Arhgap21 (BC076629) Mouse Untagged Clone

CAT#: MC206730

Arhgap21 (untagged) - Mouse Rho GTPase activating protein 21 (cDNA clone MGC:100159 IMAGE:30639338), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Arhgap21
• Synonyms: ARHGAP10
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC076629
  GGAAGGCTCTCCGAAAGCTGATTTTTCTCTGGCCTCCGAGTAACACCGCCTGGAAGCGGACCTCTTCTCT CTGCACTTGGCTTCCACCCTACCTGCCAAGGAAACCTGTCGCCCTTGAACTTTAAGACTGGAGAAATGAA GAGGGCTAAGTCTGTTGAAGAAGGTATTTGAAGGGGCTTCCTGCAAATCGTTTTTTTGACCAGTCCTTCA TCGCCTCAGAATCTGCTGTGGAATTGCTTCCCGTTTGGTGTGTGGTGGCACTTCTCCAATGTGGACTCCA AAGGATTTGTCCCTTTACAATTTGAAATGAAATGATGGCCACACATTGGACTGGTCTGCCTGAGGAAGAT GGTGACAAACTCAAGGCCTGTGGGGCGGCCTCTGCCTGTGAGGTGTCAAAAAACAAAGATGGAAAAGACC AAGGTGAACCTGTGTCACCGTCTGAAGATGAGCCATTCTCCTGGCCAGGTCCCAAAACAGTCATGCTGAA GAGAACATCTCAAGGGTTTGGTTTCACATTACGACACTTCATCGTTTATCCCCCAGAGTCTGCAATCCAG TTTTCATATAAGGATGAAGAGAATGGAAACAGAGGAGGAAAGCAAAGGAACCGATTGGAGCCGATGGATA CCATATTTGTTAAACAAGTGAAGGAAGGAGGGCCGGCCTTCGAGGCTGGCTTATGCACAGGTGACAGAAT TATAAAAGTCAATGGAGAAAGTGTCATAGGAAAGACCTATTCCCAAGTAATTGCTCTCATTCAGAACAGT GACACCACCCTGGAGCTCAGTGTAATGCCCAAGGATGAAGACATTCTCCAAGTGGCATATTCTCAAGATG CATACCTGAAAGGCAATGAAGCTTACAGCGGCAATGCCCGTAATATACCTGAACCTCCACCAGTTTGCTA TCCCTGGTTGCCATCGACTCCTTCAGCTACTGCACAGCCGGTGGAAACATGCCCTCCTGATTCATTACCG AACAAACAGCAAACCAGTGCACCAGTCCTCACACAACCTGGCAGGGCCTATAGAATGGAAATACAAGTGC CTCCGTCACCAACAGATGTTGCAAAGTCAAACACAGCAGTGTGTGTTTGCAATGAGAGTGTGAGGACCGT CATTGTGCCTTCTGAGAAGGTGGTAGACTTGCTAGCCAATAGAAACAACCCTTCAGGTCCTTCACATAGA ACTGAAGAGGTAAGGTATGGTGTAAATGAGCAGGCCTCTACAAAAGCAGCATCGAGAACAACGTCACCGG CATCAGTTCCCACTGCCCATCTGATTCATCAGACCACAGGCTCCAGATCCTTAGAACCTTCTGGAATTTT ACTTAAATCTGGAAATTACAGTGGACATTCAGAAGGAATCTCAAGCAGTAGATCACAAGCCGTGGATTCC CCTCCTGTGTCTGTCAATCACTACTCTGCAAACTCCCATCAGCACATAGACTGGAAAAATTATAAGACTT ACAAAGAATACATTGATAATAGGAGATTGCACATAGGTTGTCGGACAATCCAGGAAAGACTGGACAGCTT ACGAGCTGCATCTCAGAGCGCAGCAGACTATAACCAGGTGGTACCCACCCGCACTACTCTGCAGGTACGA CGTCGAAGCACCTCTCATGACCGAGTGCCCCAGTCTGTTCAGATCCGGCAGCGCAGTGTATCTCAGGAAA GACTGGAAGATTCTGTGCTGATGAAGTATTGCCCAAGGAGCGCGTCTCAAGGAGCGCTGACCTCACCGCC TGTTAGCTTCAATAATCATAGAACTCGTTCGTGGGATTACATAGAGGGACAGACGGAAGCCACAGCCACT GTCAATTCTGAAAGTCAGATACCTGACTCAAATGGGGAACGAAAACAGACTTACAAGTGGAGTGGCTTCA CTGAGCAGGATGATAGACGCGGTATTCACGAAAGACCCAGGCAGCAAGAAATGCACAAGCCTTTCCGAGG CTCAAATTTGACTGTGGCTCCCGTTGTTAATTCTGATAACAGGCGCCTGGTTGGGAGAGGGGTAGGACCT GTCTCACAGTTTAAAAAAATCCCGCCGGACCTAAGACCACCACATTCCAACAGAAATTTTCCAACCACGA CTGGGGTGTCACTTCAACGGGGTATTGCACAAGACAGGTCCCCACTCGTGAAAGTCCGAAGTAATTCTCT GAAAGTGCCACCTCCACCTGTGTCAAAACCGTCCTTCAGCCAGCACTCACTGGCTTCCATGAAAGACCAA AGGCCTGTCAATCATCTGCATCAACACAGTGTGCTGAGTCAGCAGACGCAGTTCAGATCCGAAAGCACCT TCGAGCACCAGCTGGAGACTGAGGTATCCTCGTGTCTACCAGGAACTTCTGCCAAGACCAGTCCACAGCT CAGTGAGAATTTGGGAACATCAGACTTAGAACTACCTGCCATCCCAAGGAATGGAGATATAAACTTACAG GAGGCTGAAATTCAGCAGCCAGATGTGCTAGATAATAAAGAATCTGTCATTCTAAGAGAGAAACCTCAGT CTGGCCGCCAGACGCCACAGCCTTTAAGACATCAGTCTTACATCCTGGCAGTGAATGACCAGGAGACCGG GTCAGACACCACCTGCTGGCTGCCAAACGATGCACGCAGAGAGGTCCATATAAAAAGAATGGAGGAGAGG AAAGCTTCAAGCACCAGCCCTCCTGGTGATTCCCTGGCATCCATCCCTTTTATAGATGAGCCAACCAGTC CTAGCATCGACCACGAGATTGCACATATTCCTGCATCTGCTGTCATCTCCGCCTCTACTGCCCACGTCCC CTCCATTGCAACTGTTCCCCCCAGCCTCACGACCTCTGCTCCTTTGATTCGACGTCAGCTCTCCCACGAC CAAGAATCTGTTGGACCTCCCAGCCTGGATGGCCAGCACAGCTCAAAGACAGAAAGATCCAAATCCTACG ATGAAGGACTGGATGATTATAGAGAAGATGCAAAACTATCCTTTAAGCACGTGTCTAGCCTGAAGGGAAT CAAGATTACAGACAGCCAGAAGTCATCAGAAGACTCTGGATCGAGAAAGGGTTCTTCCTCCGAGGTCTTC AGTGATGCAGCCCGAGAAGGCTGGCTCCAGTTCCGACCACTGGTCACCGATAAGGGCAAGAGAGTTGGTG GCAGTATTCGGCCATGGAAACAGATGTATGTTGTCCTTCGGGGCCACTCACTTTACTTGTACAAAGACAG AAGAGAGCAGACAACGCCATCAGAAGAAGAGCAGCCCATCAGTGTCAACGCTTGCCTGATAGACATCTCG TACAGTGAGACCAAGAGGCGGAATGTATTCCGACTTACCACGTCTGACTGTGAATGCTTGTTCCAGGCTG AAGACAGAGATGATATGTTATCATGGATCAAGACTATTCAGGAAAGTAGCAACCTAAATGAAGAGGACAC TGGAGTTACCAACAGAGATCTAATTAGTCGAAGAATCAAAGAGTATAACAGTCTGCTGAGCAAAACAGAA CAGTTGCCAAAAACACCTCGCCAGAGTCTTAGCATCAGGCAAACTTTGCTTGGTGCTAAATCAGAGCCAA AGACTCAAAGCCCACATTCTCCAAAGGAGGAGTCCGAGAGGAAGCTTCTCAGTAAAGATGATACCAGTCC CCCTAAAGACAAAGGTACTTGGAGAAGAGGCATTCCAAGCATCGTGAGGAAGACGTTTGAGAAAAAGCCG GCCGCCACAGGGACCTTTGGAGTTAGGCTGGATGACTGCCCACCCGCCCACACCAACAGGTACATTCCAT TAATCGTTGACATATGTTGCAAATTAGTTGAAGAAAGGGGTCTTGAATATACAGGTATTTACCGAGTTCC CGGCAACAACGCAGCCATTTCAAGCATGCAGGAAGAACTCAACAAGGGGATGGCAGACATTGACATACAA GATGATAAATGGCGAGATTTGAATGTGATAAGCAGTTTACTAAAATCCTTCTTCAGAAAGCTCCCTGAGC CTCTCTTTACGAATGACAAATATGCTGACTTCATTGAGGCCAATCGCAAAGAGGACCCACTGGATCGGCT ACGAACATTAAAGAGACTAATTCATGACCTGCCTGAGCATCATTTTGAGACGCTCAAGTTTCTCTCGGCT CATCTGAAGACAGTGGCAGAGAACTCAGAAAAGAATAAGATGGAACCCAGAAACCTAGCGATCGTTTTTG GTCCAACTCTAGTGAGAACATCAGAAGACAACATGACCCACATGGTCACGCACATGCCTGACCAGTATAA GATCGTAGAGACTCTCATCCAGCATCATGACTGGTTTTTCACAGAAGAAGGTGCCGAAGAGCCTCTTACA GCAGTGCAGGAGGAGAACACAGTAGACTCCCAGCCAGTACCAAACATAGATCATTTGCTCACCAACATTG GAAGGACAGGCGTGCTCCCTGGAGATGTATCAGATTCAGCTACTAGTGACTCCGCAAAATCTAAGGGCTC CTGGGGATCCGGGAAGGATCAGTATAGCAGGGAACTGCTTGTATCCTCCATCTTCGCAGCTGCCAGTCGC AAGAGGAAAAAGCCGAAAGAGAAAGCCCAGCCCAGCAGCTCTGAGGATGAGCTGGACAGTGTGTTCTTTA AGAAGGAGAATACGGAACAGAGTCACAGTGAGATTAAAGAAGAGTCCAAAAGAGAAAGCGAGACATCAGG TAGCAAGCAGAGGGTCGTCGTTGCCAAAGAAAGTAACACTAAGAAAGACTCGGGTACAACGAAGGAGGAG AAGAAGATACCGTGGGAAGAACCACCCCCACCACACAGCTCCAAACGCAACAGGTCACCAACCCTCAGCT GTCGCCTGGCCATGCTGAAAGAGGGCCCCAGATCACTTCTGACACAGAAGCCCCACTGTGAAGAGACAGG GTCTGACTCAGGCACTCTGCTTAGCACGTCTTCCCAGGCTTCGCTCTTGAGGTCCTCCACTAAAAAATCC ACCAGTCCGGAAACCAAGCACAGTGAGTTTTTGTCCATTGCTGGTACCACCACCTCGGATTATTCTACCA CATCATCCACTACCTACTTGACCAGCCTGGACTCCAGCCGCCTGAGCCCTGAGGTGCAGTCAGTGGCCGA GAGCAAGGGGGATGAGGCTGATGACGAGAGGAGCGAGCTGGTGAGTGAAGGACGGCCAGTGGAGACCGAC AGTGAGAGTGAGTTCCCCGTGTTTCCCACCACCCTGACTTCAGACCGGCTGTTCCGAGGAAAATTCCAGG AGGTTGCCAGGGTGAGCCGCAGGAACTCCGAAGGCAGTGAGGCCAGCTGCACCGAGGGAAGCCTCACACC GAGTTTAGACAGCCGCAGGCAGCAGTTCAGCTCCCATAGACTGATCGAATGCGACACACTGTCCAGGAAG AAGTCTGCTCGCTTCAAGTCAGACAGTGGGAGCCCCGGAGACACCAGGACTGAGAAAGAAACTCCTGCCC TGGCCAAGATGTTTGACGTCATGAAGAAAGGCAAGTCGACAGGGAGCCTCCTCACACCCAGCAGAAGTGA ATCCGAAAAGCAGGAGGCCACTTGGAAAACAAAAATAGCAGATCGTTTAAAACTGAGACCCAGGGCACCC GCAGACGACATGTTTGGAGTTGGGAATCAAAAACCTACTGCTGAGACAGCGAAAAGGAAAAACATCAAAC GCAGACACACGCTTGGAGGCCACAGAGATGCTACTGAGATCAGCGTCCTGAGTTTCTGGAAAGCTCATGA GCAGAGTGCGGACAAAGAGTCTGAACTTTCGGCTGTGAATCGGTTAAAACCCAAATGCTCAGCCCAGGAC CTTTCCATCTCAGACTGGCTCGCCAGGGAGCGCGTCCGCACCAGTGCCTCCGACCTTAGCAGAGGCGAAG GCCTCGAGCCCCAGGCTGAGAGCCCCAGCGTGCTGGGAACACCCATCAGCACCCACTCACCACCGTCTCA GCAGCCCGAAGCAAGGGTTGCTGCTACCAGCACCTTGGCTTCAACCAGCCAGTCCCCTCTTTTCACACCA CCACAGTCACCTGACCAAATAAACAGAGAAAGCTTCCAGAACATGAGCCAAAATGCTAGTTCTACAGCTA ACATCCACCCCCACAAACAGTCTGAAAGTCCAGACACTAAAGCAGAGACTCCTCCCTGACTTTAAGCTGG GTCTAGCCACTCTAGCAAGGAAAAACTACTGTTACACAGTCTAGTAACTGTAAATATTTTTCTTGTACCA GAATTGTTATTATGCAGCCTTGCTTTGGGCTGGATTCACCATTTTGCACTGTGAAATAGCTTTACAGTGC ATTACTACAGCCAGAAGAACACACGTATATATTTAAGAGTATATTGGATAGTTGTATACAAATAAGCAAG GTGTTTGTTGCAACTCACTACATAATATATTCCCCAAATTACTGAAGAAAGTCGCTGCCTCCTGCAGCCA AATTGTTCTTTTGGTTCCTCACTAACAAAAGTGCCTCATGATAAAAGTACATTTGATTTTTAGGGTGCCA TATTGTTAAAATTAGAAAATTGAATAAATGAATGCATTTTATCAGTAACAAGTTTCCTTCCATTTACCAG TTAACACAGGTGGATACAGGACTTCAAGTCTTTAGTCATTCCAGACGGATCTGAGTTTTATATTCAAACT TTTAATACAGTTTTTGAGTTTTGTGTGACTTGAATTTTTAATCTTTCTGTAAAATACGTAATAACTTAAA TGAACATATTCTATGTGTATCTTTTCTTCAGATACCAGATTTGATATAAATGTTGTAACATAGGTATGTA GATAGTGTATCCTGGATGGAACTGGCTTCTTACTGAGAAAAATATAATTCTGCATGAGGACTTTATCCAA ACCTGTGTCATGCCTGTGTGCATACCCAACTAAACACTGGAAATAAAATTGTCTTGGTGAAAAAAAAAAA AAAAAAAAAAAAAA
• Restriction Sites: EcoRI-NotI
• ACCN: BC076629
• ORF Size: 5835 bp
• Insert Size: 5835
• 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: BC076629, AAH76629
• RefSeq Size: 6944
• RefSeq ORF: 5835
• Locus ID: 71435