PhosphoNET

           
Protein Info 
   
Short Name:  ZFYVE9
Full Name:  Zinc finger FYVE domain-containing protein 9
Alias:  Madh-interacting; MADHIP; Mothers against decapentaplegic homolog-interacting; SARA; Smad anchor for receptor activation; SMADIP; Zinc finger FYVE domain-containing 9; Zinc finger, FYVE domain containing 9
Type:  Adapter/scaffold protein
Mass (Da):  156403
Number AA:  1425
UniProt ID:  O95405
International Prot ID:  IPI00480079
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0031901     Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004872  GO:0008236 PhosphoSite+ KinaseNET
Biological Process:  GO:0007183  GO:0007184  GO:0006897 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 1T26FEQNEDETVSSTLLD
Site 2S29NEDETVSSTLLDTKW
Site 3T34VSSTLLDTKWNKILD
Site 4S44NKILDPPSHRLSFNP
Site 5S48DPPSHRLSFNPTLAS
Site 6T52HRLSFNPTLASVNES
Site 7S55SFNPTLASVNESAVS
Site 8S59TLASVNESAVSNESQ
Site 9S62SVNESAVSNESQPQL
Site 10S77KVFSLAHSAPLTTEE
Site 11T81LAHSAPLTTEEEDHC
Site 12Y120DQLIKRNYSWDDQCS
Site 13S121QLIKRNYSWDDQCSA
Site 14S127YSWDDQCSAVEVGEK
Site 15Y172DLQDCNNYNSQSLMD
Site 16S182QSLMDAFSCSLDNEN
Site 17S184LMDAFSCSLDNENRQ
Site 18T192LDNENRQTDQFSFSI
Site 19S196NRQTDQFSFSINEST
Site 20S198QTDQFSFSINESTEK
Site 21S202FSFSINESTEKDMNS
Site 22S209STEKDMNSEKQMDPL
Site 23T221DPLNRPKTEGRSVNH
Site 24S225RPKTEGRSVNHLCPT
Site 25T232SVNHLCPTSSDSLAS
Site 26S234NHLCPTSSDSLASVC
Site 27S239TSSDSLASVCSPSQL
Site 28S242DSLASVCSPSQLKDD
Site 29S244LASVCSPSQLKDDGS
Site 30S251SQLKDDGSIGRDPSM
Site 31S257GSIGRDPSMSAITSL
Site 32S272TVDSVISSQGTDGCP
Site 33T294YIPDEDLTGKISSPR
Site 34S298EDLTGKISSPRTDLG
Site 35S299DLTGKISSPRTDLGS
Site 36T302GKISSPRTDLGSPNS
Site 37S306SPRTDLGSPNSFSHM
Site 38S309TDLGSPNSFSHMSEG
Site 39S311LGSPNSFSHMSEGIL
Site 40S327KKEPAEESTTEESLR
Site 41T329EPAEESTTEESLRSG
Site 42S332EESTTEESLRSGLPL
Site 43S335TTEESLRSGLPLLLK
Site 44S349KPDMPNGSGRNNDCE
Site 45Y375RADENEGYEHEETLG
Site 46T380EGYEHEETLGTTEFL
Site 47T383EHEETLGTTEFLNMT
Site 48T390TTEFLNMTEHFSESQ
Site 49T400FSESQDMTNWKLTKL
Site 50S413KLNEMNDSQVNEEKE
Site 51S426KEKFLQISQPEDTNG
Site 52T431QISQPEDTNGDSGGQ
Site 53S435PEDTNGDSGGQCVGL
Site 54T452AGLDLKGTCISESEE
Site 55S455DLKGTCISESEECDF
Site 56S457KGTCISESEECDFST
Site 57S463ESEECDFSTVIDTPA
Site 58T464SEECDFSTVIDTPAA
Site 59Y473IDTPAANYLSNGCDS
Site 60S475TPAANYLSNGCDSYG
Site 61S480YLSNGCDSYGMQDPG
Site 62Y481LSNGCDSYGMQDPGV
Site 63S489GMQDPGVSFVPKTLP
Site 64T494GVSFVPKTLPSKEDS
Site 65S497FVPKTLPSKEDSVTE
Site 66S501TLPSKEDSVTEEKEI
Site 67T503PSKEDSVTEEKEIEE
Site 68S511EEKEIEESKSECYSN
Site 69S513KEIEESKSECYSNIY
Site 70Y516EESKSECYSNIYEQR
Site 71S517ESKSECYSNIYEQRG
Site 72Y520SECYSNIYEQRGNEA
Site 73T528EQRGNEATEGSGLLL
Site 74S537GSGLLLNSTGDLMKK
Site 75T538SGLLLNSTGDLMKKN
Site 76Y546GDLMKKNYLHNFCSQ
Site 77S556NFCSQVPSVLGQSSP
Site 78S585GARPKQPSNLKLQIP
Site 79S596LQIPKPLSDHLQNDF
Site 80T611PANSGNNTKNKNDIL
Site 81T629KLGENSATNVCSPSL
Site 82S633NSATNVCSPSLGNIS
Site 83S635ATNVCSPSLGNISNV
Site 84T644GNISNVDTNGEHLES
Site 85S651TNGEHLESYEAEIST
Site 86Y652NGEHLESYEAEISTR
Site 87S657ESYEAEISTRPCLAL
Site 88S668CLALAPDSPDNDLRA
Site 89S681RAGQFGISARKPFTT
Site 90T688SARKPFTTLGEVAPV
Site 91Y741SLKCKLLYMDRKEAR
Site 92S768QAWENMMSASSQSPN
Site 93S771ENMMSASSQSPNPNN
Site 94S773MMSASSQSPNPNNPA
Site 95Y782NPNNPAEYCSTIPPL
Site 96T785NPAEYCSTIPPLQQA
Site 97S795PLQQAQASGALSSPP
Site 98T856NGTSSAGTLAVSHDP
Site 99T868HDPVKPVTTSPLPAE
Site 100S870PVKPVTTSPLPAETD
Site 101S884DICLFSGSITQVGSP
Site 102Y917STGVKGDYAVEEKPS
Site 103S924YAVEEKPSQISVMQQ
Site 104S927EEKPSQISVMQQLED
Site 105Y1003FNHFVQLYRDALAGN
Site 106S1021NLGHSFFSQSFLGSK
Site 107S1023GHSFFSQSFLGSKEH
Site 108S1027FSQSFLGSKEHGGFL
Site 109Y1035KEHGGFLYVTSTYQS
Site 110T1037HGGFLYVTSTYQSLQ
Site 111S1038GGFLYVTSTYQSLQD
Site 112T1039GFLYVTSTYQSLQDL
Site 113S1042YVTSTYQSLQDLVLP
Site 114Y1118ADFRNYQYTLPVVQG
Site 115T1119DFRNYQYTLPVVQGL
Site 116T1135VDMEVRKTSIKIPSN
Site 117S1136DMEVRKTSIKIPSNR
Site 118Y1183VQNDDGNYQTQAISI
Site 119T1198HNQPRKVTGASFFVF
Site 120S1213SGALKSSSGYLAKSS
Site 121S1219SSGYLAKSSIVEDGV
Site 122S1237ITAENMDSLRQALRE
Site 123T1249LREMKDFTITCGKAD
Site 124S1281NVSKGVVSPIDGKSM
Site 125S1287VSPIDGKSMETITNV
Site 126T1292GKSMETITNVKIFHG
Site 127Y1302KIFHGSEYKANGKVI
Site 128S1327DDQHNCLSDPADHSR
Site 129T1336PADHSRLTEHVAKAF
Site 130T1360LLKEDGMTKLGLRVT
Site 131T1367TKLGLRVTLDSDQVG
Site 132S1370GLRVTLDSDQVGYQA
Site 133Y1375LDSDQVGYQAGSNGQ
Site 134S1386SNGQPLPSQYMNDLD
Site 135Y1388GQPLPSQYMNDLDSA
Site 136S1408HGGACQLSEGPVVME
 
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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