KEGG T01045: 100081782

Ornithorhynchus anatinus (platypus): 100081782

Entry

100081782 CDS T01045

Gene name

ARHGAP5

Definition

Rho GTPase activating protein 5

Orthology

K13709

Rho GTPase-activating protein 5

Organism

oaa Ornithorhynchus anatinus (platypus)

Pathway

oaa04510	Focal adhesion
oaa04670	Leukocyte transendothelial migration

Class

Cellular Processes; Cell communication; Focal adhesion [PATH:oaa04510]
Organismal Systems; Immune system; Leukocyte transendothelial migration [PATH:oaa04670]

SSDB

Motif

Pfam:

RhoGAP FF Ras GTP_EFTU

Other DBs

NCBI-GI:

345306164

NCBI-GeneID:

100081782

Position

AA seq 1499 aa
MAKNKEPRPPSYAISVVGLSGTEKDKGNCGVGKSCLCNRFVRSKADEYNLEHTSVLSTID
FGGRVVNNDHFLYWGDVTQSGEDGVECKIHVIEQTEFIDDQTFLPHRSTNLQPYVKRAAL
SKLQSAEKLMYICTDQLGLEQDFEQKQMPEGKLNVDGFLLCIDVSQGCNRKFDDQLKFVN
NLYIQLSKSKKPIIIAATKCDECVDHYLREVQAFASNKKNLLVVETSARFNVNVETCFTA
LVQMLDKTRGKPKIIPYLDAYKTQRQLVVTATDKFEKLVQTVRDYHATWKTVSNKLKNHP
DYEEYINLEGTKKAKSTFSKHIEQLRQEHIRKRREEYINTLPRALSTLLPNLEEIEHLNW
SEALKLMEKRADFHISFVVLEKTPWDETDHIDKVNDRRIPYDLLSTLEAEKVYQNHVQHL
ISEKRRVEMKEKFKKTLEKIPFISPGQPWEEVMCFVMEDEAFKYITEADSKEVYSRHQRE
IVDKAKEEFQEMLFEHSELFYDLDLNATPSSDKMSEIHRVLSEEPQYKALQKLAPDRESL
LLKHIGFVYHPTKETCLSGQGCTDIKVEQLLANSLLQLDHGRLRLYHDSANLDKVNLFIL
GKDGLAQELANEIRTQSTDDEYALDGKIYELDLQPVDSKSPYLLSQLWTAAFKPHGCFCV
FNSIESLNSIGECIGKIRNEASQNRRDKYMATLPFTLILANQRDSVSKNLPILRHQGQQL
ANKLQCPFVDVPTGTYPRKFNETQIKQALRGVLESVKHNLDVVSPVPINKDISEADLRIV
MCAMCGDPFSVDLILSPFLESHSCSAAQAGQNNSLMLDKIIGEKRRRIQITILSYHSSIG
VRKDELVHGYILVYSAKRKASMGMLRAFLSEVQDTIPVQLVAVTDSQADFFENEAIKELM
TEGEHIATEITAKFTALYSLSQYHRQTEVFTLFFSDVLEKKNMIENSYLSENTRESTHPS
EDVFLPSSRGFPYNNYPDSEDDTEAPPPYSPIGDDVQLLPTPSSKYRLDLEGNEYPIHST
PNSHDHERNHKVPPPIKPKPALPKTNVKKLDPNLLKTIEAGIGKNPRKQSSRVTLAHPED
MDPSDNYAEPNDTLFKPKGFSEDIYAVPDDSQNRTMKIRNSFGNNAQGDEENGFLDRTSK
NLGERRPSKYKYKSKTLFSKAKSYYRRTHSDASDDEAFPTSKTKRKGRHRGSEEDPLLSP
VETWKGGIDNPAITSDQELDDKKMKKKTHKVKEDKKKKKTKTFNPPTRRNWESNYFGMPL
QELVSAEKPIPLFVEKCVEFIENTGLCTEGLYRVSGNKTDQDNIQKQFDQDHNINLVSME
VTVNAVAGALKAFFADLPDPLIPYSLHPELLETSKLLDKTERLNALKEIVKKFHPVNYEV
FKYVITHLNRVSRQNKTNLMTADNLSICFWPTLMRPDFENREFLSTTKIHQSVVETFIQQ
CQFFFHNGEIVETTNPVAPQPPSLNPGQMAEPMVPLQLPPPLQPQLIQPQLQADPLGII

NT seq 4500 nt +upstreamnt +downstreamnt
atggcaaagaataaagagcctcgacccccatcctatgctatcagtgtagtaggactctct
gggacagaaaaagacaaaggcaattgtggagttggcaagtcatgtctgtgcaatagattt
gtgcgttcgaaggccgacgagtataaccttgagcatacctctgtgcttagcacaattgac
tttggaggccgagtagtcaacaatgatcactttctctactggggtgacgtaacccaaagt
ggtgaagatggagtagaatgcaaaattcacgtcatcgaacagacggagttcatcgacgat
cagactttcttgcctcaccggagtacgaatctgcaaccgtacgtaaagcgtgcagcgctc
tccaaattgcagtcggcagaaaaactaatgtacatttgcactgatcaactaggcctggag
caagactttgagcagaaacagatgccggaagggaagcttaatgtagatgggtttttgtta
tgcattgatgtgagtcagggctgcaataggaaatttgacgatcagcttaaatttgtgaat
aacctatatatccagctatcaaaatcgaaaaaacccataataatagcagcaactaaatgt
gacgaatgtgtggatcattatcttcgagaggtccaggcgtttgcctcaaacaaaaagaac
ctcctcgtagtggagacgtcggcaaggttcaatgtcaacgttgaaacgtgtttcactgcg
ctggtacaaatgttggataaaacccggggaaaacctaaaattattccctatctggatgct
tataaaacacagcgacaacttgttgtcacagcaacggataaatttgaaaaacttgtgcaa
actgtgagagattatcatgcaacttggaaaactgttagtaataaattaaaaaaccatccg
gattacgaggagtatataaacctggagggaacaaaaaaggccaaaagtacgttttcaaaa
cacatcgagcaactcagacaggagcatataaggaaaagaagagaagaatatatcaataca
ctcccaagggcacttagcacccttctgccaaacctggaagagattgaacatttgaactgg
tccgaagccctgaaactgatggagaaaagagcagactttcatatttcctttgtggtgctt
gaaaaaacaccttgggatgaaacagaccacattgacaaagtcaatgatcgaaggatccca
tatgatctacttagcactttagaagccgaaaaggtctatcaaaaccacgtccaacatctt
atatctgagaagaggagggtagaaatgaaggaaaagttcaaaaagaccctggaaaaaata
ccgtttatttcacccgggcaaccttgggaagaagttatgtgttttgtaatggaggatgaa
gctttcaaatacatcactgaagcagatagcaaagaggtgtatagtaggcatcagcgagag
atagttgacaaagccaaagaagagtttcaggaaatgctgtttgaacattccgagctgttt
tatgatctagatctgaatgcaacacccagttcagataagatgagtgagattcacagggtc
ctgagcgaagagcctcaatataaagctttacagaaacttgctcctgatcgggagtctctt
ctacttaaacacattggatttgtttatcatcccacgaaagaaacctgtcttagtggccag
ggttgcacagacataaaagttgagcagctgcttgccaatagtcttttgcagctagaccat
ggtcgcctccgattgtaccacgatagtgctaacttagataaggtgaatctctttattcta
ggtaaggatggtcttgcccaagagctagcaaatgagataaggacgcagtccaccgatgat
gagtatgccctggatggaaaaatttacgaactggatcttcagccagttgattccaagtcc
ccttaccttctaagtcagttgtggactgctgctttcaaaccacacggatgcttctgtgtt
tttaattctatcgagtcgctgaacagtatcggggaatgtatcggaaaaatacgaaatgaa
gcctctcagaacaggagagataaatatatggccactcttccgtttacgctaattttggct
aatcagagggacagcgtcagcaagaatttaccgattctcaggcaccaggggcagcagttg
gcaaacaaattgcagtgtccctttgtagatgttcccaccggtacttaccctcgaaagttt
aatgagactcagataaagcaagccctgagaggagtgttggaatcggtgaaacacaatctg
gacgtggtaagccccgttcccatcaataaagacatttcagaagccgacctgagaatcgtt
atgtgtgccatgtgcggcgatccatttagtgtcgatctcattctttcacctttccttgag
tctcactcgtgcagtgctgctcaggctggacagaataattctttaatgctggataagatc
ataggtgagaaaaggagaagaatacagataaccatattatcctaccattcttccatcgga
gtaaggaaagatgaactggttcatggctacattttggtctattctgccaaacggaaagcg
tccatgggaatgcttcgagcgtttctttcagaagttcaagacactattcctgttcaactg
gtagccgtgaccgatagtcaagcggattttttcgagaatgaggctattaaggagttaatg
acagaaggagagcacatagcaacagaaattactgctaaattcaccgcattgtattctttg
tctcagtatcaccgacaaactgaggtcttcacgttgtttttcagtgatgttttagaaaaa
aaaaatatgatagaaaactcctatttgtctgagaacaccagggaatcaacccacccgagt
gaagatgttttccttccgtcttcgagaggcttcccttataataactatccagattcagaa
gacgatactgaagccccaccaccttacagtccaattggggatgatgtgcagctgctcccc
accccgagttccaaatatcgactagatttggaagggaatgaataccctattcacagcact
ccaaactctcatgaccacgagcgcaaccataaagtgcctccacctataaaacccaaacca
gctctaccgaagacaaatgtaaagaaactggatcctaatctgctaaagacaattgaggca
gggattggaaagaaccccaggaaacagtcctctcgagtgactctggcacatccagaggat
atggatccctcagataattatgcagaacctaatgatactctttttaaaccaaaaggcttt
tcggaggatatctatgctgtccccgacgatagtcagaatcggactatgaaaattcgaaat
tcatttggaaataatgcccagggtgacgaagaaaacggctttttggataggacatccaag
aaccttggggagaggcggccttcaaaatacaaatacaaatctaaaacactgtttagcaag
gccaagtcgtactataggagaacacattcagatgcaagcgatgatgaagctttccctact
tctaaaacaaagcgaaaaggaaggcatcgtggaagtgaagaagatccacttctttcccct
gtggaaacttggaaaggtggcattgacaaccctgctattacttcagatcaggagttggat
gataaaaaaatgaagaagaaaacacacaaagtaaaggaagacaagaagaaaaagaaaact
aagactttcaatccaccaactcgtagaaattgggaaagtaattacttcgggatgcctctt
caggagctggtttcagctgagaagcctataccactatttgttgaaaaatgtgtggaattt
attgaaaatacaggactgtgtactgaaggtctctacagggttagtgggaataaaacggat
caagacaacattcaaaagcagtttgatcaagatcataatatcaaccttgtatcgatggaa
gtgacggtcaatgctgtagctggagctctaaaagcgttttttgcagatcttccggatcct
ttaatcccatactcacttcatccagagctattagaaacatcaaaactcctggataaaaca
gaacggcttaatgcattaaaagagattgtgaagaaatttcatcctgtaaattatgaggtt
ttcaaatatgtaataactcatctaaacagggtcagtcgtcaaaacaagaccaacctcatg
accgccgacaacttgtctatctgtttttggccaactctgatgagacctgattttgaaaat
cgagagtttctgtccaccaccaagatccatcagtctgtggtcgagaccttcattcagcag
tgtcagtttttctttcacaatggagaaattgtagaaactactaaccccgtggctcctcag
ccgccatccttgaacccaggacagatggcggaaccaatggtcccacttcagttaccacca
cccctgcaacctcagctgatccaaccacaactacaggcagatcctcttggcattatataa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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