KEGG   Cynoglossus semilaevis (tongue sole): 103394975
Entry
103394975         CDS       T04866                                 
Symbol
arhgap32
Name
(RefSeq) rho GTPase-activating protein 32 isoform X1
  KO
K20647  Rho GTPase-activating protein 32
Organism
csem  Cynoglossus semilaevis (tongue sole)
Brite
KEGG Orthology (KO) [BR:csem00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:csem04131]
    103394975 (arhgap32)
Membrane trafficking [BR:csem04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    103394975 (arhgap32)
SSDB
Motif
Pfam: RhoGAP SH3_2 SH3_9 SH3_1 PX RPEL
Other DBs
NCBI-GeneID: 103394975
NCBI-ProteinID: XP_008330709
UniProt: A0A3P8WJD0
Position
19:5712251..5790672
AA seq 1994 aa
MEAGSGAAAAVGSAALGLLGSTATSSHDILDRGLRPGRHLDDDDILPELAHIHPRERPDW
EETISAMARSAEIPELRSEPLMRSSSSSTASMKVKNVKKLCFTKGHFPKLAECAHFHYEN
VDFGSIQLSLGDEQCEVTRNGYESKEPVYLVHIYCQGRSWIVKRSYEDFRVLDKHLHLCI
YDRRFSQLSELPRLESLNDQSESVSQMLLAYLSRLSAIADNKINCGPALTWMEVDNKGNH
LLVHEESSINVPAIAAAHVIKRYIAQASDELSFEVGDIVSVIDMPPKEDTTWWRGKHGFQ
VGFFPSECVELINDKVPQSMTNSVPKPATPSSGLQPASWSLFPPYLEMESVIEDSTWVAD
PLNHYSISSVSKKHGKLITFLRSFMKSRPTKQKLKQRGILRERVFGCDLGEHLLNSGHDV
PQVLKSCTEFIEKHGVVDGIYRLSGIASNIQKLRHEFDSEQIPDLTKDVYIQDIHCVGSL
CKLYFRELPNPLLTYQLYEKFSEAVSAATDEERLIKIHDVIQQLPPPHYRTLEFLMRHLS
RLAAFSYITNMHSKNLAIVWAPNLLRSKQIESACFSGTAAFMEVRIQSVVVEFILNHVDV
LFSTKLSSLIREGAGLNSLSRPKSLLVSSPSTKLLSLEEAQARTQAQINSPVTEDSKYIE
VGEGPAALQGKFHTVIEFPTERKRPPIKSKKSPVGSWRSFFNLGKSSSMSKRKLHRNPSE
PNELKAMALAGGRGETATLRSAKSEESLSSLHNVEGEAKVYRPRRPRSSSDALSASFNGE
LLDSRQHCNSYDNLDATEESDGDDGPICVPALISPPRSAGEDVDLSPPDIGMASLDFDPM
SFQCSLPDTSYAFPVDDSISGAEASTLKRSPGSICGKTNGPGVSTSFLGCLTSPVLSTTF
ISAAGENMENKKLPTSHSYSDKPTQAVSPIKCSKAISMTPFPTSELFTTEMPDKSKGGQA
VAAPSLAPPAIPKDSSNPTGSVLLRPKERPLSEAFQMELQSKLTAFESTESQERTVEESV
QQTPAASHQDLQGVVAADTSKDPTPYSLSATAPTSAPPPPAPPPKNAARMLALALAESAQ
QVCLQSQSRSSEPSTPNLQSQDTSEDLTPALAPQVTASCEERAEQTCPPLPQPPPTTATA
VIMASSIQLHQVHLTSTSNPTTKQQQQPVEVTGTVTKTMESATSLRSPPETHPPIEFPSH
DTPLLKCPPLPTTINPTSPTRTSPERLQILTGPVHTSSTPAPIQSGSGKVIPQPGSEVKS
DNKASQSITKPLEQPPPIAQKPKNLAIPPPQTQTQTQLQPHLPTPPQPQTPTNLQIQTQA
LPKPPTLSKASARVAPTSAEPLEKPREAIKPVQPCTESSKYHDSYTPKPPAPPVRTIESK
RATAALSQTEAAYHAVDEGLAPGHIEDALPQRPLSPPHKSSMHQQAYLYHPKGEPVLVES
PGAPYYHQRPVTLGPPPMTHHYRPDDVPPYLSYVSKSEPQIPYSARMDNRYSTLGPRSYH
HSMKSRGNSRGMFVSAGPGHPGYSHDRNQGYPTIRRVHSLHVPSAVRSVPIQRTEVPPDD
DMFFYRPMYQCKAYPQSPQQPPQQSSQGDYHVTQLQPYFENGRVQYRYSPYSGSVHLEAP
FCDMDPYATIRIRHFHPHGSRDPGAVSGRSSGKAAGYHYLARHILPPGKEHSFVSRDMPP
NHGTKESAAYLSWDPEESERLRMHSIRRESRARQRIKGPVLSQYDNVGLYTPADISGYET
LHLRSKSDPGKAVLLVAESKDGRYLPRHMVSDPDVLMYLETDKHVQGCDKSDGLSKQSSS
KKCHSSHSPPATLSHSLSHPEGGRYESGEEKLTADGSRPKHWQQECPNKRNIQPRYECPD
SDHPQSKGRASSSYHNTDDHASVAREQVSRSKPERSHSVREQPQYSQSKDMDRDYSYQKH
NTKTTTQSHYDNLDDYHPVPQAQAPVQKHGSSSFPAPGFSGSHSNRAYSTALGQGAFIQT
ELAMPRPETEICTE
NT seq 5985 nt   +upstreamnt  +downstreamnt
atggaggcaggcagcggggctgccgcagcggtggggagtgcagcactaggactgctggga
tccacagccacgtccagccatgacatcctggacaggggactaaggcctggacgtcacctg
gacgacgacgatattttgcctgagttggctcacatccatcctagagagaggccagactgg
gaagagacgatcagtgccatggcaagaagtgcagagatcccagagctgcggagtgagccc
ctcatgcgctcgagcagcagcagcactgccagcatgaaggtcaagaatgtcaagaaacta
tgcttcaccaagggacactttcccaaactggcagagtgtgctcacttccactatgaaaat
gtggactttggttcaatccagttgtccctcggggacgaacagtgtgaagtgacaagaaat
ggctacgagtctaaggagccggtgtacttggttcacatttactgccagggtcggagttgg
attgtgaagcgcagctatgaagatttccgtgtcctggacaagcacctacacctctgcatt
tatgaccgacgcttctcacagctgtcagagttgcctcgattagaaagtctgaatgatcag
tcagagtcagtttcacagatgttgttagcttacctctcccggctttcagctattgctgac
aacaaaatcaactgtgggcctgcactcacatggatggaggttgataataaagggaatcat
ctcctggtccatgaagagtcgtctatcaacgtgccagctatcgctgcagcccacgtcatc
aagcgctacatcgcccaggcctcagacgaactgtcctttgaggttggtgacatcgtgtcc
gtgattgacatgcctcctaaagaagacaccacatggtggcgagggaaacatgggttccag
gttggcttctttcccagtgagtgtgtggagctcataaatgataaggtgccacagtccatg
accaactctgtgccaaaaccagccaccccctcctctggcctgcaacctgcttcttggagt
ctcttccccccctacttggagatggagagtgtaatagaggacagtacatgggtggccgac
cccttaaaccactacagcataagttcagtgtctaagaagcacgggaaactgattacattc
ttgcgttccttcatgaagtccaggcctaccaagcagaaactaaagcaaaggggcatcctc
cgggagagggtgttcggctgtgacctgggagaacacctgctcaactctggtcatgatgta
ccacaggtcctcaagagctgcacggagttcattgagaaacacggtgtggtggacggcatt
taccgtctctctggaattgcttcaaatatccagaaactgcgacatgagtttgactctgag
cagatccctgacctgaccaaagatgtttacatccaggatatccactgtgtgggctcgctg
tgtaagctctactttagagagctgcccaaccccctgctcacctaccagctctatgagaag
ttctctgaggctgtatcagcagccacagatgaagagcggctcattaaaattcatgatgtc
atccagcagcttccgcccccgcattacagaactctggagtttctcatgaggcacctttcc
agactggcagccttcagctacatcaccaacatgcacagcaagaacctggccatcgtctgg
gcccctaatctgctgcgatcaaaacagatcgaatcagcttgctttagcggcacagctgcc
ttcatggaagtaaggatccagtcagtggtggtggagttcatcctcaaccatgtggatgtt
ctcttcagcactaagctcagctcattaatacgagagggagcaggcctgaactcactgtct
cggcccaagtcactgctggtttcatctccctccactaaacttctgagtctggaggaagcc
caggccaggactcaggctcagatcaactctcccgtcactgaggacagcaagtacatcgag
gtgggagaaggtccagctgccctgcagggaaagttccacaccgttatcgagtttcccacc
gagaggaaaaggccacctattaaatctaagaagtctcctgtggggagttggcgttctttt
ttcaacctaggcaaatcgtcctccatgtcaaagcgcaagcttcatagaaatcccagtgag
ccgaatgaactgaaagctatggccctcgcaggaggcagaggagaaactgcaacattaaga
tcagccaaaagtgaagagtcattgagttccttgcataatgttgaaggggaagctaaagtg
tatcgtcctcggaggccacgctccagcagcgatgccctgtcagcctcctttaacggtgag
ctgctagacagccgacagcactgcaactcctacgacaaccttgacgccacagaggaaagt
gatggagatgatgggcccatctgcgtgcctgctctaatctcacctcctcgctcagcaggt
gaagacgtggacctcagcccaccggacattggcatggcctctttggacttcgacccaatg
tctttccagtgcagtctcccagacacgtcttacgccttccccgtggatgactcgataagc
ggtgctgaggcctccacattaaaaaggagccctggcagcatctgtggtaaaaccaatggc
cctggtgtctccacttcctttttgggctgcttgacctccccagtattgtccacaaccttc
atttcagctgctggagaaaacatggaaaacaaaaaacttccaacatcccattcatacagt
gacaaacctacacaggctgtgtcacccattaaatgcagtaaagccatcagtatgacacct
tttcctacttcagagcttttcactacagaaatgcctgacaaaagtaaaggtggacaggct
gttgctgcaccatcgttagctccacctgcaattccaaaggactcttctaacccaacgggc
agcgtgctgctcaggccaaaggagcggccacttagtgaagcattccaaatggagctacag
tctaagctgacggcctttgaaagtacagagagtcaagaaaggacagtagaggagagtgtc
cagcagacaccagctgccagccaccaagatcttcaaggagttgtagctgcggacacttca
aaggaccccaccccttattctctcagcgccacagccccaacctctgcccctcctcctccc
gctcctcctcctaaaaatgctgcccgcatgttggccctggcccttgctgagtctgcccag
caggtctgcctccagtctcagtcacggtcctccgagccctcgacaccgaacctccagtca
caggatacctctgaagacttaacacctgcacttgcaccacaagtcacggcttcctgtgag
gagagagctgaacaaacgtgtcctcctctaccacagccaccaccaactactgccacggct
gtcatcatggcatcatccattcagctccatcaagttcatctcacctcaacatctaatcct
acaaccaagcagcagcagcagccagtagaggtcacaggcacggtcaccaaaactatggaa
agtgctacatctttgagaagtccgcctgaaacacatccaccaatagagttcccctcacat
gacacccctctgttaaagtgtcccccacttcccactacaatcaacccaacctctccaaca
aggacaagtccagaaaggctgcagatcctcacagggccggtccataccagctccacccca
gccccgatccaaagtggcagcggtaaagtcataccacagcctggttctgaggtcaaatca
gacaacaaagcatcacaaagcatcacaaaacctttagaacagccacctcctatagcccaa
aagcccaaaaatctggctatcccacctccccagactcaaacacagacgcagcttcagccc
cacctgccaacgccaccacaacctcagacacctactaatctgcagattcaaacacaagcc
ctccctaaaccaccaacactgtccaaggcaagtgcacgtgtagcccccacctctgctgag
cctctggagaaacctagagaggcaattaaaccagtacagccctgtacagagtcctcaaag
taccacgactcgtacacccctaaacccccagctcctcctgtccggaccatcgagagtaaa
cgagccactgcagccctcagccaaactgaagcagcctatcacgctgtggatgaaggcctt
gcacctggccatatagaagacgccctgcctcagcgtcctctttctcctcctcataagtct
tccatgcaccagcaggcctacctgtaccatcctaaaggagagcctgttttagttgaatct
ccaggagctccttactaccaccagaggccggttactcttggcccaccaccgatgacacac
cactacaggccagacgacgtgcctccatatctttcctacgtgtccaagtctgagccccag
attccttatagtgcaagaatggacaacagatacagcacattaggcccaagatcctatcac
cactccatgaagtccagaggaaactcccgtggcatgtttgtgtcagcaggaccggggcat
ccaggttacagccacgacagaaatcaaggctaccccactattcgcagagtacactcacta
catgttccttcagctgttcgctcagtgcccattcaaaggaccgaggttcctcctgatgat
gacatgtttttctacaggcccatgtatcagtgcaaggcctacccacagtccccgcagcag
cccccacagcagtcctcacagggagattaccatgtcacgcagctgcagccttactttgag
aacggcagagtgcagtaccgctacagtccatactctggctcagtgcacctggaagcacca
ttctgtgacatggacccgtatgccacaattcgaatccgtcactttcatcctcacggcagc
cgagatcctggagctgtatctggtcgttcgagcggaaaggcagctgggtatcactacctt
gctcgccacattctcccacctggtaaagagcacagctttgtgagcagggacatgccccca
aaccatgggaccaaggaatctgctgcctacctctcatgggacccagaggagtcagaaagg
ctccgtatgcactccatccgtagggagagcagggctagacaaaggattaaaggtccagtc
ctctctcagtatgataatgttggcttatacacaccagcagatatatcaggttatgaaaca
ctccacctgcgtagcaaatccgacccaggtaaagctgtgctgcttgtagctgagagcaaa
gatggacgctacctccctagacatatggtttcagaccctgatgtcctcatgtacttagag
actgacaaacatgtccagggttgtgacaagtcagatggactttccaagcagagcagttcc
aaaaaatgccactcatctcactcacctcctgcaactctgagccacagcctctcccatcca
gaaggtgggcgatacgagagcggagaagaaaagctgactgcagacggcagcaggcccaaa
cactggcagcaggagtgccctaacaagaggaatatccaaccacggtatgagtgtcctgat
tctgaccatcctcagagtaagggaagggcatcaagcagttaccacaacacggacgaccat
gcatcagttgccagggaacaagtgtcccgctccaaaccagagagatcccacagtgtccgt
gaacagccgcaatacagccagagcaaagacatggacagagactactcgtatcaaaaacac
aacaccaaaacaacaactcagtcccactatgataacttggacgattatcacccagtacct
caagctcaggccccagtccaaaaacatggctccagctcctttcctgctccaggattctca
gggagccacagcaacagagcatactccacagcactgggccagggagccttcattcagact
gagctagccatgccgagaccagagactgagatatgtacagaatag

  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 (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (6)   
   Pfam (6)   
All databases (78)   

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