HECTD1 (NM_015382) Human Untagged Clone

CAT#: SC309301

HECTD1 (untagged)-Human HECT domain containing 1 (HECTD1)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: HECTD1
• Synonyms: EULIR
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_015382, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGGCAGATGTGGACCCAGATACATTGCTGGAATGGCTACAGATGGGACAGGGAGATGAAAGGGACATGC
  AACTAATAGCCCTTGAACAGCTATGCATGCTGCTTTTGATGTCTGACAACGTGGATCGTTGTTTTGAAAC
  ATGTCCTCCTCGCACTTTCTTACCAGCCCTTTGCAAAATTTTTCTTGATGAAAGTGCTCCAGACAATGTA
  TTAGAGGTGACAGCCCGTGCCATAACATACTACCTGGATGTATCTGCGGAATGTACCCGAAGGATTGTTG
  GGGTAGATGGAGCTATAAAAGCACTTTGTAATCGTTTGGTTGTAGTTGAACTTAACAACAGGACTAGCAG
  AGACTTAGCCGAACAGTGTGTAAAGGTATTAGAACTGATATGTACTCGTGAGTCAGGAGCAGTCTTTGAG
  GCTGGTGGTTTGAATTGTGTGCTTACCTTCATTCGTGACAGTGGACATCTAGTTCATAAAGACACCTTGC
  ACTCTGCTATGGCTGTGGTATCAAGACTCTGTGGCAAAATGGAGCCTCAAGATTCTTCTTTAGAAATTTG
  TGTAGAATCTCTGTCTAGTTTATTAAAGCATGAAGATCATCAGGTTTCAGATGGAGCTCTGCGATGCTTT
  GCATCACTGGCTGACCGATTTACCCGTCGTGGTGTTGACCCAGCTCCATTAGCCAAGCATGGATTAACTG
  AGGAGCTGTTATCTCGAATGGCTGCTGCTGGTGGTACTGTTTCAGGACCATCATCAGCATGCAAACCAGG
  TCGCAGCACCACAGGAGCTCCATCCACCACTGCAGATTCCAAATTGAGTAATCAGGTGTCAACAATTGTA
  AGTCTGCTCTCAACACTTTGCAGAGGCTCTCCGGTAGTAACACATGATCTTCTGAGGTCGGAGCTTCCAG
  ATTCAATTGAAAGTGCATTGCAGGGTGATGAAAGATGTGTGCTTGATACTATGCGTTTGGTTGACCTTCT
  CTTGGTGCTATTATTTGAAGGACGAAAAGCTTTGCCAAAGTCTAGTGCTGGATCTACAGGCAGAATCCCA
  GGACTCCGGAGATTAGATAGTTCTGGGGAGCGCTCACATCGGCAGCTTATAGATTGTATTCGAAGTAAAG
  ATACCGATGCACTTATAGATGCAATTGACACAGGAGCCTTTGAAGTAAATTTTATGGATGATGTAGGTCA
  GACTCTATTAAACTGGGCCTCTGCTTTTGGAACTCAGGAAATGGTAGAATTTCTTTGTGAGAGAGGTGCA
  GATGTTAATAGAGGTCAAAGGTCATCATCATTACATTATGCTGCATGTTTTGGAAGACCTCAAGTAGCAA
  AGACTCTGTTACGGCATGGTGCAAATCCAGATCTGAGAGATGAAGATGGGAAAACTCCATTAGATAAAGC
  TCGAGAAAGGGGCCATAGTGAAGTGGTAGCTATTCTTCAGTCTCCAGGTGATTGGATGTGTCCAGTTAAT
  AAAGGAGATGATAAGAAAAAGAAAGATACAAACAAAGATGAAGAAGAATGTAATGAGCCCAAAGGAGATC
  CGGAAATGGCACCCATATACTTGAAAAGGTTATTGCCAGTGTTTGCACAAACATTTCAGCAAACTATGCT
  GCCTTCAATAAGGAAAGCAAGTCTTGCTCTAATTCGAAAAATGATTCATTTTTGCTCTGAAGCACTGTTA
  AAAGAAGTTTGTGATTCTGATGTTGGTCACAATTTGCCTACAATACTAGTGGAAATCACTGCAACTGTCC
  TGGATCAAGAGGATGATGATGATGGCCACTTGCTGGCTTTGCAGATCATAAGGGATTTAGTAGATAAAGG
  TGGTGATATATTTTTGGATCAGCTAGCCAGACTTGGTGTAATTAGCAAAGTGTCAACGTTGGCAGGTCCT
  TCCTCTGATGATGAGAATGAAGAGGAATCAAAACCAGAAAAAGAAGATGAACCACAGGAAGATGCTAAAG
  AATTGCAACAAGGTAAACCATATCATTGGAGAGACTGGTCAATCATTAGGGGAAGGGACTGCTTATATAT
  TTGGAGTGATGCAGCAGCCTTGGAATTATCTAATGGCAGTAATGGATGGTTCAGATTTATCTTGGATGGA
  AAACTTGCCACCATGTATTCAAGTGGTAGTCCGGAAGGTGGATCTGACAGTTCAGAAAGCCGAAGTGAAT
  TCTTAGAGAAGTTACAAAGAGCTCGAGGCCAAGTAAAGCCATCTACTTCAAGTCAACCTATACTGTCAGC
  ACCAGGACCCACTAAACTTACTGTAGGAAATTGGTCACTGACATGTTTGAAAGAAGGAGAAATTGCTATT
  CATAATTCAGATGGTCAGCAAGCTACAATATTGAAAGAAGATTTACCTGGTTTTGTATTTGAATCTAATA
  GAGGAACCAAACATTCATTTACTGCAGAAACTTCCCTGGGTTCAGAATTTGTGACTGGCTGGACTGGCAA
  AAGAGGCAGAAAACTGAAATCTAAGTTAGAAAAAACAAAGCAAAAGGTACGAACTATGGCTCGAGATTTA
  TACGATGACCATTTTAAAGCTGTTGAAAGCATGCCTCGTGGAGTAGTGGTAACACTCAGAAACATAGCAA
  CTCAGTTAGAGTCATCTTGGGAACTTCATACAAATAGACAATGTATTGAGAGTGAGAACACTTGGAGAGA
  TTTAATGAAGACAGCTTTAGAAAACCTAATTGTACTTTTGAAGGATGAAAACACAATTTCACCATATGAA
  ATGTGTAGCAGTGGCTTGGTACAAGCACTTCTTACTGTGTTAAACAATAGCATGGATTTGGATATGAAAC
  AAGATTGTAGTCAACTGGTAGAAAGAATAAATGTTTTTAAAACTGCCTTTAGTGAAAATGAAGATGATGA
  AAGTCGACCAGCAGTTGCGTTAATTCGAAAGTTAATAGCTGTACTAGAATCTATTGAACGTCTACCTCTC
  CATTTGTATGATACACCAGGATCCACATATAACCTCCAGATACTTACAAGGAGATTACGATTTCGGTTGG
  AACGTGCACCTGGTGAAACTGCATTGATTGACAGGACTGGCAGAATGTTGAAGATGGAACCTTTGGCTAC
  AGTTGAATCTCTGGAACAGTACCTTTTGAAAATGGTAGCAAAACAGTGGTATGATTTTGACCGATCTTCA
  TTTGTTTTTGTTCGAAAATTAAGAGAAGGACAAAATTTTATATTTCGGCACCAGCATGATTTTGATGAAA
  ATGGAATCATTTACTGGATTGGAACAAATGCAAAAACTGCTTATGAATGGGTAAATCCAGCTGCCTATGG
  ACTTGTAGTAGTAACGTCATCAGAAGGAAGAAATCTACCTTATGGCCGCTTAGAAGACATACTAAGTCGT
  GATAATTCAGCTTTAAATTGTCATAGCAATGATGATAAGAATGCCTGGTTTGCCATAGATCTGGGTCTCT
  GGGTGATACCATCAGCATATACACTTCGTCATGCTCGTGGTTATGGAAGGTCTGCACTGAGAAATTGGGT
  TTTCCAGGTATCCAAAGATGGACAGAACTGGACTTCTTTGTATACCCATGTTGATGACTGCAGTCTCAAT
  GAACCAGGGTCAACTGCAACTTGGCCTCTTGATCCACCAAAGGATGAGAAACAAGGGTGGAGACATGTGA
  GAATTAAACAGATGGGGAAAAATGCCAGTGGACAAACACACTACCTCTCATTATCTGGATTCGAACTTTA
  TGGCACTGTAAATGGAGTATGTGAAGATCAGCTAGGGAAAGCAGCTAAAGAAGCAGAAGCTAATCTTAGA
  CGGCAGAGACGTCTAGTACGTTCCCAGGTTCTGAAATACATGGTTCCAGGAGCTCGTGTTATCAGAGGCC
  TGGATTGGAAATGGCGAGATCAGGATGGCAGCCCACAGGGAGAAGGCACTGTCACAGGAGAACTACACAA
  TGGCTGGATTGATGTCACCTGGGATGCTGGTGGCTCAAACTCTTACCGTATGGGCGCAGAAGGAAAATTT
  GACCTCAAGCTTGCACCAGGGTACGACCCTGATACAGTGGCATCACCCAAACCTGTTTCATCCACTGTTT
  CAGGCACAACGCAATCATGGAGCAGCTTGGTGAAAAACAACTGTCCAGACAAGACATCTGCTGCTGCAGG
  CTCCTCAAGTAGAAAAGGAAGCAGCAGTTCTGTGTGTAGCGTGGCCAGTAGCAGCGACATCAGCTTGGGT
  TCGACCAAAACGGAACGGAGATCAGAAATTGTAATGGAACACAGTATAGTTTCAGGAGCTGATGTCCATG
  AACCAATTGTTGTTCTTTCATCTGCTGAAAACGTCCCTCAAACAGAAGTAGGGTCATCTTCCAGTGCAAG
  CACCAGCACCTTAACAGCGGAAACGGGAAGTGAAAATGCTGAAAGGAAGTTAGGCCCTGATAGTTCTGTT
  CGTACTCCTGGGGAGTCTAGTGCAATATCCATGGGAATTGTCAGTGTTAGTTCTCCTGATGTTAGTTCAG
  TATCTGAATTAACTAATAAAGAAGCAGCTTCACAACGACCTCTTAGCTCTTCAGCAAGTAACAGACTGTC
  AGTGAGTTCTTTGTTGGCTGCTGGGGCCCCTATGAGCTCTAGTGCAAGTGTACCTAACCTGTCCTCAAGA
  GAAACATCTAGCTTGGAGAGTTTTGTAAGGAGAGTGGCAAACATAGCACGGACTAATGCCACGAACAACA
  TGAATCTAAGCCGAAGCAGCAGTGATAACAACACTAATACTTTGGGGAGGAATGTGATGAGCACAGCAAC
  TTCTCCTCTTATGGGTGCTCAGAGTTTCCCTAATTTGACCACACCTGGTACTACATCAACAGTGACTATG
  TCAACATCCAGTGTTACTAGCAGCAGCAATGTAGCTACAGCAACAACAGTTTTATCAGTTGGTCAATCTT
  TAAGTAACACTTTAACCACCAGCCTCACATCAACTTCCAGTGAGAGTGACACAGGTCAGGAAGCAGAATA
  TTCCTTATATGATTTCCTTGATAGCTGCCGTGCCAGTACTCTATTGGCTGAGCTCGATGATGATGAGGAC
  TTACCTGAGCCAGATGAAGAAGATGATGAGAATGAAGATGACAATCAGGAGGACCAAGAATACGAGGAGG
  TTATGATTCTGAGACGCCCATCCCTGCAACGTCGAGCTGGCTCCCGCTCTGATGTAACGCATCATGCTGT
  TACCTCGCAGCTACCACAGGTACCTGCTGGAGCAGGGAGCCGACCTATTGGGGAGCAGGAAGAAGAAGAG
  TACGAAACTAAAGGAGGACGCCGGAGAACATGGGATGATGATTATGTGCTAAAGAGACAGTTTTCTGCAT
  TGGTTCCTGCTTTTGATCCTAGACCTGGTCGTACTAATGTCCAGCAGACAACTGATCTAGAAATACCACC
  CCCAGGGACCCCTCATTCAGAGCTCTTGGAAGAAGTCGAATGTACTCCGTCACCTCGATTAGCTCTCACT
  TTGAAAGTAACAGGTCTTGGAACGACTCGTGAAGTTGAATTACCACTCACCAATTTCAGATCAACCATCT
  TTTACTATGTACAAAAATTGCTTCAATTGTCCTGTAATGGCAATGTGAAATCAGATAAACTTAGGCGTAT
  TTGGGAGCCCACATACACAATCATGTACAGAGAAATGAAGGATTCTGATAAAGAAAAGGAAAATGGAAAA
  ATGGGTTGCTGGTCTATAGAGCATGTGGAGCAGTACCTTGGCACTGATGAATTACCAAAGAATGACTTGA
  TAACCTACCTGCAGAAGAATGCAGACGCTGCTTTCCTGCGCCACTGGAAATTAACTGGCACTAATAAAAG
  TATTAGGAAAAACAGAAATTGTTCTCAGCTCATAGCTGCATATAAGGATTTTTGTGAGCATGGAACAAAG
  TCTGGGTTAAACCAGGGGGCCATTTCTACTCTTCAAAGTAGTGATATTCTTAATTTAACAAAAGAACAAC
  CTCAGGCCAAAGCAGGCAATGGACAGAACTCTTGTGGAGTAGAAGATGTCCTTCAGCTTCTGCGTATTCT
  ATATATAGTTGCAAGTGACCCTTATTCAAGAATATCCCAGGAAGATGGTGATGAACAGCCTCAGTTTACT
  TTTCCACCAGATGAATTCACTAGCAAAAAAATTACAACAAAAATATTACAGCAGATTGAGGAACCATTGG
  CACTGGCAAGTGGGGCTCTGCCAGACTGGTGTGAACAATTAACCAGCAAATGTCCTTTTCTAATACCATT
  TGAAACTAGACAGCTTTATTTCACATGTACAGCATTTGGCGCCTCAAGAGCAATAGTATGGTTACAGAAC
  CGACGTGAAGCCACTGTGGAGCGAACGAGAACCACAAGCAGTGTTAGGCGAGATGACCCTGGAGAGTTTC
  GAGTTGGTCGTCTCAAGCATGAAAGAGTAAAAGTTCCACGTGGCGAGTCACTGATGGAATGGGCTGAGAA
  TGTCATGCAAATACATGCAGATCGGAAATCAGTTCTTGAGGTTGAATTTTTAGGAGAAGAAGGAACTGGC
  TTGGGACCCACATTAGAGTTTTATGCTCTGGTGGCAGCAGAATTCCAGAGAACTGACTTGGGAGCTTGGC
  TTTGTGATGATAATTTTCCAGATGATGAATCTCGTCACGTTGATCTTGGAGGTGGATTGAAACCTCCTGG
  ATATTATGTGCAGAGGTCATGTGGACTGTTCACAGCACCATTTCCACAGGATAGTGATGAGCTTGAAAGG
  ATCACGAAACTGTTTCATTTCCTTGGAATTTTCTTGGCCAAATGCATTCAAGACAATAGACTTGTGGACT
  TACCTATTTCTAAACCTTTTTTTAAACTTATGTGTATGGGTGACATTAAAAGCAATATGAGTAAACTGAT
  TTATGAGTCACGAGGTGATAGAGACTTACACTGTACTGAAAGTCAGTCTGAAGCTTCTACAGAAGAAGGT
  CATGATTCACTCTCGGTAGGAAGCTTTGAAGAGGATTCAAAATCAGAATTTATTCTTGATCCCCCTAAAC
  CAAAACCCCCAGCTTGGTTTAATGGAATTTTGACTTGGGAAGACTTTGAATTAGTAAACCCACACAGAGC
  CAGATTTTTAAAAGAAATTAAAGACCTTGCTATCAAGAGGCGCCAAATTTTAAGCAACAAAGGTCTTTCT
  GAAGATGAGAAGAACACAAAATTACAGGAACTAGTGCTGAAGAATCCATCAGGTTCTGGGCCTCCACTTA
  GCATAGAGGATTTAGGTTTAAATTTCCAGTTTTGCCCTTCCTCAAGAATATATGGTTTTACAGCTGTGGA
  TCTCAAGCCAAGTGGTGAAGATGAGATGATAACAATGGATAATGCAGAAGAATATGTGGATTTGATGTTT
  GACTTTTGTATGCATACGGGTATTCAGAAACAAATGGAAGCCTTTAGAGATGGGTTTAATAAAGTTTTTC
  CAATGGAGAAATTAAGTTCCTTCAGCCATGAAGAAGTCCAAATGATTCTTTGTGGAAACCAGTCACCATC
  CTGGGCAGCAGAGGATATTATCAATTACACTGAACCTAAGCTGGGTTATACACGTGACAGCCCTGGTTTC
  CTGAGGTTTGTGAGGGTTTTATGTGGCATGTCTTCTGATGAAAGGAAAGCATTCTTGCAGTTTACCACTG
  GTTGTTCAACTCTACCCCCAGGTGGACTGGCTAACCTGCATCCCAGGCTCACGGTTGTACGCAAGGTTGA
  TGCTACTGATGCAAGCTATCCATCAGTCAATACATGTGTGCATTACCTTAAGTTGCCTGAATATTCTTCC
  GAGGAGATCATGAGAGAGCGCCTGCTAGCTGCTACAATGGAGAAAGGCTTTCATCTCAATTGA
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_015382
• ORF Size: 7833 bp
• OTI Disclaimer: Due to the inherent nature of this plasmid, standard methods to replicate additional amounts of DNA in E. coli are highly likely to result in mutations and/or rearrangements. Therefore, OriGene does not guarantee the capability to replicate this plasmid DNA. Additional amounts of DNA can be purchased from OriGene with batch-specific, full-sequence verification at a reduced cost. Please contact our customer care team at custsupport@origene.com or by calling 301.340.3188 option 3 for pricing and delivery.
  
  The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info
• OTI Annotation: This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA.

Reference Data

• RefSeq: NM_015382.3, NP_056197.3
• RefSeq Size: 9192
• RefSeq ORF: 7833
• Locus ID: 25831
• Protein Families: Druggable Genome