PhosphoNET

           
Protein Info 
   
Short Name:  FCGBP
Full Name:  IgGFc-binding protein
Alias:  Fcgamma-binding protein antigen
Type: 
Mass (Da):  572017
Number AA:  5405
UniProt ID:  Q9Y6R7
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S25WGLTQEASVDLKNTG
Site 2T38TGREEFLTAFLQNYQ
Site 3Y44LTAFLQNYQLAYSKA
Site 4Y52QLAYSKAYPRLLISS
Site 5S59YPRLLISSLSESPAS
Site 6S71PASVSILSQADNTSK
Site 7T81DNTSKKVTVRPGESV
Site 8S117IHSDYAISVQALNAK
Site 9T127ALNAKPDTAELTLLR
Site 10T131KPDTAELTLLRPIQA
Site 11T147GTEYFVLTPPGTSAR
Site 12T179VTLKGSVTFNGKFYP
Site 13Y185VTFNGKFYPAGDVLR
Site 14Y198LRVTLQPYNVAQLQS
Site 15S205YNVAQLQSSVDLSGS
Site 16S206NVAQLQSSVDLSGSK
Site 17S210LQSSVDLSGSKVTAS
Site 18S212SSVDLSGSKVTASSP
Site 19S224SSPVAVLSGHSCAQK
Site 20T256GTHYVVPTLASQSRY
Site 21S259YVVPTLASQSRYDLA
Site 22T277ASQATKLTYNHGGIT
Site 23Y278SQATKLTYNHGGITG
Site 24S302VEFEVRPSWPLYLSA
Site 25S389TWEAVPGSEFSYAEV
Site 26Y393VPGSEFSYAEVELGT
Site 27S438DCGRTVLSPVEPSCE
Site 28Y480RAQGDPHYTTFDGRR
Site 29T482QGDPHYTTFDGRRYD
Site 30Y488TTFDGRRYDMMGTCS
Site 31T507ELCSEDDTLPAFSVE
Site 32S522AKNEHRGSRRVSYVG
Site 33S526HRGSRRVSYVGLVTV
Site 34Y527RGSRRVSYVGLVTVR
Site 35S539TVRAYSHSVSLTRGE
Site 36S541RAYSHSVSLTRGEVG
Site 37T543YSHSVSLTRGEVGFV
Site 38S562QRSRLPVSLSEGRLR
Site 39S564SRLPVSLSEGRLRVY
Site 40Y571SEGRLRVYQSGPRAV
Site 41S573GRLRVYQSGPRAVVE
Site 42S598WDCQLALSLPARFQD
Site 43T624DPADDFLTPDGALAP
Site 44S639DAVEFASSWKLDDGD
Site 45Y647WKLDDGDYLCEDGCQ
Site 46Y668TPGQAQHYEGDRLCG
Site 47S737ISVGDWRSPANCPLS
Site 48S744SPANCPLSCPANSRY
Site 49Y751SCPANSRYELCGPAC
Site 50S769CNGAAAPSNCSGRPC
Site 51S772AAAPSNCSGRPCVEG
Site 52T834NGATHQVTCRDKQSC
Site 53S848CPAGERCSVQNGLLG
Site 54Y857QNGLLGCYPDRFGTC
Site 55T863CYPDRFGTCQGSGDP
Site 56S867RFGTCQGSGDPHYVS
Site 57Y872QGSGDPHYVSFDGRR
Site 58S874SGDPHYVSFDGRRFD
Site 59S914VENEHRGSQTVSYTR
Site 60T916NEHRGSQTVSYTRAV
Site 61S918HRGSQTVSYTRAVRV
Site 62Y919RGSQTVSYTRAVRVE
Site 63Y938KVAVRREYPGQVLVD
Site 64T978VRTDFGLTVTYDWNA
Site 65T988YDWNARVTAKVPSSY
Site 66S1031NALAFGNSWQEETRP
Site 67S1053GDCPKLDSLVAQQLQ
Site 68T1122ACQAAGATVHPWRSE
Site 69S1128ATVHPWRSEELCPLS
Site 70S1135SEELCPLSCPPHSHY
Site 71Y1147SHYEACSYGCPLSCG
Site 72Y1197GCVHQGTYHPPGQTF
Site 73T1203TYHPPGQTFYPGPGC
Site 74Y1205HPPGQTFYPGPGCDS
Site 75S1223CQEGGLVSCESSSCG
Site 76S1226GGLVSCESSSCGPHE
Site 77S1227GLVSCESSSCGPHEA
Site 78S1228LVSCESSSCGPHEAC
Site 79S1238PHEACQPSGGSLGCV
Site 80S1255GSSTCQASGDPHYTT
Site 81Y1260QASGDPHYTTFDGRR
Site 82T1262SGDPHYTTFDGRRFD
Site 83T1330EQRQWKVTVNGVDMK
Site 84S1350ANGQIRASQHGSDVV
Site 85S1354IRASQHGSDVVIETD
Site 86Y1382RVTVPGNYYQQMCGL
Site 87S1407DFQKPNGSQAGNANE
Site 88S1418NANEFGNSWEEVVPD
Site 89S1426WEEVVPDSPCLPPTP
Site 90T1432DSPCLPPTPCPPGSE
Site 91S1438PTPCPPGSEDCIPSH
Site 92S1444GSEDCIPSHKCPPEL
Site 93Y1455PPELEKKYQKEEFCG
Site 94S1465EEFCGLLSSPTGPLS
Site 95S1472SSPTGPLSSCHKLVD
Site 96S1473SPTGPLSSCHKLVDP
Site 97Y1538ECPPNSHYELCADTC
Site 98S1550DTCSLGCSALSAPPQ
Site 99S1553SLGCSALSAPPQCQD
Site 100Y1574QCDSGFLYNGQACVP
Site 101Y1593GCYHNGVYYEPEQTV
Site 102Y1594CYHNGVYYEPEQTVL
Site 103S1638QPSGGILSCVTKDPC
Site 104T1649KDPCHGVTCRPQETC
Site 105Y1681WLWGDPHYHSFDGRK
Site 106T1713GVSTQGLTPFTVTTK
Site 107T1716TQGLTPFTVTTKNQN
Site 108S1745AALGTNISIHKDEIG
Site 109S1773SVADGRISVTQGASK
Site 110T1775ADGRISVTQGASKAL
Site 111T1802WNWRVDVTLPSSYHG
Site 112S1836PNGTLAPSIPIWGGS
Site 113T1863ECRGSCPTCPEDRLE
Site 114Y1872PEDRLEQYEGPGFCG
Site 115T1890PGTGGPFTTCHAHVP
Site 116Y1956TCPENSHYEVCGSPC
Site 117S1961SHYEVCGSPCPASCP
Site 118S1969PCPASCPSPAPLTTP
Site 119T1975PSPAPLTTPAVCEGP
Site 120Y2015GCWANGTYHEAGSEF
Site 121S2059EVCGLLPSGQHGCQP
Site 122Y2080QAWGDPHYVTLDGHR
Site 123Y2096NFQGTCEYLLSAPCH
Site 124S2099GTCEYLLSAPCHGPP
Site 125T2113PLGAENFTVTVANEH
Site 126T2115GAENFTVTVANEHRG
Site 127S2123VANEHRGSQAVSYTR
Site 128S2127HRGSQAVSYTRSVTL
Site 129Y2128RGSQAVSYTRSVTLQ
Site 130T2129GSQAVSYTRSVTLQI
Site 131S2131QAVSYTRSVTLQIYN
Site 132T2133VSYTRSVTLQIYNHS
Site 133Y2137RSVTLQIYNHSLTLS
Site 134S2140TLQIYNHSLTLSARW
Site 135T2142QIYNHSLTLSARWPR
Site 136S2144YNHSLTLSARWPRKL
Site 137S2250CVSKPCPSPCTPEQQ
Site 138T2253KPCPSPCTPEQQESF
Site 139S2259CTPEQQESFGGPDAC
Site 140S2349HYELCGDSCPGSCPS
Site 141S2353CGDSCPGSCPSLSAP
Site 142S2356SCPGSCPSLSAPEGC
Site 143S2358PGSCPSLSAPEGCES
Site 144S2365SAPEGCESACREGCV
Site 145Y2398GCLHDDRYYPLGQTF
Site 146Y2399CLHDDRYYPLGQTFY
Site 147T2404RYYPLGQTFYPGPGC
Site 148Y2406YPLGQTFYPGPGCDS
Site 149S2413YPGPGCDSLCRCREG
Site 150S2424CREGGEVSCEPSSCG
Site 151S2428GEVSCEPSSCGPHET
Site 152S2429EVSCEPSSCGPHETC
Site 153T2435SSCGPHETCRPSGGS
Site 154S2439PHETCRPSGGSLGCV
Site 155S2627WEEVVPDSPCLPPPT
Site 156T2634SPCLPPPTCPPGSEG
Site 157S2639PPTCPPGSEGCIPSE
Site 158S2645GSEGCIPSEECPPEL
Site 159Y2739ECPQNSHYELCADTC
Site 160Y2794GCYHNGAYYEPEQTV
Site 161Y2795CYHNGAYYEPEQTVL
Site 162S2839QPSGGILSCVNKDPC
Site 163Y3157TCPENSHYEVCGPPC
Site 164Y3297DFQGTCEYLLSAPCH
Site 165Y3662QASGDPHYTTFDGHR
Site 166T3664SGDPHYTTFDGHRFD
Site 167T3835SPCLPPPTCPPGSAG
Site 168S3840PPTCPPGSAGCIPSD
Site 169S3846GSAGCIPSDKCPPEL
Site 170S4175SVADGRISVAQGASK
Site 171T4292SGTGGPFTTCHAHVP
Site 172S4760PVSCPSLSAPEGCES
Site 173Y4800GCLHDGRYYPLGEVF
Site 174Y4801CLHDGRYYPLGEVFY
Site 175Y4808YPLGEVFYPGPECER
Site 176T4866NGGIHYITLDGRVYD
Site 177Y4872ITLDGRVYDLHGSCS
Site 178S4896KPGDEDFSIVLEKNA
Site 179T4946AVGRVRVTAEGRNMV
Site 180S4973GDAHLLMSIPSPFRG
Site 181S5007PNGSAASSVETFGAA
Site 182S5020AAWRAPGSSKGCGEG
Site 183S5021AWRAPGSSKGCGEGC
Site 184Y5044LAEETAPYESNEACG
Site 185S5068ATCQAVLSPSEYFRQ
Site 186Y5072AVLSPSEYFRQCVYD
Site 187Y5182GCTHNGRYLPVNSSL
Site 188S5187GRYLPVNSSLLTSDC
Site 189S5188RYLPVNSSLLTSDCS
Site 190T5191PVNSSLLTSDCSERC
Site 191S5192VNSSLLTSDCSERCS
Site 192S5195SLLTSDCSERCSCSS
Site 193S5199SDCSERCSCSSSSGL
Site 194S5201CSERCSCSSSSGLTC
Site 195S5202SERCSCSSSSGLTCQ
Site 196S5203ERCSCSSSSGLTCQA
Site 197T5245SVGANLTTFDGARGA
Site 198T5253FDGARGATTSPGVYE
Site 199S5255GARGATTSPGVYELS
Site 200Y5259ATTSPGVYELSSRCP
Site 201S5262SPGVYELSSRCPGLQ
Site 202S5263PGVYELSSRCPGLQN
Site 203Y5275LQNTIPWYRVVAEVQ
Site 204T5306QDGMVTLTPNKGVWV
Site 205S5327LPAEKLASVSVSRTP
Site 206S5329AEKLASVSVSRTPDG
Site 207S5331KLASVSVSRTPDGSL
Site 208S5337VSRTPDGSLLVRQKA
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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