Dmxl2 (NM_172771) Mouse Untagged Clone

CAT#: MC225454

Dmxl2 (untagged) - Mouse Dmx-like 2 (Dmxl2), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Dmxl2
• Synonyms: 6330586A12; 6430411K14Rik; E130119P06Rik; mKIAA0856
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225454 representing NM_172771
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGCATCTGCATCAGGTCCTCACCGGGGCTGTCAACCCTGGGGACAACTGCTATTCGGTGGGCAGCGTCG
  GGGACGTCCCCTTCACGGCATATGGATCAGGCTGTGATATTGTTATTCTGGCGAGTGACTTTGAATGTGT
  GCAGATCATCCCTGGTGCTAAGCATGGGAACATCCAAGTCAGTTGTGTGGAATGCTCCAACCAGCATGGG
  AGAGTTGCAGCTTCATATGGGAATGCTGTGTGTATTTTTGAACCCCTGGGTGTAAATTCTCATAAGAGAA
  ACAGTCAACTCAAGTGTCAGTGGCTTAAAACTGGACAGTTTTTTTTGAGTTCCGTGACATACAACTTAGC
  ATGGGACCCTCAAGATAACAGATTGCTGACAGCAACGGATTCGATTCAGCTGTGGGCTCCTCCAGGCGGT
  GATATTCTAGAAGAGGAGGAAGATGTTGATAATAGAGCCCCTCCTGTTTTAAATGATTGGAAGTGCATCT
  GGCAGTGCAAAACCTCAGTGTCTGTACATCTGATGGAATGGTCTCCTGATGGTGAATACTTTGCCACTGC
  TGGAAAGGATGACTGTCTTCTGAAAGTCTGGTACCCTATGACTGGCTGGAAGTCTTCAATCATACCTCAA
  GATCCCCATGAAGTGAAGAGGAGACGGGCTTCCACTCAGTTCTCCTTTGTTTACTTGGCACACCCTCGAG
  CCGTGACAGGTTTCTCATGGCGGAAAACTAGCAAGTATATGCCCAGGGGCTCTGTCTGTAATGTCTTACT
  GACTTCATGTCATGATGGTGTGTGTCGGCTCTGGGCAGAAACATTGTTACCTGAAGACTGCCTTTTGGGT
  GAGCAGATTTGTGAGACCACTACCTCCAGCGTTGCCAGCAACCTCTCTTCTGCTGGGAAACACAAAGACA
  GGATCCAGCATGCTCTTGAGACAATACACCATTTGAAGAATTTAAGGAAAGGACAAAGGAGGTCTTCTGT
  TCTTGTAACTCACGCTGAACTGATGCCTGACAAGACTGCAACCCACGAGGTTCACAGACACATTTCTCAC
  CATGCCAACGCACTGTGCCACTTTCACATCGCGGCGAGCATCAATCCTACTACAGATATTCCAAATGTCC
  TGGTTGGCACTGCATTTAATATTGATGATATCAATGGAGGATTTGTAGTTCATTGGTTAAATAACAAGGA
  ATTTCATTTTACATCATCAACTGAAATATTTATGCACCAATTACGAAAACTTTCTGAAAAACAATTAGAT
  CATGAAAGTGATGATGCAGATAGAGAAGATGAGGAGCGCTCACAGGACGAGAGAGAGAGGGGCTTACGCA
  TGAAACTGGACCATGAATTATCTCTGGATAGAGAATCTGAGGCAGGTACAGGATCATCAGAACATGAAGA
  TGGAGAACGAGAGGGAAGTCCTAGAACCCATCCACGACCTAGCATCTCAATGCCACTGCCTACAGTACTG
  CTGGACCGGAAGATTGAAACGCTGCTGACAGAGTGGAACAAGAACCCTGACATGTTATTCACGATACACC
  CTGTAGATGGAACTTTTCTAGTGTGGCATGTAAAGTATTTGGATGAATATAACCCTGGAATATTTAGACA
  AGTTCAGGTTTCTTTTTCCTCTCGGATTCCTGTTGCATTTCCCTCTGGGGACGCCAACTCTCTTAGTAAA
  AACATCATGATGTATGCTTGTGTGAATGCTACAAAAGATTCATACAACCCATCCCAGCAAGAGATGATGT
  CTGTAGATAGTCCCCATGGATCACAGCTACACTCTCCATCACACAGCACCGATATGAATATTTTAGCACC
  TACGGTAATGATGGTCTCTAAACACATAGATGGGTCTTTGAATCAGTGGGCAGTCACGTTTGCTGACAAG
  TCAGCCTTTACCACTGTTCTGACTGTGTCCCACAAATTCAGATACTGTGGTCACCGATTCCACCTCAATG
  ACCTGGCATGCCATTCTGTTTTACCCCTCTTGCTGACATCTTCCCATCATAATGCTCTGTTGACTCCTGA
  ATCAGACTGTCAGTGGGACTCCGACAGTAAAGTAAATAGATTAATAGATCCTGTAAAACACACAAAAGCT
  TCATCAAAACAGCCTCTGAGAAATGCAGCAACCCGTACATTTCATGACCCAAATGCAATCTACAGTGAAC
  TTATTTTGTGGCGTGTAGACCCCATTGGACCTTTGTCATATACTGGAGGAGTGTCAGAATTGGCTCGAAT
  TAACTCTTTACATACCTCAGCCTTCTCTAATGTGGCATGGCTTCCAACTCTTATTCCTAGTTACTGTCTT
  GGCACATACTGCAATTCTGCAAGTGCTTGCTTTGTTGCATCTGATGGCAAAAATCTAAGACTCTATCAAG
  CTGTGGTCGATGCAAGAAAATTATTAGATGAACTGTCAGACCCAGAAGCCTCAAAACTGATCGGAGAAGT
  GTTTAACATTGTGAGCCAACAGTCCACTGCTCGTCCAGGCTGCATTATTGAGCTTGATGCCATAACTGAC
  CAATGTGGATCAAATACACAGCTACTGCACGTGTTTCAAGAAGACTTCATTATTGGATATAAGCCACACA
  AAGAAGATATGGAGAAAAAGGAAAAGGAGTCAGAAATATTTTTCCAGCCATCACAAGGATATCGACCACC
  ACCATTTTCAGAAAAATTCTTTTTAGTAGTCATTGAGAAGGATGGAAATAATAACTCTATTCTCCATATG
  TGGCACCTTCATCTTAAGTCTGTACAAGCGTGCTTAGCCAAAGCTGCAGAGGGCATCTCATCTGACAGTC
  TGCTCTCAGTCCCGGGGCAGAAGAACCTGGACTCTTCTCCAGAAACCTCCTCTAGTATGAGCTCCGTGCC
  ACATTCCTCGTCAATTGCCAATCTTCAAACTGCTAGTAAGCTTATTCTGAGCTCCAGACTTGTATATAGC
  CAGCCCCTGGATCTGCCGGAAGCTGTTGAAGTAATAAGAGCAACGCCTTCAGCAGGTCATCTGAGTTCCT
  CTTCAATTTACCCAGTGTGCCTTGCACCTTATTTAGTGGTTACAACTTGCTCCGACAATAAAGTACGCTT
  CTGGAAATGTTGTATGGAAACTAACTCACTGGGCAATACAAGTGATGAGAGTGAGACCTATCATTGGAGG
  AGATGGCCCTTGATGAATGATGAAGGAGAAGATAACAGCAGTACTGTGAGCATCGTGGGAAGACCTGTTG
  CTGTTAGCTGCTCATACACAGGCCGCCTTGCAGTGGCTTACAAGCAACCCATCCACCACAATGGTTTTAT
  TTCTAAAGAATTCTCTATGCATGTCTGTATATTTGAATGCGAATCTACAGGAGGGTCAGAATGGGTTTTA
  GAACAGACGATCCATCTTGATGATTTAGTTAAGGTTGGAAGTGTACTTGATTCAAGGGTCAGTGTTGACA
  GTAATCTGTTTGTATATAGCAAATCAGATGCATTTTTAAGTAAGGATAGATACCTTATTCCAAATATCAA
  GCATTTAGTACATTTGGACTGGGTGTCAAAAGAAGATGGCTCTCACATCCTCACAGTGGGGGTTGGTGCT
  AATATCTTCATGTATGGGAGACTTTCAGGAATTGTAAGTGACCAAACCAACAGTAAGGATGGAGTAGCTG
  TCATCACTTTACCACTAGGTGGTAGTATCAAGCAAGGAGTTAAGTCAAGATGGGTTCTTCTGAGATCTAT
  AGACTTAGTATCCTCTGTGGATGGCACACCTTCACTGCCTGTTTCTCTCTCTTGGGTAAGAGATGGAATA
  TTGGTGGTGGGAATGGATTGTGAAATGCATGTATATGCCCAATGGAAGCATTCTGTCAAATTTGGAAACG
  TTGACGCTGATAGTCCAGTTGAAGAGACAATACAAGATCACTCTGCCCTTAAATCCTCTATGCTGGCAAG
  AAAAAGTATTGTTGAAGGAGCAGCTATCCCTGATGATGTTTTCTGTTCACCTACTGTGGTTCAAGATGGT
  GGCTTATTTGAGGCTGCACATGCACTCTCTCCTACTCTGCCACAGTATCATCCAACTCAGCTGTTAGAAT
  TAATGGACTTAGGGAAAGTTAGAAGAGCTAAGGCCATTCTTTCCCATTTGGTAAAGTGCATCGCAGGTGA
  AGTTGCAATAGTTCGGGATCCTGATGCTGGAGAAGGAACTAAGCGGCATCTCTCTCGGACCATTAGTGTG
  AGCGGCAGTACAGCAAAGGATACAGTTACCATTGGGAAGGATGGTACTCGGGATTATACCGAGATAGACT
  CTATTCCTCCACTACCACTACACGCATTGCTTGCTGCAGACCAGGACACATCCTACAGAATTTCAGAGGA
  CAGTACAAAAAAGCCACAGAGCTATGAGGACCATATTGAAAGCCAATCAGAGGATCAATATTCAGAGCTG
  TTTCAAGTCCAGGAGATAACAACAGATGATATTGATTTAGAGCCAGAAAAGAGAGAGAACAAATCAAAAG
  TAATAAACCTGTCACAGTATGGACCAGCCTGTTTTGGCCAGGAACATGCTAGAGTACTTTCAAGTCATCT
  AATGCACTCAAGTCTGCCAGGCCTTACCCGCTTGGAGCAGATGTTCCTTGTAGCACTGGCGGATACTGTG
  GCAACCACCAGTACGGAGCTTGATGAAAACAGGGATAAGAACTACTCAGGAAGAGACACCTTAGATGAGT
  GTGGTTTGAGATACCTGTTAGCTATGCGCTTGCACACATGCCTGTTAACATCACTGCCTCCTTTATACCG
  AGTCCAGCTCCTTCACCAAGGAGTGTCTACCTGCCACTTTGCCTGGGCTTTTCATTCTGAAGCTGAGGAA
  GAACTGATCAATATGATTCCAGCAATCCAAAGAGGGGACCCTCAGTGGTCTGAATTAAGAGCTATGGGAA
  TAGGCTGGTGGGTGAGGAATGTTAACACACTCCGAAGATGCATTGAAAAGGTTGCCAAAGCTGCTTTTCA
  GAGGAACAACGAGGCCTTAGATGCCGCTTTGTTCTACCTTTCCATGAAGAAGAAAGCGGTAGTGTGGGGT
  CTGTTCAGGTCACAACATGATGAAAAAATGACAACATTCTTCAGCCACAACTTTAATGAAGATAGATGGC
  GGAAAGCTGCTTTGAAAAACGCCTTTTCTTTACTTGGAAAGCAGCGCTTTGAGCAGTCTGCTGCTTTTTT
  CTTGTTAGCTGGTTCATTGAAAGATGCAATTGAGGTATGTCTTGAAAAAATGGAAGATATTCAACTAGCC
  ATGGTTATTGCCCGTTTATTTGAATCTGAATTTGAGACTTCATCTACTTACATCTCTATCTTGAATCAGA
  AAATTTTGGGTTGTCAGAAAGACGGCACAGGATTCGATTGTAAAAGATTACATCCTGACCCTTTTCTGCG
  TAGTCTTGCCTATTGGGTAGTGAAAGATTATACCCGAGCCTTGGATACCTTACTGGAACAGACACCAAAG
  GAAGATGACGAGCAACAAGTCATCATCAAATCTTGTAACCCAGTGGTGTTCAGTTTTTACAACTACCTTC
  GAACACATCCTTTACTTATTCGAAGAAATCTTGCTTCCCCTGAAGGAACTTTGGCAACTTTAGGTCTCAA
  AACTGAGAAAAACATTGCTGATAAAATTAACCTCATAGAAAGAAAATTATTTTTTACCACCGCTAATGCT
  CATTTTAAAGTTGGATGTCCTGTTTTAGCCCTTGAAGTACTTTCTAAAATTCCTAAAGTAACCAAAATAT
  CCTCCTTAACTGCAAAAAAAGATCAGCTTGACTCTGTTTCTGGAAGGATGGAGAACGGGCCATCAGAATC
  AAAACCAGTGAGCAGGAGTGATGGTGGTTCTGGGGCTGACTGGTCGGCTGTGACTTCCTCCCAGTTTGAC
  TGGAGTCAGCCAATGGTTACAGTTGACGAGGAGCCTCTTAGGCTCGATTGGGGTGACGATCATGACGGTG
  CCTTAGAAGAGGATGATGGCGGTGGCTTAGTAATGAAAACTACAGATGCCAAGAAGGCTGGCCAGGAGCA
  GAGTGCCTCAGACCCTCGTGCTTTGCTGACTCCTCAGGACGAGGAGTGTGCTGACGGCGATACTGAGGTC
  GATGTGATTGCTGAACAACTCAAGTTCCGAGCTTGCTTGAAGATCCTTATGACTGAGTTAAGAACTTTGG
  CTACAGGTTATGAAGTAGATGGAGGGAAGCTGAGATTTCAGCTCTATAACTGGCTTGAAAAGGAAATTGC
  TGCCTTGCATGAGATATGCAACCATGAATCAGTTATTAAAGAATATTCGAGCAAAGCGCATTCTACAGTA
  GAGACTGAGCGTCTGGATCAGGAGGAAATGGTGGACAAGCCGGATATCGGTTCCTATGAGCGCCACCAAA
  TAGAACGACGACGGCTGCAGGCTAAAAGGGAGCATGCAGAAAGACGAAAGCTGTGGTTGCAGAAAAACCA
  AGATCTCCTGAGAGTATTTCTCAGTTACTGTAGCCTTCATGGAGCCCAGGGCGGTGGTCTGGCTTCAGTA
  AGAATGGAACTCAAATTTTTGCTGCAAGAGTCACAGCAGGAAACTACAGTGAAGCAGCTCCAGTCCCCAC
  TGCCACTACCTACCACGTTGCCTCTGCTTTCAGCAAGTATCGCATCAACAAAAACAGTCATAGCTAACCC
  TGTATTGTATTTAAATAACCACATCCATGATATACTTTATACTATTGTGCAGATGAAAACACCACCTCAT
  CCCAGTGTTGAAGATGTGAAGGTGCACACACTTCATTCACTAGCAGCATCACTTTCTGCATCAATTTACC
  AGGCATTATGTGACAGTCATAGCTACAGCAGTCAGTCGGAAGGAAATCAGTTCACAGGAATGGCCTATCA
  AGGGCTTCTTCTAAGTGATCGACGACGCCTCAGGACAGAAAGCATCGAAGAGCATGCAACACCAAACTCA
  GCTCCTGCTCAGTGGCCTGGTGTGAGCTCACTCATTAATCTCTTGAGTTCTGCCCAAGATGAAGACCAGC
  CAAAATTGAATGTTCTGTTGTGTGAAGCTGTTGTTGCTGTTTACTTAAGTTTACTGATACATGCTCTTGC
  CACAAATTCTTCCAATGAATTGTTTCGGCTTGCAGCCCACCCGTTAAATAATCGAATGTGGGCTGCTGTT
  TTCGGAGGGGGTGTAAAACTTGTTGTGAAGCCTCGGAGGCAATCAGAAAGTATCGCAGCACCTCCTGTGG
  CCTCTGAGGACATGGACAAGCACCGCAGGAGATTCAACATGAGGATGCTGGTCCCTGGGAGGCCTGTAAA
  AGATGCCACCCCACCCCCAGTGCCTGCAGAAAGACCATCTTACAAGGAAAAATTTATTCCCCCAGAACTT
  AGTATGTGGGACTACTTTGTTGCAAAGCCGTTCCTCCCTTTGTCTGATAGTGGTGTCATATATGATTCTG
  ATGAAAGTGTACACAGTGATGATGAAGAGGATGATGCCTTTTTTTCAGACACACAAATACAGGAGCATCA
  AGATCCTAATTCTTATAGCTGGGCTCTTCTGCATTTGACAATGGTTAAGCTGGCGCTTCACAATATCAAG
  AATTTTTTTCCTATTGCTGGGCTGGAATTCTCTGAGCTCCCTGTGACATCACCGCTAGGAATCGCTGTCA
  TTAAAAACTTGGAGAACTGGGAACAGATTCTGCAGGAGAAAATGGATCACTTTGAAGGCCCACCCCCTAA
  CTATGTCAACACATACCCAACTGACCTCTCAGTGGGAGCGGGGCCAGCTATTCTCCGAAATAAAGCAATG
  TTAGAGCCGGAAAACACTCCATTCAAATCCCGGGATTCGTCTGCACTTCCTGTCAAGCGACTCTGGCATT
  TCCTTGTCAAACAGGAAGTTCTTCAGGAGACATTTATTAGATACATTTTCACTAAGAAAAGAAAGCAGAG
  TGAGTCTGTAGAAGAACATGTGGAGCAGGTCAAACACAACTCCGTAGCAGAAGATTGCCACATCAAGGTC
  GAAGCTGATCTGGGCTACCCAGGAGGGAAGGCGAAGGTCATTCATAAGGAATCTGACATGATCATGGCAT
  TCTCTATTAATAAGGCAAACTGTAATGAAATTGTTTTGGCTTCAACACATGATGTTCAAGAACTCGATGT
  CACTTCTCTACTGGCTTGTCAATCATATATATGGATCGGAGAAGAATATGACAGAGAGTCGAAAAGTTCA
  GATGATATTGATTACCGTGGTTCCACTACAACCCTGTACCAGCCTGGTGCAGCCTCCCATTCCTCAAGCC
  AGCCACACCCACCTCCATCTCTGCCATGGCTAGGCAGTGGACAGACCAGCACTGGGGCTACTGTGCTCAT
  GAAAAGGAATCTACATAATGTTAAGAGAATGACATCACACCCCGTCCATCAGTACTATCTCACAGGTGCC
  CAGGACGGCAGTGTCCGCATGTTTGAGTGGACACGACCTCAGCAACTTGTCTGTTTCCGTCAAGCTGGCA
  ATGCAAGAGTTACTAGATTATATTTTAATTCACAAGGCAACAAGTGTGGTGTTGCAGACGGAGAGGGTTT
  TCTGAGTATCTGGCAAGTTAACCAAACTGCATCGAATCCTAAACCGTACATGAGTTGGCAGTGCCACAGT
  AAGGCCACAAGTGACTTTGCATTTATCACCTCTTCAAGCCTAGTTGCAACCTCTGGACATTCCAATGACA
  ATAGAAACGTATGCCTCTGGGACACATTGATATCACCTGGAAACAGCCTCATTCACGGTTTTACTTGTCA
  TGACCATGGTGCCACAGTACTCCAATATGCCCCCAAGCAACAACTCCTAATCTCTGGGGGTAGGAAAGGC
  TACATCTGCATTTTTGACATCAGACAGAGACAGCTAATACACACCTTCCAGGCACACGACTCGGCTATTA
  AGGCTTTGGCTCTGGATTCGTGTGAGGAGTACTTCACTACAGGCTCAGCAGAGGGCAATATAAAAGTATG
  GAGATTGACAGGCCATGGCCTGATTCATTCATTTAAGAGCGAGCATGCTAAGCAGTCCATATTTCGGAAC
  ATTGGCGCTGGAGTCATGCAGATTGCTATCAGCCAGGACAATCGGCTCTTCTCCTGTGGCGCAGACGGCA
  CGCTGAAAACCAGGGTTCTGCCCAGTGCTTTTAACATCCCTAATAGAATTCTTGACATTCTGTAG
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_172771
• ORF Size: 9165 bp
• Insert Size: 9165
• 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_172771.2, NP_766359.2
• RefSeq Size: 10614
• RefSeq ORF: 9165
• Locus ID: 235380