Dmxl1 (NM_001081371) Mouse Untagged Clone

CAT#: MC225447

Dmxl1 (untagged) - Mouse Dmx-like 1 (Dmxl1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Dmxl1
• Synonyms: C630007L23Rik; D030030C22
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225447 representing NM_001081371
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGAACCTGCACCAGGTGCTGACCGGCGCGGTGAACCCCGGCGACCACTGCTTCGCCGTGGGCAGCGTCG
  GCGAGCAGCGCTTCACGGCCTATGCATCTGGATGTGACATTGTAATACTGGGAAGTAATTTTGAAAGATT
  ACAGATCATCCCAGGCGCTAAGCATGGAAATATTCAAGTGGGATGTGTAGACTGTTCAATGCAACAAGGC
  AAGATTGCAGCATCCTATGGGAACGTTATCTCTGTTTTTGAACCAGTCAGTTTGCCGAAAAAAAGGAAAA
  ACTTGGAATTTTATAGTCAGTGGCAGAAAAGTGGCCAATTTTTTCTGGACTCAATAGCACATAATATAAC
  CTGGGATCCCGCAGGTAATCGTCTTTTAACTGGTTCCAGCTGTTTGCAGCTTTGGTGTAACTCAAGAAAG
  CAAACTGAAGATGAAAATCCAGATAAAACAGATCTGAACTTTGGAAATTGGATGTGCATTTGGCATTGCA
  AAACTGCTTCCCAGGTCCACCTAATGAAATTTTCACCAGATGGAGAATTTTTTGCCACTGCTGGAAAGGA
  TGACTGTCTTCTAAAGGTATGGTATAATGTAGAAAACTGGCGACCAGCTGTTACGTCTCCAGATAAAAAT
  TCAGAAAAACAATCCCAAGGAGAAATTGACTTTTCTTTTGTGTATCTGGCCCATCCACGAGCTGTAAATG
  GATTTTCCTGGCGTAAAACAAGCAAATATATGCCGAGGGCTTCTGTATGTAACGTACTGTTGACTTGCTG
  TAAAGATAATGTATGTCGTCTTTGGGTAGAAACATTTTTACCAAATGATTGCTTCCTGTATGGAAGTGAC
  TGCAACCACTGGTGTGAACCAGTTAGTTTAACAAATAACTTAAAGAGAAATGCTTCCAGTAAAGACCGAG
  TTCAAAGTGCTCTAGAAGTAAATCTGAGACCTTTCCGTAGAGGTCGGAGTAGATCACTTGCTCTTGTAGC
  ACATACTGGCTATCTGCCTCATCAGCAGGATCCTCACCATGCCCACAGGAACACACCACTGCATGCCAAT
  GCACTTTGTCACTTTCATATTGCAGCCAGCATCAACCCAGCCACAGATATCCCACTTCTTCCATCTATTA
  CATCCTTGAGTTTAAATGAAAATGAAGAGAAATGTGGACCTTTTGTGGTACACTGGTTAAACAATAAAGA
  GTTACATTTTACTTTGTCCATGGAAGTCTTCTTACAGCAACTTAGAAAAAGTTTTGAACAGCCCTCATCT
  GAAGCCAGTGTAGAAGATTCTATTCAGGCAGATTTAAAATCTGATGAAGAACTGGATGATGGTGTTGATG
  ATTTAAAAATAAATCATGAAAAGAAGGAATTGGATGAAGACAAAATGTTACCAAGTTCAAGTTTTACACC
  ATTATCTTCAGCCGCCGTCGATCATCAGATTGAAGTGCTTCTGTCTGAATGGAGTAAAAACGCAGACATG
  CTTTTCAGTATCCATCCCATGGATGGGTCTTTACTAGTTTGGCATGTAGATTGGCTGGATGAATACCAGC
  CTGGTATGTTTCGTCAAGTTCAGGTGTCCTTTGTTTCCAGAATTCCTGTAGCTTTCCCCACAGGTGATGC
  AAACTCTCTTTGTAAAAGCATAGTGATGTATGCTTGTACCAAGAACGTTGACTTGGCTATTCAACAAGGA
  AAACAGAGACCCACTGGCCTCACTCGTTCCACATCAATGCTTATCTCCTCTGCTCACAGTAAATCATCAA
  ATAACTTAAAATTAAGTATTTTTACCCCTAATGTTATGATGATTTCAAAGCATGCTGATGGTTCTTTGAA
  TCAGTGGCTGGTTAGTTTTGCTGAGGAATCTGCTTTTTCTACAGTGCTTAGTATTTCTCACAAATCCAGA
  TATTGTGGTCATCGTTTTCATCTTAATGACTTAGCTTGCCACTCGGTATTACCTTTATTACTGACAACGT
  CACACCATAATGCATTAAGGACACCAAATGTTGGTAACCAAAAGCAAGCTCATGATGCTGTAAATACTGA
  AGAATGCTCCTTGGCACAACAAAATAAAAGCAACGTTGATATGGCATTTCAAGATCCCAATGCAATTTAC
  AGTGAGCTTATTCTTTGGAGGGTCGATCCAGTTGGGCCACTATCTTTTTCTGGAGGAGTATCTGAACTTG
  CCCGGATTAATTCTCTTCATGTTTCTGCCTTTTCCAATGTGGCATGGCTCCCTACTCTCATACCCAGTTA
  CTGTCTAGGTGCATACTGCAACTCTCCTAGTGCATGCTTTGTAGCTAGTGATGGACAATATCTGAGGTTA
  TATGAAGCAGTTATTGATGCCAAGAAACTTTTATATGAACTTTCCAACCCTGAAATTTCTAAATATGTTG
  GTGAAGTGTTTAACATTGTCAGTCAGCAATCAACAGCCAGACCAGGATGCATTATTGCATTAGATTCTAT
  TACCAAGCTTCATGGCAGAAAAACCCAGTTGCTTCATGTTTTCCAAGAAGACTTCATTTTGAATAACCTT
  GAGAAGAAACGTCTGGGAGTAGATAACATTTTATTGGATTCAGACAGCTCATGTAATGGATTTTCTGAAA
  AGTTCTACCTGGTTGTGATAGAGTGTACTGAAGACAACCGTTCACTGTTACGCATGTGGGATTTACACTT
  AAGGTCAACTCCTGTCTCACTGGATGAAAGAATAGACACAAAAATATCAGAAGCTAGTTGGCTACCAGAA
  GAACATTATTCCTCTTCTCCAGAGAAGATTCTATCTCCATTTTCACAGAAATTCCAGGCTTGCAGAGCTA
  ATCTCCAGAGTACCAGCAAATTGTCTCTCTTCTCTGAAATGGTATACAGCAAAGAGTTGGATTTGCCAGA
  AGGAGTTGAGATAATAAGTGTTAAGCCTTCAGCAGGACACCTGAGTTCATCTTCCATATATCCTGTTTGC
  AGTGCCCCTTATTTATTGGCAACTTCATGCTCAGATGATAAAGTAAGATTTTGGCGATGCAGAGTAACGA
  ATGGAGAATCAGCAACATCAAAGAATGGAAAACTAGATGTTGTGTATGTTTGGGAAGAATGGCCATTACT
  CATTGAAGATGGACTTGAGAACAATAGTAGTGTTACTGTCCCTGGTAGACCTGTAGAAGTGAGCTGTGCA
  CATACAAGTCGCTTAGCAGTAGCTTATAAACAGCCCACTGGTAATAGTAGATCTCAGGAATTTGTGATGC
  ATGTAAGTATCTTTGAATGTGAGTCTACAGGAGGCTCATGTTGGATCCTTGAGCAGACAATTCATTTAGA
  TGAGTTAAGTACAGTGTTGGATTCTGGCATTAGTATTGATAGCAATTTAGTGGCTTATAATAAACAGGAG
  ACATATTTAGTCAGTAAAGAAAGTATTACATCAAACACAAAACATTTGGTTCACTTAGATTGGATGTCTA
  GAGAAGATGGTTCTCATATCTTAACTGTAGGGATTGGCTCAAAACTTTTTATGTATGGACCTATGGCTGG
  CAAGGTACAAGATCAGACTGGAAAGGAAAACCAGGCATTTCCTCTCTGGGACAGTACTAAAATTGTACCT
  CTTTCTAAATTTGTACTGTTACGAAGTGTGGACTTGGTTTCTTCTGTAGAAGGTGCCCCACCTTTTCCTG
  TTTCTTTATCATGGGTCCGGGATGGCATCCTTGTGGTAGGAATGGATTGTGAAATGCATGTATATTCCCA
  ATGGCAGCCATCTAATAAACAAGAACCTGTTATATCAGAGTCATACAATGGAAGCACTCCATCTATACTA
  AGTTTAATAAAACAAAGTAACTCATCAAGTTCTGGGCTACATCCTCCAAAGAAGACTCTGACTCGATCCA
  TGACCAGTCTTGCACAGAAAATCTGTGGAAAGAAAAGTATATTTGACCCCTCAGTGGATATGGAAGATTC
  CGGTCTCTTTGAAGCCGCTCATGTACTTTCCCCAACTTTACCTCAGTACCATCCCCTGCAGCTTTTGGAA
  CTCATGGATCTTGGCAAAGTTCGGAGAGCCAAGGCCATCTTGTCACATCTTGTCAAATGCATTGCTGGGG
  AAGTTGTGGCTCTGAATGAAGCTGAATCCAATCATGAGCGCCGCCTTAGATCTCTCACCATCAGTGCTAG
  TGGAAGCACCACCAGAGACCCGCAGGCATTCAACAAAGCTGACAGCAGAGACTACACAGAGATAGACTCT
  GTCCCCCCGCTTCCTTTGTACGCCTTACTTGCAGCAGATGATGACAGCTATTGCTCATCTTTGGAAAAAA
  CTGGGAGTGAGAGTTCCTTAAAGAAATCAAAACAGTTATCAAAAGAAAGTTATGATGAGCTTTTTCAGAC
  TTCAGTTCTGATGTCTGATAATCACATGTTAGAAACAGATGAAGAAAATACTCAGCCCAGAGTCATTGAC
  CTTTCACAATACAGTCCAACTTATTTTGGTCCTGAGCATGCTCAGGTTCTTTCTGGCCACTTACTTCATT
  CTAGCTTACCAGGGCTCACCAGGATGGAGCAGATGTCTTTGATGGCCTTAGCCGATACAATTGCAACTAC
  AAGCACTGATATTGGAGAAAGTAGAGACAGAAATCAAGGTGGGGAAACTCTAGACGAGTGCGGATTAAAG
  TTTCTTTTGGCTGTTCGACTCCATACCTTTCTTACAACTTCCCTTCCAGCCTACCGAGCTCAACTCCTTC
  ACCAAGGCCTTTCTACTGGTCATTTTGCTTGGGCTTTTCATTCAGTAGCAGAGGAAGAACTACTGAATAT
  GTTGCCGGCCATGCAGAAAGATGATCCAACTTGGTCTGAACTGAGAGCAATGGGTGTGGGGTGGTGGGTT
  CGCAATGCTCGCATCCTGCGCAGATGCATAGAAAAAGTAGCCAAAGCAGCCTTTCATAGAAATAATGATC
  CTTTAGATGCTGCAATTTTTTACCTTGCAATGAAAAAAAAAGCTGTGATTTGGGGATTATATAGATCTCA
  AAAAGACACCAAAATGACACAGTTTTTTGGGCACAATTTTGAGGAAGAGAGGTGGCGTAAAGCAGCTTTG
  AAAAATGCCTTTTCTTTATTAGGCAAGCAAAGGTTTGAACATTCTGCAGCATTTTTTCTTCTAGGTGGTT
  GCCTCAAAGATGCAATTGAGGTATGTCTTGAGAAACTGAATGACATTCAGTTGGCTCTTGTAATAGCAAG
  ACTATTTGAATCTGAATTTGATAAGTCAGCAACATACAAGTCTATTTTACGCAAAAAAGTTTTGGGAATT
  GGTTCTCCAGCCAGTGAGCTCAGTTCGTCAAGCATAAATGCACATCATGACCCCTTTCTTCGGAGTATGG
  CACATTGGATTTTAGAAGATTATAGTGCTGCTCTGGAAACATTAATAAAGCAACCAGTTACAGAGGATGA
  AGATCAAGTCATGATGTCAGCCTGTAATCCTATAGTTTTTAATTTCTACAATTACCTAAGAACACATCCT
  CTTTTGCTAAGAAGACATTTTGGATCATCATCGGAAACATTTTCAACACACATGACTTTAGCAGGAAAAA
  GTGGACTGGCAGGAACAATTAATCTAAGTGAAAGAAGATTATTTTTTACTACTGCTAGTGCTCACCTAAA
  AGCTGGCTGCCCAATGTTGGCTTTGGAAGTATTGTCAAAGATGCCCAAAGTCAGTAAGAAAGCAAAACCG
  TGTTGTAGAGGATCTAGTTTTTTAACTAGTAAAGATTCTTCACTAAAATTGGATGTAAGAGAAGACAAGT
  GTTGTGCTGCTGACTGGTCACCGTCGCTGACAAATGGTCTTGAATCTTCTTCAGAGGGTTCCTCAGAGAG
  GCACTCACATTCTACCCTTTCTTTTGATTGGAGCCAACCGAGTGTGGTATTTCAAGATGACTCTTTGGAG
  TTGAAATGGGATAGTGATAATGATGAAGAAAATGAAGATCCCCCTATTTCAATGAAAGAAATAAGACCTT
  TGCAGAGAAAGACAGTTAAAGAAATAGATGAATTGAGCAGTTACACAGACTCTTTAAGCACACTAGATGA
  AAATGACATTTTAAATCCATCAGAAGATATAATTGCTGTTCAACTAAAATTTAGAGCATGTTTGAAGATT
  CTCACCGTAGAACTTCGTACTTTATCTACTGGCTATGAAATAGATGGTGGGAAATTGCGTTACCAACTCT
  ACCACTGGCTTGAGAAAGAGGTAGTAGCTCTTCAGAGGACTTGTGACTTTTGCTCAGACGCAGACCAGCT
  GCAGACCACATTTAGCCAGAGTGCAGATGAATCTGGATCAACTGAGGATGCTGATGATTTGCATCACCAA
  ACAAAAGTGAAACAACTGAGAGAAAGTTTCCAGGAAAAAAGGCAGTGGCTCTTGAAATATCAGTCACTCT
  TAAGAATGTTTCTTAGTTACTGTGTGCTTCATGGCTCTCATGGTGGGGGTCTTGCATCAGTGAGAATGGA
  ATTAATTTTACTTTTGCAAGAATCTCAGCAGGAAACAGCAGAACCAATATTTTCTAACCCTTTGTCAGAA
  CAAACTTCAGTGCCTCTTCTCTTTGCTTGTACAGCCAGTGCCAAAACAGTAGTTGCCAATCCATTATTGC
  ACCTTAGTAATTTAACACATGATATTCTACATGCCATAATAAATTTTGATTCACCACCACATCCTGATAG
  CCAAACCAATAAAGTATATGTAATGCATACTTTAGCAGCCTCACTTTCTGCTTGTATTTATCAGTGCCTT
  TGTGGTAGTCATAACTACAGTTCATTTCAAACAAATCAATTTACTGGAATGGTTTATCAAACAGTACTTC
  TTGCCCATCGGCATTCTTTGCGAACTGGAAGTTTGGATGAATCAGTAACTCCCAACACATCACCAGCTCA
  ATGGCCAGGAATAAATTTTCTAATTCAGCTTTTGAATTCCTCTGGGGAAGAAGCTCAGTCAGGACTTACA
  GTCTTGCTTTGTGAAATTCTCACAGCAGTATATCTTAGTCTGTTCATTCATGGGCTGGCAACACACTCTA
  GTAATGAGCTATTTCGGATTGTAGCCCACCCCCTAAATGAAAAAATGTGGTCTGCAGTATTTGGTGGAGG
  AGCACATGTTCCCAGCAAAGGACAGGCAAACTCAAAAGCTTTATCTGTTGAAGGAGAAAAACAAAACAGA
  CATATTAGTCCATCAAAAGTGTCTGCCAGAGAATCTCCTGTATCCTCTTCCTCTGGAAATCAGGAGCCAC
  CTGCAGTCAAGGAGAAGTTCGTCCCGCCTGAACTAAGTATCTGGGACTACTTCATAGCCAAGCCTTTTCT
  ACCACCTTCCCAAAGTAGAGCAGAGTATGATTCTGAGGAAAGTCTAGAAAGTGATGATGAAGAAGAAGAG
  GACGACGATGATGCTTTGCCTTCTGGTCTCCAGCTCCATGAGCATTCAAACTCAAATTCATTCAGTTGGT
  CTTTGATGAGATTGGCTATGGTCCAGTTGGTGCTCAACAATTTGAAGACTTTCTATCCCTTTGCAGGTCA
  TGATCTTGCAGAACTACCAGTTAGTTCACCTCTTTGTCATGCAGTTCTAAAAACTCTTCAATGCTGGGAA
  CAAGTTCTTCTCCGGCGACTTGAAATCCATGGTGGACCACCTCAAAACTATATCTCAAGTCACACTTCTG
  AGGAGAATGTGTCTGCAGGCCCTGCAATACTCCGTCACAAAGCTTTACTAGAACCTACAAACACTCCTTT
  CAAATCCAAAAATCATCTCGCACTATCTGTGAAGAGGCTTTGGCAGTACTTGGTGAAACAGGAAGAAATT
  CAAGAAACTTTTATCAGAAATATATTCACAAAGAAACGATGTCTAAATGAGATAGAGGCAGATCTGGGAT
  ATCCTGGAGGTAAAGCAAGAATTATTCATAAGGAATCTGATATCATTACTGCCTTTGCTGTTAATAGGGC
  AAATAGAAATTGCATAGCAATTGCCTCCAGCCATGATGTACAAGAACTGGATGTTTCTGCAATTCTGGCC
  ACACAGATCTATACTTGGGTGGATGATGATACAGAGACAGAAACCAAAGGATCAGAAGACTTCTTGGTTA
  TACATGCGCGTGATGATTTATCAGCTGTCCAGGGTTCAACTCCATACACACACAGCAACCCTGGCACTCC
  AATCAACATGCCGTGGCTTGGAAGTACACAGACGGGCAGAGGAGCATCAGTGATGCTTAAGAAAGCCATT
  AATAACGTTAGAAGAATGACATCACATCCAACTCTTCCTTACTATCTGACCGGAGCTCAAGATGGAAGTG
  TCAGAATGTTTGAATGGGGCCATTCTCAGCAAATAACCTGTTTTCGGTCTGGTGGCAATTCAAGAATTAC
  AAGAATGAGATTTAACTATCAGGGAAATAAGTTTGGAATTGTTGATGCTGATGGATATTTAAGTTTGTAC
  CAAACAAACTGGAAATGTTGCCCAGTTACTGGGAGCATGCCTAAGCCATATCTGGCTTGGCAGTGTCATA
  ACAAAACAGCCAATGATTTTGTCTTCGTTAGTTCCTCCTCTCTGATAGCTACAGCTGGTCTTTCAAGTGA
  CAATAGAAACATATGTCTATGGGACACACTTGTAGCGCCTGCCAATAGTTTAGTCCATGCTTTTACCTGC
  CATGATAGTGGAGCTACAGTTTTAGCATATGCTCCCAAACATCAACTCCTCATATCGGGTGGCAGAAAAG
  GTTTCACATGTATATTTGACCTTCGACAACGACAACAGAGGCAGCTTTTTCAGAGCCATGATTCCCCTGT
  TAAAGCCATTGCTATTGATCCAACTGAAGAGTACTTTGTTACAGGATCTGCAGAAGGCAATATAAAGATT
  TGGAGTCTTTCGTCCTTTAGTCTTCTCCATACTTTTATCAATGAACACGCTCGGCAGTCTATTTTTAGAA
  ATATTGGAACTGGAGTCATGCAAATTGAGACAGGACCAGCAAATCACATTTTCTCTTGTGGAGCTGATGG
  AACAATGAAAATGAGGATCCTGCCGGATCAGTTTAGCCCTTTAAACGAGGTGTTGAAAAATGATGTGAAA
  TTTATGCTATAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001081371
• ORF Size: 9042 bp
• Insert Size: 9042
• 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_001081371.2, NP_001074840.2
• RefSeq Size: 12211
• RefSeq ORF: 9042
• Locus ID: 240283