PhosphoNET

           
Protein Info 
   
Short Name:  ZFP106
Full Name:  Zinc finger protein 106 homolog
Alias:  SH3BP3; SH3-domain binding protein 3; ZF106; Zfp-106; Zinc finger protein 106; Zinc finger protein 474; ZNF474
Type:  Uncharacterized protein
Mass (Da):  208883
Number AA:  1883
UniProt ID:  Q9H2Y7
International Prot ID:  IPI00782966
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005730  GO:0005622  GO:0005624 Uniprot OncoNet
Molecular Function:  GO:0008270  GO:0005102  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 1S10VGRIECPSSPSFPRD
Site 2S11GRIECPSSPSFPRDI
Site 3S13IECPSSPSFPRDISH
Site 4S19PSFPRDISHECRVCG
Site 5Y35TEVGLSAYAKHISGQ
Site 6Y66GEEEEEDYFDKELIQ
Site 7S82IKQRKEQSRQDEPSN
Site 8S88QSRQDEPSNSNQEIN
Site 9S90RQDEPSNSNQEINSD
Site 10S96NSNQEINSDDRRPQW
Site 11Y111RREDRIPYQDRESYS
Site 12Y117PYQDRESYSQPAWHH
Site 13T142EKDGFNNTRKNSFPH
Site 14S146FNNTRKNSFPHSLRN
Site 15S150RKNSFPHSLRNGGGP
Site 16S161GGGPRGRSGWHKGVA
Site 17S187NSGGGWLSNSGAVDW
Site 18S203HNGTGRNSSWLSEGT
Site 19S204NGTGRNSSWLSEGTG
Site 20S207GRNSSWLSEGTGGFS
Site 21T210SSWLSEGTGGFSSWH
Site 22S227NSNGNWKSSVRSTNN
Site 23S231NWKSSVRSTNNWNYS
Site 24T232WKSSVRSTNNWNYSG
Site 25Y237RSTNNWNYSGPGDKF
Site 26S238STNNWNYSGPGDKFQ
Site 27Y273KSNKSNKYSHDRYNW
Site 28Y278NKYSHDRYNWQRQEN
Site 29T293DKLGTVATYRGPSEG
Site 30Y294KLGTVATYRGPSEGF
Site 31S298VATYRGPSEGFTSDK
Site 32T302RGPSEGFTSDKFPSE
Site 33S303GPSEGFTSDKFPSEG
Site 34S321FNFEQLESQTTKQAD
Site 35T324EQLESQTTKQADTAT
Site 36T329QTTKQADTATSKVSG
Site 37T331TKQADTATSKVSGKN
Site 38S332KQADTATSKVSGKNG
Site 39S340KVSGKNGSAAREKPR
Site 40T350REKPRRWTPYPSQKT
Site 41Y352KPRRWTPYPSQKTLD
Site 42S354RRWTPYPSQKTLDLQ
Site 43T357TPYPSQKTLDLQSGL
Site 44T368QSGLKDITGNKSEMI
Site 45S372KDITGNKSEMIEKPL
Site 46T387FDFSLITTGIQEPQT
Site 47T394TGIQEPQTDETRNSP
Site 48T397QEPQTDETRNSPTQK
Site 49S400QTDETRNSPTQKTQK
Site 50S413QKEIHTGSLNHKASS
Site 51S419GSLNHKASSDSAASF
Site 52S420SLNHKASSDSAASFE
Site 53S422NHKASSDSAASFEVV
Site 54S425ASSDSAASFEVVRQC
Site 55T443EKPEQEHTPNKMPSL
Site 56S449HTPNKMPSLKSPLLP
Site 57S452NKMPSLKSPLLPCPA
Site 58T460PLLPCPATKSLSQKQ
Site 59S462LPCPATKSLSQKQDP
Site 60S464CPATKSLSQKQDPKN
Site 61T478NISKNTKTNFFSPGE
Site 62S482NTKTNFFSPGEHSNP
Site 63S487FFSPGEHSNPSNKPT
Site 64T494SNPSNKPTVEDNHGP
Site 65Y502VEDNHGPYISKLRSS
Site 66S504DNHGPYISKLRSSCP
Site 67S508PYISKLRSSCPHVLK
Site 68S509YISKLRSSCPHVLKG
Site 69S519HVLKGNKSTFGSQKQ
Site 70T520VLKGNKSTFGSQKQS
Site 71S523GNKSTFGSQKQSGDN
Site 72S527TFGSQKQSGDNLNDT
Site 73T534SGDNLNDTLRKAKEV
Site 74S547EVLQCHESLQNPLLS
Site 75S554SLQNPLLSTSKSTRN
Site 76S556QNPLLSTSKSTRNYA
Site 77S558PLLSTSKSTRNYAKA
Site 78Y562TSKSTRNYAKASRNV
Site 79S572ASRNVEESEKGSLKI
Site 80S576VEESEKGSLKIEFQV
Site 81S590VHALEDESDGETSDT
Site 82T594EDESDGETSDTEKHG
Site 83S595DESDGETSDTEKHGT
Site 84T597SDGETSDTEKHGTKI
Site 85T602SDTEKHGTKIGTLGS
Site 86S616SATTELLSGSTRTAD
Site 87S618TTELLSGSTRTADEK
Site 88T634EDDRILKTSRELSTS
Site 89S635DDRILKTSRELSTSP
Site 90S639LKTSRELSTSPCNPI
Site 91T640KTSRELSTSPCNPIV
Site 92S641TSRELSTSPCNPIVR
Site 93S652PIVRQKESELQMTSA
Site 94T657KESELQMTSAASPHP
Site 95S658ESELQMTSAASPHPG
Site 96S661LQMTSAASPHPGLLL
Site 97S682EDAQVDDSIKSHVSY
Site 98Y689SIKSHVSYETEGFES
Site 99S698TEGFESASLDAELQK
Site 100S706LDAELQKSDISQPSG
Site 101S709ELQKSDISQPSGPLL
Site 102S712KSDISQPSGPLLPEL
Site 103S727SKLGFPASLQRDLTR
Site 104T733ASLQRDLTRHISLKS
Site 105S737RDLTRHISLKSKTGV
Site 106S740TRHISLKSKTGVHLP
Site 107T742HISLKSKTGVHLPEP
Site 108S753LPEPNLNSARRIRNI
Site 109S761ARRIRNISGHRKSET
Site 110S766NISGHRKSETEKESG
Site 111T768SGHRKSETEKESGLK
Site 112T777KESGLKPTLRQILNA
Site 113S785LRQILNASRRNVNWE
Site 114S836LDGEPDLSSLEGFQW
Site 115S837DGEPDLSSLEGFQWE
Site 116S847GFQWEGVSISSSPGL
Site 117S849QWEGVSISSSPGLAR
Site 118S851EGVSISSSPGLARKR
Site 119S859PGLARKRSLSESSVI
Site 120S861LARKRSLSESSVIMD
Site 121S863RKRSLSESSVIMDRA
Site 122S864KRSLSESSVIMDRAP
Site 123Y874MDRAPSVYSFFSEEG
Site 124S875DRAPSVYSFFSEEGT
Site 125S878PSVYSFFSEEGTGKE
Site 126T882SFFSEEGTGKENEPQ
Site 127S893NEPQQMVSPSNSLRA
Site 128S895PQQMVSPSNSLRAGQ
Site 129S897QMVSPSNSLRAGQSQ
Site 130S903NSLRAGQSQKATMHL
Site 131T907AGQSQKATMHLKQEV
Site 132T915MHLKQEVTPRAASLR
Site 133S920EVTPRAASLRTGERA
Site 134T932ERAENVATQRRHSAQ
Site 135S937VATQRRHSAQLSSDH
Site 136S941RRHSAQLSSDHIIPL
Site 137S942RHSAQLSSDHIIPLM
Site 138S957HLAKDLNSQERSIPP
Site 139S961DLNSQERSIPPSENQ
Site 140S965QERSIPPSENQNSQE
Site 141S970PPSENQNSQESNGEG
Site 142S981NGEGNCLSSSASSAL
Site 143S982GEGNCLSSSASSALA
Site 144T998SSLADAATDSSCTSG
Site 145S1000LADAATDSSCTSGAE
Site 146S1001ADAATDSSCTSGAEQ
Site 147S1004ATDSSCTSGAEQNDG
Site 148S1013AEQNDGQSIRKKRRA
Site 149T1021IRKKRRATGDGSSPE
Site 150S1025RRATGDGSSPELPSL
Site 151S1026RATGDGSSPELPSLE
Site 152S1031GSSPELPSLERKNKR
Site 153S1048IKGKKERSQVDQLLN
Site 154S1057VDQLLNISLREEELS
Site 155S1064SLREEELSKSLQCMD
Site 156S1066REEELSKSLQCMDNN
Site 157T1083QARAALQTAYVEVQR
Site 158T1107MEMSALRTHRIQILQ
Site 159T1119ILQGLQETYEPSEHP
Site 160S1132HPDQVPCSLTRERRN
Site 161T1134DQVPCSLTRERRNSR
Site 162S1140LTRERRNSRSQTSID
Site 163S1142RERRNSRSQTSIDAA
Site 164T1144RRNSRSQTSIDAALL
Site 165S1164PLFLEPPSSHVSPSP
Site 166S1165LFLEPPSSHVSPSPT
Site 167S1168EPPSSHVSPSPTGAS
Site 168S1170PSSHVSPSPTGASLQ
Site 169T1172SHVSPSPTGASLQIT
Site 170S1175SPSPTGASLQITTSP
Site 171T1179TGASLQITTSPTFQT
Site 172S1181ASLQITTSPTFQTHG
Site 173T1183LQITTSPTFQTHGSV
Site 174S1189PTFQTHGSVPAPDSS
Site 175S1195GSVPAPDSSVQIKQE
Site 176S1196SVPAPDSSVQIKQEP
Site 177S1205QIKQEPMSPEQDENV
Site 178S1218NVNAVPPSSACNVSK
Site 179S1219VNAVPPSSACNVSKE
Site 180S1235LEANREISDSCPVYP
Site 181S1237ANREISDSCPVYPVI
Site 182S1249PVITARLSLPESTES
Site 183S1253ARLSLPESTESFHEP
Site 184S1256SLPESTESFHEPSQE
Site 185S1261TESFHEPSQELKFSV
Site 186S1267PSQELKFSVEQRNTR
Site 187T1273FSVEQRNTRNRENSP
Site 188S1279NTRNRENSPSSQSAG
Site 189S1281RNRENSPSSQSAGLS
Site 190S1282NRENSPSSQSAGLSS
Site 191S1284ENSPSSQSAGLSSIN
Site 192S1288SSQSAGLSSINKEGE
Site 193S1289SQSAGLSSINKEGEE
Site 194S1302EEPTKGNSGSEACTS
Site 195S1304PTKGNSGSEACTSSF
Site 196T1308NSGSEACTSSFLRLS
Site 197S1309SGSEACTSSFLRLSF
Site 198S1315TSSFLRLSFASETPL
Site 199S1318FLRLSFASETPLEKE
Site 200T1320RLSFASETPLEKEPH
Site 201S1328PLEKEPHSPADQPEQ
Site 202T1342QQAESTLTSAETRGS
Site 203S1343QAESTLTSAETRGSK
Site 204T1346STLTSAETRGSKKKK
Site 205S1349TSAETRGSKKKKKLR
Site 206S1360KKLRKKKSLRAAHVP
Site 207S1370AAHVPENSDTEQDVL
Site 208T1372HVPENSDTEQDVLTV
Site 209T1378DTEQDVLTVKPVRKV
Site 210T1397LIKGGKVTTSTWEDS
Site 211T1398IKGGKVTTSTWEDSR
Site 212S1399KGGKVTTSTWEDSRT
Site 213T1400GGKVTTSTWEDSRTG
Site 214S1404TTSTWEDSRTGREQE
Site 215T1406STWEDSRTGREQESV
Site 216S1412RTGREQESVRDEPDS
Site 217S1419SVRDEPDSDSSLEVL
Site 218S1421RDEPDSDSSLEVLEI
Site 219S1422DEPDSDSSLEVLEIP
Site 220S1440LEVVAIDSSESGEEK
Site 221S1441EVVAIDSSESGEEKP
Site 222S1450SGEEKPDSPSKKDIW
Site 223S1452EEKPDSPSKKDIWNS
Site 224S1459SKKDIWNSTEQNPLE
Site 225S1470NPLETSRSGCDEVSS
Site 226S1476RSGCDEVSSTSEIGT
Site 227S1477SGCDEVSSTSEIGTR
Site 228T1478GCDEVSSTSEIGTRY
Site 229T1483SSTSEIGTRYKDGIP
Site 230Y1485TSEIGTRYKDGIPVS
Site 231S1492YKDGIPVSVAETQTV
Site 232S1502ETQTVISSIKGSKNS
Site 233S1506VISSIKGSKNSSEIS
Site 234S1509SIKGSKNSSEISSEP
Site 235S1510IKGSKNSSEISSEPG
Site 236S1513SKNSSEISSEPGDDD
Site 237S1514KNSSEISSEPGDDDE
Site 238T1523PGDDDEPTEGSFEGH
Site 239S1526DDEPTEGSFEGHQAA
Site 240Y1545QIFGNLLYTCSADKT
Site 241S1548GNLLYTCSADKTVRV
Site 242T1552YTCSADKTVRVYNLV
Site 243Y1556ADKTVRVYNLVSRKC
Site 244Y1590SGKNAALYTGSSDHT
Site 245S1594AALYTGSSDHTIRCY
Site 246T1597YTGSSDHTIRCYNVK
Site 247Y1601SDHTIRCYNVKSREC
Site 248Y1629HSRWRILYAGLANGT
Site 249T1636YAGLANGTVVTFNIK
Site 250T1639LANGTVVTFNIKNNK
Site 251S1660CHGPRAVSCLATAQE
Site 252T1664RAVSCLATAQEGARK
Site 253T1681VVGSYDCTISVRDAR
Site 254S1683GSYDCTISVRDARNG
Site 255T1695RNGLLLRTLEGHSKT
Site 256S1717NDLVFSGSSDQSVHA
Site 257S1721FSGSSDQSVHAHNIH
Site 258Y1736TGELVRIYKGHNHAV
Site 259T1744KGHNHAVTVVNILGK
Site 260Y1765LDKFVRVYELQSHDR
Site 261S1769VRVYELQSHDRLQVY
Site 262Y1776SHDRLQVYGGHKDMI
Site 263T1836HLKQHLLTDHTNPNF
Site 264T1839QHLLTDHTNPNFQTL
Site 265S1863FFTARKGSKQDAAGH
Site 266S1879ERHAEDDSKIDS___
 
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
 


2019 Kinexus Bioinformatics Corporation