PhosphoNET

           
Protein Info 
   
Short Name:  PIP5K
Full Name:  1-phosphatidylinositol-3-phosphate 5-kinase
Alias:  1- phosphatidylinositol-4-phosphate 5-kinase; EC 2.7.1.68; FYV1; FYVE finger-containing phosphoinositide kinase; FYVE finger-containing PI kinase; KIAA0981; Kiaa0981; MGC40423; P235; Phosphoinositide kinase, FYVE finger containing; PIKfyve; PIP5K3; PtdIns(4)P-5- kinase; PtdIns(4)P-5-kinase
Type:  Carbohydrate Metabolism - inositol phosphate; EC 2.7.1.68; Kinase, lipid
Mass (Da):  237108
Number AA:  2098
UniProt ID:  Q9Y2I7
International Prot ID:  IPI00396145
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0031901  GO:0045121   Uniprot OncoNet
Molecular Function:  GO:0016308  GO:0005524  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0044267  GO:0007242  GO:0046488 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_MATDDKTSPTLDSA
Site 2S8MATDDKTSPTLDSAN
Site 3S13KTSPTLDSANDLPRS
Site 4S20SANDLPRSPTSPSHL
Site 5T22NDLPRSPTSPSHLTH
Site 6S23DLPRSPTSPSHLTHF
Site 7S25PRSPTSPSHLTHFKP
Site 8T28PTSPSHLTHFKPLTP
Site 9T34LTHFKPLTPDQDEPP
Site 10S44QDEPPFKSAYSSFVN
Site 11Y46 EPPFKSAYSSFVNLF
Site 12S48PFKSAYSSFVNLFRF
Site 13S71QGEQQPLSGSWTSPQ
Site 14S73EQQPLSGSWTSPQLP
Site 15T75QPLSGSWTSPQLPSR
Site 16S76PLSGSWTSPQLPSRT
Site 17S81WTSPQLPSRTQSVRS
Site 18T83SPQLPSRTQSVRSPT
Site 19S85QLPSRTQSVRSPTPY
Site 20S88SRTQSVRSPTPYKKQ
Site 21T90TQSVRSPTPYKKQLN
Site 22Y92SVRSPTPYKKQLNEE
Site 23S104NEELQRRSSALDTRR
Site 24S105EELQRRSSALDTRRK
Site 25T109RRSSALDTRRKAEPT
Site 26T116TRRKAEPTFGGHDPR
Site 27T124FGGHDPRTAVQLRSL
Site 28S130RTAVQLRSLSTVLKR
Site 29T133VQLRSLSTVLKRLKE
Site 30S146KEIMEGKSQDSDLKQ
Site 31Y154QDSDLKQYWMPDSQC
Site 32Y165DSQCKECYDCSEKFT
Site 33Y212GDLRACTYCRKIALS
Site 34S219YCRKIALSYAHSTDS
Site 35S223IALSYAHSTDSNSIG
Site 36T224ALSYAHSTDSNSIGE
Site 37S226SYAHSTDSNSIGEDL
Site 38S228AHSTDSNSIGEDLNA
Site 39S237GEDLNALSDSACSVS
Site 40S244SDSACSVSVLDPSEP
Site 41S249SVSVLDPSEPRTPVG
Site 42T253LDPSEPRTPVGSRKA
Site 43S257EPRTPVGSRKASRNI
Site 44S261PVGSRKASRNIFLED
Site 45S274EDDLAWQSLIHPDSS
Site 46S280QSLIHPDSSNTPLST
Site 47S281SLIHPDSSNTPLSTR
Site 48T283IHPDSSNTPLSTRLV
Site 49S286DSSNTPLSTRLVSVQ
Site 50S291PLSTRLVSVQEDAGK
Site 51S299VQEDAGKSPARNRSA
Site 52S305KSPARNRSASITNLS
Site 53S307PARNRSASITNLSLD
Site 54T309RNRSASITNLSLDRS
Site 55S312SASITNLSLDRSGSP
Site 56S316TNLSLDRSGSPMVPS
Site 57S318LSLDRSGSPMVPSYE
Site 58S323SGSPMVPSYETSVSP
Site 59Y324GSPMVPSYETSVSPQ
Site 60T326PMVPSYETSVSPQAN
Site 61S327MVPSYETSVSPQANR
Site 62S329PSYETSVSPQANRTY
Site 63T335VSPQANRTYVRTETT
Site 64Y336SPQANRTYVRTETTE
Site 65T339ANRTYVRTETTEDER
Site 66T341RTYVRTETTEDERKI
Site 67T342TYVRTETTEDERKIL
Site 68S352ERKILLDSVQLKDLW
Site 69S366WKKICHHSSGMEFQD
Site 70S367KKICHHSSGMEFQDH
Site 71Y433DQLFRDEYALYRPLQ
Site 72Y436FRDEYALYRPLQSTE
Site 73S441ALYRPLQSTEFSETP
Site 74T442LYRPLQSTEFSETPS
Site 75S445PLQSTEFSETPSPDS
Site 76T447QSTEFSETPSPDSDS
Site 77S449TEFSETPSPDSDSVN
Site 78S452SETPSPDSDSVNSVE
Site 79S454TPSPDSDSVNSVEGH
Site 80S457PDSDSVNSVEGHSEP
Site 81S475KDIKFDDSDTEQIAE
Site 82T477IKFDDSDTEQIAEEG
Site 83S491GDDNLANSASPSKRT
Site 84S493DNLANSASPSKRTSV
Site 85S495LANSASPSKRTSVSS
Site 86T498SASPSKRTSVSSFQS
Site 87S499ASPSKRTSVSSFQST
Site 88S501PSKRTSVSSFQSTVD
Site 89S502SKRTSVSSFQSTVDS
Site 90S505TSVSSFQSTVDSDSA
Site 91T506SVSSFQSTVDSDSAA
Site 92S509SFQSTVDSDSAASIS
Site 93S511QSTVDSDSAASISLN
Site 94S516SDSAASISLNVELDN
Site 95Y534HIKKPSKYPHVPPHP
Site 96S550DQKEYLISDTGGQQL
Site 97T552KEYLISDTGGQQLSI
Site 98S558DTGGQQLSISDAFIK
Site 99S560GGQQLSISDAFIKES
Site 100S567SDAFIKESLFNRRVE
Site 101S577NRRVEEKSKELPFTP
Site 102T583KSKELPFTPLGWHHN
Site 103S626LLQQLLHSDSLSSSW
Site 104S628QQLLHSDSLSSSWRD
Site 105S630LLHSDSLSSSWRDII
Site 106S632HSDSLSSSWRDIIVS
Site 107Y713LLKCSIEYLYREETK
Site 108Y715KCSIEYLYREETKFT
Site 109T719EYLYREETKFTCIDP
Site 110T722YREETKFTCIDPIVL
Site 111Y738EREFLKNYVQRIVDV
Site 112S784SQVLERISRMTQGDL
Site 113T787LERISRMTQGDLVMS
Site 114T822FQLPNEQTKTLMFFE
Site 115T824LPNEQTKTLMFFEGC
Site 116S845TIKLRGGSDYELARV
Site 117Y847KLRGGSDYELARVKE
Site 118S871YHSQLEISFLMDEFA
Site 119T882DEFAMPPTLMQNPSF
Site 120S888PTLMQNPSFHSLIEG
Site 121S891MQNPSFHSLIEGRGH
Site 122Y906EGAVQEQYGGGSIPW
Site 123S910QEQYGGGSIPWDPDI
Site 124S921DPDIPPESLPCDDSS
Site 125S927ESLPCDDSSLLESRI
Site 126S928SLPCDDSSLLESRIV
Site 127S932DDSSLLESRIVFEKG
Site 128S959SVKHQEHSTTACPAG
Site 129T961KHQEHSTTACPAGLP
Site 130S993DQQDALGSELPESLQ
Site 131T1002LPESLQQTVVLQDPK
Site 132S1010VVLQDPKSQIRAFRD
Site 133T1023RDPLQDDTGLYVTEE
Site 134Y1026LQDDTGLYVTEEVTS
Site 135S1034VTEEVTSSEDKRKTY
Site 136T1040SSEDKRKTYSLAFKQ
Site 137Y1041SEDKRKTYSLAFKQE
Site 138S1042EDKRKTYSLAFKQEL
Site 139S1076TEKGMRCSTRDYFAE
Site 140T1077EKGMRCSTRDYFAEQ
Site 141Y1086DYFAEQVYWSPLLNK
Site 142S1088FAEQVYWSPLLNKEF
Site 143S1111KQLLRDLSGLQGMNG
Site 144S1119GLQGMNGSIQAKSIQ
Site 145S1124NGSIQAKSIQVLPSH
Site 146S1135LPSHELVSTRIAEHL
Site 147T1136PSHELVSTRIAEHLG
Site 148S1145IAEHLGDSQSLGRML
Site 149S1147EHLGDSQSLGRMLAD
Site 150Y1155LGRMLADYRARGGRI
Site 151S1167GRIQPKNSDPFAHSK
Site 152S1173NSDPFAHSKDASSTS
Site 153S1177FAHSKDASSTSSGKS
Site 154S1178AHSKDASSTSSGKSG
Site 155T1179HSKDASSTSSGKSGS
Site 156S1180SKDASSTSSGKSGSK
Site 157S1181KDASSTSSGKSGSKN
Site 158S1184SSTSSGKSGSKNEGD
Site 159S1199EERGLILSDAVWSTK
Site 160S1223QRLCVLFSSSSAQSS
Site 161S1224RLCVLFSSSSAQSSN
Site 162S1226CVLFSSSSAQSSNAP
Site 163S1229FSSSSAQSSNAPSAC
Site 164S1230SSSSAQSSNAPSACV
Site 165S1234AQSSNAPSACVSPWI
Site 166T1253FYGKNDLTLGIFLER
Site 167Y1261LGIFLERYCFRPSYQ
Site 168S1301IILKELDSPVPGYQH
Site 169Y1306LDSPVPGYQHTILTY
Site 170T1309PVPGYQHTILTYSWC
Site 171S1336SNESWSMSFAKYLEL
Site 172Y1340WSMSFAKYLELRFYG
Site 173Y1346KYLELRFYGHQYTRR
Site 174Y1350LRFYGHQYTRRANAE
Site 175S1379SYNQMVASFSYSPIR
Site 176Y1424FQKVSQVYVAIDERL
Site 177S1433AIDERLASLKTDTFS
Site 178T1436ERLASLKTDTFSKTR
Site 179T1438LASLKTDTFSKTREE
Site 180S1440SLKTDTFSKTREEKM
Site 181T1442KTDTFSKTREEKMED
Site 182S1474KMQARLMSSSVDTPQ
Site 183S1475MQARLMSSSVDTPQQ
Site 184S1476QARLMSSSVDTPQQL
Site 185T1479LMSSSVDTPQQLQSV
Site 186S1485DTPQQLQSVFESLIA
Site 187S1489QLQSVFESLIAKKQS
Site 188S1496SLIAKKQSLCEVLQA
Site 189S1522EKGRKRPSVPPSPGR
Site 190S1526KRPSVPPSPGRLRQG
Site 191S1536RLRQGEESKISAMDA
Site 192S1539QGEESKISAMDASPR
Site 193S1544KISAMDASPRNISPG
Site 194S1549DASPRNISPGLQNGE
Site 195T1563EKEDRFLTTLSSQSS
Site 196T1564KEDRFLTTLSSQSST
Site 197S1566DRFLTTLSSQSSTSS
Site 198S1567RFLTTLSSQSSTSST
Site 199S1569LTTLSSQSSTSSTHL
Site 200S1570TTLSSQSSTSSTHLQ
Site 201T1571TLSSQSSTSSTHLQL
Site 202S1573SSQSSTSSTHLQLPT
Site 203T1574SQSSTSSTHLQLPTP
Site 204T1580STHLQLPTPPEVMSE
Site 205S1586PTPPEVMSEQSVGGP
Site 206T1598GGPPELDTASSSEDV
Site 207S1600PPELDTASSSEDVFD
Site 208S1601PELDTASSSEDVFDG
Site 209S1602ELDTASSSEDVFDGH
Site 210S1616HLLGSTDSQVKEKST
Site 211S1622DSQVKEKSTMKAIFA
Site 212S1636ANLLPGNSYNPIPFP
Site 213Y1650PFDPDKHYLMYEHER
Site 214Y1680FALSCKEYRNALEEL
Site 215T1702SAEEGLPTNSTSDSR
Site 216S1704EEGLPTNSTSDSRPK
Site 217T1705EGLPTNSTSDSRPKS
Site 218S1706GLPTNSTSDSRPKSS
Site 219S1708PTNSTSDSRPKSSSP
Site 220S1712TSDSRPKSSSPIRLP
Site 221S1713SDSRPKSSSPIRLPE
Site 222S1714DSRPKSSSPIRLPEM
Site 223S1722PIRLPEMSGGQTNRT
Site 224T1726PEMSGGQTNRTTETE
Site 225T1729SGGQTNRTTETEPQP
Site 226T1730GGQTNRTTETEPQPT
Site 227T1737TETEPQPTKKASGML
Site 228S1741PQPTKKASGMLSFFR
Site 229S1745KKASGMLSFFRGTAG
Site 230T1750MLSFFRGTAGKSPDL
Site 231S1754FRGTAGKSPDLSSQK
Site 232S1758AGKSPDLSSQKRETL
Site 233S1759GKSPDLSSQKRETLR
Site 234T1764LSSQKRETLRGADSA
Site 235S1770ETLRGADSAYYQVGQ
Site 236Y1772LRGADSAYYQVGQTG
Site 237Y1773RGADSAYYQVGQTGK
Site 238T1799DEVDGGDTQKKQLIN
Site 239S1814PHVELQFSDANAKFY
Site 240Y1821SDANAKFYCRLYYAG
Site 241Y1825AKFYCRLYYAGEFHK
Site 242Y1826KFYCRLYYAGEFHKM
Site 243S1840MREVILDSSEEDFIR
Site 244S1841REVILDSSEEDFIRS
Site 245S1848SEEDFIRSLSHSSPW
Site 246S1850EDFIRSLSHSSPWQA
Site 247S1852FIRSLSHSSPWQARG
Site 248S1853IRSLSHSSPWQARGG
Site 249S1862WQARGGKSGAAFYAT
Site 250T1869SGAAFYATEDDRFIL
Site 251S1886MPRLEVQSFLDFAPH
Site 252T1908AVQQKRPTALAKILG
Site 253Y1921LGVYRIGYKNSQNNT
Site 254S1924YRIGYKNSQNNTEKK
Site 255T1928YKNSQNNTEKKLDLL
Site 256S1955QVFDLKGSLRNRNVK
Site 257T1963LRNRNVKTDTGKESC
Site 258T1965NRNVKTDTGKESCDV
Site 259S1969KTDTGKESCDVVLLD
Site 260Y1989MVRDNPLYIRSHSKA
Site 261S1992DNPLYIRSHSKAVLR
Site 262S1994PLYIRSHSKAVLRTS
Site 263S2001SKAVLRTSIHSDSHF
Site 264S2004VLRTSIHSDSHFLSS
Site 265S2006RTSIHSDSHFLSSHL
Site 266S2010HSDSHFLSSHLIIDY
Site 267T2040GIIDYIRTFTWDKKL
Site 268T2042IDYIRTFTWDKKLEM
Site 269T2065GGQGKMPTVVSPELY
Site 270S2068GKMPTVVSPELYRTR
Site 271Y2072TVVSPELYRTRFCEA
Site 272T2074VSPELYRTRFCEAMD
 
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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