Hectd1 (NM_144788) Mouse Untagged Clone

CAT#: MC225374

Hectd1 (untagged) - Mouse HECT domain containing 1 (Hectd1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Hectd1
• Synonyms: A630086P08Rik; AI844876; b2b327Clo; opm
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225374 representing NM_144788
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCAGATGTAGATCCTGATACGTTGCTGGAATGGCTGCAGATGGGACAGGGAGATGAAAGGGACATGC
  AGCTAATAGCCCTGGAGCAGCTATGCATGCTGCTTTTGATGTCTGACAATGTGGATCGCTGTTTTGAAAC
  ATGTCCACCTCGTACTTTCCTGCCAGCTCTCTGCAAAATTTTCCTTGATGAAAGTGCTCCAGACAATGTC
  TTAGAGGTGACAGCCCGTGCCATAACATACTACCTGGATGTTTCTGCAGAATGCACCCGGAGGATAGTAG
  GGGTGGATGGAGCTATAAAAGCACTTTGTAATCGCTTGGTGGTAGTTGAACTTAACAACAGGACCAGCAG
  AGATTTAGCTGAACAGTGTGTAAAGGTGCTGGAACTGATCTGCACGCGTGAGTCAGGGGCAGTCTTTGAG
  GCTGGTGGTTTGAATTGTGTTCTCACCTTCATTCGTGACAGCGGACACCTCGTTCATAAAGATACATTAC
  ACTCTGCGATGGCTGTGGTATCGAGACTCTGTGGCAAAATGGAGCCTCAGGATTCCTCTTTAGAAATTTG
  TGTAGAGTCTCTATCTAGTTTATTAAAGCATGAAGATCATCAGGTTTCCGATGGAGCTCTGCGGTGTTTT
  GCATCACTAGCTGACCGGTTTACTCGTCGTGGGGTAGACCCAGCTCCATTGGCCAAGCATGGATTAACTG
  AGGAGCTGTTGTCTCGAATGGCAGCGGCTGGTGGTACTGTATCAGGACCATCTTCAGCATGCAAACCAGG
  TCGCAGTACCACAGGAGCCCCCTCTGCTGCTGCAGATTCCAAATTGAGTAACCAGGTGTCGACAATTGTA
  AGTCTCCTCTCAACGCTTTGCAGAGGCTCTCCACTAGTAACACACGATCTTCTGAGGTCAGAGCTTCCAG
  ATTCAATCGAAAGTGCATTACAGGGTGATGAAAGATGTGTGCTTGATACCATGCGTCTGGTTGACCTCCT
  CTTGGTGCTGTTATTTGAAGGACGAAAGGCTTTGCCTAAGTCTAGTGCTGGATCTACAGGCAGAATCCCA
  GGACTGCGGAGATTGGATAGTTCTGGGGAGCGCTCCCATCGGCAGCTTATAGACTGTATTCGAAGTAAAG
  ATACTGATGCTCTCATAGATGCGATTGACACAGGAGCCTTTGAAGTCAATTTTATGGATGATGTGGGTCA
  GACTCTATTAAACTGGGCCTCTGCGTTTGGAACTCAGGAAATGGTAGAATTTCTTTGTGAGAGGGGTGCT
  GATGTTAATAGAGGCCAAAGGTCCTCCTCATTACACTATGCTGCATGTTTTGGAAGACCTCAAGTAGCAA
  AGACTCTGTTACGGCATGGTGCAAATCCGGATCTCAGAGATGAAGATGGGAAAACACCATTGGATAAAGC
  TCGAGAAAGAGGCCACAGTGAAGTAGTAGCAATTCTCCAGTCTCCAGGTGATTGGATGTGTCCAGTTAAT
  AAAGGGGATGACAAAAAAAAGAAAGATACAAACAAAGATGAAGAGGAATGCAATGAACCCAGAGGGGATC
  CAGAAATGGCACCGCTCTACTTGAAGAGGTTGCTGCCAGTGTTTGCACAGACATTTCAGCACACTATGCT
  GCCTTCAATAAGGAAAGCCAGTCTTGCTTTAATCCGAAAAATGATTCATTTTTGCTCTGAAGCACTGTTA
  AAAGAAGTTTGTGATTCTGACGTTGGTCACAATTTGCCCACAACACTAGTGGAAATCACTGCAACTGTCC
  TTGATCAAGAGGATGATGATGATGGCCACTTGCTAGCTTTGCAGATCATAAGGGATCTAGTAGATAAAGG
  TGGTGATATTTTTTTGGATCAGCTTGCCAGACTTGGTGTAATTAGCAAAGTGTCAGCTTTGGCAGGTCCT
  TCTTCTGATGATGAGAACGAAGAGGAATCAAAACCAGAAAAGGAAGACGAACCACAGGAAGATGCTAAGG
  AATTGCAGCAAGGTAAACCGTATCATTGGAGAGACTGGTCAATAATTAGAGGAAGGGACTGCTTATATAT
  TTGGAGTGATGCTGCAGCTTTGGAATTATCTAATGGCAGTAATGGATGGTTCAGATTTATCTTGGATGGA
  AAACTTGCTACCATGTATTCAAGTGGTAGTCCTGAAGGTGGATCGGATAGTTCAGAAAGCAGAAGTGAAT
  TCTTAGAGAAGTTACAAAGAGCCCGGGGCCAAGTAAAGCCATCTACTTCAAGTCAACCTATACTGTCAGC
  ACCGGGACCCACGAAACTGACTGTAGGGAACTGGTCATTAACATGCTTGAAAGAAGGAGAAATTGCTATT
  CATAACTCAGATGGTCAGCAAGCTACAATACTAAAAGAAGATTTGCCTGGTTTTGTATTTGAATCTAATA
  GAGGAACGAAACATTCGTTTACTGCAGAAACATCTCTGGGTTCAGAGTTTGTGACTGGCTGGACTGGCAA
  AAGAGGCAGAAAACTCAAATCCAAGTTGGAGAAAACAAAGCAAAAGGTACGAACTATGGCTCGAGACTTG
  TATGACGACCACTTTAAAGCTGTTGAAAGCATGCCTCGTGGGGTGGTAGTGACACTCAGAAATATAGCAA
  CTCAGCTGGAGTCATCTTGGGAACTCCATACGAATAGACAATGTATCGAAGGTGAAAACACTTGGCGAGA
  CTTAATGAAGACAGCCTTAGAAAACCTAATTGTACTGCTGAAGGATGAGAACACGATCTCACCGTATGAA
  ATGTGTAGTAGTGGTTTAGTCCAGGCACTTCTTACTGTTCTAAACAATAGTATAGATTTGGATATGAAGC
  AAGATTGTAGTCAACTGGTAGAAAGAATAAATGTCTTCAAAACAGCCTTTAGTGAAAGTGAAGATGATGA
  GAGCAGACCAGCAGTTGCATTAATTCGAAAATTAATAGCTGTACTAGAATCAATTGAACGCCTACCTCTC
  CATTTGTATGACACACCAGGATCCACGTATAACCTCCAGATACTTACAAGAAGATTACGCTTTCGGTTGG
  AACGTGCACCTGGTGAAACTTCATTAATAGACCGGACAGGCAGGATGCTGAAGATGGAGCCCTTAGCTAC
  AGTTGAATCTCTGGAACAGTATCTGCTGAAAATGGTGGCAAAGCAGTGGTACGACTTTGACAGATCCTCA
  TTTGTTTTTGTTCGAAAATTAAGAGAAGGCCAAAATTTTATATTCCGGCACCAACATGACTTTGATGAGA
  ATGGAATCATTTACTGGATTGGAACAAATGCAAAAACTGCGTATGAATGGGTAAATCCTGCAGCTTATGG
  ACTCGTAGTCGTCACATCATCAGAAGGAAGGAATCTGCCCTATGGCCGCTTGGAGGACATACTAAGTCGA
  GATAATTCAGCTTTAAATTGTCACAGCAATGATGATAAAAATGCCTGGTTTGCCATAGATCTGGGTGTCT
  GGGTAATACCTTCAGCATACACACTTCGTCATGCTCGTGGCTATGGAAGGTCTGCACTGAGAAATTGGGT
  TTTCCAGGTATCCAAAGATGGACAGAACTGGACTTCTTTGTATACCCATGTTGATGACTGCAGTCTCAAT
  GAACCAGGGTCAACTGCAACATGGCCCCTTGACCCAGCGAAGGATGAAAAGCAAGGGTGGCGGCATGTCA
  GGCTGAAGCAGATGGGGAAGAACGCCAGTGGACAGACGCACTACCTCTCGCTCTCCGGCTTTGAACTCTA
  TGGCACTGTGAATGGCGTGTGCGAAGACCAACTAGGGAAAGCAGCTAAAGAAGCAGAAGCTAATCTTAGA
  AGGCAGAGGCGCCTGGTGCGCTCTCAGGTCCTCAAGTACATGGTTCCAGGAGCACGTGTTATCAGGGGCC
  TTGATTGGAAGTGGCGAGATCAGGATGGCAGCCCGCAGGGAGAAGGCACAGTCACAGGCGAGCTCCACAA
  TGGCTGGATTGATGTCACCTGGGATGCTGGTGGCTCAAACTCTTACCGTATGGGCGCAGAAGGAAAATTT
  GACCTCAAGCTTGCACCAGGGTACGACCCTGATACAGTGGCATCACCCAAACCTGTTTCATCCACTGTTT
  CAGGCACAACGCAATCATGGAGCAGCTTGGTGAAAAACAACTGTCCAGACAAGACGTCTGCTGCTGCAGG
  CTCCTCAAGTAGAAAAGGGAGCAGCAGCTCTGTGTGTAGCGTGGCCAGTAGCAGCGACATCAGCTTGGCT
  TCGACCAAAACGGAACGGAGATCAGAAATTGTAATGGAACACAGTATAGTTTCAGGAGCTGATGTCCATG
  AACCAATTGTTGTTCTTTCATCTGCTGAAAACGTCCCTCAAACAGAAGTAGGGTCATCTTCCAGTGCAAG
  CACCAGCACCCTAACAGCGGAAACGGGAAGTGAAAATGCGGAAAGGAAGTTAGGCCCTGATAGTTCTGTT
  CGAGCTCCTGGGGAGTCTAGTGCGATATCCATGGGGATTGTTAGCGTTAGCTCTCCTGATGTTAGTTCGG
  TATCTGAATTAACCAATAAGGAAGCAGCTTCACAACGACCCCTTAGCTCTTCGGCAAGTAACAGACTGTC
  GGTGAGCTCTCTGTTGGCAGCCGGGGCCCCTATGAGCTCCAGTGCGAGTGTACCTAACCTGTCCTCAAGA
  GAGACATCTAGCTTGGAGAGCTTTGTCAGGAGAGTGGCAAACATAGCACGGACTAATGCCACCAACAACA
  TGAACCTAAGCCGAAGCAGCAGTGACAACAACACTAACACTTTGGGGAGGAACGTGATGAGCACCGCAAC
  TTCTCCACTTATGGGTGCTCAGAGTTTCCCTAATTTGACCACACCTGGTACTACATCAACAGTGACAATG
  TCAACATCGAGTGTTACGAGCAGCAGCAATGTAGCTACGGCAACCACAGTTTTATCAGTGGGTCAATCAT
  TAAGTAATACTTTAACCACCAGCCTCACATCAACCTCTAGTGAGAGTGACACAGGCCAGGAAGCAGAATA
  CTCCTTATATGATTTCCTCGACAGCTGCCGTGCCAGTACTCTCTTAGCTGAACTAGATGATGACGAGGAT
  TTGCCTGAGCCTGACGAGGAAGACGATGAGAATGAAGATGACAATCAGGAGGACCAAGAATACGAGGAGG
  TTATGATTCTGAGACGTCCCTCCCTGCAACGCCGAGCTGGCTCTCGCTCTGACGTAACACACCATGTCGT
  CACCTCCCAGCTCCCACAGGTCCCTTCTGGAGCAGGGAGCCGGCCTGTTGGGGAACAGGAAGAAGAAGAG
  TATGAAACCAAAGGAGGCCGCCGCAGAGCCTGGGATGACGACTATGTGCTAAAGCGCCAGTTTTCTGCAC
  TGGTCCCTGCTTTTGATCCTAGACCTGGTCGTACCAATGTCCAGCAGACAACTGACCTAGAAATTCCTCC
  CCCAGGAACACCTCACTCAGAGCTCTTGGAGGAAGTTGAATGTACTCCGTCACCTCGCTTGGCTCTCACA
  CTGAAAGTGACGGGGCTTGGAACAACGCGGGAAGTTGAACTGCCACTTACCAATTTCAGATCCACCATCT
  TTTACTATGTACAAAAACTGCTTCAACTGTCTTGTAATGGCAATGTGAAGTCAGATAAACTTAGGCGTAT
  TTGGGAGCCCACTTACACAATCATGTATAGAGAAATGAAGGATTCTGATAAAGAAAAGGAAAATGGGAAA
  ATGGGTTGCTGGTCTATAGAGCATGTGGAACAGTACCTTGGCACTGACGAATTACCAAAGAATGACTTGA
  TAACCTACCTGCAGAAGAATGCAGATGCCGCTTTCCTGCGCCACTGGAAATTAACTGGCACTAATAAAAG
  TATTAGGAAAAACAGAAATTGTTCTCAGCTTATAGCTGCATATAAGGATTTTTGTGAGCATGGAACAAAG
  TCTGGATTAAACCAGGGGGCTATTTCTAGTCTTCAAAGTAGTGATATTCTTAATTTGACAAAAGAGCAGC
  CTCAGGCTAAAGCAGGCAACGGGCAGAGCCCCTGTGGAGTAGAGGACGTCCTTCAGCTTCTGCGGATTCT
  GTATATAGTTGCAAGTGATCCTTATTCAAGGATATCCCAAGAAGATGGCGATGAGCAGCCTCAGTTTACT
  TTTCCACCTGATGAATTTACAAGTAAAAAAATCACCACAAAAATTTTGCAGCAGATTGAGGAACCGTTGG
  CACTGGCCAGTGGGGCTCTGCCAGACTGGTGTGAACAGTTAACCAGCAAGTGTCCTTTCCTGATCCCATT
  CGAGACGAGGCAGCTTTATTTCACCTGTACTGCATTTGGTGCGTCCAGAGCAATAGTGTGGCTACAGAAC
  AGGCGGGAAGCCACTGTGGAGCGAACTCGGACCACGAGCAGTGTACGGCGAGATGATCCTGGGGAATTTA
  GAGTGGGTCGCCTCAAGCACGAAAGAGTGAAAGTTCCCCGTGGAGAGTCTCTGATGGAGTGGGCCGAGAA
  TGTCATGCAGATACACGCAGATCGGAAGTCAGTTCTCGAGGTTGAATTTCTAGGAGAAGAAGGAACTGGC
  TTGGGACCCACTTTAGAGTTTTATGCTCTTGTGGCGGCTGAGTTTCAGAGGACTGACTTGGGGACTTGGC
  TTTGTGATGATAATTTTCCAGATGATGAATCTCGTCATGTTGATCTTGGAGGTGGATTGAAGCCTCCAGG
  ATACTATGTACAGCGGTCATGTGGACTGTTCACAGCGCCATTCCCACAGGACAGTGATGAGCTTGAAAGG
  ATCACAAAACTCTTCCATTTCCTTGGGATTTTCTTGGCCAAATGTATTCAGGACAATAGACTGGTGGACT
  TGCCTATCTCTAAGCCTTTCTTTAAACTTATGTGCATGGGCGACATTAAAAGCAATATGAGCAAACTAAT
  CTATGAGTCCCGCGGCGACAGAGACTTGCACTGTACTGAAAGTCAGTCGGAAGCTTCTACAGAAGAAGGC
  CATGACTCCCTCTCAGTGGGAAGCTTTGAAGAGGATTCAAAATCAGAATTTATCCTCGATCCCCCTAAGC
  CCAAACCCCCAGCCTGGTTTAATGGGATTTTAACTTGGGAAGATTTTGAACTAGTAAATCCTCACAGAGC
  CAGATTTTTAAAAGAAATTAAAGACCTTGCTATTAAGAGGCGCCAGATTCTAGGCAATAAAAGTCTTTCT
  GAAGATGAGAAGAACACAAAGTTACAGGAACTCGTGCTCAGGAATCCATCAGGCTCGGGACCTCCACTGA
  GCATCGAGGACTTAGGTTTAAATTTCCAGTTTTGCCCATCTTCAAGAATATATGGCTTTACAGCTGTGGA
  TCTCAAGCCAAGTGGGGAAGATGAGATGATAACAATGGATAATGCAGAAGAATATGTGGATTTGATGTTT
  GACTTCTGTATGCATACGGGTATTCAGAAACAGATGGAAGCTTTTCGAGATGGGTTTAATAAAGTTTTTC
  CAATGGAGAAATTAAGTTCCTTCAGCCATGAGGAAGTCCAGATGATTCTTTGTGGAAATCAGTCACCATC
  CTGGGCAGCAGAGGACATTATCAATTACACGGAACCTAAGCTTGGCTATACACGTGACAGTCCTGGCTTC
  CTGCGGTTTGTGAGGGTTTTATGTGGCATGTCCTCAGATGAAAGGAAAGCATTCCTGCAGTTTACCACTG
  GCTGTTCAACTCTGCCCCCAGGTGGACTGGCTAACCTGCATCCGAGGCTCACAGTTGTACGAAAGGTTGA
  TGCTACTGATGCGAGCTATCCATCGGTCAACACCTGTGTCCACTATCTTAAGTTACCTGAGTATTCTTCT
  GAGGAGATCATGAGAGAGCGCTTGCTAGCTGCTACAATGGAGAAAGGCTTTCATCTCAATTGA
  
  AGCGGACCGACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCC
  TGGATTACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-RsrII
• ACCN: NM_144788
• ORF Size: 7833 bp
• Insert Size: 7833
• 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_144788.2, NP_659037.2
• RefSeq Size: 8988
• RefSeq ORF: 7833
• Locus ID: 207304