Mast4 (NM_175171) Mouse Untagged Clone

CAT#: MC225375

Mast4 (untagged) - Mouse microtubule associated serine/threonine kinase family member 4 (Mast4), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Mast4
• Synonyms: 4930420O11Rik; AI642422; mKIAA0303
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225375 representing NM_175171
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGGGGAGAAAGTTTCCGAGGCGCCTGAGCCCGTGCCCCGGGGCTGCAGCGGACACGGCGCCCGGACCC
  TAGTCTCTTCGGCGGCAGCCGTGTCCTCGGAGGGCGCTTCCTCAGCGGAGTCATCCTCTGGCTCGGAAAC
  TCTGTCGGAGGAAGGGGAGCCCAGCCGCTTCTCCTGCAGGTCGCAGCCGCCGCGGCCGCCGGGCGGCGCC
  CTGGGAACCCGGCTACCCGCCGCGTGGGCTCCCGCGCGCGTGGCTCTGGAGCGTGGAGTCCCTACCCTGC
  CGCTGCCGCACCCGGGAGGAGCGGTGCTGCCGGTGCCCCAGGTCAGCAGCGCATCCCAAGAGGAGCAGGA
  TGAAGAGCTTGACCACATACTGTCTCCGCCACCCATGCCGTTTCGGAAATGCAGCAACCCAGATGTGGCC
  TGCGGCCTCGGAAAATCACTGAAGTACAAGAGACAGCTTAGTGAGGATGGGAAGCAGCTGCGGCGGGGGA
  GCCTGGGAGGAGCCCTCACAGGGAGGTACCTCCTTCCAAACCCGGTAGCAGGACAGGCCTGGCCTGCTTC
  GGCGGAGACGTCCAACCTCGTGCGCATGCGCAGCCAGGCCCTTGGCCAATCGGCTCCCTCGCTCACAGCC
  AGCTTGAAGGAGCTGAGCCTCCCCCGAAGAGGAAGTCTTTGCCGAACAAGCAACCGGAAGAGTTTGATAG
  GCAATGGCCAGTCTCCAGCACTGCCTCGACCACACTCACCTCTCTCTGCTCATGCAGGAAATAGCCCTCA
  AGACAGTCCAAGGAATTTCTCCCCCAGTGCCTCAGCCCATTTCTCATTTGCGAGGAGAACGGATGGGCGC
  CGCTGGTCTCTGGCTTCTCTCCCTTCCTCAGGCTATGGGACAAATACCCCAAGCTCCACCGTCTCCTCAT
  CCTGTTCTTCCCAGGAGAAGTTGCACCAGCTACCATACCAGCCAACCCCAGATGAATTACACTTCTTATC
  CAAACACTTCTGCACAACAGAAAGTATCGCCACTGAGAACCGGTGCAGAAACACACCCATGCGTCCACGT
  TCCCGGAGTCTCAGCCCTGGACGGTCCCCCGCCTGCTGTGACCATGAAATAATTATGATGAACCATGTCT
  ACAAAGAAAGGTTCCCAAAGGCCACAGCTCAGATGGAAGAGCGTCTGAAGGAGATCATCACCAGCTACTC
  TCCAGACCATGTTCTCCCCTTGGCAGATGGGGTACTTAGTTTCACTCACCATCAGATCATTGAGCTGGCT
  CGGGACTGTTTGGATAAATCTCACCAGGGTCTCATCACGTCGAGATACTTTTTTGAGTTGCAGCACAAAC
  TGGACAAGTTGCTCCAGGAGGCTCACGATCGCTCTGAAAGTGGAGAACTGGCATTTATCAAGCAACTAGT
  CCGAAAGATCCTAATTGTCATTGCCCGCCCCGCTCGGTTATTGGAGTGTTTGGAATTTGATCCTGAAGAA
  TTTTATTACCTATTGGAAGCTGCAGAAGGCCATGCCAAAGAAGGCCAAGGAATCAAAACTGACATCCCTA
  GGTATATCATCAGCCAGCTGGGACTCAATAAGGACCCTTTAGAAGAAATGGCTCAGTTGGGGAATTACGA
  CAGTAGGACAGCAGAGACACCAGAGATGGATGAGTCAGTGAGTAGCTCAAATACTTCCCTGAGACTTCGA
  AGGAAACCCCGAGAGAGTGATTTTGAAACAATTAAATTGATCAGCAATGGAGCCTACGGGGCAGTCTACT
  TTGTTCGGCACAAAGAGTCCCGCCAGAGGTTTGCCATGAAGAAGATCAACAAGCAGAACCTCATCCTTCG
  GAACCAGATCCAGCAGGCCTTCGTGGAGCGAGACATCCTGACTTTCGCAGAGAACCCCTTTGTGGTCAGC
  ATGTATTGCTCCTTTGAAACGAGGCGTCACTTATGCATGGTCATGGAGTATGTAGAAGGGGGAGACTGTG
  CGACCCTAATGAAAAACATGGGACCTCTCCCAGTTGATATGGCCAGAATGTATTTCGCCGAGACCGTCTT
  GGCCTTGGAGTACCTGCATAATTACGGAATCGTACACAGGGACTTGAAGCCAGACAACCTGTTGGTCACC
  TCCATGGGGCACATAAAACTGACTGACTTCGGCTTGTCTAAGGTGGGATTAATGAGCATGACCACCAATC
  TCTATGAAGGCCACATAGAGAAGGACGCTCGAGAGTTCTTAGATAAACAGGTCTGTGGTACACCTGAGTA
  CATTGCCCCCGAGGTGATTCTGAGACAGGGCTACGGGAAACCCGTGGACTGGTGGGCCATGGGCATTATC
  CTCTATGAATTTCTGGTCGGATGTGTGCCTTTCTTTGGGGACACTCCAGAAGAGCTATTTGGACAAGTCA
  TCAGTGATGAAATCAACTGGCCTGAAAAGGACGAGGCCCCTCCTCCAGACGCTCAGGAGCTGATTACCTT
  GCTCCTCAGGCAGAATCCGCTGGAGAGGCTGGGAACAGGTGGAGCCTATGAAGTGAAGCAGCATCGTTTC
  TTCCGCTCCTTAGACTGGAACAGTTTGCTGAGACAGAAGGCGGAATTTATTCCCCAACTGGAATCGGAGG
  ATGACACAAGTTATTTTGATACTCGGTCAGAGAAGTATCATCACATGGAGACGGAGGAGGAGGACGATAC
  AAACGATGAGGACTTCACCGTGGAGATAAGGCAGTTTTCTTCCTGTTCACACAGGTTTTCAAAAGTTTTC
  AGCAGTATAGATCGCATAACTCAAAATTCAGGAGAAGACAAAGATGACTCTGAGGACAAGACCAAAAGCA
  CAACGTTGCCATCCACAGAGACACTCAGCTGGAGTTCCGAATACTCTGAAATGCAACAGTTATCGACCTC
  CAACTCTTCAGATACTGAAAGCAACAGGTGCAAACTCAGCTCTGGCTTGCTCCCCAAGCTGGCTATTTCG
  ACAGATGGGGAACAAGATGAGGCTGTCCCTTGCTCTGGAGACCCCAGAGAGGAGCCAGAGAAACCTGTCC
  CTCCCTCTGAGGAGTGTACTCAGGAGGAGCCCGAGGTCACCACCCCAGCCAGCACCATCAGCAGTTCCAC
  ACTGTCAGTTGGCAGTTTTTCAGAGCACTTGGATCAGATAAATGGGCGAAGCGAGTGTGTGGACAGTACA
  GATAATTCCTCAAAGCCATCCAGTGAACCCACTTCTCACGTGGCTCGACAGCGCTTAGAAAGCACAGAGA
  AAAAGAAAATTTCTGGGAAAGTCACAAAGTCCCTCTCGGCCAGTGCTCTGTCCCTCATGATCCCAGGAGA
  TATGTTCGCTGTATCTCCATTGGGAAGCCCAATGTCCCCACACTCCCTGTCTTCAGACCCTTCTTCTTCA
  CGGGATTCCTCTCCCAGCCGAGACTCTTCTGCAGCATCTGCCAGTCCGCATCAGCCCATTGTCATCCACA
  GCTCAGGCAAGAACTATGGGTTCACCATCCGTGCTATCCGCGTGTACGTGGGGGACAGTGACATCTACAC
  AGTGCACCATATCGTCTGGAACGTAGAAGAAGGAAGTCCCGCATACCAGGCAGGACTGAAGGCCGGGGAT
  CTGATCACACACATCAACGGAGAGCCGGTGCACGGCCTCGTCCACACGGAAGTTATCGAGCTCCTGCTGA
  AGAGTGGGAATAAGGTGTCTATCACCACTACTCCATTTGAAAACACATCAATCAAAACGGGACCAGCCAG
  GAGAAACAGTTACAAGGGCCGGATGGTGAGACGAAGCAAGAAGTCCAAGAAGAAGGAGAGTCTAGAAAGG
  AGGAGATCTCTCTTCAAGAAGCTGGCCAAGCAGCCTTCTCCTTTGCTCCACACCAGCCGAAGTTTCTCCT
  GCTTAAACCGGTCCCTGTCATCTGGAGAGAGCCTCCCGGGTTCCCCAACTCACAGCTTGTCCCCGAGGTC
  TCCAACACCCAGTTATCGTTCTACTCCCGATTTTCCGTCAGGTACAAATTCCTCCCAGAGCAGCTCCCCA
  AGTTCAAGTGCCCCCAATTCTCCAGCAGGTTCAGGGCACATCCGGCCCAGCACCCTCCATGGCCTGGCTC
  CCAAACTCAGCGGGCAGCGATACCGCTCTGGAAGACGGAAGTCGGCTGGCAGCATCCCTCTCTCCCCGCT
  GGCCAGGACACCCTCTCCCACTCCACAGCCTACCTCTCCTCAGCGTTCACCATCCCCACTGTTGGGACAC
  TCACTGGGCAATGCCAAGATCACTCAGGCCTTTCCTAGCAAGATGCACTCTCCCCCCACAATCGTCAGAC
  ACATCGTGAGGCCCAAGAGTGCAGAGCCGCCCCGCTCCCCACTGCTGAAACGGGTGCAGTCGGAGGAAAA
  GTTGTCACCCTCCTATGGCAGTGACAAGAAGCTTCTGTGCTCCCGCAAGCATAGCCTAGAGGTGACACAA
  GAGGAGGTACAGAGGGAGCAGTGTCAGCGGGAAGTGACACTGCAGAGCCTGGAAGAGAATGTGTGTGACG
  CTCCTTCCCTCAGTCGGGCCAGGCCAGTGGAGCAAGGCTGTCTGAAACGCCCCGTGTCCCGGAAGGTGGG
  CAGGCAAGAGTCTGTGGATGACCTGGACCGGGACAAGCTGAAAGCCAAGGTTGTCGTAAAGAAACCAGAA
  GAGAAACATGAATCGCACCAGAAACCTCACAGCCTTGGTGGTGATTCGGAAAGCTATGCTCTCTTCAGGC
  TAGAGGAGAGAGAGAAAAAAGTGTACTCCAAGGGGTTGGAAAGGTCAGGCCATTTTGAAAACACATCAGC
  AGAGTTGCCTTCTGTGGGCAGCCTGCTGAAGGACACTCTTCACAAGCAGGCCAGCGTGAGGGCCAGCGAG
  GGGGTGACCTCAGACGGGGCAGCTTGCAGCCTGACACCAGGGGAGCACAGCCAGTCTCTAGGTGACTTTA
  AGCGGGCCTCAGCTTCTGGCATTCTCCATGATAGTGTGTGCCCCATCTCTGATAGGCCTGCTCCTGGAAA
  GGTTGAATACTCGGAGAAGGCCTCTCAGGCCAAAGAGCTCCTTCGAAGTGAAAAACTAGACAGCAAGCTG
  GCCAATATTGATTACCTCAGAAAGAAAATGTCATTGGATGACAAAGATGACAGCCACTGTGCCATCCTGA
  AACCCAAGATAACATCTAGCGCCCATGAATGTCTGCCAGGGAACCCCATACGGCCCATGGCAGGGCAACA
  AGAGACCCCGCCAGCCTCTGAAAACCGGGCATTCATCAACAGTACCCACACACCTCAGATGAGTGCAGTT
  TCCTTTGTTCCTCTCAAAGCCTTAGCTGGCCGGGTAGAGAACGGAGGGGAGAAAGCAGGCTTAGCTGCTC
  CCGAGTCCCCTGTCAGGAAGAGCCCCTCCGAGTATAAGCTAGAGGGCAGGTCAGTTTCATGTCTCAAGCC
  GATCGAGGGCACACTGGACATTGCTCTCCTGTCTGGACCTCACGCCTCCAAAACAGAGTTGCTTTCCCCA
  GAGCCTGCACAGAGTCCCAGCCCAGGCATCAACGTGGGACCATGTGTGCCACTAGCTCTTCCTGGGAGCA
  GTGGGAAAAAGGGAGACTCCACCAGCCTGAGAGAGCCTTCCTCAGCCAACTTAAAAGTAAATAAATCTTA
  TCTGCTGGAGCCTCGGTTCCTACCCCCGAGCCGGGCTCTCCAGGACTCTCTCGCAGCCTCTGGGCCAGAA
  CCGAAGTCAAAGCCGGAAAGGAAGCTCATTCATCCTTCTGCCAGGAGCCCAGCAACTGTCACAGAGAGCA
  ATCTTCAGCAGAAAGAGGGTGGTCCCGCCACACACCAAGACCGCTCCACTGACACCAGGAACCTCCCTGG
  CCCAGGGCAGACCCTACACAATGTGGACCTACCCAGGCTGTGTACACGTGCCCCACTCCCACCGGAAGGG
  ACGCCCGCAAAGGAGAAGCCATGTCTGAAGGAACCCTCTGCCAAGGTGAAAAGCGAGTGGTCTGCCGTGA
  GGGATGACGGACACAGAGATCCCTGTGCGAAGCTGTGCCCGGCAGAGACTGGTAAAGCCAGCGACAGTTC
  CAAACCCCTGCCTTCCGGGGGGAGGACCCAACCCGATTTCTACAAGCAGACCCAGACTTCGGAGAAAGCA
  TGGGCGCATGCAAAAACAAACCACAAAGATAGCCAAGATGAGGTGAAGTCCCTGGCCAGGGAGGACTCAG
  CTTCACTTTTATATGAAAAGGAGATAGGCCGGGCACGAAAAGGTCCTGAACCCAAACCGGAAGTTCCTGC
  TACCCGGTGCCCTCCTCAGCCACCAGGAATTGAGGGTGAGAAGCGAGAAAAGCTCTCCGCTGCCCCCTCT
  TTGCAGAAACAGGCTCCCAAAGAGCCAGACAGGAAGGAACAGACTTCGCAAAGGCCTGGAGGTAGTGGCC
  CTCAACAACCCCCACCCACCAAAGAGCTGTCTAACTCAGCATCCTGGCAGCACGGCAGTTCTCCGAGTCA
  CACTTTAAAGAAGGAGCCCGGGACCAAAGCTGCCGCTGCAGAACCAAGCACCAGCCTTCATGACACTCCC
  CGATCTGCTACAGCCACCACCACTGCCATTGCCACCACCACCACTACCACCAGTGCCGGGCACAGTGACT
  GCAGTAGCCATAAGGCCCGGCCTGGCCCTGACCCCAGCCCTTCAAAGTCTAAGCACCAAGACAGGTCCCT
  CTCCTCACAGAAGCTGAGTGCTGGCTCTGCAAAAGGCAAAGAGCCTGTCACTCAACCCCTGGGTGGTTCC
  ATCAGAGAAGGCAAGGGTGGCAGCAAGGGTCCAGTGGACACATTTTCTGCTGTCCTGACCACCCAGGGCA
  AAGCAAGTGATGTGCTTGTGCAGGGAGAAGGTCGGGTCTCAATCATTGTCCACACTGAAGAGTGTCCTCT
  CGATGCCAAACTGAAAAACACCAATGGAGGGTGTCCCCCAGAGATGCAGGCGAAGCATCCACCCAGACAA
  GGACATCTCAGTGAAGCAGCAGACCAGAAGCCACTCATTGCTGGTGAGAAGCAAAGCCCGTCTCCAAAGC
  ATCCCAAACCATCCACTGTGAAAGATTACCCCAGTCTGTGCAGACAGACAGACAGAAGCCCAAGCCATCA
  GGCTACCACTGGGGACAGGAAGGCAGAAGGAAAGAAATGCACAGACGCACTTTATGTCGCAGCCCCAGAG
  GGCTACAAGCCAGAGGCCAGCCCTTCTCTCCACCACGGCGAGACCGGACTCAGAGGCTCAGAGAGGCCAC
  CCATGGGCATGGGGAAGGGCTTCTCTGAGCCCAAGGGGAAAGGGCCAGGTCCCCAGAAGTCACTGGCTGA
  AACAGGCAAGCCCAGCGGTATGAAAAGGTCACCCTCTGCCACCGTGCAGAGCTCTCTCCGCTCAGCTGCC
  CCCCCAGAAAAGTCTCTGAGTTACTCAGCCAGCTTTCCCGAGGCCCAGCCTGGAGTGCGAGAGGTCCCTG
  CAGCCAACAGCAGCCCCTCATCTGCCAAGGCTACAGGGGGGACCTCAGAGTTCCCAGCCCCCAGCAGCAG
  GGACCACAGGAAGCTTCAGTCTGGAGGAGACGGCCGAAGCCAAATGATAAAGAGTGACTCTCTGCCCTCC
  TTCCGCCTCTCCACCTCTGCTCTGGAGTCACATTTCCAGGATCCACAGGTGCCCATCGCATCAGGCCACC
  GAGGCAGGGCACTGTCAGTAACTGCTGCCACAGGAGAACCCAAAGGGAGAGAGCTCGCCCAGCCTCCCCC
  AGTCAGGAAACAGAATGCGTGCAGAGAGGCGACCAGAGCACCCCCAGCCCCAAGCACAGATCGCTCCCTC
  CCTCTTTCCTCAGAGAAAGACTTCGTGGTTCGGCAGAGAAGGGGCAAGGAGACCTTAAGGAGCAGTCCTC
  ACAAAAAGGCCTCCTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_175171
• ORF Size: 7857 bp
• Insert Size: 7857
• 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_175171.3, NP_780380.2
• RefSeq Size: 10671
• RefSeq ORF: 7857
• Locus ID: 328329