Gm1966 (NM_001277180) Mouse Untagged Clone

CAT#: MC229743

Gm1966 (untagged) - Mouse predicted gene 1966 (Gm1966), transcript variant 2

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Gm1966
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC229743 representing NM_001277180
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCAACAGAAAAGTGTATCCCTGACGAGCCTCAGTCCAGACGCAGGAGGAGGCTCCATCTCCAGAAGA
  TGCTGACAGAAGTGGGACTGTCTGTTGACTACTGGCTGCCTAAGCTTCAGGAAAACCTAGGTGTGAGCTC
  TGGCCAGGCCTTACAATATTTAGACAAAAGAGACCTCCAGAATCTGAAGTCCCAGACACAGCATGCTTGG
  GAGAAAAAGGCTCTGGAGAAGCTGCTGGACCTCTCACAGCCAAATAGTGTTGCAGAGCTGCAGGAGACTC
  CAAGGGAGATGATAAAGAACAGGCAGAGGCAGGCAGGACAGGCACTGCAGGCACTGAGAGCCTTGCAGTC
  AGAAGGGAAGCACAGACAGGAAGAGGCAGTGAGGAGAAAAGGAGCAGAACTGAGACAAGCAATGGAGATC
  CCTGAGGAGTGCTGGCCAACGGCTGAAGTGTCCCTAAAAGACATCACTGAAATAATGGAGAGACATCTCA
  GTCACATGGAACGGACCCTGTCTCACAGTCAAAAGCTCTCAGATGGAGACCTGGTAAGATGGGCATCTGG
  AGGGCTGGTCCTGCAGGGAATTTATAAGACCAACCACCCAAGAAGCCTGATTCAGAAGAGAGAAGAGCTA
  CTCAGTGTCCCTAAGCAGTTCTCACTTGCTGGCCCAGTACATGGCACAGAGATAAAAACAAAGGAATTTT
  CATCTTTTCAAGAACAAGCCATGTTTACACAGACTATAGAGAGGGTGGGTTTCAGTTCAACCCCCTTAGT
  TAAAGGAGAAGGTTGGGGACTTAGTCTAGAAGCTGGTATGGGTCACAACAAACAGACAGAATCTGAAGAT
  AACTACCAGTCCCATTCAAAGCAAACTTATTTTTGCTCAGCCAGGTTCAGCTACATCCCATTGGCCACCT
  GCCATTTTCACATCAATGATCTTGAACTCTCCCAGGCTGCTCTCCAGGAACTAAAAAGTATTGAAGAAAT
  CCTGGAGCAGACTACACACCACCGAGATGGACTACCCTTACTGAGGCACAGGGCTAAAAACTTTTTCCAC
  AGGTTTGGCTCTCATGCTAACCAAGGCCCTGTGCACCTGGGGGGAATCTACTGCTGGAAAGCCATTTCAG
  AAGGTTTCAAAAGTGAGCACTTGGCTGATGTAAAGCAGCAAGCAGAAGAGTCTTTGAATATTTACATTAT
  GGGCAGTTATAGTGGCTTTGGAGTTAAAGTTGGTGCGAGTGTAAATATAACAAATTCAAAATCAAAAACA
  GCATTTTACAGTAAAACTCATCTAAACTCGCAAACCAAGGTGCAACTATCTGTAGCCAAGATAGGTGGAC
  CAGCAGAAGCAGATGGAATTGCCCAGTGGACAGCTGGCCTTGTAGCTAGCAATCAAACCTGGTCTGTTAT
  TGATAGGGAACTGCAGTTGGTACCTATTTGGGACATTATCCTGTCCAGTCACAGAACTGAATTTAAGAAT
  GCTCTTCAACTGGCTAACTGCCTCAAAGACCACTACACTGCTCTGACTGAACTAGCTGCCCAGATTCAAG
  AAGGGGAAGAATTTCTGACTGCTAGAAAAGAAGCTAAGCTTTTCCTAGAGAATGTGAAAGGCTGGGAGGT
  TTCTGATCCTGAAGAACAGCTTAGGAAGTTAGTAGATTTTATGCAAACATTGAGTCAAAAAATAAAAAGT
  TATGACATTTGGATTAACACATGCCTCATAGATTGGGATCTGCAAAATTTTCTAATAAACATTGTCAACT
  TCTGCAAAAATTCACCCACTTATAAAACTCACTTTATTAAATCTCAGTTGTGCAGCCTTCTAGAACCTCA
  TGTCTACAAAGTGACAAACTTTCCTCAGGCACAATCCATCATACAGTGGATCAATCAGTCAGAGTCAGAG
  GAAGAACTAGTCAAAATTACCTCATTTTCTGAATTCATTAACACCTTAAAGAAAACCCACAAATACCTAA
  TGGAAGAGAGTTTCAAAACTGAGCCCCCAGAAAGAGTGGAAGAAGCAAAGAGAATGGCTACATATGAAGT
  CACCACAGCTCTCAGCTCCTTCTTGAAGTACCTCAGAGAAACACAGCAGCCAGACATGCAGCTGTTGCTA
  CTCTCCATTGCTACTGGTGTAGGCTATCAGTTGGTAAACAGTATTTTTCAGCATCTTCTGGGGTGTGATG
  AGTTAAACTTCCTCTTGGATCAAATGGAAAATAACGAACATAAATACCAAGAACTGAAAAATATTTGCAA
  TTACAGAGCCCAGGCATTCTTGGTGCTCACAGCCCTAAGAGCCACAGTTGAAATCACAGATGTTTCTACA
  GAAGAGAAAGGACAACGTTTGACATTAATACAACAACATATGGGGTCACTGTTGTCTGAAGAAGTTGCAC
  ATGTCCTCACAAAACATGGAGAACATCATGACTGGGAAAGGCTGGAGAATGATTTGAGATTACTCATTGA
  GGGGGACTATAAAGCCACCACCCATTCCTTACAAATGGATGAAGTAAAAAAACAATTGCAAAGTCTCTGC
  CATGAAAAGAAACAGACTTATAAACAACAAGGTAATGAAAACAGAACAAAAGAAATGATAGAAAATGGAC
  ATTTCCTGGACTTACTCCAACGTCTAGGCCTAGACAATTACTATCCAAAAAGCATGCACAGAGCTGACTT
  CCATCTGATCTATAAAACCTCTGTGTACAATTCACAGCCAAAGTCTGAAAAGGAGCTTCCATTCTATTTC
  CTACAAAAGCTACTGATGTTGGATTATGGGTTGAGACATCTTGCTTTAAATGATGATGAAAGCATAAAAA
  AACAGATCTCCATAGGGTCCTCCAATCATGAAAATGAAGACTTTGATCCATATGAGGATGTCATTAAAGA
  CAATGACAGTCCTGGCTATCTTTCAGACACTGAGTCCTGGCCCCACATTCACCCAATGGATATCCAGATG
  GCCATTTTACACTGTGCAGATGATCATACCAGGCAATATATTTTGTCCAAGCTTTCCATTTGTCAATATG
  CACTCCCTCTTGTGGTACCAAATCCCAACACTTCTCAGGTTGAATTTTGTCTCTGGTCTCTCAGACAAAT
  TAGGAAAAATTGGCAAGATGCAAGTAAATCTCCACAGGACAAGAGCTACAGTCACAGAAATCAGCAGATG
  TGTCGTGTCTCTACCCCCATTGTGTCCTTCATTAGAGTTGGAAACGGCCTCTCTGCTTCCAAATCTCAGA
  TCATGAACTCTCTTCTCAGTAAACGTAAACATGATGTGTTTTTTCACAGACACTGCAGAGGAAGCAACAA
  ACACTGTCTCCTGATGCAGGGAGTGGTGGAAATCTGCTGGTTCTGTCCAGCTGGCCAAGGTGAGGACATG
  TTTGACAAGTGTCTGATGTTCACCAATCTTCATGGAGATGCCAAGGAACATAGCCAACAACTCAGTTTCC
  TCCAAGATGTCTCTTCTATCATTGTGATCCTCATGTCAACTTCTGATAACAATAAAGAAAACCAAGAGCT
  TGTCAGACACCTCTGTCAGTCATCAACACCTTTGATCTGCTTGATTGATGACAAAGAAAAGGCCATAGCA
  AATATTTCTGGTAAAAGAATGAAAATTGGCATCAAGAATAGAAATGAGGCAGAATTAACAGAGGAGCTCA
  CCAAAGCCATCAAACATTTTCTAGTGCTCTCTAACACTGCTCTCAGTTTAGAGGACTGTTCACAGACAGC
  TCGAGAACAAGGATTCCTTATTGATGAAGACCAGAGAGACTGCAAGGAAGCTAAAGAAAAGGCTCAGAGT
  ATAATGGTCCTCCTGGAGGAATACAAGTTATCTCAGATAAAAGAAAATTTACTACCCCTTCAAGGACAAC
  TTTGGCACCTTTGGTGTAAAAAAGACAAAGAATTCTATCATCTGAGAGAAAAGGGGAATCGGAGCATAGA
  ACTACACAAGAGTGAGATTGAAACAGAGAAAAGAATAATTCGACGTCAACAGTTGGAAAAAGCCTTTCCT
  CTCAGTGATTTAATGTGCTCTGTTCTTGGACTCCTCCAATACTACTCAGAAACCCATAACAAACTCTACT
  TTTTGCAGTGGCTCACTCTGTTTTTTGACAACCTGACAATAGAACACCGGGAAAAATTACATGAAAAGCA
  GAGATCTTTGTGGTTAAGGATACAAACAGAAAAGCAAAGAGAACAGAAGAGTGCCTACCTGACACACTGT
  CAGAAGCACATGGATGCCATCTCCGTAGAGATTCATGACTGTACTTTAGGAATTGAGCACCTTCTCCGAG
  AAGTTGGCCAGATCTATGAAGCTCTGGAAGAAACTTCTCCCTCTAGAGATAGCCTTTTTCTTTACCTACC
  TCAAATTGCTGCAGACCTGATGATAGCTGGTGTTCCCATTGAGCTGATGGATGGGGATGCTTCATATGTG
  CCTCTAAGGTGGGTAGCAGCTATTTTTGACAAGGTCTCAGAGAAAGTTAAAGACAAAAGGATGTTTGTTC
  TCTCTGCCCTTGGCCTGCAGAGCTCAGGGAAGTCTACCCTGCTGAATGCCCTGTTTGGGCTGCAGTTCAC
  AGTCAGTGCAGGCAGGTGTACCAATGGGGCCTATATGCAGCTCCTGAAGGTGGAAGAGACATTCACAAAA
  GAACTCGGCTTTACATATGTGCTTGTTATAGACACAGAAGGACTTCGGGCTCCAGAACTCAACAACAAAT
  CTCAGAATTGGGACCATGAGTTGGCAACATTAGTCATTGGTCTTGGAAACTTGACTCTGATCAATATTTT
  TGGGGAGAATCCCTCAGAGATTCAGGACATTCTACAAATATCTGTTCAAGCATTTCTGAGAATGAAACAA
  GTAAATATCTCCCCCAGTTGCCTCTTTGTCCATCAAAATGTGGGAGAAGTCACAGCAAAAGACCAAACTA
  TGGAAGGACGGAGGAGACTGGAGCAGAAACTGGATGAAATGACTGCATTGGCTGCTGAGTTGGAAGAGTG
  CTCAAACATAACCAGCTTCAGTGATGTAATTGAGTTTGATGCCAATTGGCATGTCTACTACTTTGCTCAC
  CTCTGGGATGGTAATCCCCCAATGGCCCCTCCCAATCCTCGCTATTGCTACAATGTCCAGGAACTAAGAA
  ATGCAATTCTTTCAACTACCCAGAAGGAATCTAGGGGAAGGATCTTAAAAATCTCAGATTTCAAATTCCG
  AGTTCATGATTTGTGGAAAGCTATTGTCAGTGAAAACTTCATTTTCAGTTTCAGGAACACACAAGAGGTC
  ATAGCCATGAGCAAACTGGAAACCATGTATAGCCACTGGACCTGGGAGCTAAGGAGTCATGTACTGGACT
  TACAGAATCAGCTGGGCAATCAGATTCAAAATGGTAAAATCCTGACACTCACCTCTAATTTGCTGGAGGA
  TCCACTTGGTAAGAAATATGAAACTATCAAACAAGAATTTAACAAATATTTTGAAGAAGACCCAGATAGT
  GAAATATTGGTTCAGTGGAAAGCAAATTTTGAACACAAGCTACAAATCCTTAAAGACACACTCATTTCAG
  ATACCAGAAGGAAATGCAATGAACATATCAGTCTTAAAAAAAGCCAAGAAATACTTGATAACCGAAAGTC
  ACAATATGAAAATCAGTTGTTAGAGAGGAGCAGAAAGTTAGCTTTAAATTTGAAGGGTAAGGAATTAAGT
  GATGAAGAGTTGCATGAGAAATTCAGTCAACTTTGGACAAGTTGGATTTATGATGTATCTTCCAATGTTC
  CTCATGTCACAGAGCCTAACATTGATTTGGACTCCGAAAATATCCTTCTGGAATATTTCAAGAAGGACAA
  AAATATTGTGGAAAGACTAAAAATAACGTCTGGAGAAAAGTTTGAAATCATGTATGACAAACATATTCAA
  ATGACAAAAAAATGCCATTTTCATAGAATGAGTTCAGAAACCTGTCATGTTGAATCCATCAAAAAGACAA
  CCAACAACATTCAGTTAAAATTTACAGAAACACTTAAAAACATTTTGAAGCAAAAGCATGATTACAGTGA
  CAATTACTTTCATGAAATCTTGAAGATCATAGAAAATGAGCTGAAATCTGAACCCTGTGAGGGAGACTAC
  ACATTTACCAGAGACTACGTCTTTGACTTATCCTTGTACTTATTTCAAACAGCATCCAAGTATTTCAAGA
  AAATGCATGAGGCATTCAAGAGTGCAAATGACCCTGTGAACTATCTGGAGAGAAAGAAAGATGATTTCTT
  TATAAATTTTAAGATCTCCTGCCAAGGTACAACCTCAATCACATCCTTTGTTGACTTCCTATGGCGCAAG
  CTCATGCCTGCTATCTATGACACCATATGGAAAATAATGGTTCAAAGAATAGCTGGAGACATGCGAGCCA
  CCTGCCCTGAATTCAATGGAAACAGAGCTAACCTGGAGAAACATATTCTCTACTCTCTAGCAGAAGAAGA
  AAATTTTGATAAATACTGGAAATACATTCAAAAGCCAAAAGAATTTTTCAGGGATTACATTAGAGAGCAC
  ATTACAAGATACTGTTCAGAAAAAGGAAATGAAAATATAAAAAAATTTTTAAACATAAGTTTAGGTGACA
  TCAAGAATACCATCCTTTCTGCCATACATAAGTCCACAAAGGTAGCTAAAGCTAAAGGCAGCACTGCATC
  TGGCTGGCTGGATTTGTTCTGTGATCACCTAGGGAGCAATCTCATCTTCCCAAGGAGAGACCTGGTAAGC
  ATGGAGCACCAGGAGCTAATGGATACTGAGTTCCTCAAAGAAGCCATGAGCAAAGCTTTGGATCCTGCAA
  TGAGGGAAGTAGAAGCGTATTTTTCATGTATGCACATGGGTGAAATTGTTCCTGACATTGAGGAAATTCT
  CTCTGAACATCTCTGTGGCTGCTGGAAACAGTGTCCCTTTTGTAATGCAATTTGTACAAACACAATTCCC
  CAACATGAAGAAGACCACAGTGTGCCATTCCACCGGCCTCAGGCTGTCAGTGGTTTTTCTTATCATAAAA
  CAGACCACTTCGTCACTGATGTTTGTACTAGTGATGTAGCAAGTGATTCTACCTTCGTTTTAGATGACCT
  CCGGGAATTCAGATACAAGAAATATCGAGAAGCAGGAGGTGATTATGCCACATGGAGCATCACCCCAGAC
  TCATCCAACCAGCCATATTGGAAATGGTTTGTCTGTCATTTCAGATCAAAGCTAGAAGGGGCATATGGCA
  AAAGATTTATAGGGAAAGGTAGAATTCCAGCTTCATGGACTAAAATCACAAAGCAAGATGTCTTGAATGA
  CTTAAAAAAATAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001277180
• Insert Size: 7293 bp
• 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).
• OTI Annotation: Clone contains native stop codon, and expresses the complete ORF without any c-terminal tag.
• Product Components: The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
• Reconstitution: 1. Centrifuge at 5,000xg for 5min.
  2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA.
  3. Close the tube and incubate for 10 minutes at room temperature.
  4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom.
  5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.

Reference Data

• RefSeq: NM_001277180.1, NP_001264109.1
• RefSeq Size: 8687 bp
• RefSeq ORF: 7293 bp
• Locus ID: 434223
• Cytogenetics: 7 E3