Magi2 (NM_001170746) Mouse Untagged Clone

CAT#: MC224130

Magi2 (untagged) - Mouse membrane associated guanylate kinase, WW and PDZ domain containing 2 (Magi2), transcript variant 1, (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Magi2
• Synonyms: Acvri1; Acvrinp1; Acvrip1; AIP-1; Magi-2; mKIAA0705; S-SCAM
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC224130 representing NM_001170746
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGTCCAAAAGCTTGAAAAAGAAAAGCCACTGGACTAGCAAAGTCCACGAGAGTGTCATTGGCAGGAACC
  CGGAGGGCCAGCTGGGCTTTGAACTGAAGGGGGGCGCGGAAAACGGACAGTTCCCCTACCTGGGGGAGGT
  GAAGCCGGGCAAGGTGGCCTATGAAAGCGGCAGCAAGTTGGTGTCCGAGGAGCTGCTGCTGGAGGTGAAC
  GAGACCCCCGTGGCGGGGCTCACCATCAGGGACGTTCTGGCCGTGATCAAACACTGCAAGGACCCCCTCC
  GGCTCAAGTGTGTCAAGCAAGGAGGAATTGTTGATAAAGACCTTCGTCACTACCTCAACCTAAGATTTCA
  GAAGGGTTCTGTTGACCATGAACTACAGCAAATCATCCGTGACAACCTCTACCTCCGCACAGTGCCATGC
  ACCACAAGGCCACATAAGGAGGGTGAGGTCCCTGGAGTGGACTACATTTTCATAACCGTTGAGGAGTTTA
  TGGAATTGGAGAAAAGTGGTGCTCTCCTAGAAAGCGGGACCTATGAAGACAACTACTACGGTACCCCGAA
  GCCTCCAGCTGAACCAGCACCATTATTAAATGTAACAGACCAGATACTTCCGGGAGCTACTCCAAGTGCT
  GAGGGGAAGCGGAAAAGAAATAAGTCAGTGACCAACATGGAGAAAGCAAGTATAGAGCCTCCAGAGGAGG
  AAGAAGAAGAAAGGCCTGTAGTCAATGGAAACGGCGTGGTCATAACCCCAGAATCCAGTGAACATGAAGA
  CAAAAGTGCAGGTGCCTCAGGGGAGACACCCTCCCAGCCTTACCCTGCACCCGTGTACAGCCAGCCCGAA
  GAGCTCAAGGACCAGATGGACGATACAAAGCCAACAAAGCCTGAGGAGAACGAGGACTCTGATCCATTGC
  CTGATAACTGGGAAATGGCCTACACAGAGAAGGGGGAAGTCTACTTCATTGACCATAACACAAAGACAAC
  ATCATGGCTGGATCCGCGACTTGCGAAAAAGGCTAAACCTCCAGAAGAGTGCAAAGAAAATGAGCTTCCA
  TATGGCTGGGAAAAAATCGATGATCCTATATATGGCACTTACTATGTTGACCACATAAATAGAAGAACAC
  AGTTTGAAAACCCTGTCCTGGAAGCAAAAAGGAAGCTACAGCAACATAACATGCCCCACACAGAACTTGG
  AGCAAAGCCCCTGCAGGCCCCAGGTTTCCGAGAAAAGCCACTCTTCACCCGGGATGCATCCCAGTTGAAG
  GGAACGTTCCTCAGCACCACCCTCAAAAAGAGCAACATGGGCTTTGGGTTTACCATCATTGGTGGAGACG
  AGCCGGATGAGTTTCTACAGGTGAAAAGTGTGATCCCGGATGGGCCTGCCGCACAGGATGGGAAAATGGA
  GACAGGTGATGTCATTGTCTATATTAATGAAGTTTGTGTCCTTGGACACACTCATGCAGATGTTGTCAAA
  CTTTTCCAGTCTGTTCCTATTGGTCAGAGTGTCAACTTGGTGTTGTGTCGTGGCTACCCTTTGCCCTTTG
  ACCCTGAAGATCCTGCTAACAGCATGGTGCCACCCCTTGCAATAATGGAGAGGCCACCTCCGGTGATGGT
  CAATGGAAGACATAACTATGAAACATACTTGGAATACATTTCTCGGACCTCACAGTCGGTCCCAGATATT
  ACAGACCGGCCACCTCATTCTTTGCACTCCATGCCAGCTGACGGCCAGCTAGATGGCACGTATCCACCAC
  CCGTCCATGACGACAATGTGTCTATGGCTTCGTCTGGAGCCACTCAAGCTGAACTTATGACCTTAACCAT
  TGTGAAAGGTGCCCAGGGATTTGGCTTTACTATTGCCGACAGTCCCACGGGACAGCGGGTGAAACAAATC
  CTTGACATTCAGGGATGCCCTGGGCTGTGTGAAGGAGACCTCATTGTTGAGATCAACCAACAGAATGTAC
  AGAACCTGAGCCATACAGAAGTAGTGGATATACTTAAGGACTGCCCCGTTGGAAGTGAGACTTCTTTAAT
  CATCCATCGAGGAGGTTTCTTTTCTCCATGGAAAACTCCAAAGCCTATGATGGACCGATGGGAGAACCAA
  GGCAGTCCACAAACAAGTTTATCTGCTCCGGCCGTCCCACAGAACCTGCCCTTCCCACCTGCCCTTCACA
  GGAGCTCCTTTCCTGATTCAACAGAGGCCTTTGACCCACGGAAGCCTGACCCATATGAGCTCTACGAGAA
  ATCGAGAGCCATTTATGAAAGTAGGCAACAAGTGCCACCCAGGACCAGTTTTCGAATGGATTCCTCTGGT
  CCAGATTATAAGGAACTGGATGTTCACCTTCGGAGGATGGAGTCTGGATTTGGCTTTAGAATCCTTGGGG
  GAGATGAACCTGGACAGCCTATTTTGATCGGAGCCGTCATTGCCATGGGCTCAGCTGACAGAGACGGCCG
  TCTACACCCAGGAGATGAGCTTGTCTATGTCGATGGGATCCCAGTGGCTGGCAAGACCCACCGCTATGTC
  ATCGACCTCATGCACCACGCGGCCCGCAATGGGCAGGTTAACCTCACTGTGAGAAGAAAGGTGCTATGTG
  GAGGGGAGCCCTGCCCAGAGAATGGGAGGAGTCCAGGCTCTGTATCAACTCACCACAGCTCTCCGCGCAG
  TGACTATGCCACCTACTCCAACAGCAACCACGCCGCCCCCAGCAGCAATGCCTCACCTCCTGAAGGCTTT
  GCCTCACACAGCTTGCAGACCAGTGATGTGGTCATTCACCGCAAAGAAAACGAAGGGTTTGGCTTCGTCA
  TCATCAGCTCTCTGAACAGGCCTGAGTCTGGAGCCACCATAACTGTGCCCCATAAAATTGGACGAATCAT
  TGATGGGAGCCCTGCAGATCGCTGTGCCAAACTCAAAGTGGGCGACCGTATCTTAGCAGTCAACGGCCAG
  TCTATCATCAACATGCCTCACGCTGACATTGTGAAGCTCATCAAGGACGCCGGTCTCAGTGTCACCCTTC
  GCATCATTCCTCAGGAGGAGCTCAACAGCCCAACATCAGCACCCAGTTCAGAGAAACAGAGCCCCATGGC
  CCAGCAGCACAGCCCTCTGGCCCAGCAGAGTCCTCTGGCCCAGCCAAGCCCCGCCACCCCCAACAGCCCA
  GTCGCACAGCCAGCTCCTCCCCAACCTCTCCAGCTGCAAGGACACGAAAATAGTTACAGGTCAGAAGTTA
  AAGCGAGGCAAGATGTGAAGCCAGACATCCGGCAGCCTCCCTTCACAGACTACAGGCAGCCCCCGCTGGA
  CTACAGGCAGCCCCCGGGAGGAGACTACTCACAGCCCCCACCCTTGGACTACAGGCAGCACTCTCCAGAC
  ACCAGGCAGTACCCTCTGTCAGACTACAGGCAGCCACAGGATTTTGATTATTTCACTGTGGACATGGAGA
  AAGGAGCCAAAGGATTTGGATTCAGCATTCGTGGAGGAAGGGAATACAAGATGGATCTGTATGTGTTGAG
  ATTGGCAGAGGATGGGCCAGCCATAAGGAACGGCAGGATGAGGGTAGGAGATCAGATCATTGAAATAAAT
  GGGGAAAGCACACGAGACATGACCCACGCCAGAGCAATAGAACTCATCAAGTCTGGAGGAAGAAGAGTGC
  GGCTGCTGCTGAAGAGAGGCACGGGGCAGGTCCCGGAGTATGGAATGGTACCTTCCAGCCTCTCCATGTG
  CATGAAAAGTGACAAGCATGGGTCCCCATATTTCTACTTACTGGGCCACCCTAAAGACACGACGAACCCC
  ACGCCTGGAGTGCTGCCGCTGCCGCCGCCCCAGGCCTGCCGGAAGTAG
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001170746
• ORF Size: 3828 bp
• Insert Size: 3828
• 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_001170746.1, NP_001164217.1
• RefSeq Size: 6736
• RefSeq ORF: 3828
• Locus ID: 50791