PhosphoNET

           
Protein Info 
   
Short Name:  GREB1L
Full Name:  GREB1-like protein
Alias: 
Type: 
Mass (Da):  214354
Number AA:  1923
UniProt ID:  Q9C091
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S11SYAGQLKSARFEEAL
Site 2S21FEEALHNSIEASLRC
Site 3Y41RPIFSQLYLDPDQHP
Site 4S50DPDQHPFSSADVKPK
Site 5Y69DKDLVNRYTQNGSLD
Site 6T70KDLVNRYTQNGSLDF
Site 7S74NRYTQNGSLDFSNNL
Site 8S78QNGSLDFSNNLTVNE
Site 9T82LDFSNNLTVNEMEDD
Site 10S96DEDDEEMSDSNSPPI
Site 11S98DDEEMSDSNSPPIPY
Site 12S100EEMSDSNSPPIPYSQ
Site 13S106NSPPIPYSQKPAPEG
Site 14S114QKPAPEGSCTTDGFC
Site 15T116PAPEGSCTTDGFCQA
Site 16S131GKDLRLVSLCMEQID
Site 17Y193CGERGFRYFTEFSNH
Site 18T206NHINLKLTTQPKKQK
Site 19Y217KKQKHLKYYLVRSSQ
Site 20Y218KQKHLKYYLVRSSQG
Site 21S222LKYYLVRSSQGVLSK
Site 22S223KYYLVRSSQGVLSKG
Site 23S228RSSQGVLSKGPLICW
Site 24S243KECRSRQSSASCHSI
Site 25S244ECRSRQSSASCHSIK
Site 26S246RSRQSSASCHSIKPS
Site 27S249QSSASCHSIKPSSSV
Site 28S253SCHSIKPSSSVSSTV
Site 29S254CHSIKPSSSVSSTVT
Site 30S255HSIKPSSSVSSTVTP
Site 31S257IKPSSSVSSTVTPEN
Site 32S258KPSSSVSSTVTPENG
Site 33T259PSSSVSSTVTPENGT
Site 34T261SSVSSTVTPENGTTN
Site 35T267VTPENGTTNGYKSGF
Site 36Y270ENGTTNGYKSGFTQT
Site 37S272GTTNGYKSGFTQTDA
Site 38S285DAANGNSSHGGKGSA
Site 39S291SSHGGKGSASSSTPA
Site 40S293HGGKGSASSSTPAHT
Site 41S294GGKGSASSSTPAHTG
Site 42S295GKGSASSSTPAHTGN
Site 43T296KGSASSSTPAHTGNY
Site 44T300SSSTPAHTGNYSLSP
Site 45S304PAHTGNYSLSPRPSY
Site 46S306HTGNYSLSPRPSYAS
Site 47S310YSLSPRPSYASGDQA
Site 48Y311SLSPRPSYASGDQAT
Site 49S313SPRPSYASGDQATMF
Site 50T318YASGDQATMFISGPP
Site 51Y333KKRHRGWYPGSPLPQ
Site 52S336HRGWYPGSPLPQPGL
Site 53S354VPTVRPLSRTEPLLS
Site 54T356TVRPLSRTEPLLSAP
Site 55S361SRTEPLLSAPVPQTP
Site 56T370PVPQTPLTGILQPRP
Site 57Y409IGYGTLPYFYGNVGD
Site 58Y427SPLLVNCYKIPQLEN
Site 59S445EKLGLTGSQFLSVEN
Site 60T487LKAMQEFTLRERALQ
Site 61S536NSLAEGISETLRTLS
Site 62T538LAEGISETLRTLSEM
Site 63T541GISETLRTLSEMRHY
Site 64S543SETLRTLSEMRHYQR
Site 65Y548TLSEMRHYQRLPDYV
Site 66S578VVLGQHQSRALAESM
Site 67S584QSRALAESMLTTSEF
Site 68T613FLASHFKTTSLGDDL
Site 69S615ASHFKTTSLGDDLDK
Site 70S634MQQRRGDSVVTPFDG
Site 71T637RRGDSVVTPFDGDLN
Site 72S648GDLNECVSPQEAAAM
Site 73Y671DNETFHIYQPQLTVA
Site 74T676HIYQPQLTVARKLLS
Site 75S693CAIADSGSQSLDLGH
Site 76S695IADSGSQSLDLGHFS
Site 77T740LGLEENGTAHQRAEK
Site 78Y748AHQRAEKYVVRLDNE
Site 79T773RVKQNPYTLFVLVHD
Site 80T787DNSHVELTSVISGSL
Site 81S793LTSVISGSLSHSEPS
Site 82S795SVISGSLSHSEPSHG
Site 83S797ISGSLSHSEPSHGLA
Site 84T830QVSSFPYTLQTQQSR
Site 85T833SFPYTLQTQQSRISS
Site 86S836YTLQTQQSRISSSNE
Site 87S839QTQQSRISSSNEVHW
Site 88S840TQQSRISSSNEVHWI
Site 89S841QQSRISSSNEVHWIQ
Site 90T851VHWIQLDTGEDVGCE
Site 91Y862VGCEEKLYFGLSEYS
Site 92S866EKLYFGLSEYSKSLQ
Site 93S871GLSEYSKSLQWGITS
Site 94S878SLQWGITSPLLRCDE
Site 95T886PLLRCDETFEKMVNT
Site 96Y898VNTLLERYPRLHSMV
Site 97S903ERYPRLHSMVVRCYL
Site 98S927MALTTMASLRDHSTP
Site 99S932MASLRDHSTPETLSI
Site 100T933ASLRDHSTPETLSIM
Site 101T936RDHSTPETLSIMDDL
Site 102S938HSTPETLSIMDDLIS
Site 103S945SIMDDLISSPGKNKS
Site 104S946IMDDLISSPGKNKSG
Site 105S952SSPGKNKSGRGHMLI
Site 106S1011HFVARLKSWRGNEPE
Site 107T1024PEEWIPRTYQDLDGL
Site 108Y1025EEWIPRTYQDLDGLP
Site 109T1046GKDPLGETFPRSLKY
Site 110S1050LGETFPRSLKYCDLR
Site 111Y1053TFPRSLKYCDLRLID
Site 112S1061CDLRLIDSSYLTRTA
Site 113S1062DLRLIDSSYLTRTAL
Site 114Y1063LRLIDSSYLTRTALE
Site 115T1065LIDSSYLTRTALEQE
Site 116S1095PTVALDLSGKEQERA
Site 117S1105EQERAAVSENDSDEL
Site 118S1109AAVSENDSDELLIDL
Site 119S1121IDLERPQSNSSAVTG
Site 120S1123LERPQSNSSAVTGTS
Site 121S1124ERPQSNSSAVTGTSG
Site 122T1127QSNSSAVTGTSGSIM
Site 123S1130SSAVTGTSGSIMENG
Site 124S1139SIMENGVSSSSTADK
Site 125S1142ENGVSSSSTADKSQK
Site 126T1143NGVSSSSTADKSQKQ
Site 127S1147SSSTADKSQKQSLTP
Site 128S1151ADKSQKQSLTPSFQS
Site 129T1153KSQKQSLTPSFQSPA
Site 130S1155QKQSLTPSFQSPATS
Site 131S1162SFQSPATSLGLDEGV
Site 132S1188TLKQECDSLGPQMAS
Site 133S1195SLGPQMASSTTSKPS
Site 134S1196LGPQMASSTTSKPSS
Site 135T1197GPQMASSTTSKPSSS
Site 136T1198PQMASSTTSKPSSSS
Site 137S1199QMASSTTSKPSSSSS
Site 138S1202SSTTSKPSSSSSGPR
Site 139S1203STTSKPSSSSSGPRT
Site 140S1204TTSKPSSSSSGPRTL
Site 141S1205TSKPSSSSSGPRTLP
Site 142S1206SKPSSSSSGPRTLPW
Site 143T1210SSSSGPRTLPWPGQP
Site 144S1240ILSKAAYSLLGSQKS
Site 145S1244AAYSLLGSQKSGKLP
Site 146S1247SLLGSQKSGKLPSSS
Site 147S1252QKSGKLPSSSSLLPH
Site 148S1253KSGKLPSSSSLLPHA
Site 149S1254SGKLPSSSSLLPHAD
Site 150S1255GKLPSSSSLLPHADV
Site 151S1277PLLNKDMSSEEQSLY
Site 152S1278LLNKDMSSEEQSLYY
Site 153Y1284SSEEQSLYYRQWTLA
Site 154Y1285SEEQSLYYRQWTLAR
Site 155Y1298ARQHHADYSNQLDPA
Site 156S1299RQHHADYSNQLDPAS
Site 157S1306SNQLDPASGTRNFHP
Site 158T1319HPRRLLLTGPPQVGK
Site 159T1327GPPQVGKTGSYLQFL
Site 160S1329PQVGKTGSYLQFLRI
Site 161Y1350RLLEVDVYDEEEINT
Site 162T1357YDEEEINTDHNESSE
Site 163S1362INTDHNESSEVSQSE
Site 164S1363NTDHNESSEVSQSEG
Site 165S1366HNESSEVSQSEGEPW
Site 166S1368ESSEVSQSEGEPWPD
Site 167S1378EPWPDIESFSKMPFD
Site 168S1387SKMPFDVSVHDPKYS
Site 169S1394SVHDPKYSLMSLVYT
Site 170S1415KQEVIKESKVEEPRK
Site 171T1425EEPRKRETVSIMLTK
Site 172S1453RQYMDFTSASQMSDS
Site 173S1455YMDFTSASQMSDSTL
Site 174S1458FTSASQMSDSTLHAF
Site 175T1461ASQMSDSTLHAFTFS
Site 176S1468TLHAFTFSSSMLGEE
Site 177S1470HAFTFSSSMLGEEVQ
Site 178Y1479LGEEVQLYFIIPKSK
Site 179S1488IIPKSKESHFVFSKQ
Site 180S1501KQGKHLESMRLPLVS
Site 181S1508SMRLPLVSDKNLNAV
Site 182S1517KNLNAVKSPIFTPSS
Site 183T1521AVKSPIFTPSSGRHE
Site 184S1523KSPIFTPSSGRHEHG
Site 185S1524SPIFTPSSGRHEHGL
Site 186Y1552HLLVVKEYEMPLYRK
Site 187Y1557KEYEMPLYRKYWPNH
Site 188S1589RFLIKELSYHNLELE
Site 189S1634HSVQEPSSQPMEVGV
Site 190S1643PMEVGVSSKNVSLKT
Site 191S1647GVSSKNVSLKTVLQH
Site 192T1650SKNVSLKTVLQHIEA
Site 193S1674LGIQKWSSKLTSQSL
Site 194T1677QKWSSKLTSQSLKAP
Site 195S1678KWSSKLTSQSLKAPF
Site 196S1680SSKLTSQSLKAPFSR
Site 197S1686QSLKAPFSRCHVHDF
Site 198T1701ILLNTDLTQNVQYDF
Site 199Y1711VQYDFNRYFCEDADF
Site 200T1722DADFNLRTNSSGLLI
Site 201S1724DFNLRTNSSGLLICR
Site 202S1797EKFLQHASYKLFPKA
Site 203Y1829GPEVAICYISSRPHS
Site 204S1831EVAICYISSRPHSSN
Site 205S1836YISSRPHSSNVNCEG
Site 206S1837ISSRPHSSNVNCEGV
Site 207S1882VICQDRSSLRQTIVR
Site 208T1886DRSSLRQTIVRLELE
Site 209T1906RLRDEFQTANSSDDK
Site 210S1909DEFQTANSSDDKPLY
Site 211S1910EFQTANSSDDKPLYF
Site 212Y1916SSDDKPLYFLTGRHV
 
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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