KIF24 (NM_194313) Human Untagged Clone

CAT#: SC318608

KIF24 (untagged)-Human kinesin family member 24 (KIF24)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: KIF24
• Synonyms: bA571F15.4; C9orf48
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_194313, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGGCATCCTGGTTATATGAATGTCTTTGTGAAGCTGAACTTGCACAGTATTATTCTCATTTCACTGCCC
  TTGGCCTTCAGAAAATAGATGAATTAGCCAAGATTACAATGAAGGACTACTCCAAATTAGGAGTCCATGA
  CATGAACGACCGCAAACGTCTCTTCCAACTTATCAAAATTATTAAGATTATGCAAGAAGAAGATAAAGCA
  GTCAGTATCCCAGAGCGTCATCTTCAGACAAGCAGCCTGCGCATCAAATCTCAGGAATTAAGATCTGGCC
  CTCGCAGACAGCTGAATTTTGATTCTCCTGCTGACAATAAAGACAGAAATGCCAGCAATGATGGGTTTGA
  AATGTGCAGTTTATCAGATTTCTCTGCAAATGAACAGAAGTCCACTTACCTAAAAGTGCTAGAACACATG
  CTACCAGATGATTCCCAGTACCATACAAAAACAGGAATTCTGAATGCCACAGCTGGTGATTCCTATGTGC
  AAACAGAAATCAGCACTTCACTCTTTTCACCAAATTACCTTTCTGCAATACTGGGGGATTGTGATATTCC
  CATTATTCAAAGAATCTCTCATGTTTCAGGGTATAACTATGGAATCCCTCATTCTTGTATCAGACAGAAC
  ACTTCAGAGAAACAGAATCCTTGGACTGAGATGGAGAAAATCAGAGTTTGTGTTCGAAAACGCCCCCTGG
  GCATGAGGGAGGTACGTCGTGGAGAAATTAATATTATTACTGTAGAAGACAAAGAAACTCTACTTGTGCA
  TGAGAAGAAAGAAGCAGTTGACCTCACTCAATATATTCTGCAGCATGTTTTTTATTTTGATGAAGTCTTT
  GGTGAGGCGTGCACCAATCAGGATGTATACATGAAGACTACTCACCCACTTATTCAGCATATTTTCAATG
  GAGGCAATGCCACTTGCTTTGCTTATGGACAGACAGGTGCTGGAAAGACCTACACCATGATAGGAACTCA
  TGAGAACCCAGGATTGTATGCTCTAGCTGCCAAAGATATCTTCAGGCAACTAGAAGTGTCCCAGCCAAGA
  AAGCACCTCTTTGTGTGGATCAGCTTCTATGAAATTTACTGTGGACAGCTTTATGACCTCCTAAATAGAA
  GAAAAAGGCTCTTTGCAAGAGAAGATAGCAAGCACATGGTGCAGATAGTGGGACTGCAAGAGCTTCAGGT
  GGACAGTGTGGAGCTCCTCTTAGAGGTGATCTTAAAGGGCAGCAAGGAGCGCAGCACTGGGGCCACTGGA
  GTTAATGCAGACTCCTCCCGCTCCCATGCCGTCATCCAAATTCAGATCAAAGATTCAGCCAAGAGGACAT
  TTGGCAGGATCTCTTTTATTGACTTGGCTGGCAGTGAAAGAGCAGCAGATGCAAGGGACTCAGATAGACA
  GACAAAGATGGAAGGTGCAGAAATAAATCAGAGTCTACTGGCTCTGAAGGAATGTATCCGAGCACTGGAT
  CAGGAACACACCCATACTCCCTTCAGGCAAAGCAAACTAACTCAGGTCCTGAAGGACTCTTTCATCGGCA
  ATGCCAAAACCTGCATGATCGCCAACATCTCACCAAGCCACGTGGCCACTGAACACACTCTCAACACCTT
  GCGCTATGCTGACCGGGTCAAAGAACTAAAGAAAGGCATTAAGTGTTGCACTTCAGTTACCAGTCGAAAT
  CGGACATCTGGAAACTCCTCTCCAAAACGAATTCAGAGCTCCCCTGGGGCTTTGTCAGAGGACAAATGTT
  CTCCCAAAAAAGTCAAGCTGGGATTTCAGCAGTCACTCACAGTGGCAGCCCCTGGTTCCACGAGAGGGAA
  GGTCCATCCTCTGACCAGCCACCCACCCAACATTCCTTTTACTTCTGCACCTAAGGTCTCTGGTAAAAGG
  GGTGGCTCCAGAGGGAGTCCTTCACAAGAGTGGGTCATTCATGCTAGCCCTGTGAAAGGAACTGTGCGCT
  CTGGACATGTGGCCAAAAAAAAGCCAGAAGAGTCAGCACCATTGTGCTCTGAGAAAAATCGAATGGGCAA
  CAAAACTGTCCTTGGGTGGGAAAGCAGGGCCTCAGGCCCAGGAGAAGGCCTAGTGCGTGGTAAGCTGTCC
  ACCAAGTGCAAGAAAGTGCAGACAGTGCAGCCAGTACAGAAGCAGCTTGTGTCTCGAGTTGAGCTCTCCT
  TTGGCAACGCCCACCACAGGGCTGAGTACAGTCAAGACAGCCAGAGGGGCACGCCTGCTAGGCCTGCCTC
  TGAAGCTTGGACAAACATCCCGCCACATCAGAAGGAGAGGGAGGAACATCTGCGTTTCTATCACCAGCAG
  TTCCAACAGCCACCTCTCCTCCAACAGAAGTTAAAATACCAACCACTGAAAAGGTCTTTACGCCAGTACA
  GGCCCCCAGAGGGTCAGCTCACGAATGAGACTCCGCCTCTGTTCCACTCTTACTCTGAAAACCATGATGG
  AGCCCAAGTAGAGGAACTTGATGACAGTGATTTCAGTGAAGATTCTTTTTCACACATCTCTAGTCAGAGG
  GCCACAAAGCAAAGGAACACCCTGGAGAATAGCGAAGACTCATTCTTCCTGCACCAGACGTGGGGACAGG
  GTCCTGAGAAGCAGGTGGCAGAAAGACAGCAGAGTCTGTTTTCTAGCCCCAGGACAGGTGACAAGAAAGA
  TCTAACTAAAAGCTGGGTGGACTCCAGGGACCCCATAAACCACAGAAGAGCAGCACTCGATCACAGCTGC
  AGCCCAAGTAAGGGGCCCGTGGACTGGAGCAGAGAGAACTCTACTTCCTCAGGGCCTTCTCCCAGAGACA
  GCCTGGCAGAGAAGCCATACTGTTCACAGGTAGATTTCATATATAGACAGGAAAGAGGTGGAGGCTCTTC
  CTTTGATCTCAGAAAGGATGCCTCCCAAAGTGAGGTTTCTGGGGAGAATGAGGGCAACTTGCCATCCCCA
  GAGGAAGATGGTTTCACTATCTCATTGTCCCACGTTGCAGTTCCTGGATCCCCAGACCAAAGAGACACAG
  TCACCACACCTCTGAGAGAAGTCAGTGCAGACGGCCCAATCCAGGTGACCAGCACTGTGAAAAACGGTCA
  TGCTGTCCCAGGAGAGGATCCTAGGGGGCAGTTAGGCACGCATGCTGAATATGCTTCTGGACTCATGTCT
  CCCCTCACCATGTCCCTCCTGGAGAACCCAGACAACGAAGGGTCTCCTCCCTCGGAGCAGCTGGTCCAGG
  ATGGGGCTACGCACAGTCTAGTGGCAGAGAGCACAGGGGGCCCAGTTGTGAGCCACACAGTGCCATCTGG
  TGATCAAGAGGCAGCCTTGCCAGTGTCTTCAGCAACTAGGCACCTGTGGCTGTCCTCATCTCCCCCTGAT
  AATAAGCCTGGTGGTGATCTTCCAGCTCTGTCCCCATCACCCATCCGTCAGCACCCAGCTGACAAGCTGC
  CCAGCAGGGAGGCAGACCTAGGAGAGGCCTGCCAGAGCAGAGAGACTGTACTTTTCTCCCACGAACACAT
  GGGTAGTGAGCAGTATGATGCTGATGCAGAGGAGACGGGGCTGGATGGCTCCTGGGGTTTCCCAGGAAAG
  CCCTTCACCACCATACATATGGGGGTACCCCATTCTGGACCTACACTCACCCCACGAACAGGAAGTAGTG
  ATGTGGCTGACCAGCTCTGGGCCCAGGAGAGAAAACATCCTACAAGGCTTGGTTGGCAGGAGTTTGGTTT
  GTCCACAGACCCCATCAAGTTGCCCTGCAACAGTGAAAATGTCACATGGCTCAAACCCAGGCCGATCTCA
  AGGTGCTTAGCAAGGCCAAGTTCTCCCTTGGTTCCCAGCTGCTCTCCCAAGACTGCAGGGACACTCCGTC
  AGCCCACCCTGGAGCAAGCGCAGCAGGTGGTCATCCGAGCACACCAGGAACAGCTGGATGAAATGGCTGA
  GCTCGGCTTCAAGGAGGAGACGCTGATGAGCCAGCTGGCTTCTAATGATTTTGAAGATTTTGTGACCCAG
  CTGGATGAAATCATGGTTCTGAAATCCAAGTGTATCCAGAGTCTGAGGAGCCAGCTGCAGCTCTATCTCA
  CCTGCCACGGGCCCACCGCAGCCCCTGAGGGAACAGTGCCGTCTTAG
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_194313
• ORF Size: 4107 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_194313.2, NP_919289.2
• RefSeq Size: 6237
• RefSeq ORF: 4107
• Locus ID: 347240
• Protein Families: Druggable Genome
• Gene Summary: This gene encodes a member of the kinesin superfamily of microtubule-based motor proteins which are involved in the intracellular transport of membranous organelles, protein complexes, and mRNAs. They also play critical roles in mitosis, morphogenesis, and signal transduction. The encoded protein contains an N-terminal sterile alpha motif (SAM) domain and an ATP-binding kinesin motor domain. It binds centriolar coiled coil protein 110 and centrosomal protein 97 and localizes to the mother centriole to regulate ciliogenesis by controlling microtubule polymerization. [provided by RefSeq, Mar 2017]