DOCK10 (NM_001290263) Human Untagged Clone

CAT#: SC338131

DOCK10 (untagged) - Human dedicator of cytokinesis 10 (DOCK10), transcript variant DOCK10.2

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: DOCK10
• Synonyms: DRIP2; Nbla10300; ZIZ3
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_001290263, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGAGTTTTCGAGGGAAGGTTTTTAAACGGGAGCCCAGTGAATTTTGGAAGAAGAGACGAACTGTGAGGA
  GAGTAAACCAAGAAGAAATCCACAGATTTAGTTCTCAAGAAAAGCCTAGGCTTCTCGAGCCTTTGGATTA
  TGAGACTGTCATTGAAGAACTTGAAAAGACCTACCGGAATGATCCTCTTCAAGATCTCTTGTTCTTCCCC
  AGTGATGACTTTTCAGCAGCCACAGTTTCCTGGGATATCCGCACGTTGTACTCAACAGTACCTGAAGATG
  CAGAGCACAAGGCAGAAAATTTACTGGTTAAGGAGGCTTGTAAATTTTATAGTTCCCAGTGGCATGTGGT
  AAACTACAAATATGAACAATATTCTGGAGACATTCGACAGCTACCCCGAGCAGAATACAAACCAGAGAAG
  CTTCCTTCACATTCCTTTGAGATTGACCATGAAGATGCTGATAAGGATGAAGATACCACTTCCCACTCGT
  CTTCCAAGGGGGGTGGAGGAGCGGGAGGAACTGGTGTTTTCAAGTCCGGCTGGCTCTACAAGGGGAATTT
  TAACAGCACCGTGAACAACACCGTTACTGTTCGGTCATTCAAAAAGCGCTACTTCCAGCTGACTCAGTTA
  CCAGATAACTCCTACATTATGAACTTTTACAAAGATGAGAAAATATCCAAAGAACCCAAAGGATGCATCT
  TTTTGGATTCCTGTACAGGAGTGGTGCAGAATAACAGACTAAGAAAATATGCCTTTGAATTGAAAATGAA
  TGATCTGACCTATTTTGTGCTGGCAGCTGAAACAGAGTCAGATATGGATGAATGGATCCACACCCTCAAC
  CGCATTCTGCAAATCAGTCCTGAGGGGCCCCTCCAAGGGAGGAGGAGCACAGAGCTCACTGATCTGGGTC
  TGGATTCGCTGGATAATTCTGTAACTTGTGAATGCACGCCAGAGGAAACAGATTCTTCAGAGAACAACCT
  ACACGCAGACTTTGCAAAGTACCTCACAGAAACAGAAGATACTGTAAAAACAACTCGAAACATGGAGAGG
  CTAAATCTGTTCTCTCTAGATCCAGACATAGATACCTTGAAACTTCAAAAAAAAGATCTCTTGGAACCTG
  AGTCTGTGATCAAACCATTTGAAGAAAAAGCTGCCAAGAGAATCATGATCATCTGTAAAGCCCTCAACTC
  AAATCTTCAGGGATGTGTTACGGAGAATGAAAATGATCCGATAACGAATATTGAGCCTTTTTTTGTGAGT
  GTGGCACTTTATGACCTCAGAGACAGCAGGAAGATTTCTGCTGATTTTCATGTGGATCTAAACCATGCTG
  CTGTCAGACAGATGCTCTTGGGGGCTTCTGTGGCTTTGGAAAATGGCAACATCGACACCATCACTCCAAG
  ACAATCAGAAGAACCTCACATCAAGGGACTTCCAGAGGAATGGCTAAAATTTCCAAAGCAGGCTGTATTT
  TCTGTAAGCAATCCACATTCTGAAATTGTTTTGGTGGCCAAAATCGAAAAAGTCTTGATGGGAAACATTG
  CAAGTGGTGCCGAACCTTATATTAAGAACCCAGACTCCAACAAGTATGCACAAAAGATACTAAAATCCAA
  CAGACAATTCTGCAGCAAATTGGGAAAATACCGTATGCCTTTTGCTTGGGCAGTAAGATCAGTATTTAAG
  GACAACCAGGGAAATGTGGACAGAGACTCAAGATTTTCACCATTGTTTAGACAAGAAAGTAGCAAGATTT
  CAACTGAGGACCTAGTTAAACTAGTATCAGATTATAGAAGGGCCGACAGAATAAGCAAAATGCAGACCAT
  TCCTGGAAGCCTGGATATTGCTGTTGACAACGTTCCCTTGGAGCATCCAAATTGTGTAACATCGTCCTTT
  ATCCCTGTCAAGCCTTTCAACATGATGGCTCAAACAGAACCCACAGTGGAGGTGGAAGAATTTGTTTACG
  ATTCAACAAAGTATTGTCGGCCTTACAGAGTATATAAAAATCAAATTTATATTTACCCCAAACACCTCAA
  GTATGATAGCCAGAAATGCTTCAACAAGGCACGGAATATAACTGTGTGCATTGAATTCAAAAATTCAGAT
  GAAGAAAGTGCCAAGCCCCTGAAGTGTATTTATGGAAAACCTGGAGGGCCCCTCTTCACCTCAGCCGCCT
  ACACAGCAGTTCTGCACCACTCTCAGAATCCGGATTTCTCAGATGAGGTGAAAATTGAGCTACCAACACA
  ACTCCATGAGAAACACCATATTTTGTTTTCTTTTTATCACGTCACCTGTGACATCAATGCAAAAGCTAAT
  GCCAAAAAGAAGGAGGCTCTGGAAACGTCAGTTGGATATGCTTGGCTTCCTCTGATGAAACACGATCAGA
  TAGCTTCTCAAGAGTACAACATCCCAATAGCAACAAGTCTGCCTCCTAATTATTTAAGCTTTCAAGATTC
  TGCAAGTGGAAAGCATGGTGGGAGTGACATTAAATGGGTTGATGGTGGCAAACCACTTTTCAAAGTGTCG
  ACATTTGTTGTATCAACAGTAAATACTCAGGATCCACATGTGAATGCATTTTTCCAAGAGTGCCAAAAAA
  GAGAGAAAGATATGTCTCAGTCACCTACCTCAAATTTCATCCGCTCTTGTAAGAACTTATTGAATGTGGA
  AAAGATTCATGCAATCATGAGTTTTCTGCCTATAATTTTGAATCAGCTCTTCAAAGTTCTGGTACAGAAT
  GAGGAAGATGAAATAACTACAACTGTCACCAGGGTTCTGACCGACATTGTGGCCAAGTGCCATGAGGAGC
  AGCTGGATCATTCTGTCCAGTCATATATTAAGTTCGTGTTCAAGACCAGGGCATGCAAGGAGAGGACTGT
  ACATGAGGAACTGGCTAAAAATGTGACTGGTCTTTTGAAATCAAATGACTCAACAACAGTAAAGCATGTC
  CTAAAGCATTCCTGGTTCTTCTTTGCAATTATCCTAAAATCGATGGCACAGCACTTGATTGACACAAATA
  AAATCCAGCTTCCCCGGCCTCAGAGATTTCCTGAATCTTACCAAAATGAATTGGACAATCTTGTCATGGT
  CCTATCCGACCATGTGATTTGGAAATACAAGGATGCACTTGAAGAAACAAGAAGGGCAAACCACAGCGTT
  GCCAGATTTCTCAAGCGCTGCTTTACATTTATGGACCGAGGGTATGTGTTTAAGATGGTCAACAATTACA
  TCAGCATGTTCTCCTCCGGTGACCTTAAGACCTTGTGCCAGTATAAATTTGATTTTCTTCAAGAAGTATG
  TCAACATGAACACTTTATCCCTTTGTGTCTGCCCATAAGATCAGCAAACATTCCAGATCCTTTGACACCT
  TCAGAATCGACTCAAGAGTTACATGCATCAGATATGCCTGAATATTCAGTCACAAATGAATTTTGTCGCA
  AACACTTCTTAATCGGAATTCTGCTCCGAGAAGTTGGCTTTGCCCTGCAGGAAGACCAAGATGTCAGACA
  CTTAGCTTTAGCTGTCCTAAAAAATCTAATGGCTAAGCATTCATTTGATGATCGATACAGAGAGCCAAGA
  AAGCAGGCCCAGATAGCAAGTTTATACATGCCCCTGTACGGCATGCTCCTGGACAATATGCCAAGGATTT
  ATCTGAAGGACCTGTATCCTTTTACTGTCAATACATCTAATCAGGGGTCTAGAGATGATCTAAGCACCAA
  TGGAGGATTTCAAAGCCAGACAGCTATCAAACATGCAAACTCTGTGGATACATCATTTTCTAAAGATGTT
  TTAAATTCCATAGCAGCATTTTCATCAATAGCTATTTCTACAGTAAACCATGCTGACTCCAGAGCATCTT
  TAGCAAGTCTTGACTCCAATCCAAGTACCAATGAGAAGAGCAGTGAGAAGACGGACAACTGTGAAAAGAT
  CCCAAGACCCTTGTCTTTGATTGGCTCAACTCTTCGATTTGACAAGTTAGATCAAGCAGAAACCAGGAGT
  CTCCTGATGTGTTTTCTTCACATTATGAAAACGATTTCGTACGAGACTCTGATTGCCTACTGGCAGAGAG
  CTCCCAGCCCAGAGGTGTCCGACTTCTTCAGCATCTTGGACGTTTGTCTTCAAAATTTCAGATACCTAGG
  AAAACGCAACATAATAAGAAAAATTGCTGCTGCATTTAAATTTGTGCAGTCCACCCAGAACAATGGAACT
  CTCAAAGGATCCAATCCTTCCTGCCAGACATCAGGTCTCTTGTCACAATGGATGCACTCCACTTCCAGTC
  ATGAAGGCCATAAGCAGCACAGATCACAAACTTTACCTATAATTCGAGGCAAAAATGCACTTTCTAACCC
  CAAACTCTTACAGATGTTAGACAATACCATGACCAGCAACTCCAATGAAATAGACATCGTGCATCATGTA
  GACACTGAGGCCAATATAGCTACGGAGGTTTGCCTCACTATTCTGGACCTGTTATCCCTCTTCACACAGA
  CTCATCAGAGACAACTCCAACAATGTGACTGTCAAAATTCATTGATGAAAAGGGTCTTTGATACCTACAT
  GCTCTTTTTCCAAGTCAATCAGTCAGCCACAGCGCTGAAGCATGTGTTTGCCTCCTTGAGACTGTTTGTA
  TGCAAGTTTCCTTCAGCGTTCTTTCAAGGGCCTGCTGACCTCTGTGGATCATTCTGTTACGAAGTCCTAA
  AATGCTGTAACCACAGGTCACGGTCAACTCAGACAGAAGCCTCAGCCCTTCTGTACTTTTTCATGAGGAA
  GAATTTTGAATTTAACAAGCAGAAGTCAATTGTCCGGTCCCACTTACAACTCATCAAAGCTGTGAGCCAG
  TTAATAGCCGATGCTGGGATTGGAGGCTCTCGGTTTCAACATTCGCTTGCAATTACCAATAATTTCGCCA
  ATGGAGATAAGCAAATGAAAAACAGCAATTTCCCAGCAGAGGTGAAGGACCTGACTAAGCGTATAAGGAC
  TGTTTTGATGGCCACAGCTCAGATGAAGGAGCACGAGAAGGACCCCGAGATGCTGGTGGATCTCCAGTAC
  AGCCTGGCAAACTCCTACGCAAGCACTCCTGAACTACGCAGGACCTGGCTGGAAAGTATGGCCAAGATTC
  ATGCCAGAAACGGAGATTTATCTGAGGCTGCCATGTGTTACATCCATATTGCTGCTCTCATTGCAGAGTA
  TCTGAAAAGAAAGGGTTACTGGAAAGTGGAAAAGATTTGCACAGCATCCCTGCTCTCGGAGGATACCCAC
  CCCTGTGATAGCAACTCATTACTAACAACTCCCAGTGGAGGAAGCATGTTCTCTATGGGATGGCCAGCTT
  TTTTGAGCATTACACCAAACATTAAGGAAGAAGGAGCGATGAAAGAGGATTCTGGAATGCAAGATACACC
  ATACAATGAGAATATCCTGGTGGAGCAGCTATACATGTGTGTGGAGTTTCTCTGGAAGTCTGAGCGATAT
  GAACTCATTGCTGATGTCAACAAGCCCATCATTGCTGTCTTTGAGAAACAACGAGACTTCAAAAAATTGT
  CAGATCTCTACTACGACATTCATCGGTCATATCTGAAAGTGGCAGAGGTGGTGAATTCGGAGAAGCGGCT
  GTTTGGTCGCTACTATCGTGTGGCATTTTATGGGCAGGGCTTTTTTGAAGAAGAAGAAGGTAAAGAGTAT
  ATTTATAAAGAGCCTAAGCTGACAGGTCTGTCCGAGATTTCCCAAAGATTACTCAAGCTCTATGCAGATA
  AATTTGGAGCAGACAATGTGAAGATAATCCAGGATTCCAACAAGGTAAACCCCAAGGATTTGGACCCCAA
  ATATGCCTACATCCAGGTGACCTATGTGACGCCGTTCTTTGAGGAAAAGGAAATCGAAGACCGGAAGACA
  GATTTCGAAATGCACCACAACATCAACCGCTTTGTCTTCGAGACACCCTTCACGCTGTCGGGCAAGAAGC
  ACGGTGGGGTGGCGGAGCAGTGCAAGCGGCGGACGATCCTGACAACGAGTCACCTGTTCCCCTACGTGAA
  GAAGAGAATACAAGTAATTAGCCAATCGAGCACAGAACTGAATCCAATTGAAGTGGCAATTGACGAGATG
  TCCAAGAAGGTTTCTGAGCTTAATCAGCTTTGCACAATGGAAGAAGTGGACATGATCAGACTGCAGCTCA
  AACTGCAAGGAAGTGTCAGCGTGAAGGTTAATGCTGGGCCAATGGCCTATGCACGAGCTTTTCTTGAAGA
  AACCAATGCAAAGAAGTACCCTGACAACCAAGTAAAGCTTTTGAAGGAGATCTTCAGGCAATTTGCAGAT
  GCATGTGGGCAGGCCCTTGACGTGAATGAGCGCCTCATCAAAGAGGACCAGCTGGAGTACCAGGAAGAAC
  TGAGGTCCCACTACAAGGACATGCTCAGCGAACTCTCCACAGTCATGAATGAGCAGATTACGGGCAGGGA
  CGACCTGTCAAAGCGCGGAGTGGACCAAACCTGCACTCGAGTAATTAGCAAAGCAACTCCGGCCCTACCC
  ACGGTCTCCATCTCATCTAGTGCTGAAGTCTGA
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_001290263
• ORF Size: 6543 bp
• 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_001290263.1, NP_001277192.1
• RefSeq Size: 7288
• RefSeq ORF: 6543
• Locus ID: 55619
• Gene Summary: This gene encodes a member of the dedicator of cytokinesis protein family. Members of this family are guanosine nucleotide exchange factors for Rho GTPases and defined by the presence of conserved DOCK-homology regions. The encoded protein belongs to the D (or Zizimin) subfamily of DOCK proteins, which also contain an N-terminal pleckstrin homology domain. Alternatively spliced transcript variants that encode different isoforms have been described. [provided by RefSeq, Mar 2014]
  Transcript Variant: This variant (2; also known as DOCK10.2) represents use of an alternate promoter, differs in the 5' UTR and 5' coding region, and initiates translation at a distinct start codon, compared to variant 1. The resulting protein (isoform 2) is shorter and has a distinct N-terminus compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments.