PhosphoNET

           
Protein Info 
   
Short Name:  PLEKHA6
Full Name:  Pleckstrin homology domain-containing family A member 6
Alias:  KIAA0969; PEPP3; PEPP-3; Phosphoinositol 3-phosphate-binding protein 3; Phosphoinositol 3-phosphate-binding protein-3; PKHA6; Pleckstrin homology domain-containing protein A6; Pleckstriny domain containing, family A member 6
Type:  Lipid binding protein
Mass (Da):  117128
Number AA:  1048
UniProt ID:  Q9Y2H5
International Prot ID:  IPI00007248
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 1T12TGGKRPATTNSDIPN
Site 2T13GGKRPATTNSDIPNH
Site 3S15KRPATTNSDIPNHNM
Site 4S32EVPPERPSVRATRTA
Site 5T36ERPSVRATRTARKAV
Site 6T38PSVRATRTARKAVAF
Site 7S51AFGKRSHSMKRNPNA
Site 8T61RNPNAPVTKAGWLFK
Site 9Y92VDRCLFYYKDEKEES
Site 10S99YKDEKEESILGSIPL
Site 11S121VQPSDNISRKHTFKA
Site 12T125DNISRKHTFKAEHAG
Site 13Y136EHAGVRTYFFSAESP
Site 14S139GVRTYFFSAESPEEQ
Site 15S142TYFFSAESPEEQEAW
Site 16S167QIPPAQKSVPQAVRH
Site 17S175VPQAVRHSHEKPDSE
Site 18S181HSHEKPDSENVPPSK
Site 19S187DSENVPPSKHHQQPP
Site 20S197HQQPPHNSLPKPEPE
Site 21S247PAGPEPASEPGSPYP
Site 22S251EPASEPGSPYPEGPR
Site 23Y253ASEPGSPYPEGPRVP
Site 24Y274AQPNGWQYHSPSRPG
Site 25S276PNGWQYHSPSRPGST
Site 26S278GWQYHSPSRPGSTAF
Site 27S282HSPSRPGSTAFPSQD
Site 28T283SPSRPGSTAFPSQDG
Site 29S287PGSTAFPSQDGETGG
Site 30S298ETGGHRRSFPPRTNP
Site 31T303RRSFPPRTNPDKIAQ
Site 32S313DKIAQRKSSMNQLQQ
Site 33S314KIAQRKSSMNQLQQW
Site 34S336PPPEDLRSPSRFYPV
Site 35S338PEDLRSPSRFYPVSR
Site 36Y341LRSPSRFYPVSRRVP
Site 37S344PSRFYPVSRRVPEYY
Site 38Y350VSRRVPEYYGPYSSQ
Site 39Y351SRRVPEYYGPYSSQY
Site 40S355PEYYGPYSSQYPDDY
Site 41Y358YGPYSSQYPDDYQYY
Site 42Y362SSQYPDDYQYYPPGV
Site 43Y364QYPDDYQYYPPGVRP
Site 44Y365YPDDYQYYPPGVRPE
Site 45S373PPGVRPESICSMPAY
Site 46S376VRPESICSMPAYDRI
Site 47Y380SICSMPAYDRISPPW
Site 48S384MPAYDRISPPWALED
Site 49Y404RNGGGPAYQLREWKE
Site 50S414REWKEPASYGRQDAT
Site 51Y415EWKEPASYGRQDATV
Site 52T421SYGRQDATVWIPSPS
Site 53S426DATVWIPSPSRQPVY
Site 54Y433SPSRQPVYYDELDAA
Site 55Y434PSRQPVYYDELDAAS
Site 56S441YDELDAASSSLRRLS
Site 57S442DELDAASSSLRRLSL
Site 58S443ELDAASSSLRRLSLQ
Site 59S448SSSLRRLSLQPRSHS
Site 60S453RLSLQPRSHSVPRSP
Site 61S455SLQPRSHSVPRSPSQ
Site 62S459RSHSVPRSPSQGSYS
Site 63S461HSVPRSPSQGSYSRA
Site 64S464PRSPSQGSYSRARIY
Site 65Y465RSPSQGSYSRARIYS
Site 66S466SPSQGSYSRARIYSP
Site 67Y471SYSRARIYSPVRSPS
Site 68S472YSRARIYSPVRSPSA
Site 69S476RIYSPVRSPSARFER
Site 70S478YSPVRSPSARFERLP
Site 71S488FERLPPRSEDIYADP
Site 72Y492PPRSEDIYADPAAYV
Site 73Y498IYADPAAYVMRRSIS
Site 74S503AAYVMRRSISSPKVP
Site 75S505YVMRRSISSPKVPPY
Site 76S506VMRRSISSPKVPPYP
Site 77Y512SSPKVPPYPEVFRDS
Site 78S519YPEVFRDSLHTYKLN
Site 79Y523FRDSLHTYKLNEQDT
Site 80T530YKLNEQDTDKLLGKL
Site 81S560QLRAEKESLESALMG
Site 82S563AEKESLESALMGTHQ
Site 83S577QELEMFGSQPAYPEK
Site 84Y581MFGSQPAYPEKLRHK
Site 85S591KLRHKKDSLQNQLIN
Site 86S613ATTALTNSTIEYEHL
Site 87Y617LTNSTIEYEHLESEV
Site 88S622IEYEHLESEVSALHD
Site 89S625EHLESEVSALHDDLW
Site 90T639WEQLNLDTQNEVLNR
Site 91S668GLRKNNPSRGTDTAK
Site 92T671KNNPSRGTDTAKHRG
Site 93T673NPSRGTDTAKHRGGL
Site 94S683HRGGLGPSATYSSNS
Site 95T685GGLGPSATYSSNSPA
Site 96Y686GLGPSATYSSNSPAS
Site 97S687LGPSATYSSNSPASP
Site 98S688GPSATYSSNSPASPL
Site 99S690SATYSSNSPASPLSS
Site 100S693YSSNSPASPLSSASL
Site 101S696NSPASPLSSASLTSP
Site 102S697SPASPLSSASLTSPL
Site 103S699ASPLSSASLTSPLSP
Site 104S702LSSASLTSPLSPFSL
Site 105S705ASLTSPLSPFSLVSG
Site 106S708TSPLSPFSLVSGSQG
Site 107S711LSPFSLVSGSQGSPT
Site 108S713PFSLVSGSQGSPTKP
Site 109S716LVSGSQGSPTKPGSN
Site 110T718SGSQGSPTKPGSNEP
Site 111S722GSPTKPGSNEPKANY
Site 112T739SKKDPHQTLPLDTPR
Site 113T744HQTLPLDTPRDISLV
Site 114S749LDTPRDISLVPTRQE
Site 115T753RDISLVPTRQEVEAE
Site 116T775VGVVPPRTKSPTDDE
Site 117S777VVPPRTKSPTDDEVT
Site 118T779PPRTKSPTDDEVTPS
Site 119T784SPTDDEVTPSAVVRR
Site 120S786TDDEVTPSAVVRRNA
Site 121S794AVVRRNASGLTNGLS
Site 122S801SGLTNGLSSQERPKS
Site 123S802GLTNGLSSQERPKSA
Site 124S808SSQERPKSAVFPGEG
Site 125S820GEGKVKMSVEEQIDR
Site 126S833DRMRRHQSGSMREKR
Site 127S835MRRHQSGSMREKRRS
Site 128S842SMREKRRSLQLPASP
Site 129S848RSLQLPASPAPDPSP
Site 130S854ASPAPDPSPRPAYKV
Site 131Y859DPSPRPAYKVVRRHR
Site 132S867KVVRRHRSIHEVDIS
Site 133S874SIHEVDISNLEAALR
Site 134Y890EEPGGHAYETPREEI
Site 135T892PGGHAYETPREEIAR
Site 136Y910MELEPQHYDVDINKE
Site 137S919VDINKELSTPDKVLI
Site 138T920DINKELSTPDKVLIP
Site 139Y930KVLIPERYIDLEPDT
Site 140T937YIDLEPDTPLSPEEL
Site 141S940LEPDTPLSPEELKEK
Site 142T956KKVERIKTLIAKSSM
Site 143S961IKTLIAKSSMQNVVP
Site 144S974VPIGEGDSVDVPQDS
Site 145S981SVDVPQDSESQLQEQ
Site 146S983DVPQDSESQLQEQEK
Site 147S1003CALATEASRRGRMLS
Site 148S1010SRRGRMLSVQCATPS
Site 149T1015MLSVQCATPSPPTSP
Site 150S1017SVQCATPSPPTSPAS
Site 151T1020CATPSPPTSPASPAP
Site 152S1021ATPSPPTSPASPAPP
Site 153S1024SPPTSPASPAPPANP
Site 154S1033APPANPLSSESPRGA
Site 155S1034PPANPLSSESPRGAD
Site 156S1036ANPLSSESPRGADSS
Site 157S1043SPRGADSSYTMRV__
Site 158Y1044PRGADSSYTMRV___
 
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
 


2019 Kinexus Bioinformatics Corporation