PhosphoNET

           
Protein Info 
   
Short Name:  DUSP27
Full Name:  Inactive dual specificity phosphatase 27
Alias:  dual specificity phosphatase 27; DUS27
Type: 
Mass (Da):  130180
Number AA: 
UniProt ID:  Q5VZP5
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0008138     PhosphoSite+ KinaseNET
Biological Process:  GO:0006470     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 1T7_MATRKDTEEEQVVP
Site 2Y29VRAVQAHYLRSPSPS
Site 3S32VQAHYLRSPSPSQYS
Site 4S34AHYLRSPSPSQYSMV
Site 5S36YLRSPSPSQYSMVSD
Site 6Y38RSPSPSQYSMVSDAE
Site 7S39SPSPSQYSMVSDAET
Site 8S42PSQYSMVSDAETESI
Site 9T46SMVSDAETESIFMEP
Site 10S48VSDAETESIFMEPIH
Site 11Y97QLLVEDLYNRVREKM
Site 12T107VREKMDDTSLYNTPC
Site 13S108REKMDDTSLYNTPCV
Site 14Y110KMDDTSLYNTPCVLD
Site 15T112DDTSLYNTPCVLDLQ
Site 16S147NVFIAEKSVAVNKGR
Site 17Y173AAHGTGVYTGPEFYT
Site 18Y186YTGLEIQYLGVEVDD
Site 19S200DFPEVDISQHFRKAS
Site 20S207SQHFRKASEFLDEAL
Site 21S225RGKVLVSSEMGISRS
Site 22Y262VRKKRAIYPNEGFLK
Site 23Y286MEEREEDYGREGGSA
Site 24T301EAEEGEGTGSMLGAR
Site 25S303EEGEGTGSMLGARVH
Site 26T313GARVHALTVEEEDDS
Site 27S320TVEEEDDSASHLSGS
Site 28S322EEEDDSASHLSGSSL
Site 29S325DDSASHLSGSSLGKA
Site 30S328ASHLSGSSLGKATQA
Site 31T333GSSLGKATQASKPLT
Site 32S336LGKATQASKPLTLID
Site 33T340TQASKPLTLIDEEEE
Site 34Y351EEEEEKLYEQWKKGQ
Site 35S362KKGQGLLSDKVPQDG
Site 36S374QDGGGWRSASSGQGG
Site 37S376GGGWRSASSGQGGEE
Site 38S377GGWRSASSGQGGEEL
Site 39Y408ERYQAEGYRRWGREE
Site 40S421EEEKEEESDAGSSVG
Site 41S425EEESDAGSSVGRRRR
Site 42S426EESDAGSSVGRRRRT
Site 43T433SVGRRRRTLSESSAW
Site 44S435GRRRRTLSESSAWES
Site 45S437RRRTLSESSAWESVS
Site 46S438RRTLSESSAWESVSS
Site 47S442SESSAWESVSSHDIW
Site 48S444SSAWESVSSHDIWVL
Site 49S445SAWESVSSHDIWVLK
Site 50S470GRRRRADSMSSESTW
Site 51S472RRRADSMSSESTWDA
Site 52T476DSMSSESTWDAWNER
Site 53S492LEIEKEASRRYHAKS
Site 54Y495EKEASRRYHAKSKRE
Site 55S499SRRYHAKSKREEAAD
Site 56S508REEAADRSSEAGSRV
Site 57S509EEAADRSSEAGSRVR
Site 58S513DRSSEAGSRVREDDE
Site 59S522VREDDEDSVGSEASS
Site 60S525DDEDSVGSEASSFYN
Site 61S529SVGSEASSFYNFCSR
Site 62Y531GSEASSFYNFCSRNK
Site 63S535SSFYNFCSRNKDKLT
Site 64T542SRNKDKLTALERWKI
Site 65S566KDLGAGDSSGEPGAE
Site 66S567DLGAGDSSGEPGAEE
Site 67S582AVGEKNPSDVSLTAY
Site 68S585EKNPSDVSLTAYQAW
Site 69Y589SDVSLTAYQAWKLKH
Site 70S612KEEVVELSKGEDSAL
Site 71T636LLERSRQTLEESQSM
Site 72S640SRQTLEESQSMASWE
Site 73S642QTLEESQSMASWEAD
Site 74S645EESQSMASWEADSST
Site 75S650MASWEADSSTASGSI
Site 76S651ASWEADSSTASGSIP
Site 77T652SWEADSSTASGSIPL
Site 78S654EADSSTASGSIPLSA
Site 79S656DSSTASGSIPLSAFW
Site 80S668AFWSADPSVSADGDT
Site 81T675SVSADGDTTSVLSTQ
Site 82T676VSADGDTTSVLSTQS
Site 83S677SADGDTTSVLSTQSH
Site 84S680GDTTSVLSTQSHRSH
Site 85T681DTTSVLSTQSHRSHL
Site 86S683TSVLSTQSHRSHLSQ
Site 87S686LSTQSHRSHLSQAAS
Site 88S689QSHRSHLSQAASNIA
Site 89S693SHLSQAASNIAGCST
Site 90S699ASNIAGCSTSNPTTP
Site 91T700SNIAGCSTSNPTTPL
Site 92S701NIAGCSTSNPTTPLP
Site 93T705CSTSNPTTPLPNLPV
Site 94S746QNEMLLLSRSPSVAS
Site 95S753SRSPSVASMKAVPAA
Site 96S769CLGDDQVSMLSGHSS
Site 97S772DDQVSMLSGHSSSSL
Site 98S787GGCLLPQSQARPSSD
Site 99S792PQSQARPSSDMQSVL
Site 100S793QSQARPSSDMQSVLS
Site 101S797RPSSDMQSVLSCNTT
Site 102S800SDMQSVLSCNTTLSS
Site 103T804SVLSCNTTLSSPAES
Site 104S806LSCNTTLSSPAESCR
Site 105S807SCNTTLSSPAESCRS
Site 106S811TLSSPAESCRSKVRG
Site 107S814SPAESCRSKVRGTSK
Site 108T819CRSKVRGTSKPIFSL
Site 109S820RSKVRGTSKPIFSLF
Site 110S852MELREKMSEYKMEKL
Site 111S861YKMEKLASDNKRSSL
Site 112S867ASDNKRSSLFKKKKV
Site 113T889VGDGDEDTDSAIGSF
Site 114S891DGDEDTDSAIGSFRY
Site 115S895DTDSAIGSFRYSSRS
Site 116Y898SAIGSFRYSSRSNSQ
Site 117S899AIGSFRYSSRSNSQK
Site 118S900IGSFRYSSRSNSQKP
Site 119S902SFRYSSRSNSQKPET
Site 120S904RYSSRSNSQKPETDT
Site 121T909SNSQKPETDTCSSLA
Site 122T911SQKPETDTCSSLAVC
Site 123S913KPETDTCSSLAVCDH
Site 124S914PETDTCSSLAVCDHY
Site 125Y921SLAVCDHYASGSRVG
Site 126S923AVCDHYASGSRVGKE
Site 127S934VGKEMDSSINKWLSG
Site 128S940SSINKWLSGLRTEEK
Site 129T944KWLSGLRTEEKPPFQ
Site 130S952EEKPPFQSDWSGSSR
Site 131S955PPFQSDWSGSSRGKY
Site 132S957FQSDWSGSSRGKYTR
Site 133Y962SGSSRGKYTRSSLLR
Site 134S966RGKYTRSSLLRETES
Site 135T971RSSLLRETESKSSSY
Site 136S973SLLRETESKSSSYKF
Site 137S975LRETESKSSSYKFSK
Site 138S976RETESKSSSYKFSKS
Site 139S977ETESKSSSYKFSKSQ
Site 140S981KSSSYKFSKSQSEEQ
Site 141S983SSYKFSKSQSEEQDT
Site 142S985YKFSKSQSEEQDTSS
Site 143T990SQSEEQDTSSYHEAN
Site 144S991QSEEQDTSSYHEANG
Site 145S992SEEQDTSSYHEANGN
Site 146Y993EEQDTSSYHEANGNS
Site 147S1000YHEANGNSVRSTSRF
Site 148S1003ANGNSVRSTSRFSSS
Site 149T1004NGNSVRSTSRFSSSS
Site 150S1005GNSVRSTSRFSSSST
Site 151S1008VRSTSRFSSSSTREG
Site 152S1009RSTSRFSSSSTREGR
Site 153S1010STSRFSSSSTREGRE
Site 154S1011TSRFSSSSTREGREM
Site 155T1012SRFSSSSTREGREMH
Site 156S1022GREMHKFSRSTYNET
Site 157S1024EMHKFSRSTYNETSS
Site 158T1025MHKFSRSTYNETSSS
Site 159Y1026HKFSRSTYNETSSSR
Site 160S1030RSTYNETSSSREESP
Site 161S1031STYNETSSSREESPE
Site 162S1032TYNETSSSREESPEP
Site 163S1036TSSSREESPEPYFFR
Site 164Y1040REESPEPYFFRRTPE
Site 165T1045EPYFFRRTPESSERE
Site 166S1048FFRRTPESSEREESP
Site 167S1049FRRTPESSEREESPE
Site 168S1054ESSEREESPEPQRPN
Site 169S1075WEDVEESSKSDFSEF
Site 170S1077DVEESSKSDFSEFGA
Site 171S1080ESSKSDFSEFGAKRK
Site 172T1089FGAKRKFTQSFMRSE
Site 173S1091AKRKFTQSFMRSEEE
Site 174S1095FTQSFMRSEEEGEKE
Site 175T1104EEGEKERTENREEGR
Site 176S1114REEGRFASGRRSQYR
Site 177S1118RFASGRRSQYRRSTD
Site 178Y1120ASGRRSQYRRSTDRE
Site 179S1123RRSQYRRSTDREEEE
Site 180T1124RSQYRRSTDREEEEE
Site 181T1150RRQEETRTKLQKRRE
 
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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