Phf3 (NM_001108791) Rat Untagged Clone

CAT#: RN212491

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

Specifications

Product Data

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

  >RN212491 representing NM_001108791
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGATATAGTTGATACATTTAATCATTTAATTCCTACTGAACACTTAGATGATGCCCTATTTCTAGGAT
  CCAACCTGGAGAATGAAGTCTGTGAGGATTTTAGTACAAGTCAAAATGTCTTAGAGGACTCGCTGAAGAA
  CATGCTCAGCGATAAGGATCCTATGCTAGGATCTGCAAGTAACCAGTTCTGTTTGCCTGTTTTGGATAGC
  AATGATCCCAATTTCCAGATGCCTTGTACAACAGTTGTTGGTCTTGACGATATTATGGATGAAGGAGTTG
  TTAAAGAAAGTGGTAATGATACCATTGATGAAGAAGAATTGATTTTACCTAACAGGAGTTTGAGGGACAG
  AGTAGAAGACAATTCAGTAAGATCACCAAGAAAATCACCTCGTTTAATGGCACAAGAACAAGTAAGAAGT
  TTGCGACAAAGCACTATTGCCAAGCGTTCAAATGCAGCACCTCTAAGCACAAAAAAGCCATCTGGGAAGA
  CTTTCTCTACCTCTAAAGCAGGGGTGAAACCACCAGAAAGATGTCAGGGTAAAGAAGAAGTTTATGCATC
  ACTGAAATCTGAGCACCCTAAGGAGAGCAGAAGGAATAGCCGACATGCTGAACACATGGACATGGTGCTG
  GAAGTCTCAGCATCTTCAGCTGATTCTCCAGTGCCATCTTGTGTCGGAATGAAGGAAGCAGCTGAGCTCC
  ATCCCAGGCATGCGTGTAATAACCAGGGCGAAGTGAGTGCGCCATCCCCGGACTTAAGTTGTTCGCCTCC
  CTCAGAGGCTAGTGCTAGTGCTGGTGTGGGAGGAAAGAGAACCGAAGCTCTGATGGAGTGTAAGACTAGC
  AGTAGCCCATTATTTAAGGTTTCAGTTAAAGAGGATGAGCAAAGTGACCTTGTTTCCGGTGAACTGGATG
  ACACCATTGAAGGAGTGAATGCAGTGGGAAGACTTGAGCAAGAGTCAGAGGAGATAAAGTTCTCCTGCGA
  AGGTGACCGGATGAGCACGGAACCTGAATCTTCTGATGTATCCAGTGACTCTGCTTGTACCGATAAAAAT
  AAGACAGAAAAGAATGAAGGGGCGCAGTGTCATTTGGAATTGAAGAATACTGTGGATATTGTTGATAAAC
  CTGAGAACTCTCCTCCAAGCAATCAAATGGAAATGCTGGACTATGGTGAGGACGTGGGGACTAATGATGC
  TCAGTTACAGAGCACAGAGTTTACTAAGTCACATTTGGAGGAGGTTGACACTTGTGCTTTTGAACCAGAA
  ACTAGTACTTTTGAAAATACTATTTGTGATGTTCCTGACCAAAATTCAAAGCAATTAAATATTACTCAAA
  GTATTAAAATGGAAACATCAAATCTTCAGGATGATAGAAGTGGTTTAGGGCCCAAAAACATGAAATCCAA
  ACACACAAAATCTGTAACTCATTCTAAACCAAGCATGACCATAGAGACACCAAGAAAAACTGTGGCAGTA
  AAGCCTGAAGTAGGTCACAGCAAAACTAAATCTAATGCCAAGACTATGAAGCGAAATGCTGATGAACCAG
  AGCCTCAGCCTGATTGTCAGAGGCCAGTCAAAGTGAGAAAGAAACAAGTTGATAAGGACTTGAAGAGTCA
  GAGTTGTAATTCTGGAGTTAAATCTGTGAAAGGCCAAGTCCATTCTGTATTGAAAAAAATACCCCAGGAT
  CAAACTGCAATGCAAATTTCCAAACCTTTAACTCATTCTGTTAATGATAAACTTCCTGGTCATTCTGGTC
  ACTCCTTAGAGAAGCCTCCTCATCCTGGACACACTGGACACTTAGTGCATTCCAATCAGAAGCAGAGTCA
  TAAGCCTCAGCCACAGGCGGGAGCGGTGAGGGTCACTAGCCATGTGAGGGATGAGCATGAGCATCCAGGC
  ACTGAGCACCCTAAGGAGGAGGACAAACTGAAGCCAAAAAAACTCGATAGGAATCTACAGCCTCGCCAAA
  GGAGAAGCAGCAGAAGTTTTTCTCTGGATGAGCCTCCACTGTTTATCCCAGACAACATAGCTACTGTAAA
  AAAAGAAGGGTCAGATCAGACCACCTCTGTTGAAAACAAATATATGTGGACTCCCAGCAAGCAATGTGGG
  TTTTGCAAAAAACCACATGGCAACAGGTTTATGGTTGGCTGTGGGAGATGTGATGACTGGTTCCATGGGG
  ACTGTGTTGGACTAAGTCTTTCTCAAGCGCAGCAAATGGGAGAGGAAGACAAAGAGTATGTTTGCATAAG
  ATGCTGTGCTGAAGAAGATAAAAAGACGGACATACTAGATACAGAGACTTTGGAAACCCAGGCTTCCCTC
  GAAGCCCACAGTGAAGATAAAAGGGTGGAGTGTGGAAAGCTGACATCGTCGTCATCGAAGCACTCGGTCA
  CCGAGGATAAACACAGACACATGGACGACCCTGGCAGGCACAAGGTCAAAATTGTAAAACGGGACTCTGG
  TGAGGGAAAAACTTCCTCTGATAGTAGAGATAATGAAATTAAAAAATGGCAGCTAGCCCCTCTTCGCAAG
  TTGGGCCAACCACTTTTACCTCGAAGGTCATCAGAAGAAAAAAGCGAAAAAATAGCAAAAGACTCTGCAG
  CTCTCACCTGCGCAGGAGAGAAAGCAGCGAGATCAGGTACTCATGAGAAGCAAGAGACAAAGAAGAAGAA
  AGTTGAAAAGGGTGGACCTAATGTGCACCCTCCTGCCGCTGCTGCCATCAAGCCTTCTGCAGATCAGATC
  AGACAGAGTGTCCGGCACTCCCTTAAGGATATTCTTATGAAAAGACTTACGGACTCAAACTTGAAGATCC
  CAGAGGAAAAGTCAGCAAAGGTTGCCACAAAAATTGAAAAGGAACTTTTCTCTTTTTTTCGGGACACAGA
  TGCCAAGTATAAGAATAAATACAGAAGTTTGATGTTCAATCTAAAAGATCCTAAGAACAATATATTATTT
  AAGAAAGTTCTAAAAGGAGAAGTAACCCCTGATCATCTTATAAGAATGAGTCCAGAAGAACTAGCGTCCA
  AAGAGTTAGCCGCGTGGAGACGGAGGGAAAACAGACACACCATAGAGATGATCGAGAAGGAACAGAGAGA
  AGTGGAAAGAAGACCAATCACGAAAATAACTCACAAAGGTGAGATAGAAATCGAGAGTGACGCCCCGATG
  AAAGAGCAGGAAGCAGCCATGGAGATCCAGGAACCTTCTTCAGCCAATAAGTCCTCGGAGAAGCCAGAAG
  CATCCGAGAAACAAAAAGAAGAGCTTGACTCCACATCCAAAGACACCACCAGTCAACATAGACAGCATCT
  TTTTGACCTGAACTGCAAAATATGCATAGGTCGAATGGCACCACCTGTAGATGATCTTTCTCCCAAAACC
  GTGAAGGTTGTTGTGGGCGGCGCCCGTAAACACTCCGACAACGAGGCGGAAAGTATAGCGGATGCGTTGT
  CTTCAACGACAAATATTCTGGCCTCTGAATTCTTTGAGGAGGAGAAACAAGAATCTCCCAAATCAACATT
  CTCTCCCACTCCACGTCCAGAGATGCCTGGAACTGTGGAGGTTGAGTCAACCTTCCTGGCTCGATTGAAC
  TTCATCTGGAAAGGTTTTATCAATATGCCATCTGTGGCGAAGTTCGTTACCAAAGCCTACCCAGTGTCTG
  GATCCCCCGAGTACTTGACAGAGGACCTACCAGATAGCATTCAAGTAGGTGGCAGGATATCGCCTCAGAC
  TGTTTGGGATTATGTAGAAAAAATAAAAGCATCAGGCACCAAGGAAATCTGTGTGGTTCGTTTCACACCA
  GTAACTGAAGAAGATCAGATTTCTTACACTTTGCTGTTTGCGTACTTCAGTAGCAGAAAGCGCTATGGTG
  TAGCCGCTAACAACATGAAGCAGGTTAAAGATATGTACCTTATTCCATTGGGCGCTGCAGATAAAATTCC
  ACACCCTCTCGTGCCTTTTGATGGACCTGGGCTTGAGCTGCACAGACCTAATCTGTTGTTGGGTCTGATT
  ATTCGTCAGAAGCTGAAGCGGCAGCACAGCGCTAGTGCGGGCCCCAGTCACACAGCCGAGACTCCCGAGA
  GTGCCCCAATATCCTTGCCACCTGACAAAAAAGGTAAAATGGAGTCATCCACAGAGGAAGCAGCAGAGGA
  AGAGAGTGACTTTTTCAATTCCTTTACAACTGTGTTACACAAGCAGAGAAACAAGCCCCCTCAGCCTCCT
  CAGGAGGACTTGCCAACTGCAGCTGAACCTCTCATGGAAGTCACCAAGCAGGAGCCACCCAAACCCTTAA
  GGTTCCTTCCTGGGGTCCTAATTGGCTGGGAAAATCAACCTTCTACTCTGGAGTTGGCAAATAAACCTCT
  TCCTGTGGATGACATACTCCAAAGCCTGTTGGGCACCACTGGCCAGGTTTATGAGCAGGCTCAGCCAGTT
  GTAGAGCAAAGCACTCTTAAAGAAATTCCTTTTATAAATGATCAAACTACCCCAAAAGTAGAGAAAATAG
  ATAAAGTGGAAGTGACTGAAGGTGAAGCCAAGGAGATAAAAGTTAAAGCAGAAAATGTTTCAGAGTCTAC
  AGGTAAAAACTCAGGAGTAGAAGAAACTTCACTGGTAGGCTCCTCTTCCATTTCTCCAGGGCCTTTGGCA
  AGTCTTAGTCTGAGAGGGAAACCACCAGATGTCTCTACAGAAGCATTCTTAACAAATTTATCAATTCCTT
  CAAAACAAGAGGAAACTGTGGAAAACAAAGAGAGAACATTAAAAAGACCACTGCTCCAAGATCAGGAGAA
  CAGTTCGCAAGATAATAGGACTTGTAGTAACTCTCCTTGCCGGCCTAGCACCGGAAAGGGAAGCGTAGAT
  GGAAATGTGAGCTGCAGTGAGAATCTTGTTGCTAACACAAGATCCCCACAGTTTATCAACCTGAAAAGGG
  ATCCTCGGCAAGCAGCAGGACGGAGCCAGCAGACAGTTTCAGACAGCAAGGATGGAGAGAGCTGCAGAAA
  CGGAGAAAGGCATTCTGTGTGTGCTCCATCATACAACAGAGAGCCCGTAGAACCCGTCAGTGGAGAGGGA
  AAGCCCTCTTCTCTGGAGAAGAGCTCGTGTGTAGAGCAGAGTGATGATTCAGAGGCTGTGCCAAACTCAT
  CCTCGGTAGAAAACTCAAATTCTTCACAAGCAGAACAAGCCAATCCTTTACAAGAGGATATTTTAACACA
  AAATATTGAAACCATCCACCCATTTAGAAGAGGATCAGCTACATCATCATCTCATTTTGAAGGTGGAAAC
  ACATGCCAGTCAGAATTTCCTTCTAAAAGCATCAACTTTACTCCCAGGAGTACCAGCCCCCGAGCGAGTA
  CAAACTTTTCACCAATGAGGCCACAGCAGCCCAACCTCCAGCACCTCAAGTCTAGTCCTCCTGGATTCCC
  ATTTCCAGGACCCCAGAATTTCCCTCCCCAAAGTGTGTTTGGATTCCCACCACATTTGCCACCTCCGTTA
  CTTCCGCCTCCAGGCTTTGGCTTTCCTCAGAATCCCCCCATGGCTCCTTGGCCACCTGTTCACGTCCCGG
  GCCAACCACAGCGCATGATGGGGCCCCTTTCACAAGCATCAAGGTACATGGGACCACAAAATTTTTATCA
  GGTAAAAGATATTCGGAGACCAGAAAGGCGACATAGTGACCCATGGGGTAGGCAAGACCAACAGCAACCA
  GATAGGCCATTTAATAGGGGTAAAGGGGACCGTCAGAGATTTTACAGCGATTCGCACCACTTGAAAAGAG
  ACCGTCATGACAAGGAATGGGAGCAAGAATCTGAAAGGCACAGGCACAGAGACAGAAGCCAAGAAAAGGA
  CAGAGACAGGAAAAGCAAAGAGGAAGCACATAAAGATAAGGAGAGACCACGGTTATCACACAGCGATCGA
  GCAGCAGATGGCAAAGCCAACAGAGAGAGTAAGAGTGCAGACAAGAAACCGGACAGGCCTAAAGGTGAAG
  ACCATGAAAAGGAGAAAGAGAGAGAGAAGAGCAAGCACAGAGAGGGGGAGAAGGACAGAGAGCGGTACCA
  CAAAGACAGGGACCACACTGACAGGGCGAAGAGCAAAAGGTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001108791
• ORF Size: 6063 bp
• Insert Size: 6063
• 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_001108791.1, NP_001102261.1
• RefSeq Size: 7863
• RefSeq ORF: 6063
• Locus ID: 363210