true 2007-12-04 2008-07-22 54 SYDE_DROME Rho GTPase-activating protein 100F RhoGAP-100F Synapse defective protein 1 homolog Protein syd-1 homolog Adams M.D. Celniker S.E. Holt R.A. Evans C.A. Gocayne J.D. Amanatides P.G. Scherer S.E. Li P.W. Hoskins R.A. Galle R.F. George R.A. Lewis S.E. Richards S. Ashburner M. Henderson S.N. Sutton G.G. Wortman J.R. Yandell M.D. Zhang Q. Chen L.X. Brandon R.C. Rogers Y.-H.C. Blazej R.G. Champe M. Pfeiffer B.D. Wan K.H. Doyle C. Baxter E.G. Helt G. Nelson C.R. Miklos G.L.G. Abril J.F. Agbayani A. An H.-J. Andrews-Pfannkoch C. Baldwin D. Ballew R.M. Basu A. Baxendale J. Bayraktaroglu L. Beasley E.M. Beeson K.Y. Benos P.V. Berman B.P. Bhandari D. Bolshakov S. Borkova D. Botchan M.R. Bouck J. Brokstein P. Brottier P. Burtis K.C. Busam D.A. Butler H. Cadieu E. Center A. Chandra I. Cherry J.M. Cawley S. Dahlke C. Davenport L.B. Davies P. de Pablos B. Delcher A. Deng Z. Mays A.D. Dew I. Dietz S.M. Dodson K. Doup L.E. Downes M. Dugan-Rocha S. Dunkov B.C. Dunn P. Durbin K.J. Evangelista C.C. Ferraz C. Ferriera S. Fleischmann W. Fosler C. Gabrielian A.E. Garg N.S. Gelbart W.M. Glasser K. Glodek A. Gong F. Gorrell J.H. Gu Z. Guan P. Harris M. Harris N.L. Harvey D.A. Heiman T.J. Hernandez J.R. Houck J. Hostin D. Houston K.A. Howland T.J. Wei M.-H. Ibegwam C. Jalali M. Kalush F. Karpen G.H. Ke Z. Kennison J.A. Ketchum K.A. Kimmel B.E. Kodira C.D. Kraft C.L. Kravitz S. Kulp D. Lai Z. Lasko P. Lei Y. Levitsky A.A. Li J.H. Li Z. Liang Y. Lin X. Liu X. Mattei B. McIntosh T.C. McLeod M.P. McPherson D. Merkulov G. Milshina N.V. Mobarry C. Morris J. Moshrefi A. Mount S.M. Moy M. Murphy B. Murphy L. Muzny D.M. Nelson D.L. Nelson D.R. Nelson K.A. Nixon K. Nusskern D.R. Pacleb J.M. Palazzolo M. Pittman G.S. Pan S. Pollard J. Puri V. Reese M.G. Reinert K. Remington K. Saunders R.D.C. Scheeler F. Shen H. Shue B.C. Siden-Kiamos I. Simpson M. Skupski M.P. Smith T.J. Spier E. Spradling A.C. Stapleton M. Strong R. Sun E. Svirskas R. Tector C. Turner R. Venter E. Wang A.H. Wang X. Wang Z.-Y. Wassarman D.A. Weinstock G.M. Weissenbach J. Williams S.M. Woodage T. Worley K.C. Wu D. Yang S. Yao Q.A. Ye J. Yeh R.-F. Zaveri J.S. Zhan M. Zhang G. Zhao Q. Zheng L. Zheng X.H. Zhong F.N. Zhong W. Zhou X. Zhu S.C. Zhu X. Smith H.O. Gibbs R.A. Myers E.W. Rubin G.M. Venter J.C. doi:10.1126/science.287.5461.2185 2000 Science 287 2185-2195 NUCLEOTIDE SEQUENCE [LARGE SCALE GENOMIC DNA] Misra S. Crosby M.A. Mungall C.J. Matthews B.B. Campbell K.S. Hradecky P. Huang Y. Kaminker J.S. Millburn G.H. Prochnik S.E. Smith C.D. Tupy J.L. Whitfield E.J. Bayraktaroglu L. Berman B.P. Bettencourt B.R. Celniker S.E. de Grey A.D.N.J. Drysdale R.A. Harris N.L. Richter J. Russo S. Schroeder A.J. Shu S.Q. Stapleton M. Yamada C. Ashburner M. Gelbart W.M. Rubin G.M. Lewis S.E. 2002 Genome Biol. 3 RESEARCH0083.1-RESEARCH0083.22 GENOME REANNOTATION Stapleton M. Carlson J.W. Brokstein P. Yu C. Champe M. George R.A. Guarin H. Kronmiller B. Pacleb J.M. Park S. Wan K.H. Rubin G.M. Celniker S.E. 2002 Genome Biol. 3 RESEARCH0080.1-RESEARCH0080.8 NUCLEOTIDE SEQUENCE [LARGE SCALE MRNA] OF 1023-1844 Berkeley Embryo Zhai B. Villen J. Beausoleil S.A. Mintseris J. Gygi S.P. doi:10.1021/pr700696a 2008 J. Proteome Res. 7 1675-1682 PHOSPHORYLATION [LARGE SCALE ANALYSIS] AT SER-694 MASS SPECTROMETRY Embryo RhoGAP100F CG1976 GTPase activator for the Rho-type GTPases by converting them to an inactive GDP-bound state (By similarity). Contains 1 C2 domain. Contains 1 PDZ (DHR) domain. Contains 1 Rho-GAP domain. Rho GTPase-activating protein 100F 1 1844 PDZ 159 244 C2 779 862 Rho-GAP 923 1123 Poly-Gly 325 329 Poly-Pro 341 345 Poly-Tyr 513 516 Ser-rich 1377 1766 Phosphoserine 694 694 1159 1161 EMBL EMBL RefSeq UniGene HSSP 1F7C Ensembl Drosophila melanogaster GeneID KEGG NMPDR FlyBase RhoGAP100F HOGENOM ArrayExpress InterPro C2_Ca-dep InterPro PDZ InterPro RhoGAP Gene3D RhoGAP 1 Pfam C2 1 Pfam PDZ 1 Pfam RhoGAP 1 SMART C2 1 SMART PDZ 1 SMART RhoGAP 1 PROSITE C2 true PROSITE PDZ 1 PROSITE RHOGAP 1 UniProtKB UniProtKB 2000-05-01 1 195451 MTVQPAEMAE NGRSVPDVTA SPGRAPPGPL PANQMPAMGN QQHHGNQQHH GNQQQHHGNQ HSNHRGQSGS LSNAAGVKDP VMLQGDFRKV SGISSEIFRQ IEAVENDHDP NTAAALEAVE RRGEMIVRVL EPRCMGSKQA VDAAHKLMNK ADARHTVQLV EIVKRPGQTL GLYIREGNGA DRTDGVFISR IALESAVYNS GCLRVGDEIL AVNLVDVTHM SLDDVVIIMS IPRRLVLAIR QRRGNRGTGS PGPPTLSRPE QKPPPVVVIK RDLRDEDLDE TDRMPRPRSS RDGREMTESR SRLGLGLNNY SPQSEQLDMY YNTRGGGGGA MGEPPNWGYK PPPPPSSVIT EQPTKAHAFA PSHAYYQNAG TLESLAEKVH AFYPGQPGGP PVGPSRRMST GTGNVGLAQQ HARFPRSGSD QHLPRVEYSD YSNSLGRHSL LRSSLKPGTT GGAPMQVGVG GTLGRYGRYD QQRAGVSKYG PPSGGAQSLT RRSRPNLDYS SDTEATIGPR PSYYYYNRPA IGSMSRGSGG AGGGVGAAST AALLAGAADL NKFNSLPRER PGTRLQGIRS RMGDRLVDEN DGNTSAPEFD VRRGRDLRQR ITASPSIFTA DEYRAWLRRA PSSSAIAEQM RMTRDMFAQP RAQRFSCSAE NIHDALRNTE SIYSSRNHIL GTGTLDRNMG LTRPISALPV RSMSSQHIGG AGSIRSPSIR RMRQLLELSA GPASPSGSIL STGGHQSPAP TPSATLPRPH RQIDINPAEF AKYKLDKPIV DIGGISGMLW IHLLAGRGLR TAPEGAAGTA TQGQTRDLYC VIECDRVHKA RTVVRSGDLQ FDWDESFELD LVGNKQLDVL VYSWDPQHRH KLCYRGAISL SSILRQSPLH QLALKVEPRG TIYIRMRHTD PLALYKRRGL PSLRAGYPTL FGADLETVVN RESKNAPGSA PVPIVLRRCV EEVERRGLDI IGLYRLCGSA TKKRLLREAF ERNSRAVELT PEHVPDINVI TGVLKDYLRE LPEPLFTRCL FQMTVDALAV CLPDDPEGNA KLMLSILDCL PRANRATLVF LLDHLSLVVS NSERNKMSAQ ALATVMGPPL MLHSASAQPG ADIDHAQPIA VLKYLLQIWP QPQAQHQQMA QHMGGAAGAM MGGLVTAGSM SNMAGVASGN TGRRGESTGQ RGSKVSALPA DRQQLLLQQQ AQLMAAGNLL RSSTSVTNIL SQGHPQLSAT ANNHLYQSVV GQLAQSHRAL QQAVQQPYQL GGSVGSAIPD PSPLPLPGTP SPGSSSASTG SGSGSGKSTD TIKRGASPVS VKQVKIVDQP SSPYSIVMKK PPLQKDAPVE ITTPTTQADT ESTLGCKESN GTASRRGNVD FYDTHKTQAK SVVNEESSYS SKYTGSETKK IIPGNSSYTP SKANASGLSG GEDYKAMRNK SSATSSSSSS QATVLSAGST ATSAPTTSSD DSDDLVSYKS SASTNALLAQ SQAMTTSQLM SKYLKREPRV QFTPIKSPES PSPPGSGDGL PKGTYQLVTP ISGSSSKPGA TTGAISKYTT GSVESSINAN SQKLSSPSRL CNSKDSNSRT GTASSTTPAT SMVSTGRRLF DSLASSSSSE TETKTYIGGT TAASGAITTT IYTNDTKNSG SSSSKSGIGG GSGTGLGAVS GASSETRSFG STLFGSSGLG NGNGSSHNHS SASPSPFTTT NGNGNHNTMH LYGTLPKNGT STGAALFGGS ANSSSYHSSA SGSGAGTASS SGVSSMTGST NSYDFYTSTS STVSSSRPFA NGGNNYHTLG TYRAQYAATN PFLDAFDEKP GSNGGNAHGE EKLGADKGHH RAAVMAFQSS GDSKNGSDEY DDIK