Phf3 (NM_001081080) Mouse Untagged Clone

CAT#: MC225133

Phf3 (untagged) - Mouse PHD finger protein 3 (Phf3), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Phf3
• Synonyms: 2310061N19Rik
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225133 representing NM_001081080
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGATATAGTTGATACATTTAATCATTTAATTCCTACTGAACACTTAGATGATGCCCTATTTCTAGGAT
  CCAACCTGGAGAATGAAGTCTGTGAGGATTTTAGTACAAGTCAAAATGTCTTAGAGGACTCGCTGAAGAA
  CATGCTCAGCGATAAGGATCCTATGCTAGGATCTGCAAGTAACCAGTTCTGTTTGCCTGTTTTGGATAGC
  AATGATCCCAATTTCCAGATGCCTTGTTCAACAGTTGTTGGTCTTGACGATATTATGGATGAAGGAGTTG
  TTAAAGAAAGTGGTAATGATACCATTGATGAAGAAGAATTGATTTTACCTAACAGGAGTTTGAGGGACAG
  AGTAGAAGACAATTCAGTAAGATCACCAAGAAAATCACCTCGTTTAATGGCACAAGAACAAGTAAGAAGT
  TTGCGACAAAGCACTATTGCCAAGCGTTCAAATGCAGCAACTCTAAGCACAAAAAAGCCATCTGGGAAGA
  CCTTATCTACCTCTAAAGTAGGGGTGAAGCCAGCAGAAAGATGTCAGGGTAAAGAAGAAGTTTATGCCTC
  ACTGAAATCTGAACACCCTAAGGAGAGTAGAAGGAGTGGCCGGCATGCTGAACAGATGGACGTGGCGCCA
  GAAGTCTCAGCATCTTCAGTTGATTCTTCAGTGTCGTCTTGTGCTGGAATGAAGGAGGAGGCTGAGTTTG
  ATCCCAAACATGCATGCAATAATCAGGGTGAAGTGAACGTGCCATCTCCTGAGTTAGATTGTCCACTTCT
  CTCAGAGACTAGTGCTAGTGTGGAAGAGAAGAACATTGAGGCTCTGATGGAATGTAAAGCTAAGACTAAC
  AGTAGCCCGTTATTTAAGTTTCCAGTTAGAGAAGATGAGCAGAGTGATCTTGTTTCGGGTGAACTGAATG
  ACACCATTGAAGGAAAGGATGCAGGGGGAAAACCTGATCAAGAATCAGAGGAGGTGAAGTTTCCCTGCGA
  AGGTGACCAGACGGCCGAGGAACCCGAATCTTCTGATGTGTCTAGTGACTCTGCTTGTGCCAATAAAAAT
  AAGGCAGAAAAGAATGAAGGGGCAGAATGTCATTTGGAATTGAAGAATACTGTGGATATTGTTGATAAAC
  CTGAGAACTCACCTCAGAGAAATGAGTTGGAAACACTGGGCTATGGTGAGGACACGGAGTCTAATGATGC
  TCGGTTACAGAGCACAGAGTTCAATAAGTCAGATTTGGAGGAAGTTGATGCTTGTGCTTTTGAACCGGAA
  GCTAGCACTTTAGAAAATACTATTTGTGATGTTCTTGACCAAAATTCAAAGCAATTGAATATTACTCAAA
  GTATTAAAATGGAAACAGCCAATCTTCAGGATGATAGAAGTGGTTTAGAGCCCAAAAACATAAAACCCAA
  ACACATAAAATCTGTAACTCATTCTAAACAAAGCATGACCACAGAGACACCCAGAAAAACTGTGGCAGCA
  AAGCATGAAGTAGGTCATAGCAAAACTAAATCTAATGTCAAGGCTGTGAAGCGAAATTCTGGTGAGCCGG
  AACCCCAGCCTGATTCTCAGAGGCCAGTCAAAGTGAGAAAAAAACAAGGTGATAAGGTTTGGAAGAGTCA
  GAGTTGTAATTCTGGAGTTAAATCTGTGAAAAGCCAAGCTCATTCTGTATTGAAAAGAATGCCCCAGGAT
  CAAAACACAATGCAGATTTCCAAACCTTTAACTCATCCTCATAGTGATAAGCTTCATGGTCACTCTGGCT
  TCTCTAAGGAGCCTCCCCATCCTGTACAAACTGGACACTTGGTGCATTCCAGTCAAAAACAGAGCCAGAA
  GCCTCAGCAGCAGGCAGCTGTGGGGAAGGGCAGTAGCCATGTGAAGGATGAGCATGACCATCCAGTCAGT
  GAGCATCTTAAGGAGGACGATAAACTGAAGCCAAGAAAACCTGATAGGAACCTGCAGCCTCGCCAAAGGA
  GAAGCAGCCGAAGTTTTTCTCTGGATGAGCCTCCATTGTTCATCCCAGACAACATAGCTACTGTAAAAAA
  AGAAGGGTCAGATCAGACCACCTCAATTGAAAGCAAATATATGTGGACTCCAAGCAAGCAATGTGGGTTT
  TGCAAAAAACCACATGGCAACAGGTTTATGGTCGGCTGTGGGAGATGTGATGACTGGTTTCATGGAGACT
  GTGTTGGATTAAGTCTTTCTCAAGCACAGCAAATGGGAGAGGAAGACAAAGAATATGTTTGTGTAAGGTG
  CTGTGCTGAAGAAGATAAAAAGACTGACATACTAGACACAGAGATTTTTGAAGCCCAAGCTCCCATCGAA
  GCCCACAGCGAAGATAAAAGGATGGAGTGTGGAAAGCTGACATCATCGAAGCACGCAGTCACTGACGATA
  AACACAGACACTCAGATGACCCTGGGAAGCACAAGGTCAAAATTTTAAAACGGGAGTCTGGTGAGGGAAA
  AACTTCCTCTGACAGTAGAGATAATGAAATTAAAAAATGGCAGCTAGCCCCTCTTCGCAAGTTGAGCCAA
  CCACATTTACCTCGGAGATCATCAGAAGAAAAAAGTGAAAAAATAGCAAAGGAATCTACAGCTCTTGCCT
  CTACAGGAGAGAGAGTGGCGAGATCAGGTACTCATGAGAAGCAAGAGACAAAAAAGAAGAAAATGGAAAA
  GGGTGGACCTAATGTGCACCCGCCTGCTGCTACTTCCAAGCCTTCTGCAGATCAGATCAGACAGAGTGTC
  CGACATTCTCTCAAAGATATTCTTATGAAAAGACTTACAGATTCAAACCTGAAGATCCCAGAGGAAAAGG
  CAGCAAAGGTTGCCACAAAAATTGAAAAAGAACTTTTCTCTTTTTTTCGGGACACGGATGCCAAGTATAA
  GAATAAATATAGAAGCTTGATGTTTAATCTAAAAGATCCTAAAAACAATATATTATTTAAGAAAGTTCTA
  AAAGGAGAAGTAACCCCTGATCATCTTATAAGAATGAGCCCAGAAGAACTAGCCTCCAAAGAGCTGGCTG
  CGTGGAGACGAAGGGAGAACAGACACACCATAGAGATGATTGAGAAGGAACAGAGAGAAGTGGAAAGACG
  ACCAATCACGAAAATAACTCACAAAGGTGAGATAGAAATCGAGAGTGACGCCCCGATGAAGGAGCAGGAA
  GCAGCCATCGAGATCCAGGAACCGTCAGCTAATAAGTCAATGGAGAAGCCAGATGTGTCTGAGAAACAAA
  AAGAAGAGGTTGACTCCACATCTAAAGACACCACTAGTCAACACAGACAGCATCTCTTTGACCTGAACTG
  CAAAATATGCATAGGTCGAATGGCACCACCTATAGATGATCTTTCTCCAAAAACTGTGAAAGTTGTTGTA
  GGAGGAGCCCGGAAACACTCAGACAACGAAGCAGAGAGTCTAGCAGATGCGTTGTCTTCAACTACGAATA
  TTCTGACCTCTGACCTCTTTGAGGAGGAAAAGCAAGAATCTCCCAAGTCAACGTTTTCCCCCACTCCACG
  GCCAGAGATGCCTGGAACTGTGGAAGTTGAGTCAACCTTTCTGGCTCGATTGAACTTCATCTGGAAAGGT
  TTTATCAATATGCCCTCTGTGGCAAAGTTTGTTACCAAAGCCTACCCCGTGTCTGGATCCCCTGAGTACT
  TGACAGAGGACCTACCAGACAGCATTCAAGTAGGTGGCAGGATATCGCCTCAGACAGTTTGGGATTATGT
  GGAAAAAATAAAAGCATCAGGCACCAAGGAAATCTGTGTGGTTCGCTTCACACCAGTAACTGAAGAAGAT
  CAGATTTCTTACACTTTGCTGTTTGCGTACTTCAGTAGCAGAAAGCGCTATGGTGTGGCTGCTAACAACA
  TGAAGCAGGTTAAAGACATGTACCTCATTCCATTGGGCGCTGCAGATAAAATCCCACACCCTCTTGTGCC
  TTTTGATGGACCTGGACTTGAGCTGCACAGACCTAATCTGTTGTTGGGCCTGATTATCCGTCAGAAGCTG
  AAGCGGCCGCACAGCGCTAGTGCAGGCCCCAGTCACACAGGCGAGACTCCTGAGAGCGCCCCAATAGTGT
  TGCCCCCCGACAAGAAAGGTAAAATGGAGTCATGCACAGAGGAAGCAGCAGAGGAAGAGAGTGACTTTTT
  CAATTCCTTTACAACTGTGTTACACAAGCAGAGAAATAAGCCCTCACAGCCTCTTCAGGAAGACCTGCCA
  ACAGCAGCTGAACCTCTGATGGAAGTCACCAAGCAGGAGCCACCAAAACCCTTAAGGTTCCTTCCTGGGG
  TCCTGATTGGCTGGGACAATCAACCTTCTACTCTGGAATTAGCAAATAAGCCTCTTCCTGTGGATGACAT
  ACTCCAAAGCCTTTTGGGCACCACTGGTCAAGTATATGAGCAGGCTCAGCCACTTGTAGAACAAAGCACT
  CTTAAAGAAATTCCTTTTATAAATGATCAAGCTAACCCAAAAGTAGAGAAAATAGATAAAGTGGAGGTGA
  CTGAAGGTGACGCCAAGGAGATAAAAGTTAAAGCAGAAAATATTTCAGTGTCTACAAGTAAAAACTCAGG
  AGAAGAGACTTCATCGGTAGGTTCATCTTCCATTTCTCCAGGGCCTTTGGCAAGTCTCAGTCTGAGAGGG
  AAACCACCAGATGTTTCTACAGAAGCATTCTTAACAAATTTATCAATTCCCTCAAAACAAGAGGAAAGTG
  TGGAAAACAAAGAGAGAACATTAAAAAGACTGCTGCTCCAAGATCAAGAGAATAGTTTGCAAGACAATAG
  GACTTCAAGTGACTCTCCCTGCTGGCCTGGCACTGGGAAGGGAGGCATGGATGGGGATGGGAGCGGGAGC
  GGGAGCGGGAGCGGGAGCGGCAGTGAGGGTCCAGTGGCTAACACAAGAGCCCCACAGTTTATCAACCTGA
  AAAGGGACCCTAGGCAAGCAGCAGGACGAAGTCAGCAGACAGCTTCTGAAAGCAAGGATGCAGAGAGCTG
  CAGAAATGGAGACAAGCATGCTGCGTCTGCTCCACCACACAACAAAGAGCCCTTAGCAGAGGCTGTCGGT
  GGAGAGGGAAAGCTGCCTTCGCAGGAGAAGAGCTCATGTGTAGAGCAGAACGACGATTCGGAAGCTGCAC
  CAAACTCATCCTCAGTAGAAAACTTAAATTCGTCACAAGCAGAACAAGCCAATCCTTCACAAGAGGATGT
  TTTAACACAAAATATTGAAACGGTCCACCCGTTTAGAAGAGGATCGGCTCCAACATCATCTCGTTTTGAA
  GGTGGAAATACCTGCCAATCAGAATTTCCGTCTAAAAGCGTTAGCTTTACTTGCAGGAGTAGCAGCCCTC
  GCGCGAGTACAAACTTTTCACCTATGAGGCCACAGCAGCCCAATCTCCAGCACCTCAAGTCCAGTCCTCC
  TGGATTCCCATTTCCAGGACCCCAAAACTTCCCTCCGCAAAATATGTTTGGATTCCCACCACATTTGTCA
  CCTCCGTTACTTCCCCCTCCAGGCTTCGGCTTCCCTCAAAATCCCCCCATGGTTCCTTGGCCACCTGTTC
  ATGTCCCAGGCCAACCACAACGCATGATGGGGCCCCTTTCACAAGCATCACGGTACATGGGCCCACAAAA
  TTTTTATCAGGTAAAAGATATTCGGAGACCAGAAAGGCGCCATAGTGACCCATGGGGTAGGCAAGACCAA
  CAACAACCAGATAGGCCATTTAATAGGGGTAAAGGGGACCGACAGAGATTTTACAGTGATTCGCACCACT
  TGAAAAGAGAGCGTCACGACAAGGATTGGGAGCAGGAATCCGAAAGGCACAGACACAGAGACAGAAGCCA
  AGAAAGGGACAGAGACAGAAAAAGCAAAGAGGAAGCAGCGGCACACAAAGACAAGGAGAGACCGCGGCTC
  TCACACGGCGACCGGGCACCAGATGGGAAAGCAAGCAGAGATGGTAAGAGTGCAGACAAGAAACCGGACA
  GGCCTAAAGGCGAAGACCACGAAAAGGAGAAAGAGAGAGACAAGAGCAAGCACAAAGAAGGGGAGAAGGA
  CAGAGAGCGGTACCACAAAGACAGGGACCACACCGACAGAGTGAAAAGCAAAAGGTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001081080
• ORF Size: 6078 bp
• Insert Size: 6078
• 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_001081080.1, NP_001074549.1
• RefSeq Size: 7561
• RefSeq ORF: 6078
• Locus ID: 213109