PhosphoNET

           
Protein Info 
   
Short Name:  PHIP
Full Name:  PH-interacting protein
Alias:  DCAF14; DDB1 and CUL4 associated factor 14; FLJ20705; IRS-1 PH domain-binding protein; Ndrp; Pleckstriny domain interacting protein; WDR11
Type:  Adapter/scaffold protein
Mass (Da):  206647
Number AA:  1821
UniProt ID:  Q8WWQ0
International Prot ID:  IPI00291916
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005102  GO:0005158  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0007154  GO:0007165  GO:0007166 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 1S9SCERKGLSELRSELY
Site 2Y16SELRSELYFLIARFL
Site 3T49KELLPRRTDWTGKEH
Site 4T52LPRRTDWTGKEHPRT
Site 5T59TGKEHPRTYQNLVKY
Site 6Y60GKEHPRTYQNLVKYY
Site 7Y66TYQNLVKYYRHLAPD
Site 8S93LEQEIPQSVPGVQTL
Site 9S107LLGAGRQSLLRTNKS
Site 10T111GRQSLLRTNKSCKHV
Site 11S114SLLRTNKSCKHVVWK
Site 12S123KHVVWKGSALAALHC
Site 13S136HCGRPPESPVNYGSP
Site 14Y140PPESPVNYGSPPSIA
Site 15S142ESPVNYGSPPSIADT
Site 16S145VNYGSPPSIADTLFS
Site 17T149SPPSIADTLFSRKLN
Site 18S152SIADTLFSRKLNGKY
Site 19Y170RLVPTAVYQHMKMHK
Site 20T190LSSVYCVTFDRTGRR
Site 21T194YCVTFDRTGRRIFTG
Site 22T200RTGRRIFTGSDDCLV
Site 23S202GRRIFTGSDDCLVKI
Site 24T220DDGRLLATLRGHAAE
Site 25S229RGHAAEISDMAVNYE
Site 26Y235ISDMAVNYENTMIAA
Site 27T271QGHSASITSLQFSPL
Site 28S276SITSLQFSPLCSGSK
Site 29S280LQFSPLCSGSKRYLS
Site 30S282FSPLCSGSKRYLSST
Site 31Y285LCSGSKRYLSSTGAD
Site 32S287SGSKRYLSSTGADGT
Site 33S288GSKRYLSSTGADGTI
Site 34T289SKRYLSSTGADGTIC
Site 35T315NPRPAKFTERPRPGV
Site 36Y348TDHIIRVYFFGSGQP
Site 37S359SGQPEKISELEFHTD
Site 38S370FHTDKVDSIQFSNTS
Site 39S374KVDSIQFSNTSNRFV
Site 40T376DSIQFSNTSNRFVSG
Site 41S377SIQFSNTSNRFVSGS
Site 42S382NTSNRFVSGSRDGTA
Site 43S384SNRFVSGSRDGTARI
Site 44T388VSGSRDGTARIWQFK
Site 45S401FKRREWKSILLDMAT
Site 46T423QGIEDKITKMKVTMV
Site 47T438AWDRHDNTVITAVNN
Site 48T441RHDNTVITAVNNMTL
Site 49T447ITAVNNMTLKVWNSY
Site 50Y454TLKVWNSYTGQLIHV
Site 51S484FDPRVLFSAGHDGNV
Site 52Y505RGVKIRSYFNMIEGQ
Site 53S547IFGFGSSSKYDKIAD
Site 54Y549GFGSSSKYDKIADQM
Site 55Y562QMFFHSDYRPLIRDA
Site 56Y602GNPHPSRYQRLVPGR
Site 57S626PQMGVTSSGLNQVLS
Site 58S633SGLNQVLSQQANQEI
Site 59S641QQANQEISPLDSMIQ
Site 60S645QEISPLDSMIQRLQQ
Site 61S659QEQDLRRSGEAGISN
Site 62S665RSGEAGISNTSRLSR
Site 63T667GEAGISNTSRLSRGS
Site 64S668EAGISNTSRLSRGSI
Site 65S671ISNTSRLSRGSISST
Site 66S674TSRLSRGSISSTSEV
Site 67S676RLSRGSISSTSEVHS
Site 68S677LSRGSISSTSEVHSP
Site 69T678SRGSISSTSEVHSPP
Site 70S679RGSISSTSEVHSPPN
Site 71S683SSTSEVHSPPNVGLR
Site 72S692PNVGLRRSGQIEGVR
Site 73S703EGVRQMHSNAPRSEI
Site 74S708MHSNAPRSEIATERD
Site 75T712APRSEIATERDLVAW
Site 76S720ERDLVAWSRRVVVPE
Site 77T741SRQEEWRTAKGEEEI
Site 78T750KGEEEIKTYRSEEKR
Site 79Y751GEEEIKTYRSEEKRK
Site 80T761EEKRKHLTVPKENKI
Site 81T770PKENKIPTVSKNHAH
Site 82S786HFLDLGESKKQQTNQ
Site 83S800QHNYRTRSALEETPR
Site 84T805TRSALEETPRPSEEI
Site 85S809LEETPRPSEEIENGS
Site 86S817EEIENGSSSSDEGEV
Site 87S832VAVSGGTSEEEERAW
Site 88S841EEERAWHSDGSSSDY
Site 89S844RAWHSDGSSSDYSSD
Site 90S845AWHSDGSSSDYSSDY
Site 91S846WHSDGSSSDYSSDYS
Site 92Y848SDGSSSDYSSDYSDW
Site 93S849DGSSSDYSSDYSDWT
Site 94S850GSSSDYSSDYSDWTA
Site 95Y852SSDYSSDYSDWTADA
Site 96S853SDYSSDYSDWTADAG
Site 97T856SSDYSDWTADAGINL
Site 98T874KKVPKNKTKKAESSS
Site 99S879NKTKKAESSSDEEEE
Site 100S880KTKKAESSSDEEEES
Site 101S881TKKAESSSDEEEESE
Site 102S887SSDEEEESEKQKQKQ
Site 103S911EEKDGPISPKKKKPK
Site 104T936ELTENGLTLEEWLPS
Site 105T947WLPSTWITDTIPRRC
Site 106T949PSTWITDTIPRRCPF
Site 107Y965PQMGDEVYYFRQGHE
Site 108Y966QMGDEVYYFRQGHEA
Site 109Y974FRQGHEAYVEMARKN
Site 110Y984MARKNKIYSINPKKQ
Site 111T1030LAFLDPDTGKLTGGS
Site 112T1034DPDTGKLTGGSFTMK
Site 113S1037TGKLTGGSFTMKYHD
Site 114Y1042GGSFTMKYHDMPDVI
Site 115Y1063QQFDDAKYRRWNIGD
Site 116Y1095QEPLQLEYPDSLFQC
Site 117S1116NGDTEKMSPWDMELI
Site 118S1136FPEELGTSVPLTDGE
Site 119T1140LGTSVPLTDGECRSL
Site 120S1146LTDGECRSLIYKPLD
Site 121Y1218QRLENRFYRRVSSLM
Site 122S1222NRFYRRVSSLMWEVR
Site 123S1223RFYRRVSSLMWEVRY
Site 124Y1230SLMWEVRYIEHNTRT
Site 125T1237YIEHNTRTFNEPGSP
Site 126S1243RTFNEPGSPIVKSAK
Site 127Y1266FIKDQTCYNIIPLYN
Site 128Y1272CYNIIPLYNSMKKKV
Site 129S1274NIIPLYNSMKKKVLS
Site 130S1281SMKKKVLSDSEDEEK
Site 131S1283KKKVLSDSEDEEKDA
Site 132T1295KDADVPGTSTRKRKD
Site 133S1296DADVPGTSTRKRKDH
Site 134T1297ADVPGTSTRKRKDHQ
Site 135S1315RLRNRAQSYDIQAWK
Site 136Y1316LRNRAQSYDIQAWKK
Site 137Y1350QPVDLLEYPDYRDII
Site 138Y1353DLLEYPDYRDIIDTP
Site 139T1359DYRDIIDTPMDFATV
Site 140T1365DTPMDFATVRETLEA
Site 141T1369DFATVRETLEAGNYE
Site 142Y1375ETLEAGNYESPMELC
Site 143S1377LEAGNYESPMELCKD
Site 144S1390KDVRLIFSNSKAYTP
Site 145S1392VRLIFSNSKAYTPSK
Site 146T1396FSNSKAYTPSKRSRI
Site 147S1398NSKAYTPSKRSRIYS
Site 148S1401AYTPSKRSRIYSMSL
Site 149Y1404PSKRSRIYSMSLRLS
Site 150S1405SKRSRIYSMSLRLSA
Site 151S1407RSRIYSMSLRLSAFF
Site 152S1419AFFEEHISSVLSDYK
Site 153S1420FFEEHISSVLSDYKS
Site 154S1423EHISSVLSDYKSALR
Site 155Y1425ISSVLSDYKSALRFH
Site 156S1427SVLSDYKSALRFHKR
Site 157T1436LRFHKRNTITKRRKK
Site 158T1438FHKRNTITKRRKKRN
Site 159S1447RRKKRNRSSSVSSSA
Site 160S1448RKKRNRSSSVSSSAA
Site 161S1449KKRNRSSSVSSSAAS
Site 162S1451RNRSSSVSSSAASSP
Site 163S1452NRSSSVSSSAASSPE
Site 164S1453RSSSVSSSAASSPER
Site 165S1456SVSSSAASSPERKKR
Site 166S1457VSSSAASSPERKKRI
Site 167S1471ILKPQLKSESSTSAF
Site 168S1473KPQLKSESSTSAFST
Site 169S1474PQLKSESSTSAFSTP
Site 170T1475QLKSESSTSAFSTPT
Site 171S1476LKSESSTSAFSTPTR
Site 172S1479ESSTSAFSTPTRSIP
Site 173T1480SSTSAFSTPTRSIPP
Site 174S1484AFSTPTRSIPPRHNA
Site 175T1498AAQINGKTESSSVVR
Site 176S1500QINGKTESSSVVRTR
Site 177S1501INGKTESSSVVRTRS
Site 178S1502NGKTESSSVVRTRSN
Site 179T1506ESSSVVRTRSNRVVV
Site 180S1508SSVVRTRSNRVVVDP
Site 181S1522PVVTEQPSTSSAAKT
Site 182T1523VVTEQPSTSSAAKTF
Site 183S1524VTEQPSTSSAAKTFI
Site 184S1525TEQPSTSSAAKTFIT
Site 185T1529STSSAAKTFITKANA
Site 186S1548GKTILENSVKHSKAL
Site 187S1552LENSVKHSKALNTLS
Site 188T1557KHSKALNTLSSPGQS
Site 189S1559SKALNTLSSPGQSSF
Site 190S1560KALNTLSSPGQSSFS
Site 191S1564TLSSPGQSSFSHGTR
Site 192S1565LSSPGQSSFSHGTRN
Site 193S1567SPGQSSFSHGTRNNS
Site 194S1574SHGTRNNSAKENMEK
Site 195S1591PVKRKMKSSVLPKAS
Site 196S1592VKRKMKSSVLPKAST
Site 197S1598SSVLPKASTLSKSSA
Site 198S1601LPKASTLSKSSAVIE
Site 199S1603KASTLSKSSAVIEQG
Site 200T1621NNALVPGTIQVNGHG
Site 201S1632NGHGGQPSKLVKRGP
Site 202S1651KVEVNTNSGEIIHKK
Site 203Y1668RKPKKLQYAKPEDLE
Site 204S1689IRDEVLPSSTCNFLS
Site 205S1690RDEVLPSSTCNFLSE
Site 206S1696SSTCNFLSETNNVKE
Site 207S1734ADLLVPASVKVLRRS
Site 208S1741SVKVLRRSNRKKIDD
Site 209S1762EFEELKGSEPHMRTR
Site 210T1775TRNQGRRTAFYNEDD
Site 211Y1778QGRRTAFYNEDDSEE
Site 212S1783AFYNEDDSEEEQRQL
Site 213T1795RQLLFEDTSLTFGTS
Site 214S1796QLLFEDTSLTFGTSS
Site 215T1798LFEDTSLTFGTSSRG
Site 216S1802TSLTFGTSSRGRVRK
Site 217S1803SLTFGTSSRGRVRKL
Site 218T1811RGRVRKLTEKAKANL
 
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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