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- Transcript 'KH2012:KH.C5.66.v5.A...'
Transcript Model
Transcript Id
KH2012:KH.C5.66.v5.A.nonSL10-1
Possible name(s)
ARHGAP21; ARHGAP23
Gene model
Location
KhC5 [1,627,904 / 1,665,300]
Amino acid sequence
Length: 1,417
>KH.C5.66.v5.A.nonSL10-1
FKFWWCFNVFEMAHSYPYDQIDERNKQNNYLEPGYDERCTRAGQYKAIGLQTHWCYSGSE
NNSNNTYPDDSAYNTGVSSYNSVESSYSRQNKSSNLTPGIQWQHSYHNQAKPPQKYSQSV
GCFSPDLDHLQYADDIDDSDSDTATETDTELSNHFSHCYINNCDMSYLPSYIKPVASSPT
PTTTSTTTSVSVIKCRSVTSNSPTFVTTTSPSHSNREQYASSNYSPLSPVANNYRKSDKT
GSYVGYRETYVRKQQNKLCGRRSLDDRLKSLESGAAVKLEVRRGSQQRRKITNFNPNNEK
NKEPSPLICNIKSNVPEQPVAYYEEQQEPKLSPAPPPDIIESHQPKHGTHQLSDEENDGA
RYKGDIRLKYVDSNPKSYQIPETTSKLNSPVTTPRSSTSLEPVETSSPKVELTGSDWKSD
RQRKKQARAERQTAKQRERESRSAVDVDEKNKTAVVTPSQLKEERCVQGNKKIEWKELTS
DAYTSLQNAAPVKSNINQTSDLNETITTSSPTVEVVSRRGKPINRAGAPPSLTFSTNETS
SVPVELRSPRAENGGISRTNMRERRNARMFILPSSDDSEPDNVLGRFNRPLQNRSLEVVA
PVKFVPSMLRKQTTSNKSKTIDNITSSSASGNESRSISRESKTHQQGKQDQQSYKTPRST
KRPKRSSSRSKSHGRSNITSTSEDSSAALYNDKRTARSNSPAHHKKEKHERRSSDAKSEP
SPRQPRHKRFTEYAELSNVKRTPKTKRNMEAMNLPSPRQQAVARAVKFGYPTDEASIPYI
DEKTSPTEQQEQDSKMHSHQENADPETCKRMLPLSSGSRRGRSGYKKVQSAHRISYIEAM
ESSDDVTPDRDTDGSMCNVSDVTLDTDNNIANRGKIGRSTSADSILSTVENTVNVVLREQ
KRSSSADRNSLKGVHRRSYQIATTANIPPIDNLLRTPSHKRQPSIRKLKNFFGEATPQIV
EAQADEGRRGSRARSFLLPPCLDITEDDGNILREGFLCFKVATIEKGRRTSSQKSWKSVW
AILKDQSLYLCKDWSRTKQDPSVVGGSGYPSPGGNQPPTHFQLEEEEPLNIQGSLVSIAY
NYVKRKNVFKVTTGSGSEYLLQAEDRDDMLAWINSIHLSGNHDNDDGEVTINEDLILRKT
NQIESGPKPEKRATRKSRSPKPARRMTVPTKDMDGSRRFKWRGSVNRIVRKFGQGQTIHG
GTFEVHLEDCPPSPNNEFVPFVVDLCCRIVEERGLTFTGIYRVPGNSGTLAALQDELNLR
GPDALDLENDERFCELNVVSSLLKSFFRKLPDPLFTNELYDDFITMNRKKDPEERLNGLR
HLVHMLPAPHYQTLKFLISHLRRVADNCDVNKMEVRNLAIVFGPTLVRSTISDNMATMVT
DMSDQCRIVESVLQHNEHFFSGEHEEIPTFVRSFMCE
Nucleotide sequence
Length: 4,753
>KH2012:KH.C5.66.v5.A.nonSL10-1
ACTTGCGTTGTATACGTTGGTTGAAAGTAGGCACTGCTTATGAAACGAAAGTTTAATATT
CTTTAAAATTACATCGGTAAAACGTTAAAAGAATGGATTTGTGAAGAAATAATTCAAATT
TTGGTGGTGCTTCAACGTGTTTGAAATGGCACATTCATATCCATATGATCAAATAGACGA
AAGAAACAAACAAAATAATTATCTGGAACCAGGTTATGATGAAAGGTGCACAAGAGCAGG
ACAATACAAGGCCATAGGGCTTCAAACACATTGGTGCTATTCTGGTAGTGAAAACAACAG
CAACAACACATACCCTGACGATTCAGCTTATAACACTGGTGTGTCTTCTTACAATTCTGT
AGAGTCTTCTTACTCTAGACAGAATAAATCTTCAAACTTGACGCCTGGTATCCAGTGGCA
GCATTCATACCACAACCAAGCTAAGCCTCCACAGAAGTATTCCCAATCTGTGGGTTGTTT
TTCACCAGACTTGGACCATTTACAGTACGCTGATGATATAGATGACTCTGACAGTGATAC
AGCTACTGAAACTGACACTGAACTAAGCAACCATTTTTCCCATTGCTATATAAACAATTG
TGACATGAGTTACTTGCCTAGTTATATAAAACCAGTTGCAAGTTCACCCACTCCAACAAC
CACTTCAACTACAACTAGTGTATCTGTAATCAAGTGTAGGTCAGTGACAAGTAACTCTCC
AACTTTCGTGACCACAACATCACCCAGTCATTCAAACAGAGAACAGTATGCATCTTCGAA
TTATTCTCCACTAAGTCCAGTTGCGAATAATTACAGAAAAAGTGATAAAACAGGATCCTA
TGTAGGGTACAGGGAGACTTATGTTCGAAAGCAACAAAACAAATTATGCGGACGCCGGTC
ATTAGATGATAGATTAAAGAGTTTGGAATCTGGTGCTGCAGTTAAACTAGAAGTTCGTCG
TGGTTCTCAACAAAGAAGGAAGATAACCAACTTTAATCCAAACAATGAAAAAAATAAAGA
GCCGTCTCCCTTAATATGTAATATCAAATCAAATGTTCCTGAACAACCTGTGGCATATTA
TGAGGAACAACAAGAACCAAAGCTATCACCCGCCCCTCCACCCGATATAATTGAATCTCA
CCAACCTAAACATGGAACACATCAGCTAAGTGATGAGGAAAATGATGGCGCAAGATACAA
AGGAGATATCCGTCTTAAGTACGTTGATTCAAACCCAAAGTCCTACCAAATTCCTGAAAC
AACTAGCAAACTGAATTCCCCTGTTACCACACCAAGGAGTAGTACGTCCCTGGAACCGGT
TGAAACGAGTTCACCAAAAGTGGAATTAACTGGTTCAGATTGGAAATCAGACAGACAGAG
GAAAAAACAAGCACGTGCGGAAAGGCAAACTGCAAAACAAAGAGAAAGGGAGTCACGGTC
AGCTGTTGACGTTGATGAAAAAAATAAAACTGCGGTGGTTACACCTTCCCAGTTAAAAGA
GGAAAGATGTGTACAAGGAAACAAGAAAATTGAGTGGAAAGAACTAACATCTGATGCATA
TACCTCTTTGCAGAACGCAGCCCCCGTTAAGAGCAACATAAACCAGACGTCCGATTTAAA
TGAAACAATCACCACTTCCAGTCCCACCGTTGAAGTTGTTTCAAGGCGTGGTAAACCAAT
CAACAGAGCTGGTGCTCCTCCCTCTCTTACGTTCTCAACAAATGAAACATCTTCTGTCCC
TGTTGAACTGAGGTCACCTCGTGCTGAAAATGGCGGAATATCTCGTACGAATATGAGGGA
AAGAAGGAACGCCCGGATGTTCATTCTTCCTTCATCTGATGATAGTGAACCTGATAATGT
ATTGGGAAGGTTTAATCGACCTCTGCAGAACAGATCACTAGAAGTAGTAGCACCAGTGAA
GTTCGTGCCTTCAATGTTAAGAAAACAAACAACTTCAAACAAATCGAAAACAATCGACAA
TATAACGTCTTCTTCTGCATCTGGAAATGAATCGCGATCAATTTCTCGAGAATCCAAAAC
TCATCAGCAAGGAAAACAAGATCAACAGAGCTATAAAACACCTCGTTCAACAAAACGACC
GAAGCGTTCTTCGTCAAGATCAAAGTCTCACGGAAGATCAAACATCACATCCACCAGTGA
GGATAGTTCTGCTGCTTTATATAATGATAAAAGAACGGCAAGAAGCAATTCACCAGCTCA
TCATAAAAAGGAGAAACATGAACGACGGAGTTCAGATGCAAAATCAGAACCATCACCGCG
ACAACCTCGTCATAAGCGTTTCACTGAATATGCTGAACTATCCAATGTTAAAAGAACACC
TAAAACAAAGAGAAATATGGAAGCAATGAATTTACCGTCACCAAGACAGCAAGCGGTGGC
TCGTGCTGTTAAGTTTGGATATCCAACTGATGAAGCTAGTATCCCATATATAGATGAGAA
GACTAGCCCTACAGAACAGCAGGAGCAGGATAGTAAAATGCATTCCCACCAAGAGAATGC
GGACCCTGAAACTTGTAAGAGGATGCTCCCTTTATCCAGTGGTAGTAGAAGGGGAAGATC
AGGCTATAAAAAGGTTCAATCTGCTCACCGGATCAGTTATATTGAAGCAATGGAATCAAG
TGATGATGTGACTCCCGATCGTGACACAGATGGTTCAATGTGTAATGTCAGTGATGTAAC
ATTGGATACAGATAACAACATAGCAAACAGAGGTAAAATTGGTCGCAGCACGTCAGCCGA
CAGTATTTTATCAACTGTGGAAAACACAGTGAATGTTGTGTTACGGGAACAGAAACGGTC
AAGCAGTGCAGATCGTAATTCACTGAAAGGAGTTCATCGTCGTTCGTACCAAATTGCAAC
TACGGCAAATATACCTCCAATTGATAATTTACTCAGAACACCTTCCCACAAGCGACAACC
AAGTATCAGAAAATTAAAAAATTTCTTTGGTGAAGCAACACCACAAATTGTGGAGGCTCA
AGCAGATGAAGGGAGGCGAGGCTCCCGTGCTCGATCTTTTCTTCTTCCTCCATGTCTTGA
CATCACAGAGGACGATGGAAATATATTGAGGGAAGGATTCCTTTGTTTTAAGGTTGCAAC
AATTGAGAAAGGTAGAAGGACAAGCTCACAAAAGTCATGGAAATCAGTGTGGGCGATTTT
AAAGGATCAGTCGTTGTATTTATGCAAGGATTGGAGCAGAACGAAACAGGATCCATCCGT
TGTTGGGGGGTCAGGTTACCCAAGTCCTGGTGGAAACCAACCTCCTACTCACTTCCAACT
AGAAGAGGAAGAACCTCTCAACATTCAAGGATCACTCGTGTCCATCGCTTATAACTACGT
GAAAAGGAAAAATGTTTTTAAAGTCACAACTGGCAGTGGGTCGGAATATCTTCTGCAGGC
AGAAGATAGAGATGACATGCTTGCTTGGATTAACTCCATTCACCTCAGTGGTAACCATGA
CAATGATGATGGTGAGGTCACAATCAATGAAGATTTAATTTTAAGGAAAACAAATCAAAT
TGAATCAGGTCCTAAGCCCGAAAAGCGAGCCACTAGAAAAAGTCGATCACCAAAACCAGC
GCGTAGAATGACTGTCCCTACTAAAGATATGGATGGTTCACGAAGATTTAAATGGAGGGG
AAGTGTGAATAGGATTGTCCGTAAATTTGGTCAGGGACAAACCATACATGGTGGTACATT
CGAAGTTCATCTGGAAGATTGTCCACCTTCCCCAAATAATGAGTTTGTTCCATTTGTGGT
TGACCTCTGCTGCCGTATAGTGGAGGAACGTGGTTTAACGTTTACCGGGATTTATCGAGT
TCCCGGAAACAGTGGAACACTTGCTGCTCTTCAGGATGAACTCAACCTCAGAGGACCCGA
TGCTCTCGATTTGGAGAATGACGAAAGATTTTGCGAATTAAACGTCGTCTCTTCTCTCCT
GAAATCATTTTTCCGAAAACTTCCAGACCCACTGTTTACAAATGAATTATATGATGATTT
TATTACAATGAACCGAAAGAAAGATCCCGAAGAAAGATTAAACGGGTTGCGACACCTTGT
TCATATGCTACCTGCACCACATTATCAAACACTCAAGTTCCTAATCAGCCATTTACGAAG
AGTTGCCGATAACTGTGATGTCAACAAGATGGAAGTTCGTAATCTTGCGATTGTGTTCGG
CCCAACACTTGTTCGAAGTACAATTTCTGATAACATGGCAACCATGGTTACGGACATGTC
AGATCAATGCAGGATTGTTGAGAGCGTCTTACAACATAATGAGCATTTCTTTTCTGGAGA
ACACGAGGAAATACCAACTTTCGTCCGAAGTTTCATGTGTGAATAAACTTAATAAATAGT
TTAATTTCACACGCGTGTATGCCTGGTGTCAACACGCATGCAGTTCTTGAAATAAAATAA
TAAAAAAATGCAACACTTTTTTACTTAGTTGCAAATTTTATTTTTTTGACTATTTGTAAG
CTTTTAAAAGCTGCGGTCAATTTTAAATTGGCTTTCTTTACAGCACCTTTAGACGTAATT
AAGTTGCATTTCGTTTTTTTTTAAGAATACCTGTGATATATTTGATAAAATTGCTCTAAG
CACTTGGTATGGTGTATATCAAATTGACATAGTGTTACAAAAAAAAAAGCGAAAAATTTT
CAGTACAACACCAAACCTGGTGTCAACAGTGTTATATATATTCATGATTGAATAAACTAT
TCAGTTTGCCAAA
| Gene3D |
PH-like_dom_sf (IPR011993) - T[985-1120] 6.7E-29 |
| ProSiteProfiles |
PH_domain (IPR001849) - T[990-1121] 12.689 |
| SMART |
PH_domain (IPR001849) - T[991-1123] 3.9E-13 |
| Gene3D |
Rho_GTPase_activation_prot (IPR008936) - T[1151-1409] 2.4E-63 |
| ProSiteProfiles |
RhoGAP_dom (IPR000198) - T[1205-1400] 46.864 |
| SUPERFAMILY |
Rho_GTPase_activation_prot (IPR008936) - T[1215-1402] 1.71E-52 |
| SMART |
RhoGAP_dom (IPR000198) - T[1217-1397] 1.7E-57 |
| Pfam |
RhoGAP_dom (IPR000198) - T[1220-1370] 8.2E-46 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| RHG23_HUMAN | 36.65 % | 310 | 3.72E-86 |
| RHG21_HUMAN | 44.898 % | 362 | 1.64E-102 |
| RHG12_HUMAN | 29.684 % | 154 | 4.55E-38 |