Lig3 (NM_010716) Mouse Untagged Clone

CAT#: MC204874

Lig3 (untagged) - Mouse ligase III, DNA, ATP-dependent (Lig3), nuclear gene encoding mitochondrial protein, (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Lig3
• Synonyms: D11Wsu78e
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC083500
  CGGACGCGTGGGCGGACGCGTGGGCCGGTGGCTCGTGCGGAGCGTCAGAGCCAGGGCAGCCGAGAAGCTA TATGACTTTGGCTTTCAAGATCCTCTTCCCGAGAAACCTTTGTGCCCTTGGCAGAAAAGAACTGTGCCTG TTCCCAGAACAGAATCGCTGGGCTGCCATAAGTCAGTTCAGCCAGTGGTCGGAAACAAATCTCCTCGGTG GGTGCTGCCTTCTCCAGAGAAGAAAGCCTGTCCTAGCTCTCCAGAGAGGTCATCTAAGACCACGTGCCAC CCACCTTACTTTCTGGCCAGGGTCGCATGTGGGACTCTGTACTGGCCCCTGTGCGATGGCAGAGCAGCGG TTCTGTGTGGACTATGCCAAGCGGGGCACAGCTGGATGCAAGAAATGCAAGGAGAAGATTGTAAAGGGCG TGTGCCGCATTGGCAAAGTGGTGCCCAACCCCTTCTCAGAGTCTGGGGGTGATATGAAAGAGTGGTACCA CATTAAGTGCATGTTTGAGAAACTGGAACGGGCTCGGGCCACCACAAAGAAAATTGAAGACCTCACAGAG CTGGAAGGCTGGGAAGAGCTGGAAGATAACGAAAAGGAACAGATAAGCCAGCATATTGCAGACCTGTCTT CTAAGGCAGCTGCCACACCTAAGAAGAAAGCTGCTGTCCAGGCTAAGCTGACAACCACTGGCCAGGTGAC ATCTCCAGTGAAAGGTGCTTCGTTTATTACCAGTACCAATCCTCGGAAGTTCTCTGGCTTTTCAGCAGCA AAACCCAACAACTCTGAGCAAGCCCCCTCAAGCCCTGCTCCTGGAACGAGTCTGTCTGCAAGTAAATGTG ACCCTAAGCACAAAGATTGTCTGCTACGAGAGTTCCGGAAGCTGTGCGCCATGGTGGCTGAAAATCCTAG CTATAACACCAAGACCCAGATCATCCATGACTTCTTGCAGAAAGGCTCCACAGGAGATGGCTTTCACGGT GATGTGTACCTGACAGTTAAGCTGCTGCTGCCTGGTGTCATCAAGAGTGTTTACAACTTGAATGATAAGC AGATTGTAAAACTTTTTAGCCGAATTTTTAACTGCAACCCAGATGATATGGCCCGGGACCTAGAACAGGG TGACGTGTCAGAGACGATCAGAATCTTCTTTGAGCAGAGCAAGTCTTTCCCCCCAGCTGCCAAAAGCCTC CTCACCATTCAGGAAGTGGATGCCTTCCTCCTGCACCTCTCCAAGCTCACCAAAGAGGATGAGCAGCAGC AGGCCCTGCAGGACATAGCCTCCCGGTGTACAGCCAATGACCTTAAGTGCATTATTCGGCTGATCAAACA TGATCTGAAGATGAACTCGGGTGCAAAACACGTGTTAGATGCCCTTGACCCCAATGCTTATGAAGCCTTC AAAGCATCGCGCAACCTGCAGGATGTGGTGGAGCGAGTCCTTCACAATGAGCAGGAGGTGGAGAAGGACC CAGGCCGGCGACGGGCTCTGAGGGTCCAGGCCTCACTGATGACGCCTGTGCAGCCCATGCTGGCTGAGGC CTGCAAATCCATTGAATATGCAATGAAGAAGTGTCCCAATGGCATGTTCTCTGAGATCAAGTACGATGGT GAGCGAGTCCAGGTGCATAAGAAGGGGGACCACTTCAGCTACTTCAGCCGCAGTCTCAAGCCTGTCCTGC CTCACAAGGTGGCCCACTTCAAGGACTATATACCCAAAGCTTTTCCTGGGGGTCAAAGCATGATCTTGGA TTCCGAGGTACTCCTGATTGACAACAACACAGGCAAACCACTGCCCTTTGGGACTCTGGGAGTGCACAAG AAAGCTGCTTTCCAGGATGCTAATGTCTGCCTGTTTGTTTTTGATTGTATCTACTTTAATGATGTCAGCT TGATGGACAGGCCTCTCTGTGAGCGACGGAAGTTTCTTCATGACAACATGGTTGAAATCCGTAACCGGAT CATGTTCTCAGAAATGAAGCAAGTCACAAAAGCTTCAGACCTGGCTGACATGATAAACCGGGTGATCCGA GAGGGCTTGGAAGGGTTGGTGCTAAAGGATGTGAAGGGTACATATGAGCCTGGGAAGCGGCACTGGCTGA AAGTTAAGAAAGATTATTTGAATGAGGGGGCCATGGCTGATACAGCTGATCTGGTGGTTCTTGGGGCCTT CTATGGGCAAGGGAGCAAAGGCGGAATGATGTCCATCTTCCTCATGGGCTGCTATGACCCTGACAGCCAA AAGTGGTGCACTGTTACAAAATGTGCTGGAGGCCATGATGATGCCACACTTGCCCGCCTGCAGAAAGAGC TGGTTATGGTGAAGATCAGCAAGGATCCTAGTAAGATACCCAGCTGGCTGAAGATCAACAAGATCTATTA TCCTGACTTTATCGTCCCAGACCCAAAGAAAGCTGCTGTGTGGGAGATCACAGGGGCAGAATTCTCCAGA TCTGAGGCACACACTGCTGATGGCATCTCCATCCGATTTCCTCGATGCACCCGAATCCGGGACGACAAGG ACTGGAAATCTGCCACTAACCTCCCCCAACTCAAGGAACTGTACCAGCTGTCCAAAGACAAGGCAGACTT TGCTGTGGTGGCTGGAGATGAGGCAAGCCCCACTACTGGAGGCAGCAGTGGCGAGAACGAGGGCACTGCT GGGTCTGCTGGGCCCTGCAAGGGCCCCCCCAGTAAGTCCTCTGCCAGTGCCAAGACCACCGAACAGAAGC TCAATAGCCCCAGTAGCAGAGGTGGCATCAAACCGATTCCAAAGCATTCCCCCATGAAACCAGGAGAGAA GCTGGCTGTGAAGTCTTCTCCAGTCAAAGTGGGAATGAAGAGGAAAGCTACTGATGAGACCCCATGCCTG AAAAAGGTACTGTTGGATGTCTTCACTGGGGTGCGGCTCTACTTGCCACCTTCTACACCAGACTTCAAAC GTCTCAAACGCTACTTTGTGGCATTCGACGGGGACCTGGTACAGGAATTTGACATGGGCTCAGCCACACA TGTGCTAGGTAACAGGGAAAAGAACACTGATGCCCAGTTGGTCTCCTCAGAGTGGATTTGGGCATGTATC CGGAAACGGAGGCTGATAGCTCCCTGCTAGGACTTTGGTCTTCCTCTTTGGGCTGTCCTCTCCTGCCCAC TCTACCACATGAGGCTCAGCCTGAAGGGTAGGGGCCTCTTTGCCAAGCAGCCTACTTTCTTATATCCTCT GATTCTTCATGGTCTCTTCTGGATCAGGAGTTAACTGCTGTGGACACAAGCAGTTTAACTGGAACTTTGA GATCCGGGTGCTAGCTTTGTCTTTTTTATTAGTTGTCTGTGGTACTGATAACGAACTTAGACCCTTATTC ATGCTATGCACAGCACTCTGCCACTGTCCTACAGTTTTATAAATAAGAAATCTTAAGCTAGGCATGAAGA AGTCATGGGGATCAGAAGTTCAAGGCTAACCTGGGATAAGAATTTAAACAAGAATAAGTATCCTTCCCCC ACTGGTTCCACCTGCAGTTTTCCTCCGAGACTAAGGAATGAAGGCTGGGCAGAGCCTACTTCCTGTGCTC CTCGCTTCCATGTGCATCTTAAAAGCTGTATTTAAACTCTTCTCGAATGCTTCTTGTATGTGGCAAGACC TTTATTATGCCTGGTCTAAACCCTCACGTGAAAGAACAAAGTGGCATCCAATGATTAGAGTTTCCAGGTC ACTGCCTGGAGGGAGAGGCTGACATCTACAGGATGGCTTCCTTGGAGACAGAGGCTCCTTGAAGGTGAAT TTGCCTCCTCAAAATCTGACTACTCTTAGGAGCACAGGTCCATAGCTGGGAAAATGTACACACCCTGCTT ACCAAGGCTGGCTCCTGTATCATGTGTGGCAGATGCACTTGAAGGGTAAAGAAGGATGATTGCTGTGTAC AAGTGCACACAAGGGTATTTTGCAACAGTGGAAGTGTCCTAAAATAGGCTCATCTGATTATCAAGACCTT GAAATGTGGCTGGCATGACTGGAGAAAACCATAAACGTTTCAAGACAACTTCAAATGGTCTCAAGTTACC AGTGACATCACATATCACCTGAGCATCAGTTCAAGAGGAGTGGGTAGAGTCACTGTTGCTGAATCACTGG GCAGCTGCCACTAACCTCAGACACCTTGTTTAAGGTGTGCAGCGCACACCCTGGTTCAGAGGTTGTCCAG GAGGAGGCCTAGCTTACCAACTCATGTTAAAAGTTCGCATTCAGGTCTAAGCCTGGCCCTCGCCAGGAAC TGTGGGAGACTGGTTTCCTTGTTTATGCTGTGCCACCTCTTGAGAATCCTCTCTCTGTTCTTACCAACTC AGCAGGCTTACATATCCACCTCCTGTGAGCTAGGTTACTAGGATGGAACTTGTGAGCCTCTAAGATACAG ACCCACCACCCCATGTAACTCCTAAAGTAAGATCCCATCAGGCGGTTGCTTACTTGTCTGGCTCTATCTT TCACCTGCTCTTTAAGACATGGATGTAGATGCTCTGATGAGGGCAGAGTAGGCAACATTCAGTCTGGTAA GTAAAGCATTTAACTCTAGTCTCAAGCAGAAGCTGCTTTGCGCTTTGAACACTTGGACCAAGCAGCTTGG TCCAGCATCAGACTATTCTTCCTCATCACACAGGGCCAAAAGTTCAGCCCTTTGTCCCTTTAATGCCTTA CTATATATTTACTCCAACTCACTGTCAGATCTTTGCAAAGAGGTTAAACTGTATGAAGACCTTTGTATCT TTTCCCGTCTTTCCACACAACCCTAAGGACCATCACCTGAAACCTCCCACACGGCTGGAAACGTGCCCTC TGTGGCCTTTGTTTACAATAGTGCCAGTTGATGACAGGCATTGTTCATTGCTGGGTGCTCAATAGGTCCA GCCATCAGCAAGAGACAGGGTAGAATCCTTTCATCCAGTTCTCCCAGGGGTGATACACTCCCCTCCCCTC AGGCACCTCTTCAGGTAGGTGGGTACAGGCCAGTGCTTACTCTGTAGTCTGCTCTTTAGGCTGGGCCAAC CTTTGAGACACACTTGTCTGTATTCAAAAGCTACCTACTGTCAGTCTTTCAGGGTAACTTGTTCCTTTCC ACTTAGCTCTTGAAGGCCCCTCTACAGTGGGACCGTAACTAACTTCACATGGTGCTTCCCGTCTGCTCTT GAGAATCTTACACTTAGCTCCACTTCCAACTGTCCCACAGTTTCTCCAATGCATTCTTGTGATCTTGGGT GAGTCACACCACAGAGCAAGGGTACCTTGATCAAGACCAGGTGGCCAAGCACCTCCAGAAGCGGGATGCA GTCTCTGAAGAGCAATGTTCTGCATGTGGCCTGATGTCTGCCTGCATTTACAAGTTCTCTGGCATTATCC CCCACACACCAGATGGGACAGGCATCTGTATTTAAACTTTATTACAAAATTATAAAGCAGAGCTCTGTAA CAAAAAAATACACATTTGGGTATGCTTTTAACACCCAGGTGAGAAAATCTTAATGTAAGCCACTTGGAGC TACACATTTACATCCGAGAGATCTCAACAAATTTGTACAACATAGACTATTAATTCCTTTACAGCTTATT AGTTTAGAACCGGCTATTTCCAACCTATGAAACAGCATCTTTGAAAACTAAGTCTCAACTGAAATCTTGG TGCAATCAGCAAAATCCACAGAATAATTGGAAAGATTAGGTGTTTCAACATTAAGACCAAGGATCCGTGA AGAACAAAAAGGGGGCTCAGGTATTTAACCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAA
• Restriction Sites: RsrII-NotI
• ACCN: NM_010716
• ORF Size: 3039 bp
• Insert Size: 3039
• 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: BC083500, AAH83500
• RefSeq Size: 5813
• RefSeq ORF: 3039
• Locus ID: 16882