAAGAATACCTCTCAGGAAATCATGTTACGAGATCTTCAGGAAAAACT AAATCAGCAAGAAAACTCACTAACTTTAGAGAAGCTGAAACTTGCCCTAGCTGATCTGGAAAGACAGCGA AACTGTTCTCAAGATCTCTTGAAGAAAAGGGAACATCACATTGATCAACTGAATAATAAGTTAAATAAGA TAGAGAAAGAGTTTGAAACTTTGCTGAGTGCTTTGGAATTAAAAAAGAAAGAATGTGAAGAATTGAAAGA AGAGAAAAATCAGATTTCTTTTTGGAAAATTGATAGTGAAAAACTCATAAATCAGATAGAATCAGAAAAA GAAATCTTATTGGGTAAAATTAACCACTTAGAGACCAGCCTCAAGACACAACAAGTAAGTCCTGACTCTA ATGAGAGAATAAGAACACTGGAGATGGAAAGAGAAAACTTTACTGTGGAGATTAAAAACCTTCAAAGTAT GTTAGACAGCAAGATGGTAGAGATCAAGACACAGAAACAAGCTTACTTGGAACTGCAGCAGAAATCCGAA TCCTCGGACCAAAAGCATCAGAAGGAGATAGAGAATATGTGCTTGAAAGCAAATAAGCTCACTGGGCAAG TTGAAAGTTTGGAATGTAAGCTTCAGTTATTGTCAAGTGAAGTAGTGACCAAAGACCAGCAGTACCAAGA CTTGCGTATGGAATATGAGACACTGAGGGATTTGCTCAAGTCCAGAGGATCTTCTCTGGTGACAAATGAG GATAATCAGCGAAGTTCTGAGGATAATCAGAGAAGTTCTGAGGATAATCAGAGAGGCTCTTTGGCTTTTG AACAGCAGCCTGCAGTGAGTGATTCCTTTGCAAATGTAATGGGGAGAAAAGGAAGCATAAATTCAGAAAG GAGTGACTGCTCTGTAGATGGGGGCCGAAGTCCAGAACATATAGCCATCTTACAAAATAGAGTCACTTCA CTTGAAAGTTCCTTGGAGTCTCAAAACCAGATGAATTCAGATTTGCAAATGCGGTGTGAAGAGTTGCTAC AAATCAAAGGGGAAGTAGAAGAAAACCTCAGTAAAGCAGAGCAGATTCATCAGAATTTTGTGGCTGAAAC AAATCAATGTATTAGTAAATTGCAGGAAGATGCTGCAGTTCATCAGAATATTGTTGCTGAGACTTTAGCA ACCCTTGAGAGTAAGGAAAAAGAGTTACAGCTTTTGAAAGAAAAATTAGAAGCTCAGCAAACAGAGGTTC AAAAGTTAAATAAGAATAACTGTCTTCTTGAAGGTACTCTGAAGGAGCTACAGCTTTTATCTGACACTCT GAGCTCAGAGAAGAAGGAAATGAATTCTATCATCTCATTAAGTAAAAAAAACATTGAAGAGTTAACCCAA GCAAACGAGGCTCTCAAGGAAGTTAATGAGGCCTTAGAGCAGGAGAAAATGAATTTACTCCAAAAGCATG AGAAGATTACAAGCTGTATAGCAGAACAAGAGAGAAGCATTGCAGAGCTGTCTGATCAGTACAAGCAAGA AAGACTTCAATTATTACAACGGTGTGAAGAAACAGAAGCTGTGTTGGAAGATCTCAGGGGAAACTACAAA ACAGCACAAGAAAACAATGCTAAGTTAGAATGCATGCTCAGCGAGTGCACTGCTCTTTGTGAAAATAGAA AAAATGAACTGGAGCAGTTAAAGGAAACATTTGCAAAGGAACAGCAAGAATTCTTAACAAAATTAGCTTT CGCTGAAGAGCAAAACAGGAAACTAATGCTAGAGTTGGAGATAGAGCAACAAACTGTGAGATCCGAGATT ACAAACACCAACAAGCATTCCATGAGTGCGACTGATGGCTTAAGGCAAGAATGCTTGACTTTAAACGAAG AGCAAAATGAGCAGCAAAACGAAGTTAGCAACTTAACACATGAGAATGAGCAACTGATGGAGTTAACACA GACCAAACATGATTCTTATCTCGCAGTAGAGCCAGTTGAGAACTCTGTAAAAGCAACCGAAGATGAGATA GGTAAGAGTAGTTCCCAGTACCAGATGGATATCGACACTAAAGACATTTCTCTAGATAGTTATAAGGCAC AGCTGGTACATCTAGAAGCTTTGGTAAGAATTCTGGAAGTACAGCTTGACCAAAGTGAGGAGGAGAACAA GAAGCTGCATCTGGAATTACAGACGATTAGAGAGGAGCTAGAAACCAAGAGTTCACAGGACCCCCAGTCA CAGGCAAGGACTGGGCTTAAAGACTGTGACACAGCAGAAGAAAAGTATGTGTCCATGCTACAGGAGTTGT CAGCAAGTCAAAACGAGAATGCACACTTACAGTGCTCTCTACAGACAGCAGTGAACAAACTGAATGAGCT AGGGAAAATGTGTGACGTATTGAGAGTTGAAAAGTTACAGCTAGAGTCTGAGCTGAATGACTCACGGACA GAGTGTATCACGGCAACTAGTCAGATGACGGCAGAGGTCGAGAAGCTAGTGAGTGAAATGAAAATGCTAA ACCACGAGAGTGCTCTGTCCCAGAATGAGCTGATGAAGGACACCTCAGGTGGTGAATTTCATGATAAAGC AAACCACAGTTCTGTGTTCTTGACTCCTTTGGACAGTAGCAATTTCTGTGAACAGATGACCTTGTCAAGC AAAGAGGTCCGAGTGCACTTTGCTGAATTACAGGAGAAATTCTCCTGTTTACAAAGTGAACACAAAATTT TACATGATCAGCACTGTGAGGTGAGCTCTAAGATGTCAGCACTGCGTTCCTACGTGGACACATTAAAAGC TGAAAATTCTGCCTTGTCAATGAGTCTGAGAACCTTGCAGGGTGACTTGGTAAAGGAGGGGGAGCCTGCA GCTGAGGGTGGGCATGGTCTGCCACTGTCGTTCTGTGGGGCAGACAGCCCGTCTCTGACAAATTTTGGAG AAACGTCCTTTTACAAAGACGTTTTAGAACAAACTGGAGACACATGTCATCTAAGTTTAGAAGGGAACGC TTCAGCAAATTCTTGTGACTTGGATGAAGAGTTCTCCAGCAGTCTGGAGGAGGAGACTCTGACTGAGAAG GAAAGCCCACCTGCCCCTGGGAGGACTGTTGAGGGACTTGAAGTCCTATGCCAGGTGTACTTGCAGTCCC TCAAGAATCTAGAGGAGAAAACTGAGAGCCAAAGGATTATGAAAAATAAAGAAATTGAAAAGCTTGAGCA GTTACTGAGTTCTGAGAGGAAAGAGCTAAGCTGCCTTAGGAAGCAGTATTTGTCAGAAAAGGAGCAATGG CAGCAGAAGCTAACAAGTGTCACTTTGGAAATGGAGTCCAAGTTAGCAGAGGAGAAGCAGCAGACCAAGA CTCTGTCCCTTGAACTTGAGGTAGCACGACTTCAGTTACAGGAGCTGGACCTGAGCTCCAGGTCTTTGCT TGGCACTGACTTGGAAAGTGTTGTTCGGTGCCAAAACGATAATTATGATATAAAAGAATCAGAAGTATAT ATTTCAGAGACTACAGAGAAAACACCAAAGCAGGACACTGACCAAACTTGTGATAAAGATATTCAGCAGG ACCTTGGTCTGGAAACTTCAGTCACTGAGAGTGAGACTACCAGGCTCACAGGAGAGGGGTGTGAAGAGCA GCCTCCGAAGACCAATTGTGAGGCACCAGCGGAGGACAAAACCCAGGACTGCTCAGAATGCATTTCTGAA TTGTGTTCTAGTTCCAATGTTTTGGTGCCCATGGATGTTCTGGAAGATCAGGGGTCTATCCAGAATCTCC AGTTGCAGAAAGACACCTTAAATGAGAATTTGAGATTACTTCCTGAAGTAGAGGACTGGGACAAAAAAGT TGAAAGTTTGCTAAATGAAATTATGGAGGCAGATTCAAAACTGAGTTTACAGGAAGTACAGCTCAAGATG AAGATTGCAACATGCATACAATTGGAAAAAATAGTCAAGGACCTCAGAAAGGAAAAAGCTGACTTAAGTG AAAAGTTGGAATCCCTTCCATGTAACCAGGAGGTATGTCTGAGAGTAGAAAGGTCAGAAGAAGATCTTGG TTTTAATTTAGATATGGGAGCAAATGAGTTGTTAAGTAAATCTACTAAAGATAATGCAACCAACACAGAA GACAATTATAAGGAGAAGTTTCTTGATATGGAAAGAGAACTGACCAGAATTAAGTCTGAGAAAGCTAATA TTGAGCATCACATCCTATCTGTGGAAACTAACTTAGAGGTGGTTCAAGCAGAGAAGCTCTGTTTGGAAAG AGACACTGAAAGTAAGCAAAAGGTTATTATTGACCTTAAAGAAGAACTATTTACAGTTATAAGTGAGAGA AACAGACTTCGGGAAGAATTAGATAATGTGTCAAAAGAAAGCAAAGCACTGGATCAGATGTCTAAAAAGA TGAAAGAGAAAATAGAAGAGCTGGAGTCTCACCAAAGGGAGAGCCTCCGTCACATTGGGGCAGTAGAGTC TGAGGTCAAGGACAAAGCAGATCTTATTCAGACTCTGTCCTTTAATGTGGGTGAGCTAACAAAAGACAAA GCTCATCTCCAGGAGCAGCTGCAGAATTTGCAGAATGACTCACAAGAATTATCTTTGGCGATTGGTGAGC TGGAAATACAAATTGGACAACTGAATAAAGAGAAAGAATCACTGGTCAAGGAGTCTCAGAACTTCCAGAT CAAGCTGACTGAGTCAGAGTGTGAAAAGCAGACGATCTCTAAGGCCTTGGAGGTGGCACTCAAGGAGAAA GGTGAGTTTGCAGTGCAGCTGAGCTCAGCCCAGGAGGAGGTGCATCAGCTGAGACGAGGCATTGAGAAAC TGAGCGTCCGCATTGAGGCCGATGAGAAGAAGCACCTCAGTGCTGTGGCGAAGCTGAAAGAAAGCCAGCG TGAAAGCGACTCATTGAAGGATACAGTGGAGACTCTGGAGCGGGAACTGGAGAGGTCAGAAGAAAACCAA GAGCTGGCAATTCTTGATTCTGAGAATTTGAAAGCAGAGGTGGAGACCCTTAAGGCACAAAAGGATGAAA TGACCAAAAGCCTGAGAATTTTCGAATTAGACCTTGTTACAGTTAGGACTGAAAGAGAAAATCTAGCAAA GCAGCTACAAGAGAAACAAAGTCGAGTGTCAGAATTAGATGAACGGTGCTCTTCCTTGAGAAGACTGTTG GAAGAGAAGGAGCAAGCAAGAGTACAGATGGAAGAAGACTCTAAGTCTGCAATGCTGATGCTTCAGATGC AGTTAAAAGAACTCAGGGAGGAAGTGGCAGCCTTGTGTAATGACCAAGAAACCTTGAAGGCCCAAGAACA GAGTCTAGACCAACCAGGGGAGGAAGTGCATCATTTGAAAAGTAGCATTCGAAAGCTCAAAGTTCACATA GATGCTGATGAAAAGAAGCATCAAAACATCCTAGAACAACTGAAGGAAAGTAAGCACCATGCAGACTTGC TTAAGGACCGAGTTGAGAACCTTGAACAAGAATTGATACTATCAGAGAAAAACATGATTTTCCAAGCTGA AAAGTCCAAAGCAGAGATACAGACTTTAAAATCAGAAATTCAAAGAATGGCCCAAAACCTCCAAGACTTG CAGTTAGAACTTATTAGTACAAGGTCAGAAAATGAAAATCTCATGAAAGAATTAAAAAAAGAGCAAGAGC GAGTATCTGACTTAGAAACAATAAATTCTTCTATTGAAAACTTACTGAAAGATAAAGAGCAAGAAAAAGT ACAGATGAAAGAGGAAGCCAAAATAACAGTGGAGATGCTTCAAACTCAATTAAAGGAGCTAAACGAGACA GTGGTTTCCTTGTGCAATGACCAAGAGGTCTCTAAGACCAAAGAACAGAATCTGGGTAGTCAAGTACAAA CTCTTGAACTTGAGAAGGCTCAGCTGCTACAGGACCTTGGTGAGGCCAAGAATAAATATATTATTTTTCA GTCATCTGTAAATGCCCTCACTCAAGAAGTAGAAGCTGGCAAACAGAAACTAGAGAAGGGGGAGAAAGAG ATCAGGACACTGAAAGAGCAACTTAAAAGTCAGGAGCAGCTTGTGTGTAAACTTGCCCAAGTGGAAGGAG AGCAGCAACTCTGGCAGAAGCAGAAACTAGAGCTGAGAAATGTGACTATGGCACTGGAGCAGAAGGTCCA AGTGCTGCAATCTGAAAACAACACGTTGCAGAGCACCTATGAAGCACTGCAGAATTCCCACAAGAGTTTA GAGAGTGAACTTGGATTGATAAAGTTGGAGAAAGTAGCGCTTGTTGAAAGAGTTAGCACAATATCTGGGA AGGAAGCAGAGCTGCAGAGGGAGCTGCGAGATATGCTACAGAAAACAACACAGCTGAGCGAAGACTACAA TAAAGAGAAAAACAGGCTAACAGAAGAAGTGGAAGTGCTGCGTGAAGAACTGCAGAACACCAAAGCAGCG CACCTGAAATCTGTGAATCAACTTGAGAAGGAACTTCAGCGTGCTCAGGGGAAAATAAAGTTGATGCTCA AATCCTGTAGACAGCTGGAAGGAGAAAAGGAGATGCTGCAGAAGGAGCTCTCCCAGCTTGAAGCTGCACA GCAGCAGAGAGCAGGTTCTCTTGTAGACAGTAACGTAGATGAAGTAATGACTGAGAACAAAGCGCTGAAA GAGACTCTGGAAGAAAAAGTCAAGGAAGCAGATAAGTACTTGGATAAGTACTGTTCCCTGCTGATAAGCC ACGAGGAGCTCGAGAAAGCCAAGGAGATATTAGAAATAGAAGTTGCTCGGCTGAAGTCACGGCAGTCCAG ACAGGATCTCCAGAGTTCTCCTTTGCTTAATTCTTCCATTCCAGGACCGTCTCCAAATACTTCTGTTAGT GAGATGAAGTCAGCATCTGGCCAAAATAAAGCTTCAGGCAAGAGGCAAAGGTCCAGTGGGATTTGGGAGC ATGGTAAACGGGCAGCACCTTCTACAGCAGAGACATTTTCTAAGAAAAGCAGGAAGTCGGACAGTAAGAG CACTCGCCCTGCTGAGCACGAGCAGGAAACCGAGTTTGAGCCAGAAGGCCTCCCAGAAGTCGTTAAAAAA GGGTTTGCTGACATCCCAACTGGAAAGACAAGCCCATATATCCTTCGGAGAACAACCATGGCAACCAGGA CCAGCCCCCGCTTTGCTACACAGAAGTTAGTGGGATCTTCCCCATCTCTGGGCAAAGAAAATGTTGTAGA GTCCTCCAAACCAACAGCTGGTGGCAGCAGATCACAAAAGGTCAAGGTTGTTCAGGAGAGCTCAGCGGAT TCACACACTGCCTTCCAAGAACTCCCAGCAAAATCTCTCACAGCCAGTAATATTCCTGGGAGAAACTCTA CAGAGAGCCCCAGGGAGGGCCTGAGGGCCAAGCGGGCCTACCCTGCCTCCAGCCCAGCTGCTGGGCCTGA TCCCACGAACAACGAAAACTGCCGGGTCCAGTGA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA |
Restriction Sites | SgfI-MluI |
ACCN | NM_001081363 |
ORF Size | 8994 bp |
Insert Size | 8994 |
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_001081363.2, NP_001074832.2 |
RefSeq Size | 11130 |
RefSeq ORF | 8994 |
Locus ID | 108000 |
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