Polq (NM_001159369) Mouse Untagged Clone

CAT#: MC225250

Polq (untagged) - Mouse polymerase (DNA directed), theta (Polq), transcript variant 2, (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Polq
• Synonyms: A430110D14Rik
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225250 representing NM_001159369
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGAGTCTTCCGCGCCGGAGTAGGAAACGGCGGCGTTCATCGTCCGGCTCCGACACGTTCTCGGGAGATG
  GTGATAGCTTTGTTAGCCCTCAGCTCCGGTGTGGACCGGTGCTGAGTCCACCTCCGGGGCTGGGACGCGG
  CCGGAGGCTCACAGGGACAGGAACAAACAAGCGAAGAGTTTCTGATGACCAGATAGACCAGCTGCTGTTG
  GCAAATTGGGGACTTCCTAAAGCAGTTCTGGAGAAATACCATAGTTTTGGTGTAAGAAAGATGTTCGAAT
  GGCAGGCAGAATGCCTTTTGCTTGGTCACGTCTTGGAAGGAAAGAATCTAGTTTATTCAGCTCCTACAAG
  TGCTGGGAAGACTCTTGTTGCAGAGTTACTTATTCTGAAGCGGGTTTTGGAAACACGGAAGAAAGCGTTG
  TTTATTTTGCCCTTTGTGTCTGTGGCTAAAGAGAAGAAATGCTACCTCCAGAGTCTGTTTCAGGAAGTAG
  GACTAAAGGTAGATGGCTATATGGGCAGCACCTCACCAACGGGACAGTTCTCCTCCTTGGACATTGCTGT
  TTGCACTATTGAGAGAGCCAATGGGCTGGTCAATCGCCTCATTGAGGAAAATAAGATGGATCTGTTAGGT
  GAAAGTATCCTAGTTTGTAAGAACTCTGAGAAATCCAAGGGCATTGCTCTGCTTCAAGGATCTCTGGAGC
  CTGTGCACAGCTGTCTGCAGAGACAGGGAGAAGTCACTGCTAGCATGATACGAGCTATTCTGGAGATAAT
  CGTTGGTGGGGTGGCCAGTACGTCACAAGATATGCAGACTTATGCCGCCTGCACCTTCTTGGCTGCTGCT
  ATACAGGAAGGGAAGCAAGGGATGCAGAGAAATCAAGATGATGCTCAGCTTGGAGCGATTGATGCCTGTG
  TGACGTGGCTGTTAGAAAATGAGTTCATCCAGGTGGCAGAGCCCGGGGACGGCACAGGAGGAAAGGTGTA
  TCACCCAACACATCTTGGATCAGCTACTCTTTCTTCTTCACTGTCTCCAACTGATACCCTTGATATTTTT
  GCTGACCTCCAAAGAGCAATGAAAGGCTTTGTTTTAGAGAATGACCTTCATATTGTCTACCTGGTTACAC
  CTGTGTTTGAAGATTGGATTAGTATTGATTGGTACCGATTTTTCTGTTTATGGGAAAAATTACCAACTTC
  TATGAAAAGGGTGGCAGAGCTGGTTGGAGTGGAGGAAGGGTTCTTGGCTCGATGTGTGAAAGGAAAAGTA
  GTAGCTAGAACTGAGAGACAGCATCGGCAGATGGCCATCCATAAAAGGTTTTTCACAAGTCTTGTGTTAC
  TGGATTTAATCAGTGAAATTCCCTTAAAGGACATTAATCAGAAGTATGGATGTAATCGTGGACAGATTCA
  GTCTTTGCAACAGTCAGCTGCTGTCTATGCAGGAATGATTACGGTGTTTTCCAACCGCCTGGGCTGGCAC
  AACATGGAACTACTGCTTTCCCAGTTTCAGAAGCGTCTTACGTTTGGCATCCAGAGAGAGCTGTGTGACC
  TCATCCGGGTGTCCTTACTCAACGCGCAGAGAGCCAGGTTCCTGTATGCCTCTGGCTTTCTCACCGTGGC
  AGATCTTGCCAGAGCTGATAGTGCGGAGGTAGAGGTGGCTCTGAAGAACTCTTTGCCTTTCAAAAGTGCC
  CGGAAGGCAGTGGATGAAGAAGAGGAAGCAGCTGAAGAACGGCGGAGTATGAGAACTATTTGGGTGACTG
  GCAAGGGCTTATCTGCAAGGGAAGCAGCAGCCTTAATAGTGGAAGAAGCTAAAATGATTCTACAGCAGGA
  CTTAATTGAAATGGGAGTACGGTGGGATCCGAAGTCACCCTTGAGTTCTAGCACACACTCACGGACCAGC
  ACGTCAGAAGTAAAGGAACACACGTTCAAATCCCAGACTAAGAGTTCTCATAAAAGGTTAGCATCAATGG
  GCAGAAATAGCATTAGAGCAAGTGGGTCTAATGACAAGCCGTCCCCAGATGCAGAGCGAGGCATAGATGA
  CTGCAGCGAGCATGCAGACTCTCTCTGTAAGTTCCAGGGCAATTTCGAGCCCCAGACACCCTCCATTTGT
  ACAGCAAGAAAACGGACTTCTTTAGGTATAAACAAAGAAATGCTTCGAAAGTCTCTGAAAGAAGGAAAGC
  CAAGCACTAAGGAAGTTCTTCAAACTTTCTCATCGGAGAAAACAAGAAAAACTGCTTTGAGTTTTAGTTC
  AGAGCAAGTGAACAACACTTTACCATCTGGGAGAGACAGAAAGTATCAGAAAAAATCTTGGGGCAGTAGT
  CCTGTGCGTGACTCTGGGATGCATAGAGGTGATTTACAGGGACAGACTATGTGTACATCTGCTCTATGTG
  AAGACTCACAGAAGTCCTTAGAGGAGCAGAATGCAGAATTTAGAAGTCCAGGGCTATTTGCAAAACATCT
  ACCTTCTTGTGCCAAAGAAAAATGCAAGAAGCCCTCACTCCCTTTACAAAGGCAGCAGGCTTGCTCAAGG
  AGAAGCACAGAGAGCTGTGCTGCTGTGGGGCATCCCGCTGCAGGGTCGTCCCCTGCTGCTGCTAGAGACA
  GAAGAGGACTGGCTGCTCGGGAGACAGAAAAGGGAAATGAGGCGCTCACGGAGAATGGTGGAGAAAGCCA
  GCTCCAAGACACCTACCCAGTCAGCCAGTACCTGGAATACCACAGTGAGAAACACACAAACACTTGCACC
  AGACAGAAGACATTAACAGAGGGACAAGCTGGTAGTAGTTATGTGGCCAGAGACTCAAATGATGCTGCAC
  CCATCAAATGTGAACGTATGAAGCTTAATAGCAAAGACCGCGACTCAAATCCTTGTCGTCAGGCATTGGG
  AAGTTACACAGGCAGGACTGAGGCACTTCAGTCAACTGCAAAACTTGGCCAAGCAGGAGGCCAGTGTGAA
  AATCTTCTAAATTCTTCTGGAGTACAAGGAAAAACAGGTGCTCATGCAACAAATAGAACTGAACATAGTC
  ATGCTTCTAACCCAGCCTTCTGTGACTTTGGAGATAGCTTAGACTTGGATACTCAGTCAGAGGAAATAAT
  TGAGCAGATGGCAACTGAAAATACCATGCAAGGAGCAAAAGCAGTAGTGATAATGGAAGAGGGTTCCGCC
  ATGCAGAACAAGTGTCACAGCACTCCAGGTGACCAGCATGTCCCAGGAGCAGCCAACACAGACCATGTGG
  ACAGTAAGAAGGTTGAGTCTGTGAAAGCAAACACCGAAAAGAACATCAATAGAGGCGCTCCAGTCAGCCT
  CATCTTCCATACTCAAGGGGAAAATGGCGCTTGCTTTAAAGGGAATGAGCATTCTGTTACTGATTCCCAA
  TTAAACAGTTTTCTTCAAGGGTTTGAAACACAAGAAATAGTGAAGCCAATCATACCGCTGGCTCCTCAAA
  TGAGAACTCCTACTGGTGTGGAGGAAGAAAGTCTGCCTGAAACCAGTTTGAATATGAGTGATAGTATACT
  ATTTGACAGTTTTGGAGAAGATGGCTTCGGACAAGGACAGTCACCTGATATAAAGGCAAATCAGCCACTC
  CTTTCTGAAATGACACCAAACCATTTCAGCAATCCTCCACACCCACAAGAAGACCCAGTTATGACACCAA
  CTGTGAGTGAGCCTCAGGGTACTCAGCAGCAAGGAGTTTGTCTCAGTGGTGAATCTATTATATTTTCAGA
  CATAGACTCTGCTCAGGTCATTGAAGCCTTAGACAATATGGCTGCATTTCATGTGCAAGAGAACTGTAAC
  TCAGTAGCCCTTAAAACATTAGAACCCAGTGATTCTGCAGTGCTGGGTAATGAGTGTCCCCAAGGAAAAC
  TGGTCAGAGGAGATCAAAATGAAGGGTCCCCAAAGCCCAAACTCACAGAGACAAATCAAGATAATTCATT
  CACTTGGTCAGGAGCATCATTTAACTTAAGTCCAGAACTGCAAAGGATTTTAGATAAAGTATCTAGTCCT
  CGAGAAAATGAAAAGCCCAAGATGATACATGTAAACTTGTCTTCCTTTGAAGGAAACAGCAAAGAGTCAC
  ATGAAAGAGAGGAAATAAATTCAGATTTGGGGACAGTTCAGAGAACTTCAGTTTTCCCCAGTAATGAAGT
  TAAAAACAGGACTGAAGGGCTAGAGAGCAAAGCCAGGCATGGTGGAGCCTCATCTCCCTTGCCTCGTAAA
  GAAAGTGCTGCAGCTGATGACAATGGCCTCATTCCTCCTACACCCGTTCCTGCTTCTGCTTCTAAGGTAG
  CCTTTCCAGAGATTCTCGGAACATCTGTAAAACGTCAGAAAGCCAGCAGTGCTTTACAGCCAGGGGAAAG
  TTGTTTATTTGGCTCACCTTCAGACAATCAAAACCAGGATTTGAGTCAAGAGCTTAGAGACAGCCTCAAG
  GACTATGATGGTTCTGTTGCAGACACAAGTTTTTTTCTGCAGTCTCAGGATGGACTGCTGTTAACTCAAG
  CCTCATGCAGCTCAGAGAGTCTGGCCATAATTGACGTAGCGAGTGATCAGATTCTCTTTCAGACATTTGT
  GAAGGAGTGGCAATGCCAAAAGCGCTTTTCCATCTCTCTGGCTTGTGAAAAGATGACAAGTTCAATGTCT
  TCCAAAACTGCTACCATAGGTGGAAAGTTGAAGCAAGTTAGCTTGCCACAGGAAGCCACTGTTGAAGATG
  CTGGGTTCCCTGTGCGTGGCTGTGATGGTGCTGTGGTAGTTGGACTAGCAGTGTGCTGGGGTGCAAAGGA
  TGCCTATTATTTGTCACTGCAGAAGGAACAAAAGCAGTCTGAAATAAGTCCCAGTTTGGCCCCACCACCT
  CTGGACGCAACACTAACTGTGAAGGAGAGGATGGAGTGCCTTCAGTCCTGCTTGCAAAAGAAGTCTGATC
  GAGAGCGGTCTGTTGTCACCTATGATTTCATCCAGACCTATAAAGTCCTCCTCCTGTCATGTGGCATCTC
  CCTGGAGCCCAGTTATGAAGACCCCAAGGTGGCATGCTGGCTTCTCGACCCAGATTCTAAGGAGCCAACT
  CTTCATAGCATAGTGACCAGTTTTCTCCCCCATGAGCTAGCACTCCTAGAAGGAATGGAGACAGGCCCAG
  GAATTCAGAGCCTGGGGCTAAATGTGAACACTGAACATTCTGGGAGGTACAGAGCATCTGTGGAGTCTGT
  TCTCATCTTCAACTCCATGAATCAACTCAACTCTTTGTTGCAGAAGGAAAACCTTCATGATATTTTCTGC
  AAAGTGGAGATGCCCTCTCAGTACTGCCTGGCCTTGCTAGAACTAAATGGAATTGGCTTTAGTACTGCGG
  AGTGTGAAAGCCAGAAGCATGTTATGCAAGCCAAGCTGGACGCCATTGAGACCCAAGCCTATCAGCTGGC
  TGGCCACAGTTTTTCCTTTACAAGTGCAGATGACATCGCACAGGTTTTATTTTTGGAACTAAAGTTACCA
  CCGAATGGAGAGATGAAAACGCAAGGCAGCAAAAAGACTCTGGGTTCCACCAGAAGAGGGAATGAGAGTG
  GCCGCAGAATGAGGCTGGGAAGACAGTTCAGCACTAGTAAGGATATTTTAAATAAATTAAAGGGCTTGCA
  TCCTTTACCAGGCCTGATACTGGAATGGAGAAGAATCAGTAATGCTATTACCAAGGTGGTCTTCCCTCTG
  CAGCGGGAAAAGCACCTGAACCCCCTTCTCAGAATGGAGAGGATCTACCCGGTGTCACAGTCACACACGG
  CTACAGGACGGATAACCTTTACAGAACCCAATATCCAGAATGTGCCAAGAGATTTTGAGATTAAAATGCC
  AACACTAGTAAGGGAGAGCCCACCTTCTCAAGCTCCAAAAGGCCGGTTCCCAATGGCAATAGGACAAGAT
  AAGAAGGTTTATGGCCTGCACCCCGGGCACAGAACACAGATGGAAGAGAAGGCCTCAGATAGAGGGGTGC
  CATTTTCAGTGAGCATGCGCCATGCCTTTGTGCCTTTCCCAGGTGGGCTGATCCTGGCTGCCGACTACTC
  TCAGCTTGAACTGAGGATCCTGGCTCACTTGTCTCGTGACTGTCGTCTCATTCAAGTCTTAAATACGGGA
  GCGGATGTGTTCAGGAGCATTGCTGCCGAGTGGAAGATGATTGAGCCTGATGCTGTTGGTGACGATCTGA
  GGCAGCACGCAAAGCAGATTTGCTATGGAATTATATATGGAATGGGAGCTAAATCTTTAGGAGAGCAGAT
  GGGCATTAAAGAAAATGATGCTGCTTCCTACATTGACTCTTTCAAGTCCAGATATAAAGGGATTAATCAT
  TTCATGAGGGACACAGTGAAGAACTGTAGAAAAAATGGATTTGTTGAGACAATTTTGGGAAGACGTAGAT
  ATTTGCCAGGAATCAAAGACGACAATCCTTATCATAAAGCACACGCTGAACGTCAGGCCATCAACACAAC
  AGTCCAGGGATCAGCTGCTGATATAGTCAAAATAGCCACAGTTAATATTCAGAAGCAATTAGAGACCTTC
  CGTTCAACCTTCAAATCCCACGGTCATCGGGAAAGTATGCTCCAGAATGACCGAACAGGATTGTTGCCCA
  AGAGGAAACTTAAAGGGATGTTTTGTCCCATGAGAGGAGGATTCTTCATCCTTCAACTTCACGACGAGCT
  TTTATATGAAGTGGCAGAAGAGGATGTTGTTCAGGTGGCTCAGATTGTCAAGAATGAAATGGAATGTGCT
  ATAAAACTTTCTGTGAAGCTGAAAGTGAAAGTGAAAATAGGTGCCAGCTGGGGAGAGCTGAAGGACTTTG
  ATGTGTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001159369
• ORF Size: 6798 bp
• Insert Size: 6798
• 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_001159369.1, NP_001152841.1
• RefSeq Size: 7732
• RefSeq ORF: 6798
• Locus ID: 77782