PhosphoNET

           
Protein Info 
   
Short Name:  USP54
Full Name:  Inactive ubiquitin carboxyl-terminal hydrolase 54
Alias:  BA137L10.3; BA137L10.4; C10orf29; FLJ37318; Inactive ubiquitin-specific peptidase 54; Ubiquitin specific peptidase 54; Ubiquitin specific protease 54; Ubiquitin specific proteinase 54
Type:  Ubiquitin conjugating system
Mass (Da):  187388
Number AA:  1684
UniProt ID:  Q70EL1
International Prot ID:  IPI00418210
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004221   PhosphoSite+ KinaseNET
Biological Process:  GO:0006511     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 1S9SWKRNYFSGGRGSVQ
Site 2S14YFSGGRGSVQGMFAP
Site 3S23QGMFAPRSSTSIAPS
Site 4S24GMFAPRSSTSIAPSK
Site 5T25MFAPRSSTSIAPSKG
Site 6S26FAPRSSTSIAPSKGL
Site 7S30SSTSIAPSKGLSNEP
Site 8S34IAPSKGLSNEPGQNS
Site 9S60HLDIFRRSFRQLTTH
Site 10T65RRSFRQLTTHKCMGD
Site 11S89IFNQFQCSSEKVLPS
Site 12S90FNQFQCSSEKVLPSD
Site 13S96SSEKVLPSDTLRSAL
Site 14T98EKVLPSDTLRSALAK
Site 15S101LPSDTLRSALAKTFQ
Site 16T106LRSALAKTFQDEQRF
Site 17S205LERREKPSPSMFGEL
Site 18S207RREKPSPSMFGELLQ
Site 19S217GELLQNASTMGDLRN
Site 20S227GDLRNCPSNCGERIR
Site 21S254TIGLVWDSDHSDLAE
Site 22S257LVWDSDHSDLAEDVI
Site 23T281GDLFFRVTDDRAKQS
Site 24Y317TKIRKWMYFDDAHVK
Site 25Y349YQPLLLLYADPQGTP
Site 26T355LYADPQGTPVSTQDL
Site 27S358DPQGTPVSTQDLPPQ
Site 28S370PPQAEFQSYSRTCYD
Site 29Y371PQAEFQSYSRTCYDS
Site 30T374EFQSYSRTCYDSEDS
Site 31Y376QSYSRTCYDSEDSGR
Site 32S378YSRTCYDSEDSGREP
Site 33S381TCYDSEDSGREPSIS
Site 34S386EDSGREPSISSDTRT
Site 35S388SGREPSISSDTRTDS
Site 36S389GREPSISSDTRTDSS
Site 37T391EPSISSDTRTDSSTE
Site 38T393SISSDTRTDSSTESY
Site 39S395SSDTRTDSSTESYPY
Site 40S396SDTRTDSSTESYPYK
Site 41T397DTRTDSSTESYPYKH
Site 42S399RTDSSTESYPYKHSH
Site 43Y400TDSSTESYPYKHSHH
Site 44Y402SSTESYPYKHSHHES
Site 45S405ESYPYKHSHHESVVS
Site 46S409YKHSHHESVVSHFSS
Site 47S412SHHESVVSHFSSDSQ
Site 48S415ESVVSHFSSDSQGTV
Site 49S418VSHFSSDSQGTVIYN
Site 50S430IYNVENDSMSQSSRD
Site 51S432NVENDSMSQSSRDTG
Site 52S434ENDSMSQSSRDTGHL
Site 53T438MSQSSRDTGHLTDSE
Site 54T442SRDTGHLTDSECNQK
Site 55S444DTGHLTDSECNQKHT
Site 56S452ECNQKHTSKKGSLIE
Site 57S456KHTSKKGSLIERKRS
Site 58S463SLIERKRSSGRVRRK
Site 59S464LIERKRSSGRVRRKG
Site 60S477KGDEPQASGYHSEGE
Site 61Y479DEPQASGYHSEGETL
Site 62S481PQASGYHSEGETLKE
Site 63T485GYHSEGETLKEKQAP
Site 64S496KQAPRNASKPSSSTN
Site 65S500RNASKPSSSTNRLRD
Site 66S501NASKPSSSTNRLRDF
Site 67T511RLRDFKETVSNMIHN
Site 68S521NMIHNRPSLASQTNV
Site 69S524HNRPSLASQTNVGSH
Site 70T526RPSLASQTNVGSHCR
Site 71S530ASQTNVGSHCRGRGG
Site 72T547PDKKPPRTLPLHSRD
Site 73S559SRDWEIESTSSESKS
Site 74T560RDWEIESTSSESKSS
Site 75S561DWEIESTSSESKSSS
Site 76S562WEIESTSSESKSSSS
Site 77S564IESTSSESKSSSSSK
Site 78S566STSSESKSSSSSKYR
Site 79S567TSSESKSSSSSKYRP
Site 80S568SSESKSSSSSKYRPT
Site 81S569SESKSSSSSKYRPTW
Site 82S570ESKSSSSSKYRPTWR
Site 83T575SSSKYRPTWRPKRES
Site 84S582TWRPKRESLNIDSIF
Site 85S587RESLNIDSIFSKDKR
Site 86Y599DKRKHCGYTQLSPFS
Site 87S603HCGYTQLSPFSEDSA
Site 88S606YTQLSPFSEDSAKEF
Site 89S609LSPFSEDSAKEFIPD
Site 90S619EFIPDEPSKPPSYDI
Site 91S623DEPSKPPSYDIKFGG
Site 92Y624EPSKPPSYDIKFGGP
Site 93S632DIKFGGPSPQYKRWG
Site 94Y635FGGPSPQYKRWGPAR
Site 95S645WGPARPGSHLLEQHP
Site 96S660RLIQRMESGYESSER
Site 97Y662IQRMESGYESSERNS
Site 98S664RMESGYESSERNSSS
Site 99S665MESGYESSERNSSSP
Site 100S669YESSERNSSSPVSLD
Site 101S670ESSERNSSSPVSLDA
Site 102S671SSERNSSSPVSLDAA
Site 103S674RNSSSPVSLDAALPE
Site 104Y686LPESSNVYRDPSAKR
Site 105S690SNVYRDPSAKRSAGL
Site 106S694RDPSAKRSAGLVPSW
Site 107S700RSAGLVPSWRHIPKS
Site 108S707SWRHIPKSHSSSILE
Site 109S709RHIPKSHSSSILEVD
Site 110S711IPKSHSSSILEVDST
Site 111S717SSILEVDSTASMGGW
Site 112S727SMGGWTKSQPFSGEE
Site 113S731WTKSQPFSGEEISSK
Site 114S736PFSGEEISSKSELDE
Site 115S737FSGEEISSKSELDEL
Site 116S739GEEISSKSELDELQE
Site 117S790ELQNQGRSDGFERSL
Site 118S796RSDGFERSLQEAESV
Site 119S802RSLQEAESVFEESLH
Site 120S807AESVFEESLHLEQKG
Site 121S838RLALHGASCSTHSRA
Site 122S854VDKKLQISIRKARSL
Site 123S860ISIRKARSLQDRMQQ
Site 124S870DRMQQQQSPQQPSQP
Site 125S875QQSPQQPSQPSACLP
Site 126S889PTQAGTLSQPTSEQP
Site 127S893GTLSQPTSEQPIPLQ
Site 128T915QLESGMDTEFGASSF
Site 129S920MDTEFGASSFFHSPA
Site 130S921DTEFGASSFFHSPAS
Site 131S925GASSFFHSPASCHES
Site 132S928SFFHSPASCHESHSS
Site 133S932SPASCHESHSSLSPE
Site 134S934ASCHESHSSLSPESS
Site 135S935SCHESHSSLSPESSA
Site 136S937HESHSSLSPESSAPQ
Site 137S940HSSLSPESSAPQHSS
Site 138S941SSLSPESSAPQHSSP
Site 139S946ESSAPQHSSPSRSAL
Site 140S947SSAPQHSSPSRSALK
Site 141S951QHSSPSRSALKLLTS
Site 142S988TEKNSHHSWEPLDAP
Site 143S1002PEGKLQGSRCDNSSC
Site 144S1007QGSRCDNSSCSKLPP
Site 145S1008GSRCDNSSCSKLPPQ
Site 146S1010RCDNSSCSKLPPQEG
Site 147S1036KKDPANPSPVMPGIA
Site 148S1045VMPGIATSERGDEHS
Site 149S1052SERGDEHSLGCSPSN
Site 150S1056DEHSLGCSPSNSSAQ
Site 151S1058HSLGCSPSNSSAQPS
Site 152S1060LGCSPSNSSAQPSLP
Site 153S1061GCSPSNSSAQPSLPL
Site 154S1065SNSSAQPSLPLYRTC
Site 155Y1069AQPSLPLYRTCHPIM
Site 156S1101NQCLQGQSLKTSLTL
Site 157S1105QGQSLKTSLTLKVDR
Site 158T1107QSLKTSLTLKVDRGS
Site 159S1114TLKVDRGSEETYRPE
Site 160T1117VDRGSEETYRPEFPS
Site 161Y1118DRGSEETYRPEFPST
Site 162S1124TYRPEFPSTKGLVRS
Site 163T1125YRPEFPSTKGLVRSL
Site 164S1131STKGLVRSLAEQFQR
Site 165S1143FQRMQGVSMRDSTGF
Site 166S1147QGVSMRDSTGFKDRS
Site 167T1148GVSMRDSTGFKDRSL
Site 168S1154STGFKDRSLSGSLRK
Site 169S1156GFKDRSLSGSLRKNS
Site 170S1158KDRSLSGSLRKNSSP
Site 171S1163SGSLRKNSSPSDSKP
Site 172S1164GSLRKNSSPSDSKPP
Site 173S1166LRKNSSPSDSKPPFS
Site 174S1168KNSSPSDSKPPFSQG
Site 175S1173SDSKPPFSQGQEKGH
Site 176S1189PWAKQQSSLEGGDRP
Site 177S1198EGGDRPLSWEESTEH
Site 178S1202RPLSWEESTEHSSLA
Site 179T1203PLSWEESTEHSSLAL
Site 180S1206WEESTEHSSLALNSG
Site 181S1207EESTEHSSLALNSGL
Site 182T1219SGLPNGETSSGGQPR
Site 183Y1233RLAEPDIYQEKLSQV
Site 184S1238DIYQEKLSQVRDVRS
Site 185S1245SQVRDVRSKDLGSST
Site 186S1250VRSKDLGSSTDLGTS
Site 187S1251RSKDLGSSTDLGTSL
Site 188T1252SKDLGSSTDLGTSLP
Site 189T1256GSSTDLGTSLPLDSW
Site 190S1257SSTDLGTSLPLDSWV
Site 191S1262GTSLPLDSWVNITRF
Site 192S1272NITRFCDSQLKHGAP
Site 193S1285APRPGMKSSPHDSHT
Site 194S1286PRPGMKSSPHDSHTC
Site 195S1290MKSSPHDSHTCVTYP
Site 196T1292SSPHDSHTCVTYPER
Site 197Y1296DSHTCVTYPERNHIL
Site 198T1312HPHWNQDTEQETSEL
Site 199S1317QDTEQETSELESLYQ
Site 200S1321QETSELESLYQASLQ
Site 201Y1323TSELESLYQASLQAS
Site 202S1326LESLYQASLQASQAG
Site 203S1330YQASLQASQAGCSGW
Site 204S1348DTAWHPLSQTGSADG
Site 205S1352HPLSQTGSADGMGRR
Site 206S1362GMGRRLHSAHDPGLS
Site 207S1369SAHDPGLSKTSTAEM
Site 208T1373PGLSKTSTAEMEHGL
Site 209T1385HGLHEARTVRTSQAT
Site 210S1389EARTVRTSQATPCRG
Site 211T1392TVRTSQATPCRGLSR
Site 212S1398ATPCRGLSRECGEDE
Site 213Y1407ECGEDEQYSAENLRR
Site 214S1416AENLRRISRSLSGTV
Site 215S1418NLRRISRSLSGTVVS
Site 216S1420RRISRSLSGTVVSER
Site 217T1422ISRSLSGTVVSEREE
Site 218S1425SLSGTVVSEREEAPV
Site 219S1433EREEAPVSSHSFDSS
Site 220S1434REEAPVSSHSFDSSN
Site 221S1436EAPVSSHSFDSSNVR
Site 222S1439VSSHSFDSSNVRKPL
Site 223S1440SSHSFDSSNVRKPLE
Site 224T1448NVRKPLETGHRCSSS
Site 225S1453LETGHRCSSSSSLPV
Site 226S1454ETGHRCSSSSSLPVI
Site 227S1455TGHRCSSSSSLPVIH
Site 228S1456GHRCSSSSSLPVIHD
Site 229S1457HRCSSSSSLPVIHDP
Site 230T1489SPDVLMPTMAGEPNR
Site 231T1500EPNRLPGTSRSVQQF
Site 232S1501PNRLPGTSRSVQQFL
Site 233S1503RLPGTSRSVQQFLAM
Site 234T1516AMCDRGETSQGAKYT
Site 235S1517MCDRGETSQGAKYTG
Site 236Y1522ETSQGAKYTGRTLNY
Site 237Y1529YTGRTLNYQSLPHRS
Site 238S1531GRTLNYQSLPHRSRT
Site 239T1538SLPHRSRTDNSWAPW
Site 240S1541HRSRTDNSWAPWSET
Site 241T1558HIGTRFLTTPGCNPQ
Site 242T1559IGTRFLTTPGCNPQL
Site 243T1567PGCNPQLTYTATLPE
Site 244T1571PQLTYTATLPERSKG
Site 245T1584KGLQVPHTQSWSDLF
Site 246S1586LQVPHTQSWSDLFHS
Site 247S1588VPHTQSWSDLFHSPS
Site 248S1593SWSDLFHSPSHPPIV
Site 249S1595SDLFHSPSHPPIVHP
Site 250Y1604PPIVHPVYPPSSSLH
Site 251S1608HPVYPPSSSLHVPLR
Site 252S1609PVYPPSSSLHVPLRS
Site 253S1616SLHVPLRSAWNSDPV
Site 254S1620PLRSAWNSDPVPGSR
Site 255S1626NSDPVPGSRTPGPRR
Site 256T1628DPVPGSRTPGPRRVD
Site 257S1645PDDDWRQSSYASHSG
Site 258S1646DDDWRQSSYASHSGH
Site 259Y1647DDWRQSSYASHSGHR
Site 260S1649WRQSSYASHSGHRRT
Site 261S1651QSSYASHSGHRRTVG
Site 262T1656SHSGHRRTVGEGFLF
Site 263S1666EGFLFVLSDAPRREQ
 
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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