Map3k19 (NM_011737) Mouse Untagged Clone

CAT#: MC224197

Map3k19 (untagged) - Mouse Yeast Sps1/Ste20-related kinase 4 (S. cerevisiae) (Ysk4), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Map3k19
• Synonyms: Ysk4
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC224197 representing NM_011737
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGATTCTATGCCCAGACCAGAAAGACATGCCGAGTCACTGCTTGACATCTGTCATGAGGCAGGCTCTA
  CTCCAATGGAGATGACAGTTTCCCAAACTGAAAACCTCACCTTGCAGAGCATCAGCAGCAGTGAGGACTT
  TGACCTTGAAGATGACTTCAGCCCGTTCATATTGGCTAGGGAAGGAGCAGCTCCCAGGGGTGAAAACTGG
  CCACGAAGGACAGAAGGTGTGGAGATTATTGTGACGTTTCCACCGGATCCTCTCCAAGAAGCAAGCCAAG
  AAGACTTGAAAGAAAGCAATCAGGTGACTTCAGAGCATCAGGAACGGGAACAAGTGCATCCTGTCTCTCC
  ACCAGATGACGCGGAGATGGTGGGCCTCACGGGGAGGATGCTAACCACACAGCCTTCACTTCTGAAGACA
  GACGGAAGTTCTGAGGAGCTCTGTGGTGTGGACGTGGCTCTCTCACCACCCAGACCTTGCTTAGACTCAA
  GCCTTGCTGCATCTGCAGCTGGGGAGGTGGCTCCTTGTGTTCTGAAAGAACAGCAAAGGCAATCTGATGA
  GTTTCCTACCTCTGACATAAGCTACAGTAGCCGAAGAACTGGGCTTCCTCTGCCACCACTATCATGCTTG
  CCCATGAGATCTTGTATCTTCAATATGGAAAAAAGCCCCAAGTCCCCAAGGCACAGGGAAAGAAAGGTCC
  CCAGCCTCAGCCTGTCTGTGCCTAAGCTCCTGGAACCTCTTAGCCGACCTCTTAGCCAATCTGCAGAGTT
  TAGTTCATCAAAGAACCATCAAGAAGTCACGCAGGAAGGACCAGTGGAACACACCCTCAGGGGTTCTAAC
  TGTACCCTCTGGTCCAGAAACATGTGTTCTTTCCGGAAGAGCGGAAAACAGGGAGTAGCGGAGAGTTGGC
  CATCCCAGGAAATGGAAGGGTGGGACAAAACTAAAACCTCTGGCTTCAAAGAAGGGCCATCTTTGTTCTC
  TTGTGAGAGTGTCAAAGAAGACACTACTCCTACAGAGAGGGAAAGGGATAGTGGGTACCATGTTAGTGAG
  ATGCAAAGAGGGGGAGAGGACTCCCAATATCTTTCATCAAGAAAAAAAGAGAGTTGGACAGCCAGAGTGG
  TTGAGCGAGATTCAGGGGTTGAGCACCCCATTCTCTGCAAGCTCCTGGAAGTCTCAAATTCAGAAATGAC
  CCCAGCAGAGGAGAAAGAGATCGGAAATGAGAACGTTCCTGATGCCAAAAGCAATTCTGTACACAAATCT
  GGAGCAATGGAGCCACATGCAGCGTCAGAAGAGGTTAGTGTTCCTAAGAATGGTCCCAGTGTGAACTCTG
  ACGGCCCTGCTGAAGAGCTGGAAGGTCATAGAGACATAGAACAGAACAGAAAAATACCAATGGAGGAAGA
  AACAAATCCCGAAATGAATGGGGTGGTGCCGCTTACTCACATCGCATTCCCTGGAGAAGGGACATCCAAG
  GGACCCGCTAGAGCCGAACCACACCTCCAAAGGAGAAAGCGCCCGGCGCAGAACAGCAACAGCTTCAACC
  TGCTTGCTCACCGAGAACACGACAAACTCCAGACAAATACTCATAGAACCAAGTTGGATTCAAGGACCAA
  GGCCAGGAACAGAGCACCCCCTAATCTCATGGTTTCCATCCAAGCATCCATTAAGCCCAACATGCATAAA
  AACAGCATAAAAACTCAAGTTTTCCCTGCTTTGGAACTTATAGACCACAGACCTCATCCCTCCTCCAAGT
  TTCAAAGGAGAGCACCTCTGACAGAAAAGAAGTCAACGCATCAGACCCAGAAACCTAAAAAGCAAGCATT
  TCCTCGAATCGGTAAACATGCAGGCATAAAAAAGCCAGGCATTCCCCTCTCCGCTGAAACAACAGATCCG
  AGACTGCACTTCCTGGATTTGAAGTACAGTGACATGTTCAAAGAAATCAACTCAGCCTCCAACGGACCAG
  GCATCTATGAGATGTTTGGAACCCCTGTTTATTGTCACATTCGCGAGGCAGAAAGGCACGACCACAGATG
  TTACCGTGAGATACGTACGGCTCCATCAGGCCGATGTGTCGTTAATAAATGCCAGTCTTCCGAAAGTGAC
  AGGTGCAGCAACAGCAGGGCAAGACTTCTTCAGAAGAGACAACACATTAAACCCCCAAAGCCATTGCATG
  GTCTCAGGCAAAAGCACAGAGGGTTCATTTCTAAAGACAAAGGTTGCAAGGATATGGGGGGCCATACAGA
  GGATAGCGTTTCAGAACCTGATGGGCAGATGAAATCTCCAGGAAATGACTTTCTATCTTCCAAAGATGAC
  GCTCAACTCATGCACTTGATCCCCATCCCTGAACTGTCCCCCGAACAGAAAGCACCCGCTCCAGTCTCAG
  ATCTATCCATTGTTGAGGAAATCTTCACAGAGGAGTGTGCAGACGAAGAAGGCATTCTCAACGATGACAG
  CCTTACCCAAAGCCTTGGCGATCTGAAAGAGCCTGAAGGGTTGCACCCCCAGGCCCCTCTCGTTCCTTCA
  GAAAACAGCTGGGCTGTGCTTAGCGAGAAGCGTTCGGGCAAGCGTGTGTCTCCAGAAAAGCACAATGTAG
  AACCTCTTGATAAAATAAATGCTGAGCAGATGTTCCCGGGTTACCTGGAGTTTGATAGCCTTTCAGAGAA
  GTCTAAAACACTGGTGAGCTTTTCCAGTTGCTCTTTCCAGGAGAACCTGGAAAGAGCCCCTTCCCCTACA
  GAACAACACTGGGCACGTTCTTTGGAGCAGGACAGCTTAGAAAATAACTCCACCACATACCAGACATTTG
  GAAAGATTTCCCAGGAAATCTTAGACCCAGGAAAGAATGAAGAGTTGACAGACGAGTTGCTGGGTTGTCT
  AGTTGAAGAACTGTTAGCACTCGATGAGAAAGATAACAACTCTTGCCAAATAATGACAAATGAGGCAGAC
  GCCAAAAACCTGAATCTTGTCTTCAGCAGGAGAGGCAATACCATCGAAGAACTGGGCAGAGAGACAACAG
  ATGTCAAACTTCAGAGGTGTATTAATGGATTCCGGATATATGATGAGGAAAACTTTCTTACCTCAAATGA
  AAAGAAGACACTTTCTGACAAGAGCTTAAACCACGAAGAGGCTATCTTCTGGACCAAGGGTGAGATCCTT
  GGGAGAGGAGCCTATGGCACAGTATACTGTGGGCTCACCAGCCTAGGGCAGCTAATAGCTGTAAAACAGG
  TGGCCTTGGATACTTCTGATAAACTGGCTACCGAGAAGGAATACCGGAAACTGCAGGAGGAAGTGGATTT
  GCTGAAGGCACTGAAGCATGTCAACATAGTAGCTTATCTAGGGACGTGCTTGGAGGAGAACACTCTGAGC
  ATCTTCATGGAATTTGTCCCTGGTGGTTCCATCTCTAGTATAATAAACCGCTTTGGGCCACTGCCTGAGA
  TGGTGTTCTGTAAATACACAAGACAGATCCTGCAAGGTGTTGCCTATCTCCATGACAACTGTGTGGTACA
  TCGAGATATCAAAGGGAACAACGTCATGCTCATGCCAACGGGAATAATAAAGTTGATTGACTTCGGCTGT
  GCCAAGCGTTTGGCCTGGGCAGGCTTAAATGGTACCCACAGTGACATGCTCAAGTCCATGCGTGGGACTC
  CATACTGGATGGCCCCGGAGGTCATCAATGAGTCTGGCTATGGAAGGAAATCAGATATATGGAGCATTGG
  CTGCACCGTGTTCGAGATGGCCACAGGGAAGCCTCCTTTGGCTTCCATGGATAGGATGGCAGCCATGTTC
  TACATTGGAGCCCACAGAGGCCTAATGCCTCCTCTACCTGCCCGATTCTCAGAACCTGCTGCGGACTTCG
  TGCGTTTGTGCCTGACCAGGGACCAGCATGAGAGACCTTCTGCTCTCCAGCTCTTGAAGCACTCCTTCCT
  GAAGAGAAGCCAGTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_011737
• ORF Size: 3936 bp
• Insert Size: 3936
• 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_011737.1, NP_035867.1
• RefSeq Size: 3936
• RefSeq ORF: 3936
• Locus ID: 22625