Nup205 (NM_027513) Mouse Untagged Clone

CAT#: MC225117

Nup205 (untagged) - Mouse nucleoporin 205 (Nup205), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Nup205
• Synonyms: 3830404O05Rik; AV248391; mKIAA0225
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225117 representing NM_027513
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCGGCGCTGTTGGCGGTAAATTCGGCTGCCAGCCTGTGGGGACCCTACAAAGACATTTGGCAGACAG
  TTGGAAGTGCTCTTTGGAGAAGACAGCCTGAAGCTGTCCACCTTCTTGACATGATTTTGAAGAAACACAA
  ACCCGACTTCATTTCACTGTTCAAAAACCCACCCAAAAATGTTCAACAGCATGAGAAAATTCAGAAAGCC
  AGTTCAGAGGGTGTTGCGATCCAGGGGCAACAAGGAACCAGACTTCTTCCTGAGCAGCTCATTAAAGAAG
  CATTTATCATCAGTGACCTTTTTGATATTGGGGAATTGTCAGCTGTTGAGCTTCTCCTTGCTGGAGAGCA
  TCAGCAGCCACATTTCCCTGGCCTCACCAGGGGATTGGTAGCTGTCCTTTTATACTGGGATGGAAAGCGG
  TGCATTGCAAATTCTCTCAGAACCCTGATACAGTCTAGACGAGGAAAGACATGGACATTAGAACTCAGTC
  CAGAGCTGGTTTCCATGACAACACGCTTTACAGATGAGCTGATGGAGCAAGGATTGACTTACAAAGTCCT
  TACTTTGCTGTCACAGATTGATGTGAATAATGAGTTTGAGAAACTACAGAGAGAGAGAGGTTTGGGCAGT
  GAGAAACACCGCAAAGAGGTTTCTGATCTCATCAAGGAGTGCAGGCAGTCTCTGGCTGAAAGTCTTTTTG
  CCTGGGCTTGCCAGTCACCATTACCCAAAGATGACACCCTCCTACTTATTGGACATTTGGAAAGAGTGAC
  AGTTGAGGCCAATGGCTCCCTAGATGCAGTGAATCTGTGCCTCCTTATGGCTCTTCTGTACTGTTTTGAT
  ACCAGCTTTATAGACCAAAGCACAGAGGAACGAGATGATATGATTCACCACCTTCCACTGTTGACAGAGA
  GACAGTACGTTTCGACAATTCACTCTCGCCTCCAGGACTCTCAGCCTTGGAAGCTTCCTGGACTGCAGGC
  CACTGTTAGGCTTGCCTGGGCCCTGGCGTTGAGGGGGATATCCCAGCTACCGGATGTAACAGCCCTGGCT
  GAGTTCACAGAAGCAGATGAAGCAATTGCAGAGCTGGCCATTGCTGATAATGTCTTCCTGTTCCTCAGCG
  AGGCTGTTGTGCTGGCTGAAAACTTCTATCAGGAAGAGTTTTACATCCGCAGAATCCACAGTCTTATCAC
  AGACTTCCTTGCATTTATGCCAATGAAAGTGAAACAGCTGAAGAATCGGGCAGATGAAGATGCTCGAATG
  ATTCACATGAGTATACAGATGGGTAATGAACCCCCCATCTCACTTAGAAGGGACCTGGAACACTTAATGC
  TCCTGATTGGTGAACTGTATAAAAAAAATCCATTTCATCTGGAGCTTGCGCTAGAATACTGGTGTCCCTC
  AGAGCCTCTGCAGACTCCCACAGTCATGGGCTCTTACCTGGGAGTAGCTCATCAGCGGCCTCCTCAGCGC
  CAGGTTGTCTTGTCAAAGTTTGTTAGACAAATGGGTGACCTGTTGCCTCCAACTATTTATATTCCTTATT
  TGAAAATGCTCCAGGGCCTGGCCAATGGGCCTCAGTGTGCCCACTACTGTTTTAGCCTGCTCAAAGTCAA
  TGGTAGTAGTCATGTTGAAAACATACAGGGAGCAGGTGGCAGTCCTGTTTCCTGGGAGCATTTCTTTCAT
  TCCTTATTGCTCTACCATGAGCATCTCCGGAAGGACCTGCCAAGTGCAGACAGTGTCCAGTACCGTCACC
  TTCCTTCCCGTGGCATCACCCAGAAGGAGCAAGATGGACTGATTGCTTTTCTCCAGCTGACATCTACTAT
  CATTACTTGGAGTGAGAATGCTCGCTTGGCCCTCTGTGAACATCCCCAGTGGACGCCTGTTGTGGTGATT
  CTGGGGCTCCTGCAGTGCAGTATTCCTCCAGTTCTCAAAGCTGAGCTACTGAAGACACTTGCAGCTTTTG
  GAAAGTCTCCTGAAATTGCCGCTTCACTTTGGCAGTCGTTGGAATACACACAGATACTGCAGACAGTCAG
  GGTTCCAAGCCAGAGGCAGGCTATTGGTATTGAGGTTGAACTCAATGAAATAGAGTCCCGGTGTGAAGAG
  TACCCCCTGACTAGGGCCTTTTGCCAGTTGATCAGCACCCTGGTGGAGAGCTCATTCCCTTCTAATCTGG
  GTGCTGGCCTGCGCCCCCCTGGCTTTGACCCTTACTTGCAGTTCCTGAGAGATTCTGTGTTTCTCCGATT
  CCGTACAAGAGCTTACCGGAGAGCCGCTGAAAAGTGGGAAGTCGCTGAGGTTGTCTTGGAAGTGTTTTAT
  AAGCTGTTGAGAGATTATGAACCTCAGCTTGAAGATTTTGTAGATCAATTTGTGGAACTACAAGGAGAAG
  AAATCATAGCCTATAAGCCACCTGGCTTTAGTCTGATGTATCACCTTCTGAACGAGTCACCCATGCTGGA
  GCTTGCCCTCAGTTTACTGGAAGAAGGAGTTAAGCAGCTTGATACCTACGCTCCTTTCCCTGGAAAGAAA
  CACCTGGAAAAAGCAGTTCAGCATTGCCTGGCACTGCTCAACCTCACTCTGCAAAAGGAGAACCTTTTCA
  TGGACCTTCTGAGAGAGAGTCAGCTGGCTCTCATCGTCTCGCCATTGGAACAGCTCTTGCAGGGAATTAA
  TCCGAGGACTAAGAAGGCAGACAACGTGGTTAACATCGCCAGGTATCTGTATCATGGGAACAATAATCCT
  GAGTTGGCATTTGAAAGTGCGAAGATCCTCTGCTGTATCTCTTGTAATTCCAACATTCAGGTCAAAATGG
  TTGGCGATTTCACACATGACCAGAGTGTGAGCCAGAAGCTGATGGCTGGATTTGTAGAGTGCTTGGATTA
  TGAAGACACGGAAGAATTTGTACGTGTAGAAGAGGGCTCAGAATTAGAAAAGAAGTTAGCTGCGATCCGT
  CATGAAACGAGAATCCATATCTTGAATCTTCTCATCACATCTCTAGAACGCAATCCACCCAATCTTGCTC
  TCTACCTGTTGGGCTTTGAGTTAAAGAAACCCATCAGTACCACCAATCTACAAGACCCAGGAGTGTTAGG
  CTGCCCTCGGACGTGCCTGCATGCCATCCTCAACATTCTGGAGAAGGGCACAGAGGGGAGAGATGGCCCT
  GTGGCTGTGCGGGAGTATCCTCAGCTGGCCGACCTGTGCTACCAGGTGATATATCAGTTATGTGCATGCT
  CAGATACATCTGGTCCTACTATGAGGTACTTGAGAACCAGCCAGGATTTCTTATTTTCCCAGTTGCAACA
  TCTACCTTTCTCCAACAAAGAGCATGAAATCTCCATGCTGAGTCAGATGTCATGGCTTATGAAGACAGCC
  TCAATAGAGCTAAGAGTGACATCTCTGAATCGCCAGCGCTCACATACACAGAGGCTCCTGCACCTCTTAC
  TGGATGACATGCCGGTGAAGCCGTACTCAGATGGTGAAGGAGGAATGGAAGATGAAAACAGATCTGTCTC
  TGGGTTCCTTCATTTTGACACTGCCACAAAAGTGCGTCGAAAAATTCTAAGCATCCTTGACTCGATTGAC
  TTCAGTCAGGAGATCCCTGAGCCCTTGCAGCTGGATTTTTTTGACCGTGCTCAGATTGAGCAAGTCATTG
  CCAACTGTGAGCACAAGAATTTACAGGGGCAGACGGTCTGCAATGTCAAGCTTCTTCATAGAGTTCTCGT
  AGCTGAAGTCAATGCTCTTCAGGGTATGGCAGCAATAGGTCAGAGGCCTCTGCTGATGGAGGAAATCAGC
  ACTATTCTTCAGTATGTTGTAGGAAGAAACAAGCTGCTACAGTGTCTTCATGCAAAGCGGCATGCTCTAG
  AGTCCTGGAGGCAGCTGGTAGAAATTATCCTGACAGCTTGTCCTCAGGAGCTCATCCAGGCAGAAGACCG
  ACAGCTCATTATCCGTGACCTTTTACAAGATGTGCACGATAAGGTGCTGGATGATGAAGCCGCACAAGAG
  TTAATGCCAGTGGTTGCCGGCGCTGTGTTCACCCTGACTGCTCACCTAAGCCAGGCTGTGCGCACGGAAC
  AGAGGCAGCCGTTGGTCTCAGGACCTGGAGAGGCCCAGTATGCTTTCATGCTTGATAGTTCTTTGACCTC
  ATCTCCTGCAGCAGAGAGCCGGCCAGTAGGCTTTGCGTCTATCGGAGATTCTTCGCTTCACATCATACTG
  AAGAAACTGTTGGACTTTATTTTGAAGACAGGTGGTGGCTTCCAGCGTGTAAGGACTCACCTGTACGGCT
  CTCTGCTTTATTATTTACAGATTGCCCAGAGACCAGATGAGCCGGACACACTAGAAGCTGCTAAGAAAAC
  TATGTGGGAACGGCTGACTGCCCCTGAAGATGTGTTTAGTAAATTACAACGAGAGAACATGGCTATCATT
  GAGAGTTATGGCGCTGCCCTCATGGAAGTGGTCTGTCGAGACGCTTGTGATGGCCATGAGATTGGAAGGA
  TGCTGGCCCTGGCTCTCCTTGATCGGATTGTCTCTGTGGACAAGCAGCATCAGTGGCTCTTGTACCTTTC
  TAACAGTGGCTATTTGAAGGTCCTTGTGGATAGCTTGGTGGACGATGACCGAACTCTACAGAGCTTGCTG
  ACTCCGCAGCCTCCTCTCTTAAAAGCCCTTTATACGTATGAATCCAAAATGGCATTTCTCACGAGAGTGG
  CTAAGGAACAGCAAGGTTCAGCAGAGCTCCTGAGATCAGGGGTGATTGTGAGGCTGGCCCAGTGCCAAGT
  CTATGATATGCGCCCAGAAATGGACTCTCATGGCATGTTTGGCATGAGAGACCCACCAGTATTCATCCCA
  ACGCCTGTGGACCGATACCGGCAGATTCTCCTTCCAGCTCTCCAGCTGTGCCAGGTCATCCTCACATCCA
  GTATGTCCCAGCACTTGCAGGCAGCAGGGCAGGTGCTGCAGTTTCTTGTTTCACATTCTGATACCATCCA
  AGCAATCCTGCGCTGTCAGGATGTTAGCACTGGCTCTTTGCAGGAATTAGCTCTGCTGACAGGAATCATA
  AGTAAAGCAGCGCTTCCTGGTATGTTAAGTGAACTTGATGTAGATGTAAATGAAGGATCCTTAATGGAGC
  TCCATGGACACATTGCAAGGTTTCAGCGCCAGTGCTTAGGCCTACTAAGTCGCTTTGGTGGTGCTGACAG
  ACTGCGGCAGTTTAAATTTCAAGATAATAATGCGGAGGGAGATAGGGTCAGCAAGAAAGATGAAATTGAG
  CTGGCCATGCAGCAGATTTGTGCCAATGTGATGGAATATTGCCAGTCATTCATACAGCAGAACTCCTCTA
  ACCTCCAGAGTGCTGCTATGTGTCTCTTCACCCCGAGCCTTTCAGAGACAGTTAACAGAGATGGAGCACG
  GCAAGATACCCAGGTTCCAGTCGTTCCGTATTGGCGCCTGCCTGGCTTGGGCATTATTATCTACCTGCTG
  AAGCAGAGTGCCACTGATTTCTTTAGCTACTATGACAGTCACCGTCGCAGTGTCAACAAGCTGCAGAATG
  TAGAACAACTTCCTCCGGATGAGATAAAAGAGTTATGCCAGTCTGTGATGCCTGCTGGTATTGATAAAAT
  CTCTACTGCACAGAAGTGTGTCTTAGCAAGACGTCGTCTGGTGAAGCTGATCAACAACCGTGCCAAACTG
  CTGTCCCTCTGTTCCTATATCATCGAGACCTGCCTGTTTATTCTTTGGCGCCATCTGGAGTATTATTTGT
  TACATTGCACGCCAATGGATTCCCAAGATTCATTGTTTGCCTCTAGGACTTTATTTAAAAGCAGAAGACT
  ACAAGAACCCAATCTGGACTTCAGAAGTGGACTATCTCAAGTGAACCAGCACGATATAGACCAGCTTCAG
  TCTGATGCTGTCAACGCTTTCGGAGAGTCGCTGCAAAAGAAACTTCTTGACATTGAAGGGTTGTACTCAA
  AAGTTCGATCCCGCTATAGTTTCATCCAGGCTCTCATCAGACGTATCCGTGGCCTGCTGAGGCTGTCCAG
  GAACTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_027513
• ORF Size: 6027 bp
• Insert Size: 6027
• 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_027513.1, NP_081789.1
• RefSeq Size: 6244
• RefSeq ORF: 6027
• Locus ID: 70699