PhosphoNET

           
Protein Info 
   
Short Name:  FRMPD2
Full Name:  FERM and PDZ domain-containing protein 2
Alias:  PDZ domain-containing protein 5C
Type: 
Mass (Da):  144250
Number AA:  1309
UniProt ID:  Q68DX3
International Prot ID:  IPI00783413
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005856  GO:0043226 Uniprot OncoNet
Molecular Function:  GO:0005488  GO:0005515  GO:0005488 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 1T16GMSLSSVTLASALQV
Site 2S19LSSVTLASALQVRGE
Site 3S29QVRGEALSEEEIWSL
Site 4S52LEDLRNDSSDYVVCP
Site 5S53EDLRNDSSDYVVCPW
Site 6Y55LRNDSSDYVVCPWSA
Site 7S71LSAAGSLSFQGRVSH
Site 8S94PELLQGQSEDEQPDA
Site 9S102EDEQPDASQMHVYSL
Site 10T139PLHSILLTMCEDQPH
Site 11T150DQPHRRCTLQSVLEA
Site 12S153HRRCTLQSVLEACRV
Site 13S166RVHEKEVSVYPAPAG
Site 14Y168HEKEVSVYPAPAGLH
Site 15S198EKRVVEESSSVQQNR
Site 16S200RVVEESSSVQQNRSY
Site 17Y207SVQQNRSYLLRKRLR
Site 18T216LRKRLRGTSSESPAA
Site 19S217RKRLRGTSSESPAAQ
Site 20S218KRLRGTSSESPAAQA
Site 21S220LRGTSSESPAAQAPE
Site 22S235CLHPCRVSERSTETQ
Site 23S238PCRVSERSTETQSSP
Site 24T239CRVSERSTETQSSPE
Site 25S244RSTETQSSPEPHWST
Site 26T251SPEPHWSTLTHSHCS
Site 27T253EPHWSTLTHSHCSLL
Site 28S280QQAGRRLSSGSVHSA
Site 29S281QAGRRLSSGSVHSAA
Site 30S283GRRLSSGSVHSAADS
Site 31S286LSSGSVHSAADSSWP
Site 32S290SVHSAADSSWPTTPS
Site 33S291VHSAADSSWPTTPSQ
Site 34T294AADSSWPTTPSQRGF
Site 35T295ADSSWPTTPSQRGFL
Site 36S297SSWPTTPSQRGFLQR
Site 37S306RGFLQRRSKFSRPEF
Site 38S309LQRRSKFSRPEFILL
Site 39S329MTLHLPGSVVTKKGK
Site 40S398KEFFFLDSETRLCKI
Site 41T421PQKTSMNTFTLFLRI
Site 42S441HYGLLQHSLTRHQFY
Site 43T443GLLQHSLTRHQFYLQ
Site 44Y461DILEERLYCNEEILL
Site 45Y482LQAEFGNYPKEQVES
Site 46Y492EQVESKPYFHVEDYI
Site 47Y498PYFHVEDYIPASLIE
Site 48S523VSEMHRLSSALWGED
Site 49S524SEMHRLSSALWGEDA
Site 50T539ELKFLRVTQQLPEYG
Site 51S554VLVHQVFSEKRRPEE
Site 52Y575CAKGVIVYEVKNNSR
Site 53T593LRFQWRETGKISTYQ
Site 54Y599ETGKISTYQEKFTIT
Site 55T604STYQEKFTITSSVTG
Site 56T606YQEKFTITSSVTGKK
Site 57S607QEKFTITSSVTGKKH
Site 58S608EKFTITSSVTGKKHT
Site 59T610FTITSSVTGKKHTFV
Site 60T615SVTGKKHTFVTDSAK
Site 61T618GKKHTFVTDSAKTGK
Site 62Y626DSAKTGKYLLDLCSA
Site 63S643GFNAQMGSGQPSHVL
Site 64S647QMGSGQPSHVLFDHD
Site 65S663FVQMANLSPAHQARS
Site 66S682WIQRLSCSENELFVS
Site 67S689SENELFVSRLQGAAG
Site 68S700GAAGGLLSTSMDNFN
Site 69S702AGGLLSTSMDNFNVD
Site 70S711DNFNVDGSKEAGAEG
Site 71S722GAEGIGRSPCTGREQ
Site 72T725GIGRSPCTGREQLKS
Site 73S732TGREQLKSACVIQKP
Site 74T741CVIQKPMTWDSLSGP
Site 75S744QKPMTWDSLSGPPVQ
Site 76S746PMTWDSLSGPPVQSM
Site 77S752LSGPPVQSMHAGSKN
Site 78S764SKNNRRKSFIAEPGR
Site 79T777GREIVRVTLKRDPHR
Site 80S796VINEGEYSGQADPGI
Site 81T819GPAEKAKTIKPGGQT
Site 82S849AVRMIQNSPDNIELI
Site 83S858DNIELIISQSKGVGG
Site 84S860IELIISQSKGVGGNN
Site 85S874NPDEEKNSTANSGVS
Site 86T875PDEEKNSTANSGVSS
Site 87S878EKNSTANSGVSSTDI
Site 88S881STANSGVSSTDILSF
Site 89S893LSFGYQGSLLSHTQD
Site 90S896GYQGSLLSHTQDQDR
Site 91T905TQDQDRNTEELDMAG
Site 92S925PRLRHQLSFLPLKGA
Site 93S934LPLKGAGSSCPPSPP
Site 94S935PLKGAGSSCPPSPPE
Site 95S939AGSSCPPSPPEISAG
Site 96S944PPSPPEISAGEIYFV
Site 97T959ELVKEDGTLGFSVTG
Site 98S963EDGTLGFSVTGGINT
Site 99S1038LERRVPRSTQQCPSA
Site 100T1039ERRVPRSTQQCPSAN
Site 101S1044RSTQQCPSANDSMGD
Site 102S1048QCPSANDSMGDERTA
Site 103S1067TALPGRPSSCVSVTD
Site 104S1068ALPGRPSSCVSVTDG
Site 105S1071GRPSSCVSVTDGPKF
Site 106T1073PSSCVSVTDGPKFEV
Site 107S1092NANGLGFSFVQMEKE
Site 108S1100FVQMEKESCSHLKSD
Site 109S1106ESCSHLKSDLVRIKR
Site 110T1140LAVNGRSTEGLIFQE
Site 111T1180ELEQEWQTPELSADK
Site 112S1184EWQTPELSADKEFTR
Site 113T1193DKEFTRATCTDSCTS
Site 114T1195EFTRATCTDSCTSPI
Site 115S1197TRATCTDSCTSPILD
Site 116S1200TCTDSCTSPILDQED
Site 117S1208PILDQEDSWRDSASP
Site 118S1212QEDSWRDSASPDAGE
Site 119S1214DSWRDSASPDAGEGL
Site 120S1227GLGLRPESSQKAIRE
Site 121S1228LGLRPESSQKAIREA
Site 122S1248RERPWASSLTHSPES
Site 123T1250RPWASSLTHSPESHP
Site 124S1252WASSLTHSPESHPHL
Site 125S1255SLTHSPESHPHLCKL
Site 126S1269LHQERDESTLATSLE
Site 127T1270HQERDESTLATSLEK
Site 128Y1295DIMRLGRYSFSSPLT
Site 129S1296IMRLGRYSFSSPLTR
Site 130S1298RLGRYSFSSPLTRLS
Site 131S1299LGRYSFSSPLTRLST
Site 132T1302YSFSSPLTRLSTDIF
Site 133S1305SSPLTRLSTDIF___
 
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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