PhosphoNET

           
Protein Info 
   
Short Name:  WDFY3
Full Name:  WD repeat and FYVE domain-containing protein 3
Alias:  Alfy; Autophagy-linked FYVE protein; KIAA0993; WD repeat and FYVE domain containing 3; ZFYVE25
Type:  Unknown function
Mass (Da):  395258
Number AA:  3526
UniProt ID:  Q8IZQ1
International Prot ID:  IPI00218052
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0044444  GO:0019898  GO:0005635 Uniprot OncoNet
Molecular Function:  GO:0005545  GO:0008270   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 1S17RPRQEECSPQDNALG
Site 2T33MHLRRLFTELCHPPR
Site 3T43CHPPRHMTQKEQEEK
Site 4Y52KEQEEKLYMMLPVFN
Site 5T69FGNAPPNTMTEKFSD
Site 6S97TEIRRRASNKSTEAA
Site 7S100RRRASNKSTEAASRA
Site 8T101RRASNKSTEAASRAI
Site 9S117QFLEINQSEEASRGW
Site 10S121INQSEEASRGWMLLT
Site 11T140LASSGQKTVDCMTTM
Site 12T145QKTVDCMTTMSVPST
Site 13Y227ITSWCPPYNLPWRKS
Site 14S234YNLPWRKSAGEVLMT
Site 15T241SAGEVLMTISRHGLS
Site 16S262IHEKECLSTCVQNMQ
Site 17S271CVQNMQQSDDLSPLE
Site 18S275MQQSDDLSPLEIVEM
Site 19S293LSCFLKDSSDVSQTL
Site 20S294SCFLKDSSDVSQTLL
Site 21S297LKDSSDVSQTLLDDF
Site 22S377QPAGKGHSVRNVQAF
Site 23Y411LDAITNIYMADNANY
Site 24Y418YMADNANYFILESQH
Site 25S423ANYFILESQHTLSQF
Site 26T426FILESQHTLSQFAEK
Site 27S428LESQHTLSQFAEKIS
Site 28Y444LPEVQNKYFEMLEFV
Site 29S465IPCKELISVSILLKS
Site 30S467CKELISVSILLKSSS
Site 31S472SVSILLKSSSSYHCS
Site 32S474SILLKSSSSYHCSII
Site 33Y494LKFTRHDYIFKDVFR
Site 34T524AALLKDPTQALNEQG
Site 35S533ALNEQGDSRNNSSVE
Site 36S537QGDSRNNSSVEDQKH
Site 37S599TIQQLVLSPNGDDDM
Site 38T608NGDDDMGTLLGLMHS
Site 39T619LMHSAPPTELQLKTD
Site 40S633DILRALLSVLRESHR
Site 41S638LLSVLRESHRSRTVF
Site 42S641VLRESHRSRTVFRKV
Site 43T643RESHRSRTVFRKVGG
Site 44Y653RKVGGFVYITSLLVA
Site 45S664LLVAMERSLSCPPKN
Site 46S666VAMERSLSCPPKNGW
Site 47Y698TLTAAMRYEPANSHF
Site 48S732FSDLRKISAMNVFPS
Site 49S757EDVISIESVSPTLRH
Site 50T761SIESVSPTLRHCSKL
Site 51T777IYLYKVATDSFDSRA
Site 52S779LYKVATDSFDSRAEQ
Site 53T792EQIPPCLTSESSLPS
Site 54S793QIPPCLTSESSLPSP
Site 55S795PPCLTSESSLPSPWG
Site 56S796PCLTSESSLPSPWGT
Site 57S799TSESSLPSPWGTPAL
Site 58T803SLPSPWGTPALSRKR
Site 59S807PWGTPALSRKRHAYH
Site 60Y813LSRKRHAYHSVSTPP
Site 61S815RKRHAYHSVSTPPVY
Site 62S817RHAYHSVSTPPVYPP
Site 63T818HAYHSVSTPPVYPPK
Site 64Y822SVSTPPVYPPKNVAD
Site 65T835ADLKLHVTTSSLQSS
Site 66S837LKLHVTTSSLQSSDA
Site 67S838KLHVTTSSLQSSDAV
Site 68S842TTSSLQSSDAVIIHP
Site 69S864DLLASVGSVTQPEHA
Site 70S884AVANILQSLVHTERN
Site 71T888ILQSLVHTERNQQVM
Site 72S909ARLLQRCSAALADED
Site 73S918ALADEDHSLHPPLQR
Site 74S932RMFERLASQALEPMV
Site 75S948REFLRLASPLNCGAW
Site 76Y963DKKLLKQYRVHKPSS
Site 77S969QYRVHKPSSLSYEPE
Site 78S970YRVHKPSSLSYEPEM
Site 79S972VHKPSSLSYEPEMRS
Site 80Y973HKPSSLSYEPEMRSS
Site 81S980YEPEMRSSMITSLEG
Site 82T983EMRSSMITSLEGLGT
Site 83S984MRSSMITSLEGLGTD
Site 84T990TSLEGLGTDNVFSLH
Site 85S995LGTDNVFSLHEDNHY
Site 86Y1002SLHEDNHYRISKSLV
Site 87S1005EDNHYRISKSLVKSA
Site 88S1007NHYRISKSLVKSAEG
Site 89S1011ISKSLVKSAEGSTVP
Site 90S1015LVKSAEGSTVPLTRV
Site 91T1016VKSAEGSTVPLTRVK
Site 92T1020EGSTVPLTRVKCLVS
Site 93T1030KCLVSMTTPHDIRLH
Site 94T1042RLHGSSVTPAFVEFD
Site 95T1073HNAPTNNTVTTGLID
Site 96S1098ERFFPPPSGLSYSSW
Site 97Y1102PPPSGLSYSSWFCIE
Site 98S1103PPSGLSYSSWFCIEH
Site 99T1124NHPVRLLTVVRRANS
Site 100S1131TVVRRANSSEQHYVC
Site 101S1132VVRRANSSEQHYVCL
Site 102S1149VLSAKDRSLIVSTKE
Site 103S1153KDRSLIVSTKEELLQ
Site 104Y1162KEELLQNYVDDFSEE
Site 105S1167QNYVDDFSEESSFYE
Site 106S1171DDFSEESSFYEILPC
Site 107S1208SKGMLKNSTAALYID
Site 108Y1213KNSTAALYIDGQLVN
Site 109Y1226VNTVKLHYVHSTPGG
Site 110S1229VKLHYVHSTPGGSGS
Site 111T1230KLHYVHSTPGGSGSA
Site 112S1234VHSTPGGSGSANPPV
Site 113S1236STPGGSGSANPPVVS
Site 114T1251TVYAYIGTPPAQRQI
Site 115S1260PAQRQIASLVWRLGP
Site 116S1278LEEVLPSSNVTTIYE
Site 117T1282LPSSNVTTIYELGPN
Site 118Y1284SSNVTTIYELGPNYV
Site 119S1306MPCKDAKSEGVVPSP
Site 120S1312KSEGVVPSPVSLVPE
Site 121Y1343VARIRKVYNKLDSKA
Site 122S1359AKQLGISSHENATPV
Site 123T1364ISSHENATPVKLIHN
Site 124S1379SAGHLNGSARTIGAA
Site 125S1445VKSNPLASKEMERIK
Site 126S1466MLLKKKRSLLNSHIL
Site 127S1470KKRSLLNSHILHLTF
Site 128T1489TVDSGHETSIIPNST
Site 129S1490VDSGHETSIIPNSTA
Site 130T1528EHFIELLTESSEASK
Site 131S1530FIELLTESSEASKNA
Site 132S1531IELLTESSEASKNAK
Site 133S1534LTESSEASKNAKLMR
Site 134S1580LLQGFPSSNDLLRFG
Site 135T1616NNEEKLDTGTEEEFG
Site 136T1618EEKLDTGTEEEFGGL
Site 137Y1646DILLKLIYTSKEKTS
Site 138S1648LLKLIYTSKEKTSIN
Site 139T1652IYTSKEKTSINLQAC
Site 140S1696RILVVLLSNQSILIK
Site 141S1699VVLLSNQSILIKFKE
Site 142S1709IKFKEGLSGGGWLEQ
Site 143T1717GGGWLEQTDSVLTNK
Site 144S1719GWLEQTDSVLTNKIG
Site 145S1736LGFNVGRSAGGRSTV
Site 146S1741GRSAGGRSTVREINR
Site 147T1742RSAGGRSTVREINRD
Site 148S1761PGFPVLQSFLPKHTN
Site 149T1767QSFLPKHTNVPALYF
Site 150S1786LFLQQPVSELPENLQ
Site 151S1800QVSVPVISCRSKQGC
Site 152T1852GMLRSMLTSPWQSEE
Site 153S1853MLRSMLTSPWQSEEE
Site 154S1857MLTSPWQSEEEGSWL
Site 155S1862WQSEEEGSWLREYPV
Site 156Y1867EGSWLREYPVTLMQF
Site 157Y1877TLMQFFRYLYHNVPD
Site 158Y1879MQFFRYLYHNVPDLA
Site 159Y1910FPFNIRPYSEMVTDL
Site 160S1911PFNIRPYSEMVTDLD
Site 161T1915RPYSEMVTDLDDEVG
Site 162S1923DLDDEVGSPAEEFKA
Site 163T1935FKAFAADTGMNRSQS
Site 164S1940ADTGMNRSQSEYCNV
Site 165S1942TGMNRSQSEYCNVGT
Site 166Y1944MNRSQSEYCNVGTKT
Site 167Y1952CNVGTKTYLTNHPAK
Site 168T1954VGTKTYLTNHPAKKF
Site 169T1977IIDNLCLTPASKQTP
Site 170S1980NLCLTPASKQTPLID
Site 171S1993IDLLLEASPERSTRT
Site 172S1997LEASPERSTRTQQKE
Site 173T1998EASPERSTRTQQKEF
Site 174Y2008QQKEFQTYILDSVMD
Site 175T2033EDASLPITSGGSYQV
Site 176S2079IIQLIAQSKRRSQGL
Site 177S2083IAQSKRRSQGLSLDA
Site 178S2087KRRSQGLSLDAVYHC
Site 179Y2101CLNRTILYQFSRAHK
Site 180T2109QFSRAHKTVPQQVAL
Site 181S2184SDIEPDGSYSQDISE
Site 182Y2185DIEPDGSYSQDISEG
Site 183S2186IEPDGSYSQDISEGR
Site 184S2190GSYSQDISEGRQLLI
Site 185T2205KAVNRVWTELIHSKK
Site 186S2210VWTELIHSKKQVLEE
Site 187T2235RGHVDIATARPLIEE
Site 188T2268RGEALAPTTQSKLSR
Site 189T2269GEALAPTTQSKLSRV
Site 190S2271ALAPTTQSKLSRVSS
Site 191S2274PTTQSKLSRVSSGFG
Site 192S2277QSKLSRVSSGFGLSK
Site 193S2278SKLSRVSSGFGLSKL
Site 194S2283VSSGFGLSKLTGSRR
Site 195T2286GFGLSKLTGSRRNRK
Site 196S2288GLSKLTGSRRNRKES
Site 197S2295SRRNRKESGLNKHSL
Site 198S2301ESGLNKHSLSTQEIS
Site 199S2303GLNKHSLSTQEISQW
Site 200T2304LNKHSLSTQEISQWM
Site 201T2324VVRDLVDTQYKEYQE
Site 202Y2326RDLVDTQYKEYQERQ
Site 203Y2339RQQNALKYVTEEWCQ
Site 204Y2394NDMFYNHYPYVPETE
Site 205Y2396MFYNHYPYVPETEQE
Site 206S2408EQETNVASEIPSKQP
Site 207S2412NVASEIPSKQPETPD
Site 208T2417IPSKQPETPDDIPQK
Site 209Y2429PQKKPARYRRAVSYD
Site 210S2434ARYRRAVSYDSKEYY
Site 211Y2435RYRRAVSYDSKEYYM
Site 212Y2441SYDSKEYYMRLASGN
Site 213S2446EYYMRLASGNPAIVQ
Site 214T2475EPEHGEDTIAKVKGL
Site 215S2490VKPPLKRSRSAPDGG
Site 216S2492PPLKRSRSAPDGGDE
Site 217T2521SIEEEEKTDNATLLR
Site 218T2525EEKTDNATLLRLLEE
Site 219T2581REIRDIETLPPNMHE
Site 220S2600RGARQGPSQLKRTCS
Site 221S2607SQLKRTCSIFAYEDI
Site 222Y2611RTCSIFAYEDIKEVH
Site 223Y2622KEVHKRRYLLQPIAV
Site 224Y2639FSGDGRNYLLAFQKG
Site 225Y2652KGIRNKVYQRFLAVV
Site 226S2661RFLAVVPSLTDSSES
Site 227S2665VVPSLTDSSESVSGQ
Site 228S2666VPSLTDSSESVSGQR
Site 229S2668SLTDSSESVSGQRPN
Site 230S2670TDSSESVSGQRPNTS
Site 231T2676VSGQRPNTSVEQGSG
Site 232S2677SGQRPNTSVEQGSGL
Site 233S2686EQGSGLLSTLVGEKS
Site 234S2693STLVGEKSVTQRWER
Site 235T2695LVGEKSVTQRWERGE
Site 236Y2708GEISNFQYLMHLNTL
Site 237T2714QYLMHLNTLAGRSYN
Site 238S2719LNTLAGRSYNDLMQY
Site 239Y2720NTLAGRSYNDLMQYP
Site 240Y2736FPWILADYDSEEVDL
Site 241S2738WILADYDSEEVDLTN
Site 242T2744DSEEVDLTNPKTFRN
Site 243T2748VDLTNPKTFRNLAKP
Site 244T2760AKPMGAQTDERLAQY
Site 245T2781WEDPNGETPAYHYGT
Site 246Y2784PNGETPAYHYGTHYS
Site 247T2788TPAYHYGTHYSSAMI
Site 248S2834SVREAWYSASKHNMA
Site 249Y2902REALECDYVSAHLHE
Site 250Y2917WIDLIFGYKQQGPAA
Site 251Y2943YEGQVDIYNINDPLK
Site 252S2980HPPKRVRSRLNGDNA
Site 253S2990NGDNAGISVLPGSTS
Site 254S2997SVLPGSTSDKIFFHH
Site 255S3011HLDNLRPSLTPVKEL
Site 256T3013DNLRPSLTPVKELKE
Site 257Y3054NKTFAWGYADLSCRL
Site 258T3063DLSCRLGTYESDKAM
Site 259Y3064LSCRLGTYESDKAMT
Site 260T3071YESDKAMTVYECLSE
Site 261Y3073SDKAMTVYECLSEWG
Site 262T3116TSKEKAKTVTLKQAL
Site 263T3150VSGSRDRTCIIWDLN
Site 264S3160IWDLNKLSFLTQLRG
Site 265S3173RGHRAPVSALCINEL
Site 266S3204INGNPIVSVNTFTGR
Site 267T3207NPIVSVNTFTGRSQQ
Site 268T3254EFLQVPETPAPEPAE
Site 269S3283QEAQDEDSSDSEADE
Site 270S3284EAQDEDSSDSEADEQ
Site 271S3286QDEDSSDSEADEQSI
Site 272S3292DSEADEQSISQDPKD
Site 273S3294EADEQSISQDPKDTP
Site 274T3300ISQDPKDTPSQPSST
Site 275S3302QDPKDTPSQPSSTSH
Site 276S3306DTPSQPSSTSHRPRA
Site 277S3308PSQPSSTSHRPRAAS
Site 278S3315SHRPRAASCRATAAW
Site 279T3319RAASCRATAAWCTDS
Site 280T3324RATAAWCTDSGSDDS
Site 281S3326TAAWCTDSGSDDSRR
Site 282S3328AWCTDSGSDDSRRWS
Site 283S3331TDSGSDDSRRWSDQL
Site 284S3335SDDSRRWSDQLSLDE
Site 285S3339RRWSDQLSLDEKDGF
Site 286Y3351DGFIFVNYSEGQTRA
Site 287S3365AHLQGPLSHPHPNPI
Site 288Y3377NPIEVRNYSRLKPGY
Site 289S3378PIEVRNYSRLKPGYR
Site 290Y3384YSRLKPGYRWERQLV
Site 291S3423LGISKDHSRILVGDS
Site 292S3430SRILVGDSRGRVFSW
Site 293S3436DSRGRVFSWSVSDQP
Site 294S3438RGRVFSWSVSDQPGR
Site 295S3440RVFSWSVSDQPGRSA
Site 296S3459VKDEGGDSCSGCSVR
Site 297S3461DEGGDSCSGCSVRFS
Site 298S3464GDSCSGCSVRFSLTE
Site 299S3468SGCSVRFSLTERRHH
Site 300S3492QKCSRFQSEIKRLKI
Site 301S3501IKRLKISSPVRVCQN
Site 302Y3510VRVCQNCYYNLQHER
Site 303S3519NLQHERGSEDGPRNC
 
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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