Kif13b (NM_001081177) Mouse Untagged Clone

CAT#: MC224971

Kif13b (untagged) - Mouse kinesin family member 13B (Kif13b), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Kif13b
• Synonyms: 5330429L19Rik; 6030414C01; AI429803; C130021D12Rik; GAKIN
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC224971 representing NM_001081177
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGGAGACTCCAAAGTGAAAGTGGCGGTACGGGTCCGGCCAATGAACCGACGAGAAATTGACTTACATA
  CCAAATGTGTGGTGGATGTTGAAGCGAACAAAGTTATTCTGAATCCTGTAAATACAAATCTTTCCAAAGG
  AGATGCCCGGGGCCAGCCAAAGATCTTTGCTTATGATCACTGTTTCTGGTCCATGGATGAATCTGTCCGA
  GAGAAGTATGCAGGTCAAGAAGATGTTTTCAAGTGCCTTGGGGAGAACATTCTTCAGAATGCATTTGATG
  GCTACAACGCCTGTATCTTTGCTTATGGGCAGACAGGGTCTGGAAAGTCTTACACCATGATGGGCACTGC
  TGACCAACCTGGATTAATCCCAAGGCTCTGTAGTGGACTCTTTGAACGAACCCAGAAAGAGGAAAATGAA
  GAACAGAGTTTTAAAGTCGAAGTGTCGTACATGGAAATTTATAATGAAAAAGTCCGAGACCTTCTTGACC
  CCAAAGGAAGCCGTCAGACGTTGAAAGTGAGAGAGCACAGTGTGTTGGGACCCTACGTGGATGGACTTTC
  TAAACTGGCTGTCACAAGCTACAAGGATATTGAGTCTCTGATGTCTGAGGGCAACAAGTCTCGGACAGTT
  GCTGCAACCAACATGAACGAGGAAAGTAGCCGTTCCCATGCAGTCTTCAAAATCACCCTGACACATACTC
  TGTATGATGTGAAGTCTGGGACATCTGGAGAGAAAGTGGGCAAGCTGAGCTTAGTGGATTTAGCTGGCAG
  TGAACGAGCCACGAAAACCGGAGCTGCGGGCGACAGGCTGAAGGAGGGCAGCAACATCAACAAGTCCCTC
  ACAACCCTGGGTCTGGTTATCTCTGCCCTAGCTGATCAGGGTGCTGGCAAAAACAAAAATAAATTTGTTC
  CCTATCGGGACTCAGTTCTCACATGGCTGCTCAAGGACAGTCTGGGAGGTAATAGCAAGACTGCCATGGT
  GGCCACTGTGAGCCCCGCTGCAGATAACTATGACGAAACCCTCTCAACCCTGAGGTACGCAGATCGAGCA
  AAGCACATCGTCAACCATGCTGTGGTGAATGAGGATCCGAATGCTCGGATTATCCGAGATCTGCGGGAGG
  AGGTGGAGAAGCTCCGGGAGCAGCTGACCAAGGCAGAGGCAATGAAATCTCCAGAGCTGAAAGATCGTCT
  GGAAGAATCGGAGAAACTCATCCAGGAAATGACTGTGACCTGGGAGGAGAAACTAAGGAAAACTGAGGAG
  ATTGCGCAGGAGCGGCAAAAGCAGCTTGAGAGCCTTGGCATATCTCTTCAGACTTCTGGAATCAAGGTTG
  GGGATGACAAGTGCTTCCTGGTTAACCTGAATGCTGACCCAGCTCTGAATGAACTCCTGGTGTACTACTT
  AAAGGAGCACACGCTGATAGGGTCGGCCAATTCTCAGGACATCCAGCTCTGCGGGATGGGCATCCTCCCT
  GAGCACGGCATCATAGACATCACGCCCGAGGGCCAGGTTGTGCTGACTCCTCAGAAGAACACCAGAACAT
  TTGTCAATGGGTCTTCTGTCTCCAGCCCCATCCAGCTGCACCATGGGGACAGGATACTGTGGGGAAACAA
  CCATTTCTTCAGACTCAATCTGCCAAAAAAGAAAAAGAAAGCAGAGCGAGAGGACGAGGACCGTGAGGCA
  TCCCTGAAAAACGACAGTAGTTCTGAGCAGCTGGATGCCGACGGCGACTCCTCCAGTGAGGTGTCCAGCG
  AGATCAACTTCAACTTTGAGTATGCACAGATGGAGGTGACCATGAAGGCTCTGGGCAGCAATGACCCAAT
  GCAGTCCATACTGAGCAGCCTAGAACAGCAGCATGAGGAGGAGAAGCGGTCTGCTCTGGAGCGCCAGAGG
  CTCATGTACGAACACGAACTGGAACAGCTTCGAAGAAGGCTGTCTCCTGAGAGGCAGAACTGCCGCGGTG
  TGGACCGGCTCTCCTTCCACTCGCCCAGTGCCCAGCAGCGCTTGAAACAGTGGGCTGAAGAGAGAGAAGC
  AACATTGAATAACAGCTTGATGAGGCTGAGGGAGCAGATTGTAAAGGCCAACCTGCTGGTTCGGGAAGCT
  AGTTACATCGCAGAAGAGTTGGATAAAAGAACCGAGTATAAAGTTACCCTCCAGATTCCAACCTCCAGTC
  TGGATGCCAATAGGAAGCGAGGCTCTCTCCTCAGTGAACCTGCCATCCAGGTGAGAAGAAAGGGCAAAGG
  AAAGCAGATTTGGTCTTTGGAAAAGCTGGAAAACAGGCTTTTGGATATGAGAGACCTCTACCAGGAGTGG
  AAGGAGTGTGAAGAAGACAGCCCGGTTAGCCGGTCCTACTTCAAGCGTGCTGACCCATTCTATGATGAGC
  AGGAAAACCATAGTCTCATCGGTGTGGCCAATGTCTTCCTGGAGACCCTGTTTTATGACGTGAAGTTACA
  GTATGCTGTGCCGATCATCAACCAGAAGGGAGAGGTGGCAGGCCGGCTGCACGTGGAGGTGATGCGACTC
  AGTGGGGCTATTGGGGAGAGGATTGCAGGAGGAGACGATCCTACAGAGGTCAGCTCTGAAAAGGAAGCCC
  AGGAGAACAGGCTGGTCTGCATGGTTAAAATACTCCAAGCCACAGGGTTGCCGCAGCATCTGTGTCACTT
  TGTCTTCTGCAAATATGACTTCTGGGATCAGCAGGAGCCAGTGACCGTTGCCCCTGAAGTGGATACGTCT
  TCGTCTCCCACCAGCAAGCAGCCACAGTGTATGGTTGTGTTCGATCACTGCAGTGAGTTCAGTGTTAACA
  TCACAGAAGACTTCATTGAATATCTCTCAGAAGGGGCCCTAGCCATTGAAGTATATGGACATAAAATGAA
  TGATCCCCGGAAAAACCCAGCCCTGTGGGACTTGGGGATCATCCAAGCAAAAACAAGGAGTCTTCGGGAC
  AGGTGGAGTGAAGTCACCAGAAAGTTGGAATTCTGGGTTCAGATCTTGGAACAGAATGAGAATGGTGATT
  ACTGTCCGGTGGAAGTAATTGCTGCAAAAGATGTCCCCACAGGAGGGATCTTCCAGCTCCGACAGGGGCA
  GTCTCGGCGAGTTCAAGTTGAAGTGAAGTCTGTGCAGGAGTCAGGAACTTTACCACTGATGGAAGAGTGC
  ATATTGTCAGTTGGCATTGGGTGTGTGAAAGTTAGGCCACTCCGGTCCCCTAAGATCCACGAGAATGTCC
  ATGAGGAAGAGGAGGACATGGACAGCTACCAGGATAGGGATTTAGAGCGGCTTCGTAGAAAATGGCTCAA
  TGCATTAACCAAACGTCAAGAATACTTGGATCAACAACTGCAGAAGCTTGTCAGTAAACATGACAAAACT
  GAGGATGATGCTGACCGAGAGGCACAGCTCCTGGAGATGCGGCTGACGCTCACAGAGGAAAGAAATGCAG
  TGATGGTGCCTTCTGCTGGGAGTGGCATTCCAGGGGCCCCTGCAGAATGGACCCCAGTGCCTGGGATGGA
  GACCCACATTCCTGTTATATTTCTTGACTTAAATGCGGATGATTTCAGCTCTCAGGATAATCTCGATGAC
  CCAGAAGCAGGATGGGATGCTACCCTGACTGGGGAAGAGGAGGAGGAGTTCTTTGAGCTGCAGATTGTGA
  AACAACACGATGGAGAGGTGAAGGCAGAGGCCTCCTGGGACTCTGCAGTGCACAGCTGTCCTCAACTCAG
  TAAGGGCACACCTGCTGACGAGCGAGTGTTCCTCATCCTGCGAGTGACTGTCCAGCTCAGCCATCCTGCC
  GACATGCAGCTGGTCCTACGCAAGAGGATTTGTGTCCATGTTCATGGGCGCCAGGGCTTTGCTCAAAGTC
  TCCTCAAAAAGATGTCTCACCGGAGCTCTATTCCTGGCTGTGGAGTGACCTTTGAAATCGTCTCCAATAT
  TCCAGAGGATGCCCAGGGAGTGGAGGAGCGAGAGGCACTGGCAAGGATGGCAGCTAACGTGGAAAACCCA
  GCATCTGCTGACTCCGAGGCCTATATTGAGAAGTACTTGAGGAGTGTGCTGGCCGTGGAAAACCTCCTGA
  CTTTAGATCGCCTGCGTCAGGAAGTGGCCGTGAAGGAGCAGCTGACGGGGAAGGGGAAGCTGAGCCGAAG
  GAGTATCAGCTCCCCCAGCATGAACAGATTGTCAGGAAGCCGGCAGGAGCTTAGCCCATCCCACAGTCTA
  GGCAGCAACAAGGGCCGGTGGGAAAGTCAACAGGATGTGTCCCAAACACTAGTTTCCAGAGGAATAGCTC
  CAGGCCCTCCAGCTCTCTCTGTTTCGCCCCAAAATAACCAGTCTCCTGATCCTGGACTGGGAGGCGTGGC
  AGCCTCTTACTTGAACCCAGTGAAGTCCCTGGTGCCACAGATGCCAAAGCTGCTGAAGTCTCTCTTCCCT
  GTTCGGGATGACAGAAGGGGGAGACACTCATCTCCCCTTGCACACCAGCCCGTGCCCCGAATCTTGGTGC
  AGCCTACCTTCTCAGATACCTGGGCAACAAGGACAGAGGAGGTGAGTCACCAGGTTGGGGCTGCCCCACT
  TGCAGAGGTGATGGCGGCCCCTGCAGTAAAGATCTGTGACAAACCTGTCAAAGTGTCTTCCCCTCCATCT
  CCCATGGTGGTTACTCAGCCCCCAGAAGGACAGGATGGACCACCCAGCCCTTTGAGTGAAGCTTCAAGTG
  GCTACTTCTCTCACAGTGTCTCTTCTGCCACCCTGTCAGAAACACTCACCTTAGGCCTGGACACCACAGG
  CCTCGGCAGCCAGACGCCTGGGTCCCCCCCTGCCCTGTGTCAGGTCACCCCAGAGCCTGAGCTGGCTTTC
  CTCTCCTGCACACAAAGCCATCCTCCTGCCCCAGAGGAGGCCCACGTACCTGCAGCTCCTACTCAAAGCA
  CAGAGCTGGAGGTTCCCAGAGCACCTCTTCTTTCTGAACCCGCGTCTGCTGTACCCACGTCCCCATTCAG
  AATCCGGAAAGTGCGGACCTCAGAGCTTAAGTCCTTCACAGGCATGCTGGGTGGTGCCTCCTCCGGAGCA
  GAGGAGGACCCCCTGGCTTCAGAAGACCCCAGCAATGCTAGGGGACAGACTCTGGGGAGGCTAGAAGTAA
  CATCTGACTCTGAGGATGCCAGCGAAGTCCCTGAGTGGCTCAGAGAGGGAGAGTATGTTGTTGTGGGCAC
  CAACAAGACGGGCATTGTACGGTATATTGGACCAACTGATTTCCAGGAGGGAACATGGATTGGTGTGGAG
  CTGGATCTGCCTGCAGGAAAGAATGATGGCTCCATTGGTGGGAAACAGTATTTCAGGTGCAACCCTGGCT
  ATGGGCTGCTGGTGAGGCCCAGCCGGGTCCGCAGGGCTGTGGGCACTGGGCGCAGGCGCAGTTCAGGGCT
  CCAGCCTCAGGGAGCCCCAGAGGTCCGCAGAAGTGCTACCATCTCGGGCTCTGCCACCAACCTGGCTTCA
  CTGACAGCTGCACTGGCCAAGGGAGACAGGAGTTACAAGAATCCTGAGAACCGGAAGTCCTGGGCCAGCT
  AA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001081177
• Insert Size: 5532 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).
• Product Components: The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
• Reconstitution: 1. Centrifuge at 5,000xg for 5min.
  2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA.
  3. Close the tube and incubate for 10 minutes at room temperature.
  4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom.
  5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.

Reference Data

• RefSeq: NM_001081177.1, NP_001074646.1
• RefSeq Size: 5603 bp
• RefSeq ORF: 5532 bp
• Locus ID: 16554
• Cytogenetics: 14 D1