PhosphoNET

           
Protein Info 
   
Short Name:  USPL1
Full Name:  Ubiquitin-specific peptidase-like protein 1
Alias: 
Type: 
Mass (Da):  120440
Number AA:  1092
UniProt ID:  Q5W0Q7
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 1Y30SSLHMVGYLGKNFDS
Site 2S42FDSAKVPSDEYCPAC
Site 3Y45AKVPSDEYCPACREK
Site 4T60GKLKALKTYRISFQE
Site 5Y79CEDLQCIYPLGSKSL
Site 6S85IYPLGSKSLNNLISP
Site 7S91KSLNNLISPDLEECH
Site 8T99PDLEECHTPHKPQKR
Site 9S108HKPQKRKSLESSYKD
Site 10S111QKRKSLESSYKDSLL
Site 11S112KRKSLESSYKDSLLL
Site 12S116LESSYKDSLLLANSK
Site 13S122DSLLLANSKKTRNYI
Site 14Y128NSKKTRNYIAIDGGK
Site 15S139DGGKVLNSKHNGEVY
Site 16Y146SKHNGEVYDETSSNL
Site 17T149NGEVYDETSSNLPDS
Site 18S151EVYDETSSNLPDSSG
Site 19S156TSSNLPDSSGQQNPI
Site 20S157SSNLPDSSGQQNPIR
Site 21S168NPIRTADSLERNEIL
Site 22T179NEILEADTVDMATTK
Site 23T184ADTVDMATTKDPATV
Site 24T185DTVDMATTKDPATVD
Site 25T190ATTKDPATVDVSGTG
Site 26S194DPATVDVSGTGRPSP
Site 27T196ATVDVSGTGRPSPQN
Site 28S200VSGTGRPSPQNEGCT
Site 29S208PQNEGCTSKLEMPLE
Site 30S216KLEMPLESKCTSFPQ
Site 31T254HSEELKNTVTGLCSK
Site 32T256EELKNTVTGLCSKEE
Site 33S260NTVTGLCSKEESIFW
Site 34T271SIFWRLLTKYNQANT
Site 35Y273FWRLLTKYNQANTLL
Site 36Y281NQANTLLYTSQLSGV
Site 37S283ANTLLYTSQLSGVKD
Site 38T297DGDCKKLTSEIFAEI
Site 39S318VRDEIFISLQPQLRC
Site 40T326LQPQLRCTLGDMESP
Site 41Y353HIEKLFLYSFSWDFE
Site 42T378RHMKSLVTFTNVIPE
Site 43S415KMVLEKVSPIFMLHF
Site 44Y434PQNDLQHYAFHFEGC
Site 45Y451QITSVIQYRANNHFI
Site 46S479DDLKGPCSERHKKFE
Site 47S502VIWERKISQVTDKEA
Site 48T517ACLPLKKTNDQHALS
Site 49S524TNDQHALSNEKPVSL
Site 50S530LSNEKPVSLTSCSVG
Site 51S533EKPVSLTSCSVGDAA
Site 52S546AASAETASVTHPKDI
Site 53S554VTHPKDISVAPRTLS
Site 54T559DISVAPRTLSQDTAV
Site 55S561SVAPRTLSQDTAVTH
Site 56S574THGDHLLSGPKGLVD
Site 57T587VDNILPLTLEETIQK
Site 58T595LEETIQKTASVSQLN
Site 59S597ETIQKTASVSQLNSE
Site 60S599IQKTASVSQLNSEAF
Site 61S603ASVSQLNSEAFLLEN
Site 62T624TGILKTNTLLSQESL
Site 63S627LKTNTLLSQESLMAS
Site 64S630NTLLSQESLMASSVS
Site 65S634SQESLMASSVSAPCN
Site 66S635QESLMASSVSAPCNE
Site 67S653QDQFVDISFPSQVVN
Site 68T673VQLNTEDTVNTKSVN
Site 69S678EDTVNTKSVNNTDAT
Site 70T682NTKSVNNTDATGLIQ
Site 71T685SVNNTDATGLIQGVK
Site 72S693GLIQGVKSVEIEKDA
Site 73T707AQLKQFLTPKTEQLK
Site 74T710KQFLTPKTEQLKPER
Site 75T719QLKPERVTSQVSNLK
Site 76S720LKPERVTSQVSNLKK
Site 77T730SNLKKKETTADSQTT
Site 78S734KKETTADSQTTTSKS
Site 79T736ETTADSQTTTSKSLQ
Site 80T737TTADSQTTTSKSLQN
Site 81T738TADSQTTTSKSLQNQ
Site 82S739ADSQTTTSKSLQNQS
Site 83S741SQTTTSKSLQNQSLK
Site 84S758QKKPFVGSWVKGLIS
Site 85T782VSAHNRNTITDLQPS
Site 86S789TITDLQPSVKGVNNF
Site 87S818VSKKARKSASKPPPI
Site 88S820KKARKSASKPPPISK
Site 89S826ASKPPPISKPPAGPP
Site 90S834KPPAGPPSSNGTAAH
Site 91S835PPAGPPSSNGTAAHP
Site 92T838GPPSSNGTAAHPHAH
Site 93S854ASEVLEKSGSTSCGA
Site 94S856EVLEKSGSTSCGAQL
Site 95S858LEKSGSTSCGAQLNH
Site 96S866CGAQLNHSSYGNGIS
Site 97S867GAQLNHSSYGNGISS
Site 98Y868AQLNHSSYGNGISSA
Site 99S873SSYGNGISSANHEDL
Site 100S908KKLAALMSSPQSRTV
Site 101S909KLAALMSSPQSRTVR
Site 102S912ALMSSPQSRTVRSEN
Site 103T914MSSPQSRTVRSENLE
Site 104S928EQVPQDGSPNDCESI
Site 105S934GSPNDCESIEDLLNE
Site 106Y944DLLNELPYPIDIASE
Site 107S961CTTVPGVSLYSSQTH
Site 108Y963TVPGVSLYSSQTHEE
Site 109S965PGVSLYSSQTHEEIL
Site 110S982LLSPTPVSTELSENG
Site 111S986TPVSTELSENGEGDF
Site 112Y995NGEGDFRYLGMGDSH
Site 113S1001RYLGMGDSHIPPPVP
Site 114S1009HIPPPVPSEFNDVSQ
Site 115S1015PSEFNDVSQNTHLRQ
Site 116Y1026HLRQDHNYCSPTKKN
Site 117S1041PCEVQPDSLTNNACV
Site 118T1043EVQPDSLTNNACVRT
Site 119S1055VRTLNLESPMKTDIF
Site 120T1059NLESPMKTDIFDEFF
Site 121T1078LNALANDTLDLPHFD
 
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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