Arhgap21 (NM_001191693) Rat Untagged Clone

CAT#: RN217714

Arhgap21 (untagged) - Rat Rho GTPase activating protein 21 (Arhgap21)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Arhgap21
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN217714 representing NM_001191693
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGATGGCCACACATTGGACTGGTCTGCCTGAGGGAGATGGTGACAAACTCAAGGCCTGTGGAGCCGCCT
  GTGAGGTGTCAAAAAATAAAGATGGAAAGGAACAGGGTGAACCCGTGTCACCGTCCGAAGACGAATCGTT
  CTCCTGGCCAGGTCCCAAGACAGTCATGCTGAAGAGAACATCTCAAGGATTCGGCTTCACACTGCGACAC
  TTCATCGTCTATCCCCCGGAGTCTGCAATCCAGTTCTCATACAAGGATGAAGAGAATGGAAACAGAGGAG
  GAAAGCAAAGGAACCGATTGGAGCCGATGGACACCATATTTGTTAAACAAGTGAAGGAAGGAGGGCCAGC
  CTTCGAGGCTGGGTTATGCACAGGTGACAGAATTATAAAAGTCAATGGAGAAAGTGTCATAGGAAAGACC
  TATTCTCAAGTAATTGCTCTCATTCAGAACAGTGACACCACACTGGAGCTCAGTGTTATGCCAAAGGATG
  AAGACATTCTCCAAGTGCTACAGTTTACAAAGGATGTCACAGCACTGGCGTACTCTCAAGATGCCTACCT
  GAAAGGCAACGGAGCTTACAGCGGCAATGCCCGTGACATTCCCGAGCCTCCACCAGTTTGCTATCCCTGG
  CTCCCGGCTACTCCGTCAGCCACGGCACAGCCAGTTGAAGTGTCTCCTCCCGACTCGTTACTGAATAAAC
  AGCAAACCAGTACACCAGTCCTGACACAACCGGGCAGGGCCTATAGAATGGAAATACAAGTGCCTCCATC
  ACCAACAGATGTTGCAAAGTCAAACACGGCCGTGTGTGTTTGCAGTGAGAGTGTGAGGACCGTCATTGTG
  CCTTCTGAGAAGGTGGTGGACTTGCTAGCCAATAGAAACAGCCCTTCAGGCCCTGCACATAGAACGGAAG
  AGGTAAGGTATGGTGTAAGTGACCAGGCCTCTGCAAAAGCAGCAGCCAGGACCACGCCTCCGCCATCTGC
  TCCCACTGCCCGTCTGAGTCATCAGACCATAGGCTCCAGGTCACTGGAACCTTCTGGAATTTTACTTAAA
  TCTGGAAATTACAGCGGACATTCAGAAGGAATCTCAAGTAGTAGATCACAAGCTGTGGATTCTCCCCCTG
  TGTCTGTCAATCACTATTCCGCAAACTCCCATCAGCACATAGACTGGAAAAACTATAAGACTTACAAAGA
  ATACATTGATAACAGGAGATTGCACATAGGTTGTCGGACAATCCAGGAGAGGTTGGACAGCTTGCGAGCT
  GCATCTCAGAGCGCAGCAGACTATAACCAGGTGGTGCCCGCCCGCACCGCCCTGCAGGTACGACGTCGAA
  GCACCTCTCATGACCGGGTGCCCCAGTCCATTCAGATCCGGCAGCGCAGTGTATCTCAGGAAAGACTGGA
  AGATTCCGTGCTGATGAAGTATTGCCCGAGGAGCGCATCTCAAGGAGCGCTGACCTCCCCTCCTGTTAGC
  TTCAGCAACCATAGAACTCGCTCGTGGGATTACATCGAGGGGCAGAGTGAAGCCACTGCCACTGTCAATT
  CTGAAAGTCAGACGCCCGACTCAAACGGGGAACGAAAACAGACTTACAAGTGGAGTGGCTTCACCGAGCA
  GGATGACCGACGGGGCATTCATGAGAGACCCAGGCAGCAAGAAATGCACAAACCTTTCCGAGGCTCAAAT
  TTGACTGTGGCCCCCGTTGTTAATTCTGATAACAGGCGACTGGGTGGGAGAGGGGTGGGACCTGTTTCAC
  AGTTTAAAAAAATCCCACCGGACCTAAGACCACCACATTCCAACAGAAATTTTCCAACCACGAGTGGGAT
  GTCACTGCCACGAGGTATTGCACAAGACAGGTCTCCACTTGTGAAAGTCCGAAGTAATTCTCTGAAAGCG
  CTGCCTCCACCTGTCCCAAAGCCATCCTTCAGCCAGCACTCCCTGGCCTCCACGAAAGACCAAAGGCCTG
  TCAACCATCTGCACCAACACGGCCTGCTGAGTCAGCAGACACGGGGCCGACCCGAAAGCACCTTCCCTCA
  CCTCGAGCTGCAGACCGACGTCTCCCCGAGCTTACCAGGAACCTCTGCCAAGACCAGTCCTCAGCTCAGT
  GAGAACCTGGGGACGTCAGACTTAGACTTACATGCCAGTCCACGGAATGGAGATGTAGACTCACAGGAGG
  CTGACGTTCAGCCGTCAGATGTACCAGATAATAAAGAGTCTGTCATCCTGAGAGAGAAACCTCAGCCTGG
  CCGCCAGACGCCACAGCCTTTAAGACATCAGTCTTACATCTTGGCAGTGAATGACCAGGAGACCGGGTCA
  GACCCCACCTGCTGGCTGCCAAATGATGCTCGCAGAGAGGTCCACATCAAAAGAATGGAGGAGAGGAAGG
  CCTCCTGCACCAGCCCTCCTGGCGATTCCCTGGCTTCCATACCTTTTATAGACGAACCGACCAGCCCTAG
  CATCGACCACGAGGTCGCACACATCCCTGCCTCTGCTGTCATCTCTGCCTCTACCTCCCAGGTCCCCTCC
  ATTGCAACTGTTCCCCCCAGCCTCACCACCTCTGCTCCTCTGATTCGACGTCAGCTCTCCCATGACCAAG
  AATCTGTTGGACCTCCCAGCCTGGATGGCCAGCACACCTCAAAGACAGAAAGATCAAAATCCTATGATGA
  AGGCCTGGATGATTACAGAGAAGACGCAAAGTTATCCTTTAAGCACGTGTCTAGCCTGAAGGGAATCAAG
  ATTGCAGACAGCCAGAAGTCATCAGAAGACTCTGGGTCCAGAAAGGATTCTTCCTCCGAGGTCTTCAGTG
  ATGCAGCCAAAGAAGGGTGGCTCCAGTTCCGGCCGCTCGTCACCGATAAGGGCAAGAGAGTCGGTGGCAG
  TATTCGGCCATGGAAACAGATGTATGTTGTCCTTCGGGGACATTCACTTTACTTGTACAAAGACAGACGA
  GAGCAGACGACGCCATCAGAAGAGGAGCAGCCCATCAGTGTCAACGCTTGCCTGATAGACATCTCGTACA
  GTGAGACCAAGAGGAGGAACGTGTTCCGACTCACCACGTCCGACTGCGAATGCTTGTTCCAGGCTGAAGA
  CAGAGACGATATGTTAGCATGGATCAAGACTATTCAGGAGAGTAGCAACCTAAATGAAGAGGACACTGGA
  GTGACCAACAGAGATCTAATTAGTCGAAGAATCAAAGAGTATAACAGTCTGCTGAGCAAAACAGAACAGT
  TGCCAAAAACACCTCGCCAGAGTCTTAGCATCCGGCAAACTCTGCTCGGCGCTAAATCAGAGCCAAAGAC
  TCAAAGCCCACATTCTCCAAAGGAGGAGTCGGAGAGGAAGCTTCTCAGTAAAGATGATACCAGTCCTCCG
  AAAGACAAAGGTACTTGGAGAAGAGGCATTCCGAGCATCGTGAGGAAGACGTTTGAGAAAAAGCCGGCTG
  CCACAGGGACCTTCGGAGTTAGGCTGGACGATTGCCCGCCTGCCCACACCAACCGGTATATTCCATTAAT
  CGTTGACATATGTTGCAAATTGGTTGAAGAAAGGGGTCTTGAATATACAGGTATTTACCGAGTTCCCGGC
  AACAACGCAGCCATTTCAAGCATGCAGGAAGAGCTCAACAAGGGGATGGCAGACATTGACATACAAGATG
  ACAAATGGCGAGATTTGAATGTGATCAGCAGTTTACTAAAATCCTTCTTCAGAAAGCTCCCCGAGCCTCT
  CTTTACTAACGACAAATATGCTGACTTCATCGAGGCCAATCGCAAGGAGGACCCTCTAGATCGGCTGAGG
  ACGCTAAAGAGACTAATTCACGATCTGCCTGAGCATCATTTCGAGACACTGAAGTTTCTCTCGGCCCATC
  TGAAGACAGTGGCAGAAAACTCAGAAAAAAATAAGATGGAACCCAGAAACCTAGCGATTGTTTTCGGTCC
  AACTCTAGTGAGAACATCAGAAGACAACATGACCCACATGGTCACACACATGCCTGACCAGTACAAGATC
  GTAGAGACCCTCATCCAGCACCATGACTGGTTTTTCACAGAAGAGGGTGCTGAAGAGCCTCTCACAGCAG
  TGCAGGAGGAGAACACAGTAGACTCCCAGCCAGTACCAAACATAGATCACTTACTCACCAACATTGGAAG
  GACAGGCGTGCTCCCTGGAGATGTATCAGATTCAGCCACTAGTGACTCGACAAAATCGAAGGGCTCTTGG
  GGATCGGGGAAGGATCAGTATAGCAGGGAACTGCTTGTGTCCTCCATCTTCGCAGCCGCTAGTCGCAAGA
  GGAAAAAGCCCAAAGAGAAAGCCCAGCCCAGCAGCTCGGAAGACGAGCTGGACAGTGTGTTCTTTAAGAA
  GGAGAACATGGAACCGAGTCACAGTGAGATTAAAGAAGAGTCCAAAAGAGAAAGTGAGACACCAGGTAGA
  AAGCAGAGGGTTGTCGTTGCCAAAGACAGTAACACTAAGAAAGACACGGGTACAACGAAGGAGGAGAAGA
  AGATGCCATCGGACGAACCATCCCCACCACACAGCTCCAAACGCAACAGGTCACCAACGCTCAGCTGTCG
  CCTGGCCATGCTGAAGGAGAGCCCCAGATCACTTCTGACACAGAAGCCCCACTGTGAAGAGACAGGGTCT
  GACTCGGGCACTCTGTCTTCCCAGGCTTCACTAGCCAGGTCCTCCACTAAAAAATCCACCAGTCCAGAAA
  CCAGGCACACTGAGTTTTTGTCCAATGCTGGTACCATCACCTCAGACTATTCTACCACATCATCCACTAC
  CTACTTGACCAGCCTGGACTCCAGCCGCCTGAGCCCTGAGGTGCAGTCAGTGGCAGAGAGCAAGGGCGAC
  GAGGCTGATGACGAGAGGAGCGAACTGGTGAGTGAGGGGCGGCCCGTGGAGACGGACAGTGAGAGCGAGT
  TCCCGGTGTTCCCCTCCGCCCTGACTTCAGGGCAGTTCAGAGGAAAGCTACAGGAGGTCGCCAGGTCGAG
  CCGCAGAAACTCGGAAGGCAGTGAAGCCAGCTGCACCGAGGGAAGCCTCACACCAAGCTTAGACAGCCGC
  AGACAGCAGTTCAGCTCCCACAGGCTGATCGAATGCGACACGCTGTCCAGGAAGAAGTCTGCTCGCTTCA
  AGTCGGACAGTGGGAGCCCCGGAGACACCAGGACGGAGAAAGAAACGCCTGCCCTGGCCAAGATGTTTGA
  TGTCATGAAGAAAGGCAAGTCGACGGGGAGCCTCTTGACACCCAGCAGAAGTGAATCCGAAAAGCAGGAG
  GCCACTTGGAAAACAAAAATAGCAGATCGCTTAAAACTGAGACCCAGGGCACCCGCAGATGACATGTTTG
  GAGTTGGGAATCAAAAACCTACTGCCGAGACAGCAAAAAGGAAAAACATCAAACGCAGACACACGCTCGG
  AGGCCACAGAGATGCTACAGAAATCAGCGTCCTGAGCTTCTGGAAAGCGCAAGAGCAGAGTGCGGACAAA
  GAGTCCGAACTTTCAGCTGTGAACCGGTTAAAACCCAAATGCTCAGCCCAGGACCTCTCCATCTCAGACT
  GGCTGGCCAGGGAGCGCATCCGCTCCAGCGCCTCCGACCTCAGCCGAAGCGAAGGCTGCGAGCCCCAGGC
  CGAGAGCCCCAGCGTGCTGGGAACACCCACCAGCACCCACACACCGCCGCCCTCTCAGCAGCCTGAAGCT
  AGGGCTGCTGCCAGCACCTCGGCTTCAACCAGCCAGCCCCCTCTTTCCACACCACCACAGTCACCTGACC
  AAATAAACGGAGACAGCTTCCAGAACACGAGCCAAAATGCTAGTTCTGCGGCCAACGCCCACCCTCACAA
  ACTGTCTGAAAGTCCCAACACTAAAACAGAGTCTCCTCCCTGCCTTTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001191693
• ORF Size: 5859 bp
• Insert Size: 5859
• 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).
• OTI Annotation: This clone expresses the complete ORF with c-terminal tags of Myc-DDK.

Reference Data

• RefSeq: NM_001191693.1, NP_001178622.1
• RefSeq Size: 6640
• RefSeq ORF: 5859
• Locus ID: 307178