KEGG   Xenopus laevis (African clawed frog): 444120
Entry
444120            CDS       T01010                                 
Symbol
arhgap32.L, arhgap32, gc-gap, grit, p200rhogap, p250gap, px-rics, rics
Name
(RefSeq) rho GTPase-activating protein 32
  KO
K20647  Rho GTPase-activating protein 32
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xla04131]
    444120 (arhgap32.L)
Membrane trafficking [BR:xla04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    444120 (arhgap32.L)
SSDB
Motif
Pfam: RhoGAP SH3_2 SH3_9 SH3_1 PX
Other DBs
NCBI-GeneID: 444120
NCBI-ProteinID: NP_001085694
Xenbase: XB-GENE-1002479
UniProt: Q6GPD0
Position
7L:complement(75066875..75274151)
AA seq 1940 aa
MEGGTDAAAFAAFPSIHAVPSTSGRMVTGSKLDELERIMKSSLHLEEDDFVPELPRSIHP
RERPDWEETISAMARGADITVPGEIQIPAELPLRSCGSTASMKVKNVKKLSFTKGHFPKL
AECAHFHYENVDFGSIQLTLTEDQNEVNRNGCESKELVFLVQIACQGRSWIVKRSYEDFR
VLDKHLHLCIYDRRFSQLSELPRSDSVKDNPELVTQMLMAYLSRLSAIAGNKINCGPALT
WMEIDNKGNHLLVHEESSINVPAIAAAHVIKRYNAQAPDELSFEVGDIVSVIDMPPKELT
TWWRGKHGFQVGFFPSECVELINDKVPQSMTNSVPKPVSRKHGKLITFLRTFMKSRPSKQ
KLKQRGILRERVFGCDLGEHLLNSGQDVPQVLRSCTEFIEKHGVVDGIYRLSGIASNIQK
LRHEFDSEQIPDLTKDVYIQDIHCVGSLCKLYFRELPNPLLTYQLYEKFSDAVSAASDEE
RLVKIHDVIQQLPPPHYRTLEFLMRHLSRLATYCSITNMHTKNLAIVWAPNLLRSKQIES
ACFSGTAAFMEVRIQSVVVEFILNHVEVLFSAKLSSVIREGAGHTSLSRPKSLLVSSPST
KLLSLEEAQARTQAQINSPVVGDSRYIEVGEGPAALQGRFHTVIDFPSERKRPPSKMKKS
PVGSWRSFFNIGKSSSSSSMSKRKLQRNPSEPLEMKSMAFAGGRDSSAMRSAKSEESLSS
LHAADGESKLFRPRRPRSSSDALSASYNGDLLDSCNRCNSYDNLPRDHDSDGDEGLIHVP
AMLSGRSPEDEDLSPPDIGMATLDFDPMSFQCSPHQLDSEGPDNFFQLDIFASNGKDKLQ
SGTQNPGSVTGCEPLSPFQDKVISPFLSPDRSPSTDKVSKTASFAEKFVQALSPKMGRKA
VRSPPLTISDPVSISLPSRVSEMIGSMPGNSAASQSIIWNRESSTNSRESETYYGCKLVD
ANLSSSSATADPWSTVTPVITCNQDGREDKAGIFTHGFPQPLESSDLEYIENYNLELGTT
NVAAAYQNDDTELSRANQNKAHPPNSPQGASASESPQELSHVSSVSIIPPPPPPKNPARM
LALALAESAQQASANKKPSFMQFMDLPPPPSVPEDKPLLEFSPKMSPEPLRSGPATPAAS
PPVISRKTSPATPPSTTSSFSVTTIHHSPVKNYNPLAGQMPTAVTPGLSPSSNQVFASVP
DMLHSETIKMNSIIPSEAFTTGIPVTPPTEKTKESSRAPHLHQRSESFPSHPAYSTAKPT
PPVRTMDSRLATAMHSNFNDSITANNYHSFLNTMMLPSSLEDALPRHNYSPHLKTGNIDE
EGVNYRQTYLSHNKQDDPADLGDLYRQPYISPGKSENAEIGNAYRHPYPSNTESESLKEP
LEPFLHHKPAVAPKTYRAETLLPHIPPQVYGSRCDTPSSAFYGTYINQAKHPRSRNKPDY
MPSMSPGVRSYTEDTSSYPTIRRVQSLHVPMQTLPPPIRTVPISRTEVPPDDDPAYCPRP
LYQYKQCPPFNSQSDYHVTQLQPYFENGRVHYRYSPYSGGPTYFSSDSNFYDMDPYGTLR
LRQLPLYPSRDFASYTTRLQPKATYRSQGLPPYPRGTLREHNFISRDVPPALPPEHPRPL
HISWDMEDMDRYRLQSLRRENKARQRAKGPVMSQYDNVTPSLVEDVAGLDVIHLRSRSDP
GKTPGLLSVAETKDVRYPGRTEGDERTTYPPPVFGNGHQDKPSLPQKQSGSSRSRMQHDI
STEQHSQDTLHRQPSEGRNGPPIPPVDYNAKGMPNPPDPTSYHSSANKYNLTQQEPMRLN
HKELRLTEDIERSHTRPADNQHRDCYREEQAQFASVVPPPKPERSHSLRAHNPAVLERDP
SIFYPYQTLHAKRQSTINTVSQYDNLSDYHSIPHHRTTNQSTPNAFPLPHGRTYSTALGQ
GAFLAAELALQRPETKIHVE
NT seq 5823 nt   +upstreamnt  +downstreamnt
atggagggagggaccgatgctgctgcctttgctgcttttcccagtatccacgcagttcct
tcgacttctggcaggatggtaacgggatccaaactggacgaattagaaagaataatgaag
tcttcactgcacttagaagaggatgattttgtacccgagttgccaaggagcatccatccc
cgggagaggccagactgggaggagacaattagtgctatggcacgaggggcagacattaca
gtcccaggagaaatacagatacctgcagaacttcctctccgctcctgtggtagtactgcc
agcatgaaggtgaaaaatgtcaagaagttatccttcaccaaaggacatttccctaaactc
gcagaatgtgcacatttccactatgaaaatgtagactttggcagcatacagcttacactc
acagaagatcaaaatgaagtgaacagaaatggctgtgaatccaaggaacttgtttttcta
gtgcagattgcttgtcagggccgaagctggatagttaagcggagttatgaagattttcgg
gttctggataaacatcttcatctgtgcatatatgacaggcgcttctctcagctctcagag
ctgccccgttccgactccgtgaaggacaatccagagttggtcacacagatgctgatggct
tacctatcacgcctttcagccatagcaggtaacaagatcaattgtggaccagccctgacg
tggatggagatcgataacaaaggcaatcatttgcttgtacacgaagagtcctccataaat
gttccagcaatcgctgctgcccatgtaataaagagatataatgctcaggcccctgatgaa
ctctctttcgaggtgggagacatagtctctgtaattgacatgccaccaaaagaactgacc
acatggtggaggggaaagcatggatttcaagtgggcttctttccaagtgaatgtgtggaa
ttaataaatgataaagtaccccagtctatgacaaactctgtgcctaaaccagtgtcccgg
aagcacggcaagctcatcacatttctaagaaccttcatgaagtccagacccagcaaacag
aaactgaagcagagagggatcctgagggagcgagtatttggctgtgaccttggggaacat
ctgcttaactccgggcaggatgtcccccaagtcctcaggagttgtacagagtttatagaa
aagcatggtgttgttgatggaatctaccgtctgtctgggatcgcatctaacatccagaaa
ctacgtcatgaatttgactctgaacagattccagacctaactaaagatgtgtacatccag
gacatccactgtgttggctctctctgcaaactatacttccgggaactcccaaaccctctc
ctcacatatcaattgtatgaaaaattctctgatgctgtgtcagcggcctccgatgaagag
agactagtgaaaattcatgatgttatccaacagcttcccccacctcattacagaacactg
gagttccttatgcggcacttatcaagacttgcaacatactgctccatcaccaatatgcac
actaagaatttggcaatcgtttgggcccccaacctgctccggtcaaaacagattgagtct
gcatgtttcagtggtactgcagctttcatggaagtacgcatacagtctgtggtagtagaa
tttatcctaaaccatgtggaggttctctttagtgctaagcttagttctgtgatacgggaa
ggagcaggtcacacttctttgtcccgacccaagtcgctgttggtgtcttctccatctaca
aagctacttagtcttgaagaggctcaagcaaggacacaggcacaaatcaattcccctgtt
gtgggtgacagcaggtacattgaggtgggcgagggaccagctgctttgcagggcagattc
cacactgtaatagacttcccttctgaaagaaaaagaccaccaagtaaaatgaaaaaatct
cctgttggaagctggcgttctttttttaacataggcaaatcttcgtcttcatcatccatg
tctaaacgcaaactacagcgaaatccaagtgagcctttggaaatgaagtccatggcattt
gcaggtggaagagatagcagcgccatgcgttcagctaaaagtgaggagtctctcagttcc
ttgcatgcagcagatggagagtcaaagctgtttcgtccacgtcgccctcgttccagcagc
gatgctctgtctgcttcatataatggggaccttctggatagctgcaaccgctgcaactcc
tatgataatctgccccgtgaccatgatagcgatggggatgagggtttgattcatgtccct
gctatgctgtcaggacgctctccggaggatgaggatctcagcccaccagacattggtatg
gccactttggacttcgacccaatgtcttttcagtgcagccctcaccagctggactctgaa
ggaccagacaatttttttcagcttgacatttttgctagcaatggcaaggataagttgcaa
agtggtacacaaaacccaggcagtgtcactggctgtgaacctctctctcctttccaagac
aaggttattagtccatttctatctcccgaccgcagtcctagtacagataaagtatccaaa
actgcatcatttgcagaaaaatttgtgcaggccttgtcacctaaaatggggcgtaaagca
gttcgatctcctccattaaccatctcagatcctgtcagcatctctctccctagtcgggta
tcagaaatgattggaagtatgccaggcaattctgctgcctcccagtcaattatttggaac
agagaaagtagtaccaattctagagaatctgaaacatattatggttgtaaattggtggat
gccaacctttcatcctcgtccgcaacagcagatccatggtctacagttactcctgtaatt
acttgtaaccaggatgggagagaagataaagcaggaatatttactcacggatttccacag
cctctggagagtagtgacttggaatatatagaaaattacaacctggaacttggtactaca
aatgtagctgcagcatatcagaacgatgatacagaattgtcgagagcaaatcagaacaaa
gctcatcctcctaattcccctcaaggagcttctgcctcagaatctccccaagaactgtcc
catgtcagtagcgtttctatcattccacctccacctcctccaaagaatcctgcacggatg
ctggcattagcattggctgaatctgctcaacaggcatctgccaataaaaaaccttctttt
atgcagttcatggatctgccccctccaccatcagtaccagaggacaaaccacttcttgag
ttctcaccaaaaatgtctccagagccactgcgatctggtcctgcaacaccagcggccagt
cctccagtcatatctaggaaaacatctccagctactccaccaagcacaacttcatcattt
tctgtcacaacaatccatcacagtcctgtgaaaaactataatcctctggcaggacagatg
cctacagcagtcactcctggacttagtccttcatcaaaccaggtttttgcttcagttcct
gacatgctacattctgaaactattaaaatgaattcgatcataccaagtgaagcatttact
actggaattccggtcaccccacccactgaaaaaaccaaggaaagttctagagcaccacat
cttcaccaacgatctgaatccttcccttcacaccctgcatacagcactgcaaagcccact
ccaccagttagaacaatggatagtcgactggcaactgccatgcattccaacttcaatgat
tctatcactgctaataactatcactccttcctgaacaccatgatgctcccttcttctcta
gaggatgcattacccagacacaattattctcctcacctcaagacagggaatatagatgag
gagggagttaattacagacaaacatatctatcccacaataagcaagatgacccagctgat
ttgggagatttatacagacagccatatatttctcctggcaagtctgagaatgcagagata
ggaaatgcttaccgtcacccatatccttccaatactgagtcagagagtctgaaggagcca
ctagaaccttttctgcatcacaaaccagcagttgctccaaagacatacagagcagaaaca
cttctaccacatatccctcctcaagtttatggttcaagatgtgatactccatcctcagca
ttttatggcacctacataaatcaggccaaacacccccgctccaggaacaaacctgattat
atgccttctatgagcccaggtgtccgtagctacacagaagacacttcgtcctaccctact
attcgaagggtacagtctctgcatgtgcctatgcaaactctaccaccccctatccgcact
gttccaatttcaagaacagaggttcctccagatgatgatccagcatactgcccacgaccg
ctttatcaatacaaacaatgcccaccatttaactctcagtcagattaccatgttacccaa
ctacagccttactttgagaatggacgagttcattatcgctacagtccctattcagggggc
ccaacttatttctcatcagatagcaatttctatgatatggacccctatggcaccttacgc
ctgcgacaacttcctctctacccaagtcgggactttgcttcttacaccacaagattgcag
cccaaagccacatatcggtcacaaggattacctccatatcccagaggaactctacgggaa
cacaattttatcagtagagatgttcctcctgcactaccaccagaacatccacgacctctt
cacatttcttgggacatggaagatatggacagatacagactgcaatccctgcggcgtgaa
aacaaggcacggcagagagctaaaggaccagtaatgtctcagtatgataatgtcacacca
tccttagtagaggatgtagctggcttagatgtgattcatctgcgaagccgttctgatcct
ggcaagactcctggtctattaagtgtggcagagactaaagatgtccgttacccaggaagg
acagaaggtgacgagcgtacaacatatccacctcctgtttttggaaatggccatcaagat
aagccatctcttcctcaaaagcaaagtggatcaagcaggagtcgaatgcaacatgatata
tctactgagcagcattctcaagatactttgcaccggcagccctcagagggaagaaatggt
cccccaattcctcctgtggactacaacgccaaaggaatgccaaatcccccagaccctaca
tcatatcattcctctgcaaacaaatataacttgacacaacaggagcctatgagacttaat
cacaaagagctccggctcactgaagatattgaacgttcacataccagaccagctgacaac
caacaccgtgactgttacagggaggagcaggctcagtttgcctctgttgtacctcctcct
aagccagagaggagccatagcctccgagctcataatccagctgttttagaaagagaccct
agtatcttctacccctaccaaacacttcatgccaagaggcaaagcactattaatacagtc
tcccagtatgataatctatctgattaccattctataccccatcatagaaccactaaccag
tctactccaaatgcctttcccctcccacatggacggacctattccactgccctgggccag
ggtgcctttctagctgctgaacttgccttgcaaaggcctgagacaaaaatccatgtggaa
tga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (11)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (9)   
DNA sequence (11)   
   RefSeq(nuc) (9)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (76)   

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