KIF13A (NM_022113) Human Untagged Clone

CAT#: SC308822

KIF13A (untagged)-Human kinesin family member 13A (KIF13A), transcript variant 1

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: KIF13A
• Synonyms: bA500C11.2; RBKIN
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_022113, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGTCGGATACCAAGGTAAAAGTTGCCGTCCGGGTCCGGCCCATGAACCGACGAGAACTGGAACTGAACA
  CCAAGTGCGTGGTGGAGATGGAAGGGAATCAAACGGTCCTGCACCCTCCTCCTTCTAACACCAAACAGGG
  AGAAAGGAAACCTCCCAAGGTATTTGCCTTTGATTATTGCTTTTGGTCCATGGATGAATCTAACACTACA
  AAATACGCTGGTCAAGAAGTGGTTTTCAAGTGCCTTGGGGAAGGAATTCTTGAAAAAGCCTTTCAGGGGT
  ATAATGCGTGTATTTTTGCATATGGACAGACAGGTTCGGGAAAATCCTTTTCCATGATGGGCCATGCTGA
  GCAGCTGGGCCTTATTCCAAGGCTCTGCTGTGCTTTATTTAAAAGGATCTCTTTGGAGCAAAATGAGTCA
  CAGACCTTTAAAGTTGAAGTGTCCTATATGGAAATTTATAATGAGAAAGTTCGGGATCTTTTAGACCCCA
  AAGGGAGTAGACAGTCTCTTAAAGTTCGAGAACATAAAGTTTTGGGACCATATGTAGATGGTTTATCTCA
  ACTAGCTGTCACTAGTTTTGAGGATATTGAGTCATTGATGTCTGAGGGAAATAAGTCTCGAACGGTAGCT
  GCTACCAACATGAACGAAGAAAGCAGCCGCTCCCATGCTGTGTTCAACATCATAATCACACAGACACTTT
  ATGACCTGCAGTCTGGGAATTCCGGGGAGAAAGTCAGTAAGGTCAGCTTGGTAGACCTGGCGGGTAGCGA
  AAGAGTATCTAAAACAGGAGCTGCAGGAGAGCGACTGAAAGAAGGCAGCAACATTAACAAATCGCTTACA
  ACCTTGGGGTTGGTTATATCATCACTGGCTGACCAGGCAGCTGGCAAGGGTAAAAGCAAATTTGTGCCTT
  ATCGAGATTCAGTCCTCACTTGGCTGCTTAAGGACAACTTGGGGGGCAACAGCCAAACCTCTATGATAGC
  CACAATCAGCCCAGCCGCAGACAACTATGAAGAGACCCTCTCCACATTAAGATATGCAGACCGAGCCAAA
  AGGATTGTGAACCATGCTGTTGTGAATGAGGACCCCAACGCAAAAGTGATCCGAGAACTGCGGGAGGAAG
  TCGAGAAACTGAGAGAGCAGCTCTCTCAGGCAGAGGCCATGAAGGCCCCTGAACTGAAGGAGAAGCTCGA
  AGAGTCTGAAAAGCTGATAAAAGAACTAACAGTGACTTGGGAAGAGAAGCTGAGAAAAACAGAAGAGATA
  GCACAGGAAAGACAACGACAACTTGAAAGCATGGGGATTTCCCTGGAGATGTCCGGTATCAAGGTGGGGG
  ATGACAAATGCTACTTAGTCAATCTGAATGCAGACCCTGCTCTTAACGAACTTCTGGTTTATTATTTAAA
  GGATCACACCAGGGTGGGTGCAGATACCTCTCAAGATATCCAGCTTTTTGGCATAGGAATTCAGCCTCAG
  CACTGTGAGATTGACATTGCATCTGATGGAGACGTCACTCTCACTCCAAAAGAAAATGCAAGGTCCTGTG
  TGAACGGCACCCTTGTGTGCAGTACCACCCAGCTGTGGCATGGTGACCGAATCCTATGGGGAAATAATCA
  CTTTTTTAGAATAAACTTACCTAAGAGGAAACGTCGAGATTGGTTGAAAGACTTTGAAAAAGAAACGGGC
  CCGCCAGAGCATGACCTGGATGCAGCCAGTGAGGCTTCCTCTGAACCAGACTATAACTATGAATTTGCAC
  AGATGGAAGTTATCATGAAAACCCTGAATAGTAATGACCCAGTTCAAAATGTGGTTCAGGTCCTGGAGAA
  ACAATACCTAGAAGAAAAGAGAAGTGCCCTAGAGGAGCAGCGGCTCATGTATGAGCGGGAACTGGAGCAA
  CTCCGCCAGCAGCTCTCCCCCGACAGGCAGCCACAGAGTAGCGGCCCTGACCGCCTGGCCTACAGCAGCC
  AGACAGCGCAGCAGAAGGTGACCCAGTGGGCAGAAGAGAGGGATGAACTCTTCCGACAAAGCCTGGCAAA
  ACTGCGAGAGCAGCTGGTTAAAGCTAATACCTTGGTGAGGGAAGCAAACTTCCTGGCTGAGGAAATGAGC
  AAACTCACCGATTACCAAGTGACTCTTCAGATCCCTGCTGCAAACCTCAGTGCCAATAGGAAGAGAGGTG
  CAATAGTGAGTGAACCAGCTATCCAAGTGAGGAGGAAAGGAAAGAGCACCCAAGTGTGGACCATTGAGAA
  GCTGGAGAATAAATTAATTGACATGAGAGACCTTTACCAAGAATGGAAGGAAAAAGTTCCTGAGGCAAAG
  AGACTCTACGGAAAACGAGGTGACCCTTTCTATGAAGCCCAAGAAAATCACAACCTCATCGGGGTGGCGA
  ATGTATTCTTGGAATGCCTCTTCTGTGATGTGAAACTTCAGTATGCAGTCCCTATCATCAGCCAGCAGGG
  GGAGGTTGCAGGGCGTCTCCACGTGGAAGTGATGCGTGTTACAGGAGCTGTTCCAGAGCGTGTGGTGGAG
  GATGACTCTTCGGAGAATTCCAGTGAAAGTGGGAGCCTTGAAGTCGTAGACAGCAGCGGGGAAATCATTC
  ACCGAGTCAAAAAGCTGACATGTCGGGTAAAAATTAAAGAAGCAACGGGGCTGCCCTTAAACCTCTCAAA
  TTTTGTCTTCTGTCAATACACATTCTGGGACCAGTGTGAGTCTACGGTGGCTGCCCCGGTGGTGGACCCC
  GAGGTGCCTTCACCACAGTCCAAGGATGCCCAGTACACAGTGACCTTCTCCCACTGTAAGGACTATGTGG
  TGAATGTAACAGAAGAATTTCTGGAGTTCATTTCAGATGGAGCACTGGCCATTGAAGTATGGGGCCACCG
  GTGTGCTGGAAATGGCAGCTCCATCTGGGAGGTCGATTCTCTTCATGCTAAGACAAGAACACTGCATGAC
  AGGTGGAATGAAGTAACGCGAAGAATAGAAATGTGGATCTCCATATTAGAATTGAATGAGTTAGGAGAGT
  ATGCTGCAGTGGAACTTCATCAGGCAAAAGATGTCAACACAGGAGGCATCTTTCAACTTAGACAGGGTCA
  TTCCCGTAGAGTACAAGTCACGGTGAAACCTGTGCAGCATTCAGGGACACTGCCACTTATGGTTGAAGCC
  ATCCTGTCAGTATCCATCGGCTGTGTAACTGCCAGGTCCACCAAACTCCAAAGAGGGCTGGACAGTTACC
  AGAGAGATGATGAGGATGGTGATGATATGGATAGTTATCAGGAAGAAGACTTAAACTGCGTAAGGGAGAG
  GTGGTCAGATGCACTCATTAAACGACGAGAATACCTGGATGAACAGATAAAAAAAGTCAGCAATAAAACA
  GAGAAAACAGAGGACGATGTGGAGCGGGAAGCCCAGCTTGTGGAGCAGTGGGTAGGGCTGACTGAGGAAA
  GGAATGCTGTGCTGGTGCCAGCCCCAGGCAGTGGGATTCCTGGGGCACCTGCCGACTGGATCCCACCTCC
  TGGAATGGAAACCCACATACCAGTTCTCTTCCTCGATTTGAATGCGGATGACCTCAGTGCCAATGAGCAG
  CTTGTTGGCCCCCATGCATCCGGCGTGAACTCCATCCTGCCCAAGGAGCATGGCAGCCAGTTTTTCTACC
  TGCCCATCATAAAGCACAGTGATGATGAGGTTTCAGCCACAGCCTCTTGGGATTCCTCGGTGCATGATTC
  TGTTCACTTGAATAGGGTCACACCACAGAATGAAAGGATTTACCTAATTGTGAAAACCACAGTTCAACTC
  AGCCACCCTGCTGCTATGGAGTTAGTATTACGAAAACGAATTGCAGCCAATATTTACAACAAACAGAGTT
  TCACGCAGAGTTTGAAGAGGAGAATATCCCTGAAAAATATATTTTATTCCTGTGGTGTAACCTATGAAAT
  AGTATCCAATATACCAAAGGCAACTGAGGAGATAGAGGACCGGGAAACGCTGGCTCTCCTGGCAGCAAGG
  AGTGAAAACGAAGGCACATCAGATGGGGAGACGTACATTGAGAAGTACACTCGAGGCGTGCTGCAGGTGG
  AAAACATTCTGAGTCTTGAACGGCTCCGGCAGGCCGTCACAGTCAAAGAAGCACTTTCCACCAAAGCCCG
  GCACATTCGGAGGAGCCTCAGTACACCAAATGTTCATAATGTCTCTTCCAGCCGACCGGACCTTTCTGGC
  TTTGATGAAGATGACAAGGGTTGGCCAGAGAACCAGTTGGACATGTCTGACTATAGCTCCAGTTACCAAG
  ATGTAGCATGTTATGGAACTTTACCCAGGGATTCTCCTCGAAGGAATAAAGAAGGTTGTACATCAGAGAC
  TCCTCATGCCTTAACCGTCAGCCCTTTTAAAGCATTCTCTCCTCAGCCACCAAAGTTTTTCAAGCCCCTA
  ATGCCTGTAAAAGAGGAGCATAAGAAAAGGATAGCCCTGGAAGCAAGGCCTCTTCTAAGCCAGGAGAGCA
  TGCCTCCACCTCAGGCACATAACCCTGGCTGCATTGTACCCTCAGGAAGCAATGGCAGCAGCATGCCAGT
  AGAACACAATAGCAAACGTGAGAAGAAGATTGACTCTGAGGAGGAAGAAAATGAGCTGGAAGCTATTAAC
  AGGAAGCTAATAAGTTCACAGCCTTATGTACCTGTGGAGTTTGCTGACTTCAGTGTTTACAATGCCAGCT
  TGGAGAACAGGGAATGGTTTTCCTCTAAAGTAGATCTGTCAAACTCACGGGTCTTGGAGAAAGAAGTGTC
  CCGTAGCCCTACCACCAGCAGTATTACCAGTGGCTACTTTTCCCACAGTGCCTCCAATGCCACCCTGTCT
  GACATGGTGGTCCCTTCTAGTGACAGCTCAGACCAGCTGGCCATTCAGACGAAGGATGCAGACTCCACCG
  AGCACTCCACACCATCGCTTGTGCATGATTTCAGGCCGTCCTCAAACAAAGAGTTGACAGAAGTCGAAAA
  AGGCTTGGTAAAGGACAAGATAATTGTGGTGCCACTCAAGGAAAACAGTGCCTTAGCCAAAGGGAGCCCA
  TCATCCCAGAGCATCCCTGAGAAAAACTCCAAATCACTGTGCAGGACTGGCTCATGTTCAGAACTAGATG
  CCTGCCCCAGCAAAATTAGCCAGCCAGCCAGGGGATTCTGCCCCAGGGAGGTGACGGTAGAACACACCAC
  CAACATCCTTGAAGACCATTCTTTCACAGAATTTATGGGAGTGTCAGAGGGAAAAGATTTTGATGGTTTG
  ACAGATTCTTCTGCTGGAGAGCTTTCCAGTAGGAGGAGTCTACCAAATAAAACAGGCGGCAAGACTGTCT
  CCGATGGGCTCCACCACCCCAGCCAGCTGCATTCCAAGTTAGAGAATGACCAGGTAATAATTCCAGAGGC
  AGCCTTTTGGGTTCTGTGCTGTCAATGA
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_022113
• ORF Size: 5418 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).
• 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_022113.5, NP_071396.4
• RefSeq Size: 6005
• RefSeq ORF: 5418
• Locus ID: 63971
• Domains: kinesin
• Protein Families: Druggable Genome
• Gene Summary: This gene encodes a member of the kinesin family of microtubule-based motor proteins that function in the positioning of endosomes. This family member can direct mannose-6-phosphate receptor-containing vesicles from the trans-Golgi network to the plasma membrane, and it is necessary for the steady-state distribution of late endosomes/lysosomes. It is also required for the translocation of FYVE-CENT and TTC19 from the centrosome to the midbody during cytokinesis, and it plays a role in melanosome maturation. Alternative splicing of this gene results in multiple transcript variants. [provided by RefSeq, Aug 2011]
  Transcript Variant: This variant (1) encodes the longest isoform (a, also known as RBKIN1).