PhosphoNET

           
Protein Info 
   
Short Name:  PARD3
Full Name:  Partitioning defective 3 homolog
Alias:  ASIP; Atypical PKC isotype-specific interacting protein; Atypical PKC isotype-specific-interacting protein; Baz; Bazooka; CTCL tumor antigen se2- 5; CTCL tumor antigen se2-5; PAR3; PAR-3; Par-3 partitioning defective 3; PAR3-alpha; PARD-3; PARD3A; Partitioning-defective 3 homolog
Type:  Adapter/scaffold protein
Mass (Da):  151423
Number AA:  1356
UniProt ID:  Q8TEW0
International Prot ID:  IPI00154915
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005938  GO:0012505  GO:0005923 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0005515  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0007205  GO:0008356  GO:0007409 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 1S25DGHMKVFSLIQQAVT
Site 2T32SLIQQAVTRYRKAIA
Site 3Y44AIAKDPNYWIQVHRL
Site 4T91PHHGGDGTSASSTGT
Site 5S92HHGGDGTSASSTGTQ
Site 6S94GGDGTSASSTGTQSP
Site 7T96DGTSASSTGTQSPEI
Site 8T98TSASSTGTQSPEIFG
Site 9S100ASSTGTQSPEIFGSE
Site 10S106QSPEIFGSELGTNNV
Site 11Y119NVSAFQPYQATSEIE
Site 12T128ATSEIEVTPSVLRAN
Site 13S130SEIEVTPSVLRANMP
Site 14S143MPLHVRRSSDPALIG
Site 15S144 PLHVRRSSDPALIGL
Site 16S152DPALIGLSTSVSDSN
Site 17S154ALIGLSTSVSDSNFS
Site 18S156IGLSTSVSDSNFSSE
Site 19S158LSTSVSDSNFSSEEP
Site 20S162VSDSNFSSEEPSRKN
Site 21S166NFSSEEPSRKNPTRW
Site 22S174RKNPTRWSTTAGFLK
Site 23T175KNPTRWSTTAGFLKQ
Site 24S187LKQNTAGSPKTCDRK
Site 25T190NTAGSPKTCDRKKDE
Site 26Y199DRKKDENYRSLPRDT
Site 27S201KKDENYRSLPRDTSN
Site 28T206YRSLPRDTSNWSNQF
Site 29S207RSLPRDTSNWSNQFQ
Site 30S220FQRDNARSSLSASHP
Site 31S221QRDNARSSLSASHPM
Site 32S223DNARSSLSASHPMVG
Site 33S225ARSSLSASHPMVGKW
Site 34T243QEQDEDGTEEDNSRV
Site 35S248DGTEEDNSRVEPVGH
Site 36S267LEHIPNFSLDDMVKL
Site 37Y366PAANKEQYEQLSQSE
Site 38S370KEQYEQLSQSEKNNY
Site 39S372QYEQLSQSEKNNYYS
Site 40Y377SQSEKNNYYSSRFSP
Site 41Y378QSEKNNYYSSRFSPD
Site 42S379SEKNNYYSSRFSPDS
Site 43S380EKNNYYSSRFSPDSQ
Site 44S383NYYSSRFSPDSQYID
Site 45S386SSRFSPDSQYIDNRS
Site 46Y388RFSPDSQYIDNRSVN
Site 47S393SQYIDNRSVNSAGLH
Site 48T401VNSAGLHTVQRAPRL
Site 49S417HPPEQIDSHSRLPHS
Site 50S419PEQIDSHSRLPHSAH
Site 51S424SHSRLPHSAHPSGKP
Site 52S428LPHSAHPSGKPPSAP
Site 53S433HPSGKPPSAPASAPQ
Site 54S437KPPSAPASAPQNVFS
Site 55S444SAPQNVFSTTVSSGY
Site 56T445APQNVFSTTVSSGYN
Site 57T446PQNVFSTTVSSGYNT
Site 58S448NVFSTTVSSGYNTKK
Site 59T453TVSSGYNTKKIGKRL
Site 60S474GTEGLGFSITSRDVT
Site 61T481SITSRDVTIGGSAPI
Site 62S485RDVTIGGSAPIYVKN
Site 63Y489IGGSAPIYVKNILPR
Site 64S523GVDLVGKSQEEVVSL
Site 65S529KSQEEVVSLLRSTKM
Site 66S533EVVSLLRSTKMEGTV
Site 67T534VVSLLRSTKMEGTVS
Site 68T539RSTKMEGTVSLLVFR
Site 69S541TKMEGTVSLLVFRQE
Site 70S561RELNAEPSQMQIPKE
Site 71T579EDEDIVLTPDGTREF
Site 72T588DGTREFLTFEVPLND
Site 73S604GSAGLGVSVKGNRSK
Site 74S631IINGGAASKDGRLRV
Site 75T661TNQDAMETLRRSMST
Site 76S665AMETLRRSMSTEGNK
Site 77S667ETLRRSMSTEGNKRG
Site 78T668TLRRSMSTEGNKRGM
Site 79S685LIVARRISKCNELKS
Site 80S692SKCNELKSPGSPPGP
Site 81S695NELKSPGSPPGPELP
Site 82S715DDRERRISHSLYSGI
Site 83S717RERRISHSLYSGIEG
Site 84Y719RRISHSLYSGIEGLD
Site 85S720RISHSLYSGIEGLDE
Site 86S728GIEGLDESPSRNAAL
Site 87S730EGLDESPSRNAALSR
Site 88S736PSRNAALSRIMGESG
Site 89S742LSRIMGESGKYQLSP
Site 90Y745IMGESGKYQLSPTVN
Site 91S748ESGKYQLSPTVNMPQ
Site 92T750GKYQLSPTVNMPQDD
Site 93T758VNMPQDDTVIIEDDR
Site 94S774PVLPPHLSDQSSSSS
Site 95S777PPHLSDQSSSSSHDD
Site 96S778PHLSDQSSSSSHDDV
Site 97S780LSDQSSSSSHDDVGF
Site 98S781SDQSSSSSHDDVGFV
Site 99S803AKAAISDSADCSLSP
Site 100S807ISDSADCSLSPDVDP
Site 101S809DSADCSLSPDVDPVL
Site 102S827REGFGRQSMSEKRTK
Site 103S829GFGRQSMSEKRTKQF
Site 104T833QSMSEKRTKQFSDAS
Site 105S837EKRTKQFSDASQLDF
Site 106S840TKQFSDASQLDFVKT
Site 107T847SQLDFVKTRKSKSMD
Site 108S850DFVKTRKSKSMDLGI
Site 109S852VKTRKSKSMDLGIAD
Site 110T865ADETKLNTVDDQKAG
Site 111S873VDDQKAGSPSRDVGP
Site 112S875DQKAGSPSRDVGPSL
Site 113S881PSRDVGPSLGLKKSS
Site 114S887PSLGLKKSSSLESLQ
Site 115S888SLGLKKSSSLESLQT
Site 116S889LGLKKSSSLESLQTA
Site 117S892KKSSSLESLQTAVAE
Site 118T895SSLESLQTAVAEVTL
Site 119S924RGRGCNESFRAAIDK
Site 120S932FRAAIDKSYDKPAVD
Site 121Y933RAAIDKSYDKPAVDD
Site 122T947DDDEGMETLEEDTEE
Site 123T952METLEEDTEESSRSG
Site 124S955LEEDTEESSRSGRES
Site 125S956EEDTEESSRSGRESV
Site 126S958DTEESSRSGRESVST
Site 127S962SSRSGRESVSTASDQ
Site 128S964RSGRESVSTASDQPS
Site 129T965SGRESVSTASDQPSH
Site 130S967RESVSTASDQPSHSL
Site 131S971STASDQPSHSLERQM
Site 132S973ASDQPSHSLERQMNG
Site 133T988NQEKGDKTDRKKDKT
Site 134T995TDRKKDKTGKEKKKD
Site 135S1046GKIKIQESFTSEEER
Site 136S1049KIQESFTSEEERIRM
Site 137T1067QERIQAKTREFRERQ
Site 138Y1080RQARERDYAEIQDFH
Site 139Y1098GCDDELMYGGVSSYE
Site 140Y1104MYGGVSSYEGSMALN
Site 141S1107GVSSYEGSMALNARP
Site 142S1116ALNARPQSPREGHMM
Site 143Y1127GHMMDALYAQVKKPR
Site 144S1136QVKKPRNSKPSPVDS
Site 145S1139KPRNSKPSPVDSNRS
Site 146S1143SKPSPVDSNRSTPSN
Site 147S1146SPVDSNRSTPSNHDR
Site 148T1147PVDSNRSTPSNHDRI
Site 149T1176DVEDRRRTYSFEQPW
Site 150Y1177VEDRRRTYSFEQPWP
Site 151S1178EDRRRTYSFEQPWPN
Site 152T1190WPNARPATQSGRHSV
Site 153S1192NARPATQSGRHSVSV
Site 154S1196ATQSGRHSVSVEVQM
Site 155S1198QSGRHSVSVEVQMQR
Site 156S1213QRQEERESSQQAQRQ
Site 157S1214RQEERESSQQAQRQY
Site 158Y1221SQQAQRQYSSLPRQS
Site 159S1222QQAQRQYSSLPRQSR
Site 160S1223QAQRQYSSLPRQSRK
Site 161S1228YSSLPRQSRKNASSV
Site 162S1233RQSRKNASSVSQDSW
Site 163S1234QSRKNASSVSQDSWE
Site 164S1236RKNASSVSQDSWEQN
Site 165S1239ASSVSQDSWEQNYSP
Site 166Y1244QDSWEQNYSPGEGFQ
Site 167S1245DSWEQNYSPGEGFQS
Site 168S1252SPGEGFQSAKENPRY
Site 169Y1259SAKENPRYSSYQGSR
Site 170S1260AKENPRYSSYQGSRN
Site 171S1261KENPRYSSYQGSRNG
Site 172Y1262ENPRYSSYQGSRNGY
Site 173S1265RYSSYQGSRNGYLGG
Site 174Y1269YQGSRNGYLGGHGFN
Site 175S1304QMKKQPPSEGPSNYD
Site 176S1308QPPSEGPSNYDSYKK
Site 177Y1310PSEGPSNYDSYKKVQ
Site 178S1312EGPSNYDSYKKVQDP
Site 179Y1313GPSNYDSYKKVQDPS
Site 180S1320YKKVQDPSYAPPKGP
Site 181Y1321KKVQDPSYAPPKGPF
Site 182S1335FRQDVPPSPSQVARL
Site 183S1337QDVPPSPSQVARLNR
Site 184T1347ARLNRLQTPEKGRPF
Site 185Y3326IKDKNKFYFPSLQPR
 
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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