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  1. Clone 'AHC0AAA201YA09' > 
  2. Clone 'cilv042a05' > 
  3. Transcript 'Phmamm.CG.MTP2014.S8...' > 
  4. Transcript 'KH2012:KH.C14.115.v1...' > 
  5. Transcript 'KH2012:KH.S522.8.v1....'

Transcript Model

Transcript Id

KH2012:KH.S522.8.v1.B.SL1-1

Possible name(s)

ARHGAP31; ARHGAP32; ARHGAP33

Gene model

KH2012:KH.S522.8

Location

KhS522 [8,207 / 21,997]

Sequences

Amino acid sequence

Length: 1,284

>KH.S522.8.v1.B.SL1-1
KLIQVCKMSNTATASASGSKLDRKKNNPKFYVDTSNSGSKFPRIEDCVHFHYDSVDYGDI
KLSFVDDSSDNFKINGSINIEGFKPIFCVRITGKCNSWVVRRSLTHFQLLDTWLHECVYD
RKFSQLSQLSEAELSTKTLDDIQSILREYLNQLSTIAQSGDEIGGEIFCAPILHWFEVDN
HGRNMVAHALGDVADINIPAVAAARVVRRYTSTDDDELNLEVGDMVSIIEMGATGWWRGK
QGLKVGSFPAQCVRRINSSSDVVGTHERPFSPPAYGPTYGPNQIKPIARKHGKFMDFLRS
FLDTRPSKAHLKRKGILKERVFGCDLGELLHLPAVILDCTSFVERHGIVDGIYRISGVAS
HIRHLRYEFDCDRRPDLEKDVVGIPKAGHVPGMSKDGNMICDPHSIAGLCKLFFRDLPNP
LLTYQLYNRFASAVTEYDAEERLLKVHDVIQQLPPPHYRYMWINIETPHHSLEVHGTAGR
LDKLLQCRNLAIVWAPNLLRSRELEAGLAAFTEARVQSVVTEFLIVNGDILFSDKLQTMQ
YDADHKPPRPRSLMILPTPKLISLEEAQARSRSGVPAPTSDSHNSSLSSESGVKLRESSD
RHSSTDRRKRSQKKPLPAFISSTPKIIRKQVHGSTHASIHHPPTDITHSPDTPSHHTPGW
KVKLGSLLRKSNNANVIRQSSLRRTQSDDSLVSSGSQQKLSENLMTLGNIRSSLSHATSC
EEGLSDRLFPEPQVRHPNAPTSGPSPVPMRSRGPDNRRHAHQNQPRPTGVYTDDHHEFKS
PDTFQIKFKQVKLRHSKDPSPATEVIRSSSPFSGLASDFPGVMGEGGLGFDPLNYRPAAM
ISPQADVMTPTTRTPDNIKTWSSSDETSPPGGMHRTISIKRVSSVQSLHAEPMFAAVSMI
SSLQNVGDCGSNDQRDGKVLQSLPETPEENVTEKKWRSHDLLETKKSPGLDKTKSSLDGL
TAEDCFSETSSSKVTKLVSRKTSAAQLLGVVPYRSTQVDNNTVVNGRSLHLDLNENIKQA
ETLNAQRQEDNKDTNERRCIQYHTHSEPGLTKKPHYGSLIALVGLKTESQPGSAHGGYID
QNQQTYTHTRHASINEHSYGYNRPYSNRHNFSKHRSSAKSSSTYKHSPPKFEYRQDDTVF
RSPNTVMYVESSSTRIYTARLDTFNPEGRQRNDYCEYSPPKNPHPSTYHSRSQSVDAYKP
CHNKLTPGCKQPRGDNIQPPQPLPAPRKHYRSYSAGDDLQSPQPSYKPTPLPRNRGSIEN
RPFPLTPVSNPMFHPWNPTPRLPQ

Nucleotide sequence

Length: 5,170

>KH2012:KH.S522.8.v1.B.SL1-1
CAAGATTAGGTTTTAAGGAATGGATTAAAGCGAAATACTATTGTGTAAGTTAGACATTGT
TGTAAAAATGAAAAACTTCGCGATTTCTTGTTACATCGGTGGTTTTATGGATGTTAATGC
AACGAATGAAAGTTAATTCAAGTATGCAAGATGTCAAATACTGCTACAGCAAGCGCATCA
GGCTCTAAATTGGATAGGAAGAAAAATAATCCAAAGTTTTACGTTGACACCAGTAACTCC
GGGAGTAAATTTCCCCGAATAGAAGATTGTGTTCATTTTCATTATGACAGTGTTGATTAT
GGTGATATAAAGTTGTCATTCGTGGACGATTCAAGTGACAACTTTAAGATAAATGGGTCG
ATCAACATAGAAGGATTTAAACCAATATTTTGTGTTAGAATAACAGGCAAGTGCAATTCT
TGGGTTGTTCGAAGAAGTTTAACTCACTTTCAACTCCTTGATACATGGCTACATGAGTGT
GTGTATGACCGAAAGTTCTCTCAACTTTCTCAGCTTTCTGAAGCCGAACTATCAACAAAG
ACATTGGATGACATTCAATCTATTCTCCGAGAATATCTCAATCAACTTTCCACAATTGCT
CAATCTGGTGATGAAATTGGTGGCGAGATATTCTGTGCTCCTATCCTTCACTGGTTCGAG
GTTGACAACCATGGAAGAAACATGGTGGCCCATGCACTTGGTGATGTTGCAGACATCAAT
ATACCTGCTGTGGCTGCTGCAAGGGTAGTGAGGAGGTACACATCAACTGATGATGATGAA
TTAAACTTAGAGGTTGGTGACATGGTGTCAATCATTGAGATGGGTGCCACGGGTTGGTGG
AGGGGTAAACAAGGGTTGAAAGTTGGTTCGTTCCCCGCACAATGTGTTCGTCGTATCAAC
AGCTCATCTGATGTGGTAGGAACGCATGAACGACCGTTCTCACCCCCAGCTTACGGACCA
ACTTACGGACCAAATCAAATCAAACCAATTGCACGGAAACACGGTAAATTCATGGACTTC
CTACGTTCGTTTCTTGATACCAGACCAAGTAAAGCTCATTTGAAAAGGAAAGGTATTTTA
AAAGAACGTGTGTTCGGTTGCGATTTGGGGGAATTACTGCACCTACCAGCAGTTATTTTG
GACTGCACCAGTTTCGTTGAGCGACACGGCATAGTGGACGGTATATATCGCATATCAGGT
GTGGCTTCACACATCAGACATCTAAGGTATGAATTCGACTGTGATCGGAGACCTGACCTT
GAAAAAGATGTTGTTGGAATACCCAAAGCAGGCCATGTACCTGGCATGTCCAAGGATGGT
AACATGATATGCGATCCACACAGCATAGCTGGCTTGTGTAAACTATTCTTCAGAGACCTC
CCCAACCCCTTACTCACCTACCAACTTTACAATCGGTTTGCGAGTGCAGTAACCGAATAT
GACGCTGAGGAAAGATTATTAAAAGTACATGACGTCATACAACAGCTACCACCCCCACAT
TACAGGTATATGTGGATTAACATTGAAACACCTCATCACTCACTTGAGGTTCATGGCACA
GCAGGAAGACTAGATAAACTATTGCAGTGTCGTAACCTCGCCATAGTATGGGCACCTAAC
TTACTTAGATCAAGGGAATTAGAAGCGGGGTTGGCTGCTTTTACCGAAGCCAGAGTTCAA
TCTGTCGTCACCGAGTTTCTCATCGTAAACGGGGATATATTGTTCAGCGATAAGCTACAA
ACCATGCAATATGATGCAGATCATAAACCTCCTCGTCCTCGCTCCCTGATGATCCTCCCA
ACTCCCAAGTTGATCAGTTTAGAGGAAGCACAAGCAAGATCAAGGTCCGGAGTACCTGCT
CCAACATCTGACAGTCATAATTCATCCTTGTCCTCGGAATCCGGAGTCAAACTTCGAGAA
TCGAGCGATCGACATTCATCAACAGACAGAAGGAAACGAAGCCAGAAGAAACCACTGCCC
GCCTTTATATCAAGCACCCCGAAAATAATCAGAAAGCAAGTGCACGGTAGTACCCATGCA
AGCATACACCACCCACCAACAGACATCACCCATTCACCAGACACCCCATCTCACCACACA
CCTGGTTGGAAAGTTAAACTTGGAAGTTTGCTTCGGAAATCTAACAACGCAAATGTTATA
CGTCAATCATCGTTGCGTCGAACACAAAGTGATGATTCGCTGGTTTCTTCCGGGTCGCAA
CAAAAGTTGTCTGAAAATCTGATGACTCTGGGAAATATCCGATCTTCGCTGAGTCATGCT
ACATCCTGCGAGGAAGGGCTCAGTGATAGGTTATTCCCCGAGCCCCAGGTTCGCCACCCC
AACGCCCCAACATCTGGTCCCTCCCCCGTCCCAATGAGGTCCCGGGGCCCCGATAATCGT
AGACACGCCCACCAAAACCAGCCACGCCCCACTGGTGTATATACGGACGATCATCATGAG
TTTAAATCTCCAGATACTTTCCAAATCAAATTTAAACAAGTTAAACTAAGGCATTCAAAA
GATCCATCTCCAGCCACTGAAGTTATTCGTAGCAGTAGCCCATTCTCGGGGTTGGCATCT
GACTTTCCTGGGGTTATGGGTGAAGGGGGGTTGGGGTTCGACCCTCTTAATTATCGACCA
GCTGCTATGATTTCCCCACAAGCAGATGTGATGACACCAACAACAAGAACTCCCGACAAC
ATCAAGACCTGGTCCTCGTCGGATGAAACCTCTCCACCAGGGGGCATGCATCGCACGATA
TCGATCAAGCGTGTCTCATCAGTGCAATCACTTCATGCAGAACCAATGTTTGCGGCTGTT
TCTATGATCAGTTCGCTACAAAACGTAGGTGATTGTGGAAGCAATGATCAAAGAGATGGA
AAAGTTCTTCAGTCTTTACCCGAGACACCAGAAGAAAATGTTACAGAGAAAAAATGGAGG
AGTCATGATTTGCTGGAGACGAAAAAGTCGCCGGGTTTGGATAAAACTAAAAGTTCTTTA
GATGGTTTGACGGCAGAAGATTGCTTCAGTGAAACTTCTTCGAGTAAAGTTACAAAACTT
GTTTCGAGAAAAACATCAGCAGCTCAGTTGCTTGGTGTGGTGCCTTATAGATCAACGCAG
GTCGATAATAATACTGTGGTTAATGGAAGGTCTTTGCACTTGGATCTGAATGAGAATATT
AAGCAAGCTGAAACTTTAAACGCACAGAGGCAAGAAGATAACAAAGATACAAATGAGAGA
AGGTGTATTCAATATCATACACACAGTGAACCTGGGTTGACGAAGAAGCCTCACTATGGC
TCTCTAATTGCTTTGGTTGGTTTAAAAACTGAATCCCAGCCAGGCAGTGCGCATGGGGGG
TATATTGATCAAAATCAACAGACCTATACCCACACAAGACATGCTTCAATAAATGAACAT
AGTTATGGTTACAACAGGCCGTATAGTAACAGACACAACTTTTCTAAACACCGCTCCAGT
GCTAAGTCATCAAGCACATATAAGCATTCACCTCCAAAGTTTGAATACAGACAAGACGAC
ACAGTGTTTCGCTCACCTAATACAGTGATGTACGTAGAATCATCATCTACTCGCATTTAC
ACTGCAAGGTTGGACACGTTTAATCCAGAAGGTCGGCAACGAAACGATTACTGTGAATAC
TCCCCACCAAAGAATCCACACCCTAGTACTTATCACTCCAGATCACAAAGTGTGGATGCT
TACAAACCATGCCATAATAAACTAACCCCAGGGTGCAAGCAACCCAGGGGTGATAACATA
CAACCCCCACAACCATTACCGGCCCCACGAAAACATTACCGCTCATACTCAGCGGGCGAT
GATCTCCAATCTCCCCAACCCTCGTACAAACCAACCCCACTGCCAAGAAACCGGGGTTCA
ATAGAAAATCGCCCATTTCCGCTTACCCCGGTTTCAAACCCCATGTTTCACCCATGGAAC
CCCACCCCTCGTCTGCCCCAGTAACCCCTAGGGAGTTTCCAAGTGAGTACATGAAGACCC
CACAAAGCTACCCATCTTCGTACACCAACGATACATATGAGGATTGGTATAACAGCAAAC
CCCACCCACATTTCTCAGCTTCCACCGACAACTTACACCCACACCCCCAAACCTGTAACC
CCAGACCTTCACGATTAATTTTCCATCAATCCGAAGCAGAAGGTCAAGATATTTACTCAA
ATAAACTCTGTAAGACACAATCCTACCCGCAAGACTATTACCGAGCGTCCTATGCTGAAG
GTACTTCATATAACAACGCAACTTACAGCTGCTATGCTACTGCTTCTAAGTCCTACATGG
AGCCATTACAAGATGAAATATACAGAAATCAGACAGCTGCAAATCACACTGTGTCTCACG
TAACAACACCACAACAGCCCACAGGATTATCATGGGTTTAATAACATAAGTAAACATTGT
GAAAGCTTTCCAACACTAAACCAATTAGACAAAGATTACCAAAATGTTCACTGTATTTAC
TGGTTAAGGCCATTCTTCAAATAACCTTCAGCATGCCTAGCATGAATAACAACTTAATGA
GTATTTATTTATTATTGGTGTATTTGCACACCAAATAAAATTTAAAAGTGTTGGAAAGAA
AGCTACGTAGTTTAAAATCATACTTAGATGACACAGTCCTCTGTAAAGAAACAATTTCTG
CAATTCATTCTTATAATGATCAAGAGTATTTCGTATTTTTTATTTTTACTTGCAGAACTG
TGTTAACATTTTTATTTCATGATTTCGTTGGGTGCTGTCTGTCTACCTATTGTTACTGAG
TTCATTATGCATCATGTATGCTTTTGTTACATCACAGTTCTTATAATATCATTCCAGAGC
TAATTATTAGCACATAAAGGTACTAGAGTCATTTTGCACACCTCCAACGCTCACGGTATT
TTATATTTCAAATATAGTTGCTTTGTTCTGTAACAATAGCCAAGTTACTATGGCAACAAC
ACTGAGTTGACTTTGGACAACTTTCTATTGTTTGTGCTGTTTCGTCACAATGTCACCTTT
GTTCACGCCATTTTACGCGATCTTTTCATTTGCAATAATAAAGACACTTATTGTAGAATC
AGTTTAAAGCTGGATATGAGTATAAAATGTATACATGCAACTTTTGTAAACTTGGCCGAA
AAGAGCGCAA

InterProScan

ProSiteProfiles
SH3_domain (IPR001452) - T[199-258] 12.189
SUPERFAMILY
SH3-like_dom_sf (IPR036028) - T[200-274] 3.81E-15
SMART
SH3_domain (IPR001452) - T[202-257] 1.1E-9
Pfam
SH3_domain (IPR001452) - T[207-253] 6.4E-10
SUPERFAMILY
Rho_GTPase_activation_prot (IPR008936) - T[318-532] 4.32E-37
Gene3D
Rho_GTPase_activation_prot (IPR008936) - T[320-542] 4.3E-51
ProSiteProfiles
RhoGAP_dom (IPR000198) - T[324-532] 33.488
SMART
RhoGAP_dom (IPR000198) - T[330-529] 2.5E-36
Pfam
RhoGAP_dom (IPR000198) - T[333-503] 1.9E-28

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
RHG33_HUMAN 43.085 % 431 1.19E-129
RHG32_HUMAN 44.465 % 475 1.46E-141
RHG31_HUMAN 42.349 % 206 7.04E-54





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