Alms1 (NM_145223) Mouse Untagged Clone

CAT#: MC225471

Alms1 (untagged) - Mouse Alstrom syndrome 1 homolog (human) (Alms1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Alms1
• Synonyms: bbb
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225471 representing NM_145223
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGAGCCTGAGGACCTGCCGTGGCCTGACGAGCTGGAGGAGGAGGAGGAAGAAGAGGAGGAGGAGGGCG
  AGGAAGAGGAGGGGAAGAAAGAGGTGGAGAACGCCTCGGCGGCGGCGACCGAGGAGGCCCTGACCTCTGA
  GGAGAGTGGGAGACTGGAAGAGTTCGAAGAGGCGGGGCCCGACTTGGATTTTAACTACGAGTCCCAGCGG
  CAGGAGAGCTCGGACGAAGAGGAGGACGAGCTGGCTAAAGCCTGGCTGCAGGCTCACCCCGACCGTCCTG
  GCAGTGCTTTCTCTCTGCCCCCTCCCACGCCTCCGCCTCCGCCTCCGCCTCTGTCCCCGCGGCTCCGGTA
  CACCCCAGTGGAGCATCTGGGCAAGACTGAGGTTGTCCCACTGACTTGCCGTGTATGGCAGCAGTCATCA
  TATCAAGATAATTCTAGAGCCCAGTTTTCCAACTCCAGTACAATGTTATTGGAAACAGGGGTCCGGTGGG
  GCTCTGAGGAGGATCAGAGAACAGAGTCTTGGCATTGTCTTCCTCAAGAAAGGGATTCTTCCCAAACCTT
  GGCTATGTCCCAGACTGAGATCGGCAGAGTAGAAGGAACAGAAGTACCAGACCTACCCTCTCAGGAGGGA
  GGTTTACCAGCTCAGTCACAGTGTCCAGGAAAGAAGCCAAAGCTGAATGTCTTGTGTTCTCCATTGCTAG
  TGATACAGGATAACTTTGCTGCTCCTGATTTGCCTTTGCTGACATGTTTGATACAAGACCAAGAAGAGGT
  TGAGCCTGATTCCTTGTTTCAACAAAGTGAACTAGAATTTGCACCTTTGAGAGGAATTCCTGATAAGTCT
  GAAGATTCTGAATGGCTTGCTCGACCATCAGAAGTTAGTGAAGCTTTAATCCAAGCCACCTCAGAAACAT
  CTTCAGACTTAGCTAACAGTTGCTTTAGTATATCTCAGCATCCACTTACAGAGGGCCTGCAGGGGAAGGC
  TGAATCTGGTGTCCTTACTAGGTGTGGTGATGCTAAGTACTCCAGCCTTTATGAAAACCTTGGTGCACAG
  AGTGAAAGAATTGCTGTATTGCAGAGAGAGGTAGGTTGTTCTAATCTGGGCATTAGCCAGGCTTCTCCAT
  CTTCATTGCCTTCATTTGTTCCTCAAGAACCAACCAGTGAGCCGGAATACCATTCCTCCAATCTCAGAAT
  GTTGAGGGTATCTCCCGACACTCTGCTAACAACGCATACACATTCAGCAGGATCTGCTGACCAGAAGATT
  GGAGCAGCAGTAGTCTCTTCTGCTTACTCACAGGAAATAAAGCCTGGGAGTTTTCACCAAGAAGAGTTGC
  CAGATAGGCATCTTAATGAAGAGATTCGGAAAGTGTCACCTGCTCTTAGGACAGCTGGCCAGAAGCCAGA
  GATGCTACCAGTACAATCTAGTTCTTACTCTAAAGGAATGAAATCTATTTTCTATCAACATCCTGTGTCA
  CATGGCCATCAAGGCAAAGAGCCTCTAAGTGTTTCAGCTGTTTGTGGATCAGCTGGTAATAAAGCTTTCC
  ACCAGCTTTCCACATTATCAGACAGTCTACTAACTGAAGAAACATGGCCAGTTTCTGTTATTCCTGGCCT
  AGGTAACCAGAAGACTCCTTTACCATCAGAATTCTCTCTTTCATATTCTCATAGAGGAAAGAACCTGCCC
  GAAGATGTTGTGAAAGTTTCCACTGATTCTGGATCTGCTCACAAGAAGGCTGACATTCTAACAGCGTCCT
  CTAGAACCTACCAGCACAAAATGAAACCTGCTAATATTTACCACCAAGAGTTGCCAGACAGTCGTGTACC
  TATAGGGACTAGAAAGGTTGCATTTGAATCTGGACCAGCTGGCCAGAAGTCTGGGGTTTCTCACCCATAT
  GGTGAGATGCCCAGTGTTTTCTATCAGCAGGGGTTGCCAGATAGGCATTCAGCAAAAAGCCCTACAAAAA
  CCTTTATCCCAGGACCAGCTGACCAGAAGACTGATCTATCACCAGTACCCCCTACTTCCTCTTCGCATGC
  AGAGAAGCCTGTTTCCCCCTACCAGTTAACCTTGCCAGGTAGTCATCTACCTGAAGATGTTTTCAAAGCT
  TCTTCTGTTTGTAAGTCATCTGATGAGCTATCTGGAATAACAGCTCTAACCTCTGCTTCCTACTCATATA
  AAGGGAGACCCAATAGTTCTTATCAGCAGAAGTTTCCAGACAGCCACCTAAATGAAGAGGCCCAGAAAAT
  CTTGGGTACAACTGGAACAGTAGACCAGAAGACAGTGACACCAACAATGTCTTCTTCCTTTTTACAAAAA
  GAAAAGCCTAGTATTTTCTACCAACAAACCCTGCCAGATGGTGGTCTGTCTGAAGAGGATCTGCAGGTTT
  CAGCTGTTCCTTGGCCAGCTGACCAGAACATTGCTATACCAACAGTAACTTCTGCTGCTTTCTCACAAAG
  AGAAAAGCCTCGGATTTTCTACCAACAGACTCTGTCAGTTGATCGTTTGCCTGGAGAGCCTCTGAATGTT
  TTAGGGACTTCTGGACCACCTGACCAGAACACTGGGGCACCAACAGTAACTCCTAGTTCCTACTTCCCTG
  GAGAAGAGTCCATTATTTTTTACCAAGCTGGCTTTCCAGGTAACACTCTGTCTGCAATGTCTTTTAAAGT
  TCCAAGGATTTCTGGATCAACTGAACAGACTAACGTAACAACAGGATCATCAAGTTCCTACTCAGTTGGA
  GAGAAGTCCATTATTTTCTACCATCAGGCCTTGCCAGATGGTCGTCTTCCTCAAGAAGCTTCTCCTGCAC
  CAGCTGACCTAAACACTGGGGAGCCACCAATGTATTTGGCTTCCTGTTCTGTTGGAGTAAAGCCCATTAT
  TTTCTACCAGCAGCCTATGTCAGATAGTCAGCGAACTAAAGGTCACAAAGAATCAGATGTTCCTGGACCA
  ACTGACCAGAAGACTGGCATAGCAACAGTGCATTCTACTTCCCAATCATATATAGGGAGGCGCACTGTTT
  CTTACCAGAAAGAGTTTCCAGATCTTAGTGAAAAGGCTTTGAAAGTTCTAGGTGATGTTGGATCCACTGA
  ACAGAAAACTCAAATACCAGTAGTGTCTTCTGCTCTCTTACACAAAGAGGGGCCTAGTGCTTACCAGGAG
  GATTTGCCAGATCTTACTGAAGAACCTTTGCAAATTTTAGGTGTTTCTGAAGAAGTTTCTTCTAGCTCTT
  ATCAGAGGAAGTTACCAGATCATATTGAAGTATTTTTGAAATCAGTAGGCTCTGGCTCTGCTGATCGGAA
  GACTGGGGCACAAATAGTCTCCTCAAGTAGAGAGAAGTCCAGTGGTTTTCATCAGCAGGAGTTGCCAAAT
  ACTGGTGGGGATGCAGTAGATGCTTTTCATCCCGAACCAGTTGTCCAGGAGGTCAGGAAGGTACAGACGC
  CTGGGGCACCAGCAGGACCTTCTAGTTCCCACTTCCATAAAGAAAAACTCAGTGATTATCAAAAGGCCTC
  GCCACATCGTGATCTAACTGAAAGTTCTTTGAAGGCTTCAACTGTTCCAGGACTATCTGATCAGAAAAAG
  AAACCTGCAGTCTCATCTGGTTTCTGCTTACACAAAGAGAAACACGAGATTTCAGCTTCAGCTTTGCTGA
  ATTGCCAGACAGCCGAGTTGCTAACAGTTACTCAGAGGTCCTGTTTACATAGAGAGGATCCTGCAATTTC
  AACTGTGATCAAACCAGATGACCAAAAGATTCCATTACCAACAACTTTTCATGGCTCCAGTGATCAAAAA
  GTAAAACCTGTTATTTTTGTTCAAAAACAGTTACGAGATAGAGATCAAAGTGAAGATATTCCGAAGATTT
  CAACTGTCTCTGAGCCAACTGTTGTAAATACAGTTCTACCAGTACTTCTGCCTGGTTCTTACTCACACAG
  AGAGAAGTCAGATTCATTTTACCCACAGGAACTGCCAGATGGACATCTAACTGAAGTTGATCTGAAGGTT
  TCAAGCGGTCTTGGTCAAGCTGACCAGATTTCTGGGTTACCTACAGGTATTCCTGGTACTTATTCACACA
  GTGAAAAGCACCAGCTTATCTCAGAACATGTCCAAGAGCTGATGGATAACTTGAATTCTTCCGAGTCGTC
  TTGTCTCAGTGTGGATAGTATGCCTCTAAATTCACAAATCGATGATGGAGTTATCATATGTAAGCCAGAA
  TCTTTAGGTTTTGCCAATGCTGGCTGTGAGGAAATGCAGAATATAGATCGTGGTTCGAAAACTCTTAAGG
  AAATTCAGACTCTCTTGATGGAAGCAGAAAATATGGCACTGAAACGATGCAATTTCTCTGTTCCCTTAGT
  CCCTTTCAGAGATGTTAACGATGTTTCATTTATACGATCAAAGAAGGTGGTTTGCTTCAAAGAATCCTCC
  ACAACTGATGTTTGTACCCAGAGGGAATCATTTGTAGAAGAAGTTCCACACATTGAATATGTACAGAAGG
  ACATTGGCACACAGACGAACCTTAAGTACCAGAGGGGTGTTGGAAATTGGGAATTTATCAGTTCAGCTAC
  CTTTAGAAGTCCTCTACAGGAAGCAGAAGGCACAGCTAGAATGGCATATGATGAAACTTTTAGGCAATAT
  AAAGCTGCCAGGTCTGTAATGAGGTCTGAACCTGAAGGCTGCAGTACAGGCATTGGGAATAAAATGATTA
  TCCCTATGATGACAATCATAAAGAGTGACTCGAGTAGTGATGTAAGTGATGGTTGCTGCTCATGGGACAA
  CAATTTACCAGAGTCTTTGGAATCTGTTTCTGATGTTTTTCTAAACTTCTTTCCATATACTTCACCCAAG
  ACAAGTATAACAGATAGCCGAGAAGAGGAGTGGTTGTCAGAGAGCGAGGATGGCTATGGTAGTACAGATT
  CATTGGCTGCACATGTGAAGTACCTTCTGCAGTGTGAAACTTCACTGAATCAAGCCAAACAGATACTTAA
  AAATGCAGAGGAAGAGGAATATCGGGTCCGAACCCAAGCCTGGAATCTAAAGTTTAATTTAGGACGTGAC
  CGTGGATACTCCATTTCAGAATTAAATGAAGATGACAGAAGGAAAGTAGAAGAGATAAAAGCAAAGTTGT
  TTGGTCATGGAAGAGCAACTCACATGTCTGAGGGCTTACGAAGTCCACAAGGCATAGGATGTTTGCCAGA
  AGCTGTATGTAGTCGAATTATTATTGAGAGCCATGAGAAAGGATGTTTCAGGACTCTTACTGCTGAACAA
  CCACGGCCAGACAGCTGCCATTGTGCTTTTCGATCTGTTGAACCTTCAGACTTGATTAGAGGACATCGGA
  GCCCATCATCATGGAGAGGCAGGCACATCAACCTTTCCAGATCAATAGAACAGAGCAATCCCTGTTTCAA
  AGTAGGGAGTTCCTTTCAGTTACAGAGTCATCCCCCATTTCAAAAACTTTTACCTGATGACATCAAAATT
  AGCAAGGGTGTTGGAATGCCAGTCCATGCATACATGGATCCCCAGCCATCAGAATTAGTAGAACCTACTT
  GTGTGCCAGCTAAAGAAATGGATTTTCCTTCCTCATCTCAAATACTGCCCCCTGAGCCCAAGAAGCAGTT
  CACTACTGCCATCACTTTTTCTTCTCACGAACACTCTGAGTGCATTTCTGATTCCTCTGGTTGTAAGGTT
  GGTGTTACTGCAGATAGCCAGTGTAGTGGACCATCTTTAGGGGTATTTAAGCCTCATATCCCCGAAGAGC
  AGATTTCTCCTAGAGATCTTAAACAGAAAACCTCTTTCCAGTCATCACTTGAAAGGCATGGTTCTACACC
  GGTGACTATTTTAGCTGATGGTAGTAGGCAAAGGCAAAAATTACCTGTTGATTTTGAGCATTCTCATCAA
  AAAGAAAAACTCTTACAAAGATTAGGTTTTAAAGTCAGCCATTCTGAACCCAATGTCAGTACAAATGTTA
  GCAATTTCAAGGGAGTTCAATTTTCTGGTAAGGATACCATTGTTAGCCAGGACAAACTAACTTCTACAGT
  AGAGGTAAAAGAGAAGAATGTAACTGTAACTCCTGATCTTCCTTCTTGCATTTTTCTTGAACAACCAGAG
  CTCTTTGAGGAAAGCCACACCCCACATACAGATCTTCAGATGAGAAAATACCCTTCTCCCTCTTGTCCAG
  AAATTGCTTCTCGCATTTTTCTTGAGCAGCCAAAACTCTCTGAACAAAGCAAAGCCCCACATGTAGATCG
  TGAAATAAGAGAAGATCACTCTTTCTTTCCTAAGTGCCAGGATTATATAGTTGCAGACCCTTCTCCCGAT
  TTTCCTGATCAGCAACAATGCAAACCTCCAGACGTAGTTGGCCACACGAGAAAACAGAACTCTCTTCTTT
  CTGAAGGTCAGGATTATGAGTTAGAAGAGGTTCAGCATATACCTCAGTCATACTTTTCTAATATGGTAAA
  TGTTGAAGCCAAGGTCAGTGATGCGATCTCCCAGTCAGCCCCTGACCACTGTACAGCTGCATCTACTCCA
  CCTTCAAATAGAAAAGCACTTTCATGTGTTCGTATAACTCTTTGTCCCAAGACTTCTTCCAAGTTGGATA
  GTGGAACCTTAGGTGAAAGGTTTCATTCATTGGATCCTGCTTCTAAAACAAGGATTAATAGTGAGTTTAA
  CTCTGATCTGCGAATTATATCTTCAAGGTCATTGGAACCAACCTCCAAATTACTGACCTGTAAACCAGTA
  GCACAGGATCAAGAATCTTTAGTTTTTCTAGGACCTAAATCTCCACTGGACTTGCAAGTCGCACAGTCTT
  CTCTTCCAGATAGTAAGACTATTTTTCAGGACTTGAAAACCAAACCTCCTCAGAATAGCCAGATAGTAAC
  CTCAAGGCAAACACAAGTGAACATTTCACATTTGGAAGGATATTCCAAACCAGAGGGGACTCCAGTATCT
  GCGGATGGTTCACAAGAACAGAGTAAGGTTTCCTTTACTACGTCCTTTGGAAAGTTATCATCTGATGCCA
  TCACTCAGATAACAACAGAAAGTCCAGAAAAGACCACATTTTCATCTGAAATTTTTATTCATGCGGATGA
  TCGTGGACAGGGCATTCTAGACCCCATGGCCCAAAAGCCATCCAGGTTTGCCTCATCATCCTCAGTGCAG
  CAAATCCCAGCTTCTCATGGCAAAGACGCCCAGCCTGTGCTGTTACCATATAAGCCATCTGGTAGTTCGA
  AGATGTATTATGTTCCACTGTTAAAAAGAGTTCCTTCATATCTGGATTCCAAATCTGATACCACTGTTGA
  GAGCTCACATTCAGGCTCAAATGATGCTATTGCCCCAGACTTTCCACCTCAAATGCTAGGCACAAGAGAC
  GATGACCTCTCCAACACTGTAAACATTAAGCACAAAGAAGGGATTTATAGCAAGAGGGCTGCAACAAAGG
  GGAAAAACCCCTCTCAGAAAGGTGATGCAGCGGCCCCAGTTCAAATGCCTATAACTTGGGATGAGAATGT
  CTTGGACGAAAACCAAGAAGAGGTCATCAGTAGAGGAGTTGTGATCAAGATGGCAGGACCTGAAGAAATG
  TCATCCCTGGAGAAGGACCTTGCAGGTCCCAGTGATATCACTGTACAAGACAGAAAAACTGAAAATCTGC
  CAGACACTAAATCCATTAAACAGAAGGAAGGATCCTTAGAGATAGAATCTGAATGTCATTCTGCATTTGA
  AAACACTGCTCACTCTGTCTTCAGATCAGCCAAGTTTTATTTCCATCATCCAGTGCACCTGCCCCATGAG
  CAAGACTTCTGCCATGAATCTTTGGGAAGGAGTGTTTTCATGCAACATTCTTGGAAGGATTTCTTTCACC
  ATCATTCAGGACACAGCTGCCTTCCTCCCCCTGGCCCAAGTTCGGACAAGTTGGACAAGACCAAGATGGA
  TTACACCAGAATTAAGAGCCTCAGCATCAACTTGAATTTGGGAGAGCATGAGAAAATACATACTATCAAG
  AATCAGGCCAGAGACCCAAAAGGCAAAAGACAAGCAAATGAGCAAAAGAAGGATCAGAAGGTCACCCCAG
  AGCTAACAACTGAGTGCCCCGTGAGTTTGAATGAACTCTGGAACAGATACCAGGAGCGACAGAAGCAGCA
  GAATCCATCTGGTGCTTGTGATACGAAAGAGCTCTCCTTGGTGGAACGACTTGATCGCTTGGCTAAACTG
  CTTCAGAATCCCATCACACATTCACTCCGGGCCTCAGAAAGTGCACAGGATGATAGCAGAGGGGGACATA
  GAGCCAGGGAGTGGACTGGGAGGAGGCAACAAAAACAGAAAGGCAAGCAACACAGGAAGTGGAGTAAGAG
  CCTAGAGAGGGGCCAGAGTACAGGGGACTTTAGGAAAAGCAAAGTGTTTTCTCCTCATCAAGGTGGGAAA
  TCCAGTCAGTTCAAGATTGAGCAGATTAAACTAGATAAGTACATCCTGAGGAAAGAGCCAGGTTTTAATA
  ATGTCAGCAATACCTCCTTGGATTCTAGACCCTCAGAGGAAAGCGTGTCTCTCACAGATAGTCCCAACAT
  TTTTTCTAGCACGGATTCTCCTGTGGACTCAGATGTATTGACCCCAACTGATAGGGACATGCCTTTAAAT
  GAGAGGAGCAGCTCCATATCCACCATTGACACAGTCCGGTTGATCCAGGCTTTTGGCCAAGATAGACTGT
  CTTTGTCGCCCAGGCGAATTAAATTATACAGTACTGTCACTAGTCAACGGAGGAGATATCTGGAGCAGCC
  ATGCAAGCACAACAGGAAGGCATTGAACACAGCCTGTCCCCAAATGACTTCTGAGCACAGCAGAAGGAGG
  CACATCCAGGTGGCAAACCATATGACTTCTTCTGACTCTGTTTCATCTCCTGGGAGCTTGTTGAGCTTGG
  ACTCTGCTCTTTCCAATGAGGAAACTGTACGCATGGTGAGCAAGGGTGTACAAGCTGGTAACTTGGAGAT
  TGTGGCTGGTGTCAAAAAATACACTCAGGATGTTGGGGTGACTTTCCCAACTCCCAGTTCTAGTGAGGCC
  AGATTGGAAGAGGACAGTGATGTGACTTCTTCGTCAGAAGAAAAAGCCAAAGAGAAAAAGTTTCTTTCCA
  ATTATCTGCAGACCAAAAACTTAAGGAAGAACAAGCCAAATCCCTGTGCAGGAGTCTCATGGTTTGTTCC
  TGTGGAAAGTGGACAATCAGGATCTAAGAAGGAAAACCTGCCCAAGATTTACAGACCTGTTATCTCCTGG
  TTTGAACCAGTAACCAAAACCAAACCCTGGAGGGAGCCACTGAGGGAACAAAACTGGCAGGCCCAATGCA
  TGAACAGTCGTGGGTCCCTGGGAGGCCCAGGCAGGGATAGTGGCCAGGTTTCTCTTCGGCCATTTGTGAG
  AGCAACTCTGCAGGAATCACTTCAGCTTCACAGACCTGATTTCATCTCCCACTCTGGGGAGCGCATAAAG
  CGTCTGAAGTTACTTGTCCAGGAGAGGAAGCTCCAGAGCCTGTTCCAGAGTGAGCGGGAGGCTCTGTTCC
  ACTCAGCGAGGCCCCTGCCCAGGAGAGTCCTCCTGGCTGTCCAGAAGAACAAGCCTATTGGAAAGAAGGA
  AATGATTCAGAGGACCAGACGAATTTATGAGCAGCTTCCAGAAGTGAAGAAGAAGAGAGAAGAGGAGAAG
  AGAAAATCAGAATATAAATCCTACTGGCTACGTGCTCAACACTATAAAATGAAAGTGACCAATCATCTCC
  TGGGGAGAAAAGTGCCTTGGGACTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_145223
• ORF Size: 9756 bp
• Insert Size: 9756
• 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_145223.2, NP_660258.2
• RefSeq Size: 10005
• RefSeq ORF: 9756
• Locus ID: 236266