PhosphoNET

           
Protein Info 
   
Short Name:  USP24
Full Name:  Ubiquitin carboxyl-terminal hydrolase 24
Alias:  Deubiquitinating enzyme 24; KIAA1057; UB24; Ubiquitin specific peptidase 24; Ubiquitin specific protease 24; Ubiquitin thiolesterase 24; Ubiquitin-specific processing protease 24; UBP24
Type:  EC 3.1.2.15; Protease
Mass (Da):  294365
Number AA:  2620
UniProt ID:  Q9UPU5
International Prot ID:  IPI00398505
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  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 1T22MGFSDPATIRKALRL
Site 2Y50NERPGLDYGGYEPMD
Site 3Y53PGLDYGGYEPMDSGG
Site 4S58GGYEPMDSGGGPSPG
Site 5S63MDSGGGPSPGPGGGP
Site 6S84DGGGGGPSRGGSTGG
Site 7S88GGPSRGGSTGGGGGF
Site 8Y101GFDPPPAYHEVVDAE
Site 9T126EGIEFPTTNLYELES
Site 10Y129EFPTTNLYELESRVL
Site 11S133TNLYELESRVLTDHW
Site 12T137ELESRVLTDHWSIPY
Site 13S141RVLTDHWSIPYKREE
Site 14Y144TDHWSIPYKREESLG
Site 15S149IPYKREESLGKCLLA
Site 16S166YLARLGLSESDENCR
Site 17S168ARLGLSESDENCRRF
Site 18S190AFKKLLTSSAVHKWG
Site 19S191FKKLLTSSAVHKWGT
Site 20T198SAVHKWGTEIHEGIY
Site 21Y205TEIHEGIYNMLMLLI
Site 22Y242AFNPDNEYHFKNRMK
Site 23S268EGNMFAVSPVSTFQK
Site 24S271MFAVSPVSTFQKEPH
Site 25T272FAVSPVSTFQKEPHG
Site 26S347TTIQDVRSVEEKDLK
Site 27S401MLKSPHFSAKMNSLK
Site 28S417VTKLIEDSTLSKSVK
Site 29T418TKLIEDSTLSKSVKN
Site 30S420LIEDSTLSKSVKNAI
Site 31S422EDSTLSKSVKNAIDT
Site 32T429SVKNAIDTDRLLDWL
Site 33Y455GNIDQAQYCDRIKGI
Site 34S483TKIWKIQSGQSSTVI
Site 35S487KIQSGQSSTVIENIH
Site 36T488IQSGQSSTVIENIHT
Site 37S519LFVLIQKSWETESDR
Site 38S524QKSWETESDRVRQKL
Site 39S533RVRQKLLSLIGRIGR
Site 40T546GREARFETTSGKVLD
Site 41S548EARFETTSGKVLDVL
Site 42T578QALEEHLTILSDAYA
Site 43S581EEHLTILSDAYAVKE
Site 44Y594KEAIKRSYIIKCIED
Site 45S609IKRPGEWSGLEKNKK
Site 46S621NKKDGFKSSQLNNPQ
Site 47S622KKDGFKSSQLNNPQF
Site 48S645QLHEITRSFIKQTYQ
Site 49S657TYQKQDKSIIQDLKK
Site 50S695GPGGLSGSTLVDGRY
Site 51T696PGGLSGSTLVDGRYT
Site 52Y702STLVDGRYTYREYLE
Site 53T703TLVDGRYTYREYLEA
Site 54Y704LVDGRYTYREYLEAH
Site 55Y707GRYTYREYLEAHLKF
Site 56Y725FLQEATLYLGWNRAK
Site 57S765KGQHDLESDVQQQLF
Site 58Y782KILKLESYEITMNGF
Site 59T785KLESYEITMNGFNLF
Site 60Y814KRQGAQLYVEKLELI
Site 61S833IWKIAMESPDEEIAN
Site 62S862NPRLKKDSVSLHKKF
Site 63S864RLKKDSVSLHKKFIA
Site 64Y874KKFIADCYTRLEAAS
Site 65S881YTRLEAASSALGGPT
Site 66T910TAMPTVATSVQSPYR
Site 67S911AMPTVATSVQSPYRS
Site 68S914TVATSVQSPYRSTKL
Site 69S918SVQSPYRSTKLVIIE
Site 70T919VQSPYRSTKLVIIER
Site 71T947DFYSVPRTILPHGAS
Site 72T961SFHGHLLTLNVTYES
Site 73T972TYESTKDTFTVEAHS
Site 74T974ESTKDTFTVEAHSNE
Site 75S979TFTVEAHSNETIGSV
Site 76S985HSNETIGSVRWKIAK
Site 77T1011FTNDSLLTVNKDQKL
Site 78T1031FSDEQILTVKTSGSG
Site 79S1035QILTVKTSGSGTPSG
Site 80S1037LTVKTSGSGTPSGSS
Site 81T1039VKTSGSGTPSGSSAD
Site 82S1041TSGSGTPSGSSADSS
Site 83S1043GSGTPSGSSADSSTS
Site 84S1044SGTPSGSSADSSTSS
Site 85S1047PSGSSADSSTSSSSS
Site 86S1048SGSSADSSTSSSSSS
Site 87T1049GSSADSSTSSSSSSS
Site 88S1050SSADSSTSSSSSSSG
Site 89S1051SADSSTSSSSSSSGV
Site 90S1052ADSSTSSSSSSSGVF
Site 91S1053DSSTSSSSSSSGVFS
Site 92S1054SSTSSSSSSSGVFSS
Site 93S1055STSSSSSSSGVFSSS
Site 94S1056TSSSSSSSGVFSSSY
Site 95S1060SSSSGVFSSSYAMEQ
Site 96S1062SSGVFSSSYAMEQEK
Site 97Y1063SGVFSSSYAMEQEKS
Site 98S1070YAMEQEKSLPGVVMA
Site 99T1098NLEEPRITLRVRKLL
Site 100S1123EALDQLDSLGRKKTL
Site 101T1129DSLGRKKTLLSESSS
Site 102S1132GRKKTLLSESSSQSS
Site 103S1134KKTLLSESSSQSSKS
Site 104S1135KTLLSESSSQSSKSP
Site 105S1136TLLSESSSQSSKSPS
Site 106S1138LSESSSQSSKSPSLS
Site 107S1139SESSSQSSKSPSLSS
Site 108S1141SSSQSSKSPSLSSKQ
Site 109S1143SQSSKSPSLSSKQQH
Site 110S1145SSKSPSLSSKQQHQP
Site 111S1146SKSPSLSSKQQHQPS
Site 112S1153SKQQHQPSASSILES
Site 113S1155QQHQPSASSILESLF
Site 114S1156QHQPSASSILESLFR
Site 115S1170RSFAPGMSTFRVLYN
Site 116S1183YNLEVLSSKLMPTAD
Site 117S1196ADDDMARSCAKSFCE
Site 118S1200MARSCAKSFCENFLK
Site 119S1222VNVMQRDSIPSEVDY
Site 120S1225MQRDSIPSEVDYETR
Site 121Y1229SIPSEVDYETRQGVY
Site 122T1231PSEVDYETRQGVYSI
Site 123S1237ETRQGVYSICLQLAR
Site 124T1261TLLDEDLTKDGIEAL
Site 125S1269KDGIEALSSRPFRNV
Site 126S1270DGIEALSSRPFRNVS
Site 127S1277SRPFRNVSRQTSRQM
Site 128T1280FRNVSRQTSRQMSLC
Site 129S1281RNVSRQTSRQMSLCG
Site 130S1285RQTSRQMSLCGTPEK
Site 131T1289RQMSLCGTPEKSSYR
Site 132S1293LCGTPEKSSYRQLSV
Site 133S1294CGTPEKSSYRQLSVS
Site 134Y1295GTPEKSSYRQLSVSD
Site 135S1299KSSYRQLSVSDRSSI
Site 136S1301SYRQLSVSDRSSIRV
Site 137S1305LSVSDRSSIRVEEII
Site 138S1351GRLDLVGSSQPIKES
Site 139S1352RLDLVGSSQPIKESN
Site 140S1358SSQPIKESNSLCPAG
Site 141S1360QPIKESNSLCPAGIR
Site 142S1371AGIRNRLSSSGSNCS
Site 143S1372GIRNRLSSSGSNCSS
Site 144S1373IRNRLSSSGSNCSSG
Site 145S1375NRLSSSGSNCSSGSE
Site 146S1378SSSGSNCSSGSEGEP
Site 147S1379SSGSNCSSGSEGEPV
Site 148S1398GICVRQQSVSTKDSL
Site 149S1400CVRQQSVSTKDSLIA
Site 150S1404QSVSTKDSLIAGEAL
Site 151Y1459RVACDQLYTLSQTDT
Site 152S1462CDQLYTLSQTDTSAH
Site 153T1466YTLSQTDTSAHPDVQ
Site 154S1467TLSQTDTSAHPDVQK
Site 155S1492TAQLPLWSPTSIMRG
Site 156S1495LPLWSPTSIMRGVNQ
Site 157S1506GVNQRLLSQCMEYFD
Site 158T1523CQLLDDLTTSEMEQL
Site 159S1525LLDDLTTSEMEQLRI
Site 160S1533EMEQLRISPATMLED
Site 161T1536QLRISPATMLEDEIT
Site 162T1543TMLEDEITWLDNFEP
Site 163T1553DNFEPNRTAECETSE
Site 164S1559RTAECETSEADNILL
Site 165S1590EKEMLGSSLIKPLLD
Site 166S1604DDFLFRASRIILNSH
Site 167S1610ASRIILNSHSPAGSA
Site 168S1612RIILNSHSPAGSAAI
Site 169S1616NSHSPAGSAAISQQD
Site 170S1620PAGSAAISQQDFHPK
Site 171S1629QDFHPKCSTANSRLA
Site 172S1633PKCSTANSRLAAYEV
Site 173S1661IIIKELLSMHHQPDP
Site 174Y1676ALTKEFDYLPPVDSR
Site 175S1682DYLPPVDSRSSSGFV
Site 176S1684LPPVDSRSSSGFVGL
Site 177S1685PPVDSRSSSGFVGLR
Site 178S1686PVDSRSSSGFVGLRN
Site 179Y1699RNGGATCYMNAVFQQ
Site 180Y1708NAVFQQLYMQPGLPE
Site 181S1716MQPGLPESLLSVDDD
Site 182S1719GLPESLLSVDDDTDN
Site 183T1724LLSVDDDTDNPDDSV
Site 184S1730DTDNPDDSVFYQVQS
Site 185Y1733NPDDSVFYQVQSLFG
Site 186Y1749LMESKLQYYVPENFW
Site 187Y1750MESKLQYYVPENFWK
Site 188Y1767KMWNKELYVREQQDA
Site 189Y1775VREQQDAYEFFTSLI
Site 190S1780DAYEFFTSLIDQMDE
Site 191Y1788LIDQMDEYLKKMGRD
Site 192T1801RDQIFKNTFQGIYSD
Site 193Y1819CKDCPHRYEREEAFM
Site 194S1841SCQSLEISLDQFVRG
Site 195S1854RGEVLEGSNAYYCEK
Site 196Y1857VLEGSNAYYCEKCKE
Site 197Y1858LEGSNAYYCEKCKEK
Site 198T1868KCKEKRITVKRTCIK
Site 199T1872KRITVKRTCIKSLPS
Site 200Y1900ESGRSIKYDEQIRFP
Site 201Y1915WMLNMEPYTVSGMAR
Site 202T1916MLNMEPYTVSGMARQ
Site 203S1925SGMARQDSSSEVGEN
Site 204S1926GMARQDSSSEVGENG
Site 205S1927MARQDSSSEVGENGR
Site 206S1935EVGENGRSVDQGGGG
Site 207S1943VDQGGGGSPRKKVAL
Site 208T1951PRKKVALTENYELVG
Site 209S1973AHAGHYYSFIKDRRG
Site 210T2003EFDLNDETLEYECFG
Site 211Y2006LNDETLEYECFGGEY
Site 212Y2018GEYRPKVYDQTNPYT
Site 213T2021RPKVYDQTNPYTDVR
Site 214Y2024VYDQTNPYTDVRRRY
Site 215Y2035RRRYWNAYMLFYQRV
Site 216Y2039WNAYMLFYQRVSDQN
Site 217S2043MLFYQRVSDQNSPVL
Site 218S2047QRVSDQNSPVLPKKS
Site 219S2054SPVLPKKSRVSVVRQ
Site 220S2057LPKKSRVSVVRQEAE
Site 221S2067RQEAEDLSLSAPSSP
Site 222S2069EAEDLSLSAPSSPEI
Site 223S2073LSLSAPSSPEISPQS
Site 224S2077APSSPEISPQSSPRP
Site 225S2080SPEISPQSSPRPHRP
Site 226S2081PEISPQSSPRPHRPN
Site 227S2093RPNNDRLSILTKLVK
Site 228T2096NDRLSILTKLVKKGE
Site 229Y2117EKMPARIYQMVRDEN
Site 230Y2134FMKNRDVYSSDYFSF
Site 231S2135MKNRDVYSSDYFSFV
Site 232S2136KNRDVYSSDYFSFVL
Site 233T2151SLASLNATKLKHPYY
Site 234Y2158TKLKHPYYPCMAKVS
Site 235Y2177IQFLFQTYLRTKKKL
Site 236T2188KKKLRVDTEEWIATI
Site 237T2194DTEEWIATIEALLSK
Site 238Y2212ACQWLVEYFISSEGR
Site 239S2216LVEYFISSEGRELIK
Site 240S2248ILEKTLDSALFYQDK
Site 241Y2252TLDSALFYQDKLKSL
Site 242S2258FYQDKLKSLHQLLEV
Site 243S2330NNQIRRWSSAQAREF
Site 244S2331NQIRRWSSAQAREFG
Site 245S2354LVLHSDVSSQRNVAP
Site 246S2355VLHSDVSSQRNVAPG
Site 247S2371FKQRPPISIAPSSPL
Site 248T2452PPHELKNTFQLLHEI
Site 249Y2516KCPAAKEYFKENSHH
Site 250Y2539QKKMSEHYWTPQSNV
Site 251T2541KMSEHYWTPQSNVSN
Site 252S2544EHYWTPQSNVSNETS
Site 253S2547WTPQSNVSNETSTGK
Site 254S2551SNVSNETSTGKTFQR
Site 255T2555NETSTGKTFQRTISA
Site 256T2559TGKTFQRTISAQDTL
Site 257S2561KTFQRTISAQDTLAY
Site 258T2565RTISAQDTLAYATAL
Site 259T2570QDTLAYATALLNEKE
Site 260S2579LLNEKEQSGSSNGSE
Site 261S2581NEKEQSGSSNGSESS
Site 262S2582EKEQSGSSNGSESSP
Site 263S2585QSGSSNGSESSPANE
Site 264S2587GSSNGSESSPANENG
Site 265S2588SSNGSESSPANENGD
Site 266S2602DRHLQQGSESPMMIG
Site 267S2604HLQQGSESPMMIGEL
Site 268S2613MMIGELRSDLDDVDP
 
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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