PhosphoNET

           
Protein Info 
   
Short Name:  KIAA0564
Full Name:  Uncharacterized protein KIAA0564
Alias: 
Type:  Unknown function
Mass (Da):  210920
Number AA: 
UniProt ID:  A3KMH1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005576     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887   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 1S19GGHGGPASRRMRLLL
Site 2S50VRLLHAGSGADTGDT
Site 3T54HAGSGADTGDTVNIG
Site 4T57SGADTGDTVNIGDVS
Site 5S64TVNIGDVSYKLKIPK
Site 6Y65VNIGDVSYKLKIPKN
Site 7Y80PELVPQNYISDSLAQ
Site 8S84PQNYISDSLAQSVVQ
Site 9S88ISDSLAQSVVQHLRW
Site 10S118PPGPLRRSIAMQYLE
Site 11T127AMQYLELTKREVEYI
Site 12S137EVEYIALSRDTTETD
Site 13T140YIALSRDTTETDLKQ
Site 14T141IALSRDTTETDLKQR
Site 15T155RREIRAGTAFYIDQC
Site 16S208EDGRFLMSAERYDKL
Site 17Y212FLMSAERYDKLLRDH
Site 18T220DKLLRDHTKKELDSW
Site 19Y248LGLPVPRYSGNPLDP
Site 20S249GLPVPRYSGNPLDPP
Site 21Y267RFQARDIYYLPFKDQ
Site 22Y268FQARDIYYLPFKDQL
Site 23S286YSIGANVSAEKVSQL
Site 24T298SQLLSFATTLCSQES
Site 25T299QLLSFATTLCSQESS
Site 26S302SFATTLCSQESSTLG
Site 27S305TTLCSQESSTLGLPD
Site 28S306TLCSQESSTLGLPDF
Site 29S367KRFELQDSGSSLLPK
Site 30S369FELQDSGSSLLPKEI
Site 31S388KMMENHVSQASVTIR
Site 32S391ENHVSQASVTIRIAD
Site 33S413PAGTRLLSQPCASDR
Site 34T424ASDRFIQTLSHKQLQ
Site 35S426DRFIQTLSHKQLQAE
Site 36T454GGKGCGKTVIAKNFA
Site 37Y474NIEPIMLYQDMTARD
Site 38T478IMLYQDMTARDLLQQ
Site 39Y487RDLLQQRYTLPNGDT
Site 40T488DLLQQRYTLPNGDTA
Site 41T494YTLPNGDTAWRSSPL
Site 42S498NGDTAWRSSPLVNAA
Site 43S499GDTAWRSSPLVNAAL
Site 44S537LIHDRELSLYDGSRL
Site 45Y539HDRELSLYDGSRLLR
Site 46Y550RLLREDRYMRLKEEL
Site 47S560LKEELQLSDEQLQKR
Site 48S589AEPPVIGSTAHQWLG
Site 49S614YMKPLVKSEEIQVIK
Site 50S637EALDKLLSFTHKLRE
Site 51T645FTHKLRETQDPTAQS
Site 52S652TQDPTAQSLAASLST
Site 53S666TRQLLRISRRLSQYP
Site 54S670LRISRRLSQYPNENL
Site 55Y672ISRRLSQYPNENLHS
Site 56S679YPNENLHSAVTKACL
Site 57Y722LEPELKDYKCEVTSG
Site 58Y741GAVSAPIYNAHEKMK
Site 59Y804LLNRPREYIQLHRDT
Site 60T811YIQLHRDTTVQTLTL
Site 61T812IQLHRDTTVQTLTLQ
Site 62T815HRDTTVQTLTLQPSV
Site 63T817DTTVQTLTLQPSVKD
Site 64S881GRRIVANSANVNGRE
Site 65S935VDNPKPHSELEMLRQ
Site 66Y943ELEMLRQYGPNVPEP
Site 67Y973ADQGIINYPYSTREV
Site 68Y975QGIINYPYSTREVVN
Site 69T992KHLQKFPTEGLSSVV
Site 70Y1008NVFDFDSYNNDMREI
Site 71S1033PIGAKPTSVQLAKEL
Site 72Y1050PEQTFMGYWTIGQAR
Site 73Y1085ALINIQEYPIERHEE
Site 74S1094IERHEERSLNFTEEC
Site 75T1098EERSLNFTEECASWR
Site 76Y1129ENEQNTLYVVTCNPA
Site 77Y1139TCNPASLYFMNMTGK
Site 78S1209LHRLILPSEKFTSKK
Site 79T1213ILPSEKFTSKKPFWW
Site 80Y1228NKEEAETYKMCKEFS
Site 81S1235YKMCKEFSHKNWLVF
Site 82Y1243HKNWLVFYKEKGNSL
Site 83S1249FYKEKGNSLTVLDVL
Site 84T1251KEKGNSLTVLDVLEG
Site 85S1264EGRTHTISLPINLKT
Site 86T1287WLLVESKTNQKYLLT
Site 87Y1291ESKTNQKYLLTKPAH
Site 88S1301TKPAHIESEGSGVCQ
Site 89Y1310GSGVCQLYVLKEEPP
Site 90S1318VLKEEPPSTGFGVTQ
Site 91T1319LKEEPPSTGFGVTQE
Site 92T1327GFGVTQETEFSIPHK
Site 93S1330VTQETEFSIPHKISS
Site 94S1336FSIPHKISSDQLSSE
Site 95S1337SIPHKISSDQLSSEH
Site 96S1341KISSDQLSSEHLSSA
Site 97S1342ISSDQLSSEHLSSAV
Site 98S1346QLSSEHLSSAVEQKI
Site 99S1347LSSEHLSSAVEQKIA
Site 100S1355AVEQKIASPNRILSD
Site 101S1361ASPNRILSDEKNYAT
Site 102T1368SDEKNYATIVVGFPD
Site 103S1378VGFPDLMSPSEVYSW
Site 104S1380FPDLMSPSEVYSWKR
Site 105S1384MSPSEVYSWKRPSSL
Site 106S1389VYSWKRPSSLHKRSG
Site 107S1390YSWKRPSSLHKRSGT
Site 108S1395PSSLHKRSGTDTSFY
Site 109T1397SLHKRSGTDTSFYRG
Site 110T1399HKRSGTDTSFYRGKK
Site 111S1400KRSGTDTSFYRGKKK
Site 112Y1402SGTDTSFYRGKKKRG
Site 113T1410RGKKKRGTPKQSNCV
Site 114S1414KRGTPKQSNCVTLLD
Site 115T1418PKQSNCVTLLDTNQV
Site 116Y1440EVPLKDIYPKDVTPP
Site 117T1445DIYPKDVTPPQTSGY
Site 118Y1452TPPQTSGYIEVTDLQ
Site 119S1471RYIPIPRSESLSPYT
Site 120S1473IPIPRSESLSPYTTW
Site 121S1475IPRSESLSPYTTWLS
Site 122Y1477RSESLSPYTTWLSTI
Site 123T1478SESLSPYTTWLSTIS
Site 124T1479ESLSPYTTWLSTISD
Site 125S1482SPYTTWLSTISDTDA
Site 126T1539DDRNMQITINRDSGE
Site 127S1544QITINRDSGEDVSSP
Site 128S1549RDSGEDVSSPKHGKE
Site 129S1550DSGEDVSSPKHGKED
Site 130T1578GGTGGRDTAGLGGKG
Site 131Y1588LGGKGGPYRLDAGHT
Site 132T1595YRLDAGHTVYQVSQA
Site 133Y1597LDAGHTVYQVSQAEK
Site 134S1600GHTVYQVSQAEKDAV
Site 135S1633RLKEIQMSEYDAATY
Site 136Y1635KEIQMSEYDAATYER
Site 137T1639MSEYDAATYERFSGA
Site 138Y1640SEYDAATYERFSGAV
Site 139S1644AATYERFSGAVRRQV
Site 140S1653AVRRQVHSLRIILDN
Site 141T1689AKIIDGLTGEKAIYK
Site 142Y1695LTGEKAIYKRRGELE
Site 143S1707ELEPQLGSPQQKPKR
Site 144Y1726VDVSGSMYRFNRMDG
Site 145Y1752VMEAFENYEEKFQYD
Site 146Y1758NYEEKFQYDIVGHSG
Site 147T1791QRLEILKTMHAHSQF
Site 148S1801AHSQFCMSGDHTLEG
Site 149T1805FCMSGDHTLEGTEHA
Site 150T1869GSLGDQATRLQRTLP
Site 151S1880RTLPAGRSFVAMDTK
 
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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