PhosphoNET

           
Protein Info 
   
Short Name:  USP32
Full Name:  Ubiquitin carboxyl-terminal hydrolase 32
Alias:  Deubiquitinating enzyme 32; NY-REN-60; NY-REN-60 antigen; UB32; ubiquitin specific peptidase 32; Ubiquitin thiolesterase 32; Ubiquitin-specific processing protease 32; UBP32; USP10
Type:  Protease; Ubiquitin conjugating system; EC 3.1.2.15
Mass (Da):  181656
Number AA:  1604
UniProt ID:  Q8NFA0
International Prot ID:  IPI00185661
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0031225     Uniprot OncoNet
Molecular Function:  GO:0005509  GO:0008234  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 1S12ESRIGFLSYEEALRR
Site 2Y13SRIGFLSYEEALRRV
Site 3T21EEALRRVTDVELKRL
Site 4T35LKDAFKRTCGLSYYM
Site 5Y98KDEEKAKYIFSLFSS
Site 6S101EKAKYIFSLFSSESG
Site 7S104KYIFSLFSSESGNYV
Site 8S105YIFSLFSSESGNYVI
Site 9S107FSLFSSESGNYVIRE
Site 10Y110FSSESGNYVIREEME
Site 11T130VDGKVPDTLRKCFSE
Site 12S136DTLRKCFSEGEKVNY
Site 13Y143SEGEKVNYEKFRNWL
Site 14S160NKDAFTFSRWLLSGG
Site 15T173GGVYVTLTDDSDTPT
Site 16S176YVTLTDDSDTPTFYQ
Site 17T178TLTDDSDTPTFYQTL
Site 18T180TDDSDTPTFYQTLAG
Site 19Y182DSDTPTFYQTLAGVT
Site 20T184DTPTFYQTLAGVTHL
Site 21S194GVTHLEESDIIDLEK
Site 22S210YWLLKAQSRTGRFDL
Site 23T219TGRFDLETFGPLVSP
Site 24S225ETFGPLVSPPIRPSL
Site 25S231VSPPIRPSLSEGLFN
Site 26S233PPIRPSLSEGLFNAF
Site 27S285VDRDGVLSRVELRDM
Site 28T305EVWKDNRTDDIPELH
Site 29T328GILNAHDTTKMGHLT
Site 30T335TTKMGHLTLEDYQIW
Site 31Y339GHLTLEDYQIWSVKN
Site 32T370VLGLRPATPEEEGQI
Site 33S386RGWLERESRYGLQAG
Site 34Y413QWKEYVKYDANPVVI
Site 35S423NPVVIEPSSVLNGGK
Site 36Y431SVLNGGKYSFGTAAH
Site 37S432VLNGGKYSFGTAAHP
Site 38S449QVEDRIGSSLSYVNT
Site 39S450VEDRIGSSLSYVNTT
Site 40S452DRIGSSLSYVNTTEE
Site 41Y453RIGSSLSYVNTTEEK
Site 42T456SSLSYVNTTEEKFSD
Site 43S462NTTEEKFSDNISTAS
Site 44S466EKFSDNISTASEASE
Site 45S469SDNISTASEASETAG
Site 46T474TASEASETAGSGFLY
Site 47Y481TAGSGFLYSATPGAD
Site 48S539QEPVKATSLTLEGGR
Site 49T541PVKATSLTLEGGRLK
Site 50T550EGGRLKRTPQLIHGR
Site 51Y559QLIHGRDYEMVPEPV
Site 52Y571EPVWRALYHWYGANL
Site 53S588PRPVIKNSKTDIPEL
Site 54T590PVIKNSKTDIPELEL
Site 55Y601ELELFPRYLLFLRQQ
Site 56T611FLRQQPATRTQQSNI
Site 57S627VNMGNVPSPNAPLKR
Site 58T639LKRVLAYTGCFSRMQ
Site 59T647GCFSRMQTIKEIHEY
Site 60Y654TIKEIHEYLSQRLRI
Site 61S656KEIHEYLSQRLRIKE
Site 62Y671EDMRLWLYNSENYLT
Site 63T678YNSENYLTLLDDEDH
Site 64Y689DEDHKLEYLKIQDEQ
Site 65S708EVRNKDMSWPEEMSF
Site 66S714MSWPEEMSFIANSSK
Site 67T729IDRHKVPTEKGATGL
Site 68S737EKGATGLSNLGNTCF
Site 69S753NSSIQCVSNTQPLTQ
Site 70T755SIQCVSNTQPLTQYF
Site 71T759VSNTQPLTQYFISGR
Site 72Y761NTQPLTQYFISGRHL
Site 73S764PLTQYFISGRHLYEL
Site 74Y769FISGRHLYELNRTNP
Site 75T774HLYELNRTNPIGMKG
Site 76Y787KGHMAKCYGDLVQEL
Site 77T810APLKLRWTIAKYAPR
Site 78Y814LRWTIAKYAPRFNGF
Site 79S826NGFQQQDSQELLAFL
Site 80Y849NRVHEKPYVELKDSD
Site 81S855PYVELKDSDGRPDWE
Site 82S877NHLRRNRSIVVDLFH
Site 83T895RSQVKCKTCGHISVR
Site 84T932VIKLDGTTPVRYGLR
Site 85Y936DGTTPVRYGLRLNMD
Site 86Y946RLNMDEKYTGLKKQL
Site 87S954TGLKKQLSDLCGLNS
Site 88S972LLAEVHGSNIKNFPQ
Site 89S1005PVPVSPISASSPTQT
Site 90S1007PVSPISASSPTQTDF
Site 91S1008VSPISASSPTQTDFS
Site 92T1010PISASSPTQTDFSSS
Site 93T1012SASSPTQTDFSSSPS
Site 94S1015SPTQTDFSSSPSTNE
Site 95S1016PTQTDFSSSPSTNEM
Site 96S1017TQTDFSSSPSTNEMF
Site 97S1019TDFSSSPSTNEMFTL
Site 98T1020DFSSSPSTNEMFTLT
Site 99T1027TNEMFTLTTNGDLPR
Site 100T1045IPNGMPNTVVPCGTE
Site 101S1066MVNGHMPSLPDSPFT
Site 102S1070HMPSLPDSPFTGYII
Site 103T1086VHRKMMRTELYFLSS
Site 104Y1089KMMRTELYFLSSQKN
Site 105S1092RTELYFLSSQKNRPS
Site 106S1093TELYFLSSQKNRPSL
Site 107S1099SSQKNRPSLFGMPLI
Site 108T1110MPLIVPCTVHTRKKD
Site 109Y1119HTRKKDLYDAVWIQV
Site 110S1127DAVWIQVSRLASPLP
Site 111S1131IQVSRLASPLPPQEA
Site 112Y1151DCDDSMGYQYPFTLR
Site 113Y1153DDSMGYQYPFTLRVV
Site 114T1156MGYQYPFTLRVVQKD
Site 115Y1173SCAWCPWYRFCRGCK
Site 116T1210ALHLRYQTSQERVVD
Site 117S1211LHLRYQTSQERVVDE
Site 118S1221RVVDEHESVEQSRRA
Site 119S1225EHESVEQSRRAQAEP
Site 120S1237AEPINLDSCLRAFTS
Site 121T1243DSCLRAFTSEEELGE
Site 122S1244SCLRAFTSEEELGEN
Site 123Y1254ELGENEMYYCSKCKT
Site 124Y1255LGENEMYYCSKCKTH
Site 125S1309PRESFDPSAFLVPRD
Site 126T1326LCQHKPLTPQGDELS
Site 127S1333TPQGDELSEPRILAR
Site 128S1349VKKVDAQSSAGEEDV
Site 129S1359GEEDVLLSKSPSSLS
Site 130S1361EDVLLSKSPSSLSAN
Site 131S1363VLLSKSPSSLSANII
Site 132S1366SKSPSSLSANIISSP
Site 133S1371SLSANIISSPKGSPS
Site 134S1372LSANIISSPKGSPSS
Site 135S1376IISSPKGSPSSSRKS
Site 136S1378SSPKGSPSSSRKSGT
Site 137S1379SPKGSPSSSRKSGTS
Site 138S1380PKGSPSSSRKSGTSC
Site 139S1383SPSSSRKSGTSCPSS
Site 140T1385SSSRKSGTSCPSSKN
Site 141S1386SSRKSGTSCPSSKNS
Site 142S1389KSGTSCPSSKNSSPN
Site 143S1390SGTSCPSSKNSSPNS
Site 144S1393SCPSSKNSSPNSSPR
Site 145S1394CPSSKNSSPNSSPRT
Site 146S1397SKNSSPNSSPRTLGR
Site 147S1398KNSSPNSSPRTLGRS
Site 148T1401SPNSSPRTLGRSKGR
Site 149S1405SPRTLGRSKGRLRLP
Site 150S1416LRLPQIGSKNKLSSS
Site 151S1421IGSKNKLSSSKENLD
Site 152S1423SKNKLSSSKENLDAS
Site 153S1430SKENLDASKENGAGQ
Site 154S1454RGHVLGGSQPELVTP
Site 155T1460GSQPELVTPQDHEVA
Site 156Y1474ALANGFLYEHEACGN
Site 157S1492NGQLGNHSEEDSTDD
Site 158S1496GNHSEEDSTDDQRED
Site 159T1497NHSEEDSTDDQREDT
Site 160T1504TDDQREDTRIKPIYN
Site 161Y1510DTRIKPIYNLYAISC
Site 162Y1527GILGGGHYVTYAKNP
Site 163T1529LGGGHYVTYAKNPNC
Site 164Y1530GGGHYVTYAKNPNCK
Site 165Y1539KNPNCKWYCYNDSSC
Site 166Y1541PNCKWYCYNDSSCKE
Site 167S1544KWYCYNDSSCKELHP
Site 168S1545WYCYNDSSCKELHPD
Site 169T1556LHPDEIDTDSAYILF
Site 170S1558PDEIDTDSAYILFYE
Site 171Y1560EIDTDSAYILFYEQQ
Site 172Y1564DSAYILFYEQQGIDY
Site 173Y1571YEQQGIDYAQFLPKT
Site 174T1578YAQFLPKTDGKKMAD
Site 175T1586DGKKMADTSSMDEDF
Site 176S1587GKKMADTSSMDEDFE
Site 177S1588KKMADTSSMDEDFES
Site 178Y1597DEDFESDYKKYCVLQ
 
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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