KEGG   Hippocampus comes (tiger tail seahorse): 109507965
Entry
109507965         CDS       T04969                                 
Name
(RefSeq) rho GTPase-activating protein 32-like isoform X1
  KO
K20647  Rho GTPase-activating protein 32
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hcq04131]
    109507965
Membrane trafficking [BR:hcq04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    109507965
SSDB
Motif
Pfam: RhoGAP SH3_2 SH3_9 SH3_1 PX RPEL
Other DBs
NCBI-GeneID: 109507965
NCBI-ProteinID: XP_019713277
Position
Unknown
AA seq 1968 aa
MEAGSGAAAAVGSAALGLLGATSSLDILDRSLRLGRPLEDDDIVPELAHIHPRERPDWEE
TISAMARSAEIPELRSEPLMRSCSSSTASMKVKNVKKLCFTKGHFPKLAECAHFHYENVD
FGTIQLSLGDEQSEVTRNSHESKELVYLVHIYCQGRSWIVKRSYEDFRVLDKHLHLCIYD
RRFSQLPELPRLDSLTDQPESVSQMLLGYLSRLSAIADNKINCGPALTWMEVDNKGNHLL
VHEESSINVPAIAAAHVIKRYIAQASDELSFEVGDIVSVIDMPPKEDTTWWRGKHGFQVG
YFPSECVELINDKVPQSMTNSVPKPASPCSGLPPASWSLFPPYLEMESVIQDNAWVADPL
NHYSLSSVSKKHGKLITFLRSFMKSRPTKQKLKQRGILRERVFGCDLGEHLLNSGHDVPQ
VLKSCTEFIEKHGVVDGIYRLSGIASNIQKLRHEFDSEQIPDLTKDVYVQDIHCVGSLCK
LYFRELPNPLLTYQLYEKFSEAVSAATDEERLIKIHDVIQQLPPPHYRTLEFLMRHLSRL
AAFSYITNMHSKNLAIVWAPNLLRSKQIESACFSGTAAFMEVRIQSVVVEFILNHVDVLF
SAKLSSLIREGAGHNTLSRPKSLLVSSPSTKLLSLEEAQARTQAQINSPVTEDSKYIEVG
EGPAALQGKFHTVIEFPTERKRPPVKSKKSPVGSWRSFFNLGKSSSMSKRKLQRNPSEPS
ELKAMALAGGRGDTATLRSAKSEESLSSLHNVEGESKVYRPRRPRSSSDALSASFNGELL
DGRQHCNSYDNLGATEDSDGDDGPICVPALISPPRSAGEDVDLSPPDIGMASLDFDPMSF
QCSLPDAAYAFPLVDSHAGAEGSTLKKSPGSLWGKSNGSDLISSSILDNLTSSLLSSDFN
LAAGEKVESQKLTTSYSYADKPTQAVSPIRSVKTAPSTTSARFSFEMPDKTTGEEAGPPE
AISPATAPKDSPLSVKAEPSLSEALQMELHSKLATFDSAACEELKREDSFQQVSHGSLEQ
QGGSVPDSKHFAAHSLSPLATTGAPLPPPPPPKDAARMLALVLAESAQQVSVQSQPWSGE
PLTPVPPLQPHVSGGKASSGPHFQTSFEEGAERGSSVSQKSSVSATSIQCIPSSSNLSKE
QQALELTSMTTRPPDSAKATTALSGKPPEMDSIPSDKLHKKVIPLPKSTANLNSPATPES
QSFVVHDSVCTSVTITKPVPTSAQAFEGSAPLPSGSNKDPRGSRQRLAEMKPKEDTKPKS
VPTSPPSSSEQPPPAAPKAKKPVSSPSQHQTQTERQCQVQVPPQSQTQPLSKTNSVVAPI
SSEHVDRPWEVINLKQSCPEFAKNDPSGFTPPAPPVRTVESKLATAALSQGEASYHTLGE
TSSASHRGDALPHHPLSPRQSSTHLYHAKGEAVIIEPSGVAYYHQRPVSMGSQPMPHHYR
PNSVPSHLSYVSKSEPQIPYSARVDGRYSTLGPRSYHQSIKARGNTRSVYGTPGHQGYSH
DRNHGYPTIRRVHSLHVPTTIRTVPIQRTEVPPDDMFYYHRPVYQCKPYQQPPQQSSQAD
YHVTQLQPYFENGRVQYRYTPYSGSIPLEGPYYDVDPYGTIRVRHVHSACRDSGAVVCRP
SGKVTGYHYIARNVLPPGKEHSFVSRDMPPSHGAKEVPSYLSWDPEESECLRMQSIRRES
RARQKIKGPVLSQYDNVGSFTAVDVAGYDTLHSRSKSDPGKALPSTTESKDSRYLPRHMV
SDTNVLICLESDKHPQGAPTGDKSDGPTKQSGSKKCQSSHSVPATLSDLSHQQESSPHEA
KHESSGEKLGESSGGSLSTHRQPEHTNKRSFQTWYECHDAEPHHSQSKMTNTCHGPEDQP
STPKEQLAHRKPERSHSMREQPLYGHGKAELDGDYPYLKHGGKPAQSHYDNLDDYHPVPQ
PQGPIQKRSGCNSYLAHNNRAYSTALGQGAFLQTDLGIQRPETEICTE
NT seq 5907 nt   +upstreamnt  +downstreamnt
atggaggcaggcagcggggctgccgcagcggtggggagtgcagcacttggactgctggga
gccacgtccagccttgacatcttggacaggagccttcgccttggacggcctttggaggac
gacgacattgtgcctgaactggctcacattcatcccagagagagacctgactgggaagaa
accattagtgccatggcaagaagtgctgagatccccgagctgcggagcgagcccctcatg
cgctcatgcagcagcagcacagcaagcatgaaggtcaagaatgtgaagaagctttgtttt
accaagggccacttccccaaactggcagaatgtgctcatttccattatgaaaatgtggac
tttggcacaatccagttgtctctcggcgatgaacagagtgaagtgacgcgaaacagccat
gagtccaaagagcttgtctacttggttcatatttactgtcagggtcgaagctggattgtg
aaacggagctatgaggatttccgtgtcttggacaagcacctgcacctttgcatatatgac
cgccgtttctctcagctgcctgagctgccaagacttgacagtttgactgatcagccagag
tctgtctcccaaatgttgttgggttacctctctcggctatcggccattgctgacaacaag
ataaactgtgggcctgccctcacgtggatggaggttgacaataaaggaaatcatcttttg
gttcacgaagagtcatccatcaacgtgcccgcaattgcagctgcccatgtcatcaaacgc
tacattgcacaggcttcagacgagctttcctttgaggttggtgacattgtgtcagtgatt
gacatgcctccgaaagaagacaccacatggtggagggggaagcatggctttcaggttggc
tactttcccagtgagtgtgtggagctcataaatgataaagtgccacagtccatgaccaac
tctgtgcccaagccagcgtccccgtgctctggcctgccgcccgcttcatggagtctcttc
cctccctatttggagatggagagtgtaatacaggacaatgcatgggtggccgacccgctt
aaccactacagcctaagttcagtgtctaagaagcatggcaagctgatcaccttcttgcgc
tccttcatgaagtccaggcccaccaagcagaagctgaagcagcggggcatcctccgggag
agggtctttggctgcgacctgggggagcacctcctcaactctggacatgatgttcctcag
gtcctcaagagctgcacggaattcatcgagaagcacggtgtggtggatggcatctaccgc
ctctctggcatagcttccaatatccagaaattgcggcatgagtttgactcagagcaaatc
cccgacctgaccaaagatgtttacgtacaggacatccattgcgttggctcgctgtgcaag
ctctatttcagagagctgcccaaccccctgctcacctatcagctctatgaaaaattctct
gaggctgtatcagccgcaacagatgaagagcgacttattaaaatccatgacgtcatccag
caacttcctcctccacattacagaactctggagtttctcatgagacacctttcccgcctg
gcggcattcagctacatcaccaacatgcacagtaagaacctggccattgtttgggccccc
aacttgctgagatcaaaacagattgaatcggcatgcttcagtggcacggcagccttcatg
gaagttcgaatccagtctgttgtggttgagttcattctcaaccacgtggatgttctcttc
agcgccaaacttagctcactaattcgcgagggagcaggtcataacacactgtcgcggccc
aaatccctgctggtttcctcaccctctacgaaacttctaagtttggaggaggctcaggcc
agaactcaggctcagatcaactctcctgtcactgaagatagcaagtacattgaggttggc
gaaggtcctgctgccctgcagggcaagttccacaccgtcatcgagtttcccacagagagg
aagaggcctcctgttaaatcgaaaaagtctcctgtgggtagctggcgttctttcttcaac
ctgggcaagtcttcctctatgtccaagcgcaagctgcaacgcaacccgagtgagcccagt
gaactcaaggccatggcgctcgcaggaggtcgaggagatacggcaacattaagatctgct
aaaagcgaagagtccctgagttcactgcataatgttgaaggagagtccaaggtgtatcgt
ccacggcggccgcgctcgagcagcgacgccctttcggcctcctttaacggcgagttgttg
gacggtcgacagcactgcaattcgtacgacaaccttggcgccacagaggacagcgacgga
gatgacgggcccatctgtgtacctgctctaatctctcccccccgctcagccggggaagac
gtggacctcagcccgccagacatcggcatggcctccttggactttgacccgatgtctttc
cagtgcagcctccctgatgcggcctacgcatttcctctggttgattcgcatgctggagca
gaaggctccactttaaagaagagccctggcagcctgtggggaaagagcaatggatctgac
ctcatatcttcctccatccttgacaacttgacctcatccttgttgtcctcagactttaac
ctggctgcaggagagaaagtggaaagccagaaactcaccacttcttattcttacgctgac
aagcccacgcaagctgtgtcacctattagaagtgtcaagactgctccgtctaccacttca
gcgcgattttctttcgagatgcctgacaagactaccggtgaagaagcgggacctccggaa
gctatatctcctgccactgcaccaaaagactctcctctttctgtgaaagctgagccgtct
ctaagtgaagctttgcaaatggagctccactccaagttggcaacgtttgacagtgctgct
tgtgaagagctcaagcgagaggacagctttcaacaagtgtctcacgggagcctcgagcaa
caaggaggaagcgttccagattcaaaacacttcgccgcacattccctcagccctctagct
actactggcgctcctcttccccctcctcctcctcctaaagatgccgctcgcatgttggcc
ctggttcttgctgagtcagcacagcaagtctccgtacagtcccagccttggtctggcgag
cccctgaccccagtgccccctctgcagccacacgtttctggcggcaaggcatcatcaggc
ccacatttccagacttcctttgaagagggagccgaacgaggaagttcagtgtcacaaaag
agcagcgtgtctgccacctccatccaatgtattccctcttcttctaacctgtcaaaagaa
cagcaggcgcttgagttaaccagcatgacaaccaggccgcctgacagtgccaaagccaca
actgctctgtctggaaaaccacctgaaatggactcgattccttccgataagcttcacaaa
aaggtcatccctctccctaaaagtacagccaacctgaattctccagccactccagaaagt
cagtcctttgttgtacatgactcagtctgtaccagcgttaccattaccaaaccagtgccc
accagtgcacaggcttttgagggcagtgcaccccttcccagtggcagcaacaaagacccc
agaggctcccgacaacgtcttgctgaaatgaagccaaaggaagacacaaagcccaaaagt
gttccaacatcacccccatcatcatcagagcagccgcctccagcagctccaaaggccaaa
aagccggtgtcgtcaccttcccaacatcaaacacaaactgagcggcagtgccaagttcag
gtgcctcctcaatcacaaactcagccgctatcaaagaccaattcagttgtggcaccgatc
tcttctgagcatgtcgatagaccatgggaggtcataaatctaaagcagtcctgcccagag
tttgctaaaaatgaccccagtggattcacacccccagcccctccagttcgcacagtggag
agcaaactggcaaccgccgcactcagtcagggtgaagcttcttaccataccttgggtgag
acttcttctgctagccatcggggggatgctcttcctcaccatcctctttcacctcgtcaa
tcttccacacatctctaccatgctaaaggtgaagcagttatcattgagccttcgggagtt
gcatactaccaccagaggcccgtttcaatgggttcccagcccatgccgcaccactacaga
cctaacagcgttccctcacacctctcgtatgtgtccaaatccgaacctcaaataccttac
agtgccagagtcgacggtagatacagcactttaggcccaaggtcctaccaccaatctatc
aaggccagagggaacacccggagtgtttacgggactccgggacatcagggttatagccat
gacagaaaccacggctatcccaccattcgcagagtgcactcgctccacgttcccaccact
atccgcacagtacccatccaaaggactgaagttcctccggatgacatgttctattaccat
cgacctgtgtatcagtgcaaaccctaccagcagcccccacagcagtcctcgcaagccgac
tatcacgtcactcaactgcagccttattttgagaatgggcgagtgcagtaccgctacact
ccttactccggttctatccctctggagggcccttattatgatgttgacccttatggcacc
atccgggtacgccatgtccactcagcctgtcgagattcaggggccgttgtttgcagaccc
agtggaaaggtgacagggtaccactacatcgctcgcaatgtcctcccgcctggaaaggag
cacagctttgtgagcagggacatgccaccaagtcacggtgccaaggaagttccttcttac
ctttcttgggaccccgaggagtcagaatgtttgcgcatgcagtctatccgtagagagagt
agagccagacaaaagattaaaggtcctgtgctctcacaatatgacaatgtaggctcattc
acggcagttgacgtagctggctatgataccctgcactcgcgcagtaagtctgatccaggt
aaagctttgccgagtacaactgagagcaaagatagtcgctatctccccagacatatggtc
tcggacaccaacgtcctcatatgtttggagagtgacaagcacccccaaggtgctccaaca
ggagacaagtcggacgggccgacgaagcaaagcggctccaagaaatgccaatcgtctcat
tccgttcctgcaacgctgagcgatctctcccatcagcaggagagcagcccgcacgaagcc
aagcacgagagctcaggtgaaaagcttggcgaaagcagcggcggcagcctgtccacacac
cggcagccagagcacacaaacaagaggagcttccagacatggtatgagtgccacgatgct
gagccccaccacagtcaaagtaaaatgacaaacacctgtcacggtccagaagatcagcca
tccactcccaaggaacagctcgcccaccgcaaacctgaacgatcgcacagcatgcgtgag
cagcctctctacggccacggcaaagccgaactggacggagactacccgtatctcaaacac
ggcggcaaaccggcgcaatcccactacgacaacttggacgattaccacccagtacctcag
cctcagggccccattcaaaaacgcagcggctgtaactcctacctggcgcacaacaacaga
gcatattctacagcgttaggccagggagccttcctccagaccgacctgggtatccagagg
ccagaaacagagatatgtacggaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   RefGene (52)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (6)   
   Pfam (6)   
All databases (75)   

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