PhosphoNET

           
Protein Info 
   
Short Name:  OTUD4
Full Name:  OTU domain-containing protein 4
Alias:  DUBA6; HIV-1 induced protein HIN-1; HSHIN1; KIAA1046; OTU domain containing 4
Type:  Unknown function
Mass (Da):  124045
Number AA:  1114
UniProt ID:  Q01804
International Prot ID:  IPI00399254
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005515     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 1T23AGPREDATPMDAYLR
Site 2Y28DATPMDAYLRKLGLY
Site 3Y35YLRKLGLYRKLVAKD
Site 4S57VAEQVLHSQSRHVEV
Site 5S59EQVLHSQSRHVEVRM
Site 6Y71VRMACIHYLRENREK
Site 7S86FEAFIEGSFEEYLKR
Site 8Y90IEGSFEEYLKRLENP
Site 9S110QVEISALSLMYRKDF
Site 10Y120YRKDFIIYREPNVSP
Site 11S126IYREPNVSPSQVTEN
Site 12S128REPNVSPSQVTENNF
Site 13Y149CFSNGNHYDIVYPIK
Site 14Y153GNHYDIVYPIKYKES
Site 15Y157DIVYPIKYKESSAMC
Site 16S160YPIKYKESSAMCQSL
Site 17S161PIKYKESSAMCQSLL
Site 18S166ESSAMCQSLLYELLY
Site 19Y169AMCQSLLYELLYEKV
Site 20Y173SLLYELLYEKVFKTD
Site 21T190KIVMELDTLEVADED
Site 22S199EVADEDNSEISDSED
Site 23S202DEDNSEISDSEDDSC
Site 24S204DNSEISDSEDDSCKS
Site 25S208ISDSEDDSCKSKTAA
Site 26S211SEDDSCKSKTAAAAA
Site 27S227VNGFKPLSGNEQLKN
Site 28S238QLKNNGNSTSLPLSR
Site 29T239LKNNGNSTSLPLSRK
Site 30S240KNNGNSTSLPLSRKV
Site 31S244NSTSLPLSRKVLKSL
Site 32S250LSRKVLKSLNPAVYR
Site 33Y256KSLNPAVYRNVEYEI
Site 34Y261AVYRNVEYEIWLKSK
Site 35Y276QAQQKRDYSIAAGLQ
Site 36S277AQQKRDYSIAAGLQY
Site 37Y284SIAAGLQYEVGDKCQ
Site 38S336LKAPPPESWNTVSGK
Site 39T339PPPESWNTVSGKKMK
Site 40S349GKKMKKPSTSGQNFH
Site 41T350KKMKKPSTSGQNFHS
Site 42S351KMKKPSTSGQNFHSD
Site 43S357TSGQNFHSDVDYRGP
Site 44Y361NFHSDVDYRGPKNPS
Site 45S368YRGPKNPSKPIKAPS
Site 46S375SKPIKAPSALPPRLQ
Site 47S385PPRLQHPSGVRQHAF
Site 48S393GVRQHAFSSHSSGSQ
Site 49S394VRQHAFSSHSSGSQS
Site 50S396QHAFSSHSSGSQSQK
Site 51S397HAFSSHSSGSQSQKF
Site 52S399FSSHSSGSQSQKFSS
Site 53S401SHSSGSQSQKFSSEH
Site 54S405GSQSQKFSSEHKNLS
Site 55S406SQSQKFSSEHKNLSR
Site 56S412SSEHKNLSRTPSQII
Site 57T414EHKNLSRTPSQIIRK
Site 58S416KNLSRTPSQIIRKPD
Site 59T433RVEDFDHTSRESNYF
Site 60S434VEDFDHTSRESNYFG
Site 61S437FDHTSRESNYFGLSP
Site 62Y439HTSRESNYFGLSPEE
Site 63S443ESNYFGLSPEERREK
Site 64Y460IEESRLLYEIQNRDE
Site 65S474EQAFPALSSSSVNQS
Site 66S475QAFPALSSSSVNQSA
Site 67S476AFPALSSSSVNQSAS
Site 68S477FPALSSSSVNQSASQ
Site 69S481SSSSVNQSASQSSNP
Site 70S483SSVNQSASQSSNPCV
Site 71S485VNQSASQSSNPCVQR
Site 72S494NPCVQRKSSHVGDRK
Site 73S495PCVQRKSSHVGDRKG
Site 74S503HVGDRKGSRRRMDTE
Site 75T509GSRRRMDTEERKDKD
Site 76S517EERKDKDSIHGHSQL
Site 77T532DKRPEPSTLENITDD
Site 78Y541ENITDDKYATVSSPS
Site 79T543ITDDKYATVSSPSKS
Site 80S545DDKYATVSSPSKSKK
Site 81S546DKYATVSSPSKSKKL
Site 82S548YATVSSPSKSKKLEC
Site 83S550TVSSPSKSKKLECPS
Site 84S557SKKLECPSPAEQKPA
Site 85S568QKPAEHVSLSNPAPL
Site 86S599ATVPAWPSEPTTFGP
Site 87T603AWPSEPTTFGPTGVP
Site 88T607EPTTFGPTGVPAPIP
Site 89T621PVLSVTQTLTTGPDS
Site 90S628TLTTGPDSAVSQAHL
Site 91S631TGPDSAVSQAHLTPS
Site 92S638SQAHLTPSPVPVSIQ
Site 93S643TPSPVPVSIQAVNQP
Site 94T657PLMPLPQTLSLYQDP
Site 95S659MPLPQTLSLYQDPLY
Site 96Y661LPQTLSLYQDPLYPG
Site 97Y666SLYQDPLYPGFPCNE
Site 98Y683DRAIVPPYSLCQTGE
Site 99S684RAIVPPYSLCQTGED
Site 100T688PPYSLCQTGEDLPKD
Site 101S719CPMWAPHSYLYPLHQ
Site 102Y720PMWAPHSYLYPLHQA
Site 103Y722WAPHSYLYPLHQAYL
Site 104S775FPMQTEASVNGQMPQ
Site 105S799SPLVIPPSQVSESHG
Site 106S802VIPPSQVSESHGQLS
Site 107S804PPSQVSESHGQLSYQ
Site 108S809SESHGQLSYQADLES
Site 109Y810ESHGQLSYQADLESE
Site 110S816SYQADLESETPGQLL
Site 111T818QADLESETPGQLLHA
Site 112Y827GQLLHADYEESLSGK
Site 113S830LHADYEESLSGKNMF
Site 114S832ADYEESLSGKNMFPQ
Site 115S841KNMFPQPSFGPNPFL
Site 116S884RQNIVLPSDEKGELD
Site 117S893EKGELDLSLENLDLS
Site 118S900SLENLDLSKDCGSVS
Site 119S905DLSKDCGSVSTVDEF
Site 120S907SKDCGSVSTVDEFPE
Site 121T908KDCGSVSTVDEFPEA
Site 122S922ARGEHVHSLPEASVS
Site 123S927VHSLPEASVSSKPDE
Site 124S929SLPEASVSSKPDEGR
Site 125T937SKPDEGRTEQSSQTR
Site 126S941EGRTEQSSQTRKADT
Site 127T948SQTRKADTALASIPP
Site 128T965EGKAHPPTQILNRER
Site 129T974ILNRERETVPVELEP
Site 130S987EPKRTIQSLKEKTEK
Site 131T1000EKVKDPKTAADVVSP
Site 132S1006KTAADVVSPGANSVD
Site 133S1011VVSPGANSVDSRVQR
Site 134S1014PGANSVDSRVQRPKE
Site 135S1023VQRPKEESSEDENEV
Site 136S1024QRPKEESSEDENEVS
Site 137S1031SEDENEVSNILRSGR
Site 138S1036EVSNILRSGRSKQFY
Site 139Y1043SGRSKQFYNQTYGSR
Site 140T1046SKQFYNQTYGSRKYK
Site 141Y1047KQFYNQTYGSRKYKS
Site 142Y1052QTYGSRKYKSDWGYS
Site 143S1054YGSRKYKSDWGYSGR
Site 144Y1058KYKSDWGYSGRGGYQ
Site 145Y1064GYSGRGGYQHVRSEE
Site 146S1069GGYQHVRSEESWKGQ
Site 147S1078ESWKGQPSRSRDEGY
Site 148S1080WKGQPSRSRDEGYQY
Site 149Y1085SRSRDEGYQYHRNVR
Site 150Y1087SRDEGYQYHRNVRGR
Site 151S1103FRGDRRRSGMGDGHR
 
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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