PhosphoNET

           
Protein Info 
   
Short Name:  GREB1
Full Name:  Protein GREB1
Alias:  Gene regulated in breast cancer 1 protein
Type: 
Mass (Da):  216467
Number AA:  1949
UniProt ID:  Q4ZG55
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 1T11SYAGQLKTTRFEEVL
Site 2S21FEEVLHNSIEASLRS
Site 3S25LHNSIEASLRSNNLV
Site 4Y41RPIFSQLYLEAEQQL
Site 5T72EGEGGLETNGPPNPF
Site 6S105GKDLRLVSISNEPMD
Site 7S107DLRLVSISNEPMDVP
Site 8T180NHINLKLTTQPKKQK
Site 9Y191KKQKHLKYYLVRNAQ
Site 10Y192KQKHLKYYLVRNAQG
Site 11T202RNAQGTLTKGPLICW
Site 12S212PLICWKGSEFRSRQI
Site 13S216WKGSEFRSRQIPAST
Site 14S222RSRQIPASTCSSSLF
Site 15T223SRQIPASTCSSSLFP
Site 16S240ESTAAFPSEPVPGTN
Site 17T246PSEPVPGTNPSILMG
Site 18S249PVPGTNPSILMGAQQ
Site 19S261AQQAGPASDHPSLNA
Site 20S265GPASDHPSLNAAMGP
Site 21S280AVFNGKDSPKCQQLA
Site 22S304PSALGILSNSGPPKK
Site 23S306ALGILSNSGPPKKRH
Site 24S317KKRHKGWSPESPSAP
Site 25S320HKGWSPESPSAPDGG
Site 26S322GWSPESPSAPDGGCP
Site 27Y338GGGNRAKYESAGMSC
Site 28S340GNRAKYESAGMSCVP
Site 29Y393KGHGNFPYLCGNLND
Site 30Y411SPLLYTCYQNSQSVS
Site 31S414LYTCYQNSQSVSRAY
Site 32S416TCYQNSQSVSRAYEQ
Site 33S418YQNSQSVSRAYEQYG
Site 34Y421SQSVSRAYEQYGASA
Site 35Y424VSRAYEQYGASAIQP
Site 36S466LEQIFLRSWRESHLT
Site 37S470FLRSWRESHLTEIRQ
Site 38T473SWRESHLTEIRQYQQ
Site 39Y478HLTEIRQYQQAPPQP
Site 40S574KYQARILSESLLTPA
Site 41S576QARILSESLLTPAEY
Site 42T579ILSESLLTPAEYQKE
Site 43Y589EYQKEVNYELVTGKV
Site 44S628QENQGHISSSLAASS
Site 45S629ENQGHISSSLAASSV
Site 46S630NQGHISSSLAASSVT
Site 47S641SSVTKAASLDVSGTP
Site 48T647ASLDVSGTPVCTSYN
Site 49S652SGTPVCTSYNLEPHS
Site 50S659SYNLEPHSIRPFQLA
Site 51S677KLLSHVCSIADSSTQ
Site 52S681HVCSIADSSTQNLDL
Site 53T683CSIADSSTQNLDLGS
Site 54S690TQNLDLGSFEKVDFL
Site 55Y707IPPSEVTYQQTLLHV
Site 56Y738TKQRVEQYVLKLDTE
Site 57S757FKAFLQNSFQNPHTL
Site 58T763NSFQNPHTLFVLIHD
Site 59T780HWDLVSSTVHNLYSQ
Site 60Y785SSTVHNLYSQSDPSV
Site 61S786STVHNLYSQSDPSVG
Site 62S788VHNLYSQSDPSVGLV
Site 63S791LYSQSDPSVGLVDRL
Site 64T824SFPYALQTQHTLISP
Site 65Y848CSNGVDLYHENKKYF
Site 66Y854LYHENKKYFGLSEFI
Site 67S858NKKYFGLSEFIESTL
Site 68T864LSEFIESTLSGHSLP
Site 69S869ESTLSGHSLPLLRYD
Site 70Y875HSLPLLRYDSSFEAM
Site 71S895KRFPRLHSAVIRTFV
Site 72Y923GLPQMKNYTSVETLE
Site 73S925PQMKNYTSVETLEIT
Site 74S938ITQNLLNSPKQCPCG
Site 75T992GSPSSGVTVGKHFVK
Site 76T1016DVEWRPQTYLELEGL
Site 77Y1017VEWRPQTYLELEGLP
Site 78S1038GMDPHGESLPRSLRY
Site 79S1042HGESLPRSLRYCDLR
Site 80S1089ARNEALESDAEKLSS
Site 81S1096SDAEKLSSTDNEDEE
Site 82T1106NEDEELGTEGSTSEK
Site 83S1109EELGTEGSTSEKRSP
Site 84S1111LGTEGSTSEKRSPMK
Site 85S1115GSTSEKRSPMKRERS
Site 86S1122SPMKRERSRSHDSAS
Site 87S1124MKRERSRSHDSASSS
Site 88S1127ERSRSHDSASSSLSS
Site 89S1129SRSHDSASSSLSSKA
Site 90S1130RSHDSASSSLSSKAS
Site 91S1131SHDSASSSLSSKASG
Site 92S1133DSASSSLSSKASGSA
Site 93S1134SASSSLSSKASGSAL
Site 94S1137SSLSSKASGSALGGE
Site 95S1139LSSKASGSALGGESS
Site 96S1146SALGGESSAQPTALP
Site 97T1150GESSAQPTALPQGEH
Site 98S1160PQGEHARSPQPRGPA
Site 99S1182EKQRPRASQGPPSAI
Site 100S1187RASQGPPSAISRHSP
Site 101S1190QGPPSAISRHSPGPT
Site 102S1193PSAISRHSPGPTPQP
Site 103T1197SRHSPGPTPQPDCSL
Site 104S1203PTPQPDCSLRTGQRS
Site 105T1206QPDCSLRTGQRSVQV
Site 106S1210SLRTGQRSVQVSVTS
Site 107S1214GQRSVQVSVTSSCSQ
Site 108T1216RSVQVSVTSSCSQLS
Site 109S1217SVQVSVTSSCSQLSS
Site 110S1218VQVSVTSSCSQLSSS
Site 111S1220VSVTSSCSQLSSSSG
Site 112S1223TSSCSQLSSSSGSSS
Site 113S1224SSCSQLSSSSGSSSS
Site 114S1225SCSQLSSSSGSSSSS
Site 115S1226CSQLSSSSGSSSSSV
Site 116S1228QLSSSSGSSSSSVAP
Site 117S1229LSSSSGSSSSSVAPA
Site 118S1230SSSSGSSSSSVAPAA
Site 119S1231SSSGSSSSSVAPAAG
Site 120S1232SSGSSSSSVAPAAGT
Site 121T1272VYDMVVSTDSSGLPK
Site 122S1288ASLLPSPSVMWASSF
Site 123S1294PSVMWASSFRPLLSK
Site 124S1300SSFRPLLSKTMTSTE
Site 125T1302FRPLLSKTMTSTEQS
Site 126T1304PLLSKTMTSTEQSLY
Site 127S1305LLSKTMTSTEQSLYY
Site 128Y1311TSTEQSLYYRQWTVP
Site 129T1316SLYYRQWTVPRPSHM
Site 130Y1325PRPSHMDYGNRAEGR
Site 131S1344HPRRLLLSGPPQIGK
Site 132T1370SRMLVRLTEVDVYDE
Site 133Y1375RLTEVDVYDEEEINI
Site 134Y1392REESDWHYLQLSDPW
Site 135Y1412FKKLPFDYIIHDPKY
Site 136Y1419YIIHDPKYEDASLIC
Site 137S1423DPKYEDASLICSHYQ
Site 138S1427EDASLICSHYQGIKS
Site 139Y1429ASLICSHYQGIKSED
Site 140S1434SHYQGIKSEDRGMSR
Site 141S1440KSEDRGMSRKPEDLY
Site 142Y1447SRKPEDLYVRRQTAR
Site 143T1452DLYVRRQTARMRLSK
Site 144S1458QTARMRLSKYAAYNT
Site 145Y1460ARMRLSKYAAYNTYH
Site 146Y1482YMGFHPRYQLYESTL
Site 147Y1485FHPRYQLYESTLHAF
Site 148T1488RYQLYESTLHAFAFS
Site 149S1520KEHHFVFSQPGGQLE
Site 150S1528QPGGQLESMRLPLVT
Site 151T1535SMRLPLVTDKSHEYI
Site 152S1538LPLVTDKSHEYIKSP
Site 153S1544KSHEYIKSPTFTPTT
Site 154T1546HEYIKSPTFTPTTGR
Site 155T1548YIKSPTFTPTTGRHE
Site 156T1550KSPTFTPTTGRHEHG
Site 157T1551SPTFTPTTGRHEHGL
Site 158Y1562EHGLFNLYHAMDGAS
Site 159Y1579HVLVVKEYEMAIYKK
Site 160Y1584KEYEMAIYKKYWPNH
Site 161S1616HFLIKELSYHNLELE
Site 162S1658WNVVDVNSAGERSRE
Site 163S1663VNSAGERSREFSWSE
Site 164S1667GERSREFSWSERNVS
Site 165S1669RSREFSWSERNVSLK
Site 166S1700LLGLRKWSSKTRASE
Site 167S1701LGLRKWSSKTRASEV
Site 168S1706WSSKTRASEVQEPFS
Site 169T1728IILNVDLTQNVQYNQ
Site 170T1780GHRSFHITSKVSDNS
Site 171S1781HRSFHITSKVSDNSA
Site 172S1787TSKVSDNSAAVVPAQ
Site 173S1822EKFLQHHSHLFFPLS
Site 174S1829SHLFFPLSLKNHDHP
Site 175Y1854GSQISVCYVSSRPHS
Site 176S1856QISVCYVSSRPHSLN
Site 177S1861YVSSRPHSLNISCSD
Site 178S1865RPHSLNISCSDLLFS
Site 179S1908VICQDRSSLRQTVVR
Site 180T1912DRSSLRQTVVRLELE
Site 181T1932RLRDEFQTANAREDR
 
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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