PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1429
Full Name:  Protein virilizer homolog
Alias:  DKFZP434I116; FSAP121; Functional spliceosome-associated protein 121; MSTP054; Protein virilizer homolog: Protein virilizer homolog: Protein virilizer homolog: Protein virilizer homolog; VIR; Virilizer
Type:  Unknown function
Mass (Da):  202025
Number AA:  1812
UniProt ID:  Q69YN4
International Prot ID:  IPI00036742
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0043226  GO:0043227 Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0008380  GO:0006397  GO:0006397 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 1T14MELLFLDTFKHPSAE
Site 2S19LDTFKHPSAEQSSHI
Site 3S23KHPSAEQSSHIDVVR
Site 4Y36VRFPCVVYINEVRVI
Site 5S51PPGVRAHSSLPDNRA
Site 6S52PGVRAHSSLPDNRAY
Site 7Y59SLPDNRAYGETSPHT
Site 8S63NRAYGETSPHTFQLD
Site 9T66YGETSPHTFQLDLFF
Site 10S89PVFDRLGSLEYDENT
Site 11Y92DRLGSLEYDENTSII
Site 12T96SLEYDENTSIIFRPN
Site 13S97LEYDENTSIIFRPNS
Site 14S104SIIFRPNSKVNTDGL
Site 15T108RPNSKVNTDGLVLRG
Site 16S133GSVDRVISHDRDSPP
Site 17S138VISHDRDSPPPPPPP
Site 18S154PPPQPQPSLKRNPKH
Site 19S173KEDQFNGSPPRPQPR
Site 20T184PQPRGPRTPPGPPPP
Site 21S204DPVPLPVSGDKEEDA
Site 22Y217DAPHREDYFEPISPD
Site 23S222EDYFEPISPDRNSVP
Site 24S227PISPDRNSVPQEGQY
Site 25S235VPQEGQYSDEGEVEE
Site 26T270EDEDDRRTVDSIPEE
Site 27S273DDRRTVDSIPEEEEE
Site 28Y298EGEGDDGYEQISSDE
Site 29S303DGYEQISSDEDGIAD
Site 30T315IADLERETFKYPNFD
Site 31Y318LERETFKYPNFDVEY
Site 32Y325YPNFDVEYTAEDLAS
Site 33S332YTAEDLASVPPMTYD
Site 34T337LASVPPMTYDPYDRE
Site 35Y341PPMTYDPYDRELVPL
Site 36Y355LLYFSCPYKTTFEIE
Site 37T357YFSCPYKTTFEIEIS
Site 38T358FSCPYKTTFEIEISR
Site 39S364TTFEIEISRMKDQGP
Site 40Y392LTELLDLYREDRGAK
Site 41S416SLIIKGLSYLQLKNT
Site 42T423SYLQLKNTKQDSLGQ
Site 43S427LKNTKQDSLGQLVDW
Site 44S498FADHVSSSLKLNAFK
Site 45S529RGRQNEKSGYQKLLE
Site 46Y531RQNEKSGYQKLLELI
Site 47S578DHLAEKTSSLPNHSE
Site 48S579HLAEKTSSLPNHSEP
Site 49S584TSSLPNHSEPDHDTD
Site 50T590HSEPDHDTDAGLERT
Site 51Y601LERTNPEYENEVEAS
Site 52S608YENEVEASMDMDLLE
Site 53S616MDMDLLESSNISEGE
Site 54S617DMDLLESSNISEGEI
Site 55S620LLESSNISEGEIERL
Site 56T644LMETAPHTMIQQPVK
Site 57T660FPTMARITGPPERDD
Site 58Y669PPERDDPYPVLFRYL
Site 59Y675PYPVLFRYLHSHHFL
Site 60S749DEEEGLQSDGVIDDA
Site 61T782FSHFQRCTASEETDH
Site 62S784HFQRCTASEETDHSD
Site 63S790ASEETDHSDLLGTLH
Site 64S817SAVGHVFSLEKNLQS
Site 65S824SLEKNLQSLITLMEY
Site 66T827KNLQSLITLMEYYSK
Site 67S833ITLMEYYSKEALGDS
Site 68S840SKEALGDSKSKKSVA
Site 69S842EALGDSKSKKSVAYN
Site 70S845GDSKSKKSVAYNYAC
Site 71Y914CIPNLIEYVKQNIDN
Site 72T924QNIDNLMTPEGVGLT
Site 73T971FSAEGMDTFIRVLQK
Site 74S981RVLQKLNSILTQPWR
Site 75T984QKLNSILTQPWRLHV
Site 76S1025TELLRGGSFEFKDMR
Site 77S1050LLCSIPLSGRLDSDE
Site 78S1055PLSGRLDSDEQKIQN
Site 79T1080QGVNEKLTISEETLA
Site 80S1082VNEKLTISEETLANN
Site 81T1129LPLPMQTTQVIEPHD
Site 82S1138VIEPHDISVALNTRK
Site 83S1166QEIVRSFSGTTCQPI
Site 84T1168IVRSFSGTTCQPIQH
Site 85S1209LIVEDLQSTSEDKEK
Site 86S1211VEDLQSTSEDKEKQY
Site 87Y1218SEDKEKQYTSQTTRL
Site 88T1219EDKEKQYTSQTTRLL
Site 89S1220DKEKQYTSQTTRLLA
Site 90Y1256TIKGDERYAEIFQDL
Site 91S1273LVRSPGDSVIRQQCV
Site 92Y1282IRQQCVEYVTSILQS
Site 93S1306LPSSSEGSISELEQL
Site 94S1308SSSEGSISELEQLSN
Site 95S1314ISELEQLSNSLPNKE
Site 96S1316ELEQLSNSLPNKELM
Site 97S1339ATLANSESSYNCLLT
Site 98S1340TLANSESSYNCLLTC
Site 99Y1359MFLAEHDYGLFHLKS
Site 100S1366YGLFHLKSSLRKNSS
Site 101S1367GLFHLKSSLRKNSSA
Site 102S1372KSSLRKNSSALHSLL
Site 103S1373SSLRKNSSALHSLLK
Site 104S1377KNSSALHSLLKRVVS
Site 105S1384SLLKRVVSTFSKDTG
Site 106T1385LLKRVVSTFSKDTGE
Site 107S1396DTGELASSFLEFMRQ
Site 108T1427MEVEGAHTSRTMSIN
Site 109S1428EVEGAHTSRTMSINA
Site 110S1432AHTSRTMSINAAELK
Site 111S1444ELKQLLQSKEESPEN
Site 112S1448LLQSKEESPENLFLE
Site 113S1464EKLVLEHSKDDDNLD
Site 114S1472KDDDNLDSLLDSVVG
Site 115S1486GLKQMLESSGDPLPL
Site 116S1487LKQMLESSGDPLPLS
Site 117S1494SGDPLPLSDQDVEPV
Site 118S1503QDVEPVLSAPESLQN
Site 119S1507PVLSAPESLQNLFNN
Site 120T1534QLKSMWFTPFQAEEI
Site 121T1543FQAEEIDTDLDLVKV
Site 122S1556KVDLIELSEKCCSDF
Site 123S1561ELSEKCCSDFDLHSE
Site 124S1567CSDFDLHSELERSFL
Site 125S1572LHSELERSFLSEPSS
Site 126S1575ELERSFLSEPSSPGR
Site 127S1578RSFLSEPSSPGRTKT
Site 128S1579SFLSEPSSPGRTKTT
Site 129T1583EPSSPGRTKTTKGFK
Site 130T1585SSPGRTKTTKGFKLG
Site 131T1598LGKHKHETFITSSGK
Site 132T1601HKHETFITSSGKSEY
Site 133S1602KHETFITSSGKSEYI
Site 134S1606FITSSGKSEYIEPAK
Site 135Y1608TSSGKSEYIEPAKRA
Site 136T1646FRQRKQNTSRPPSMH
Site 137S1647RQRKQNTSRPPSMHV
Site 138S1651QNTSRPPSMHVDDFV
Site 139S1681PKRPLKVSQKISSRG
Site 140S1685LKVSQKISSRGGFSG
Site 141S1686KVSQKISSRGGFSGN
Site 142S1691ISSRGGFSGNRGGRG
Site 143S1702GGRGAFHSQNRFFTP
Site 144T1708HSQNRFFTPPASKGN
Site 145S1712RFFTPPASKGNYSRR
Site 146Y1716PPASKGNYSRREGTR
Site 147S1717PASKGNYSRREGTRG
Site 148T1722NYSRREGTRGSSWSA
Site 149S1725RREGTRGSSWSAQNT
Site 150S1726REGTRGSSWSAQNTP
Site 151S1728GTRGSSWSAQNTPRG
Site 152T1732SSWSAQNTPRGNYNE
Site 153Y1737QNTPRGNYNESRGGQ
Site 154S1759LPPLRPLSSTGYRPS
Site 155S1760PPLRPLSSTGYRPSP
Site 156T1761PLRPLSSTGYRPSPR
Site 157S1766SSTGYRPSPRDRASR
Site 158S1772PSPRDRASRGRGGLG
Site 159S1781GRGGLGPSWASANSG
Site 160S1784GLGPSWASANSGSGG
Site 161S1787PSWASANSGSGGSRG
Site 162S1798GSRGKFVSGGSGRGR
Site 163S1801GKFVSGGSGRGRHVR
 
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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