PhosphoNET

           
Protein Info 
   
Short Name:  ANKRD26
Full Name:  Ankyrin repeat domain-containing protein 26
Alias:  Ankyrin repeat domain 26; ANR26; KIAA1074
Type:  DNA binding protein
Mass (Da):  196324
Number AA:  1709
UniProt ID:  Q9UPS8
International Prot ID:  IPI00760833
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 1S6__MKKIFSKKGESPL
Site 2S11IFSKKGESPLGSFAR
Site 3S15KGESPLGSFARRQRS
Site 4S22SFARRQRSSAGGGGE
Site 5S23FARRQRSSAGGGGEP
Site 6Y35GEPGEGAYSQPGYHV
Site 7S36EPGEGAYSQPGYHVR
Site 8Y40GAYSQPGYHVRDRDL
Site 9T82DRDKMNRTALHLACA
Site 10T130CQEEKCATILLEHGA
Site 11Y152HGNTALHYAVYNEDI
Site 12S214AVDKLESSHQLISEY
Site 13S219ESSHQLISEYKEERI
Site 14S230EERIPKHSSQNSNSV
Site 15S231ERIPKHSSQNSNSVD
Site 16S234PKHSSQNSNSVDESS
Site 17S236HSSQNSNSVDESSED
Site 18S240NSNSVDESSEDSLSR
Site 19S241SNSVDESSEDSLSRL
Site 20S244VDESSEDSLSRLSGK
Site 21S246ESSEDSLSRLSGKPG
Site 22S249EDSLSRLSGKPGVDD
Site 23S257GKPGVDDSWPTSDDE
Site 24T260GVDDSWPTSDDEDLN
Site 25S261VDDSWPTSDDEDLNF
Site 26T270DEDLNFDTKNVPKPS
Site 27T283PSLAKLMTASQQSRK
Site 28S285LAKLMTASQQSRKNL
Site 29Y296RKNLEATYGTVRTGN
Site 30T298NLEATYGTVRTGNRT
Site 31T305TVRTGNRTLFEDRDS
Site 32S312TLFEDRDSDSQDEVV
Site 33S314FEDRDSDSQDEVVVE
Site 34S322QDEVVVESLPTTSIK
Site 35S334SIKVQCFSHPTYQSP
Site 36T337VQCFSHPTYQSPDLL
Site 37Y338QCFSHPTYQSPDLLP
Site 38S340FSHPTYQSPDLLPKP
Site 39S348PDLLPKPSHKSLANP
Site 40S351LPKPSHKSLANPGLM
Site 41T391QTNNDNLTYVDEVHK
Site 42Y392TNNDNLTYVDEVHKN
Site 43S402EVHKNNRSDMMSALG
Site 44S406NNRSDMMSALGLGQE
Site 45S418GQEEDIESPWDSESI
Site 46S422DIESPWDSESISENF
Site 47S424ESPWDSESISENFPQ
Site 48S426PWDSESISENFPQKY
Site 49Y433SENFPQKYVDPLAGA
Site 50Y458EQAEDVFYIPSCMSG
Site 51S461EDVFYIPSCMSGSRN
Site 52T477KMAKLEDTRNVGMPV
Site 53S489MPVAHMESPERYLHL
Site 54Y493HMESPERYLHLKPTI
Site 55S505PTIEMKDSVPNKAGG
Site 56T518GGMKDVQTSKAAEHD
Site 57S539EEQEREGSENNQPQV
Site 58S561RNNEMEVSANIHDGA
Site 59S587GLIQKRKSGETDHQQ
Site 60Y603PRKENKEYASGPALQ
Site 61S616LQMKEVKSTEKEKRT
Site 62S624TEKEKRTSKESVNSP
Site 63S627EKRTSKESVNSPVFG
Site 64S630TSKESVNSPVFGKAS
Site 65S650LLQVDDDSSLSEIDE
Site 66S651LQVDDDSSLSEIDED
Site 67S653VDDDSSLSEIDEDEG
Site 68T663DEDEGRPTKKTSNEK
Site 69T666EGRPTKKTSNEKNKV
Site 70T687MDDVDDLTQSSETAS
Site 71S689DVDDLTQSSETASED
Site 72S690VDDLTQSSETASEDC
Site 73S694TQSSETASEDCELPH
Site 74Y704CELPHSSYKNFMLLI
Site 75S723MECKDSVSLLKIQDA
Site 76T749KNHCELLTVKIKKME
Site 77S767NVLQRELSETKEIKS
Site 78T769LQRELSETKEIKSQL
Site 79S774SETKEIKSQLEHQKV
Site 80S789EWERELCSLRFSLNQ
Site 81S793ELCSLRFSLNQEEEK
Site 82T806EKRRNADTLYEKIRE
Site 83Y808RRNADTLYEKIREQL
Site 84Y822LRRKEEQYRKEVEVK
Site 85S835VKQQLELSLQTLEME
Site 86S848MELRTVKSNLNQVVQ
Site 87S865NDAQRQLSREQNARM
Site 88S883GILTNHLSKQKEIEM
Site 89S897MAQKKMNSENSHSHE
Site 90S900KKMNSENSHSHEEEK
Site 91S902MNSENSHSHEEEKDL
Site 92S910HEEEKDLSHKNSMLQ
Site 93S914KDLSHKNSMLQEEIA
Site 94T929MLRLEIDTIKNQNQE
Site 95T967KQNEETLTQTISQYN
Site 96S971ETLTQTISQYNGRLS
Site 97S978SQYNGRLSVLTAENA
Site 98T981NGRLSVLTAENAMLN
Site 99S997KLENEKQSKERLEAE
Site 100Y1008LEAEVESYHSRLAAA
Site 101S1022AIHDRDQSETSKREL
Site 102T1024HDRDQSETSKRELEL
Site 103S1025DRDQSETSKRELELA
Site 104S1062KDNNEILSQQLFKTE
Site 105T1068LSQQLFKTESKLNSL
Site 106S1070QQLFKTESKLNSLEI
Site 107S1074KTESKLNSLEIEFHH
Site 108T1082LEIEFHHTRDALREK
Site 109T1090RDALREKTLGLERVQ
Site 110S1101ERVQKDLSQTQCQMK
Site 111Y1114MKEMEQKYQNEQVKV
Site 112Y1124EQVKVNKYIGKQESV
Site 113S1130KYIGKQESVEERLSQ
Site 114S1136ESVEERLSQLQSENM
Site 115S1140ERLSQLQSENMLLRQ
Site 116T1162KADNKEKTVINIQDQ
Site 117S1181VQKLQAESEKQSLLL
Site 118S1185QAESEKQSLLLEERN
Site 119Y1207NHLKERQYQYENEKA
Site 120Y1209LKERQYQYENEKAER
Site 121T1230LQQELADTLKKQSMS
Site 122S1237TLKKQSMSEASLEVT
Site 123S1240KQSMSEASLEVTSRY
Site 124T1244SEASLEVTSRYRINL
Site 125T1255RINLEDETQDLKKKL
Site 126T1277QEAQDRHTEAVRCAE
Site 127T1303DNAKLKVTVKKQMDK
Site 128S1324NLLNANLSEDEKEQL
Site 129S1340KLMELKQSLECNLDQ
Site 130T1360VELEREITGFKNLLK
Site 131Y1376TRKKLNEYENGEFSF
Site 132S1382EYENGEFSFHGDLKT
Site 133T1389SFHGDLKTSQFEMDI
Site 134S1390FHGDLKTSQFEMDIQ
Site 135T1409KHKIDDLTAELETAG
Site 136S1417AELETAGSKCLHLDT
Site 137T1424SKCLHLDTKNQILQE
Site 138S1435ILQEELLSMKTVQKK
Site 139T1438EELLSMKTVQKKCEK
Site 140S1523NNFASMKSQMELRIK
Site 141S1534LRIKDLESELSKIKT
Site 142S1537KDLESELSKIKTSQE
Site 143T1541SELSKIKTSQEDFNK
Site 144S1542ELSKIKTSQEDFNKT
Site 145Y1554NKTELEKYKQLYLEE
Site 146Y1558LEKYKQLYLEELKVR
Site 147S1567EELKVRKSLSSKLTK
Site 148S1569LKVRKSLSSKLTKTN
Site 149S1570KVRKSLSSKLTKTNE
Site 150T1573KSLSSKLTKTNERLA
Site 151T1575LSSKLTKTNERLAEV
Site 152S1595VEKQQSRSLFTTLTT
Site 153T1599QSRSLFTTLTTRPVM
Site 154T1601RSLFTTLTTRPVMEP
Site 155S1617CVGNLNNSLDLNRKL
Site 156S1633PRENLVISTSNPRAS
Site 157S1635ENLVISTSNPRASNN
Site 158S1640STSNPRASNNSMENY
Site 159S1643NPRASNNSMENYLSK
Site 160Y1647SNNSMENYLSKMQQE
Site 161S1649NSMENYLSKMQQELE
Site 162T1660QELEKNITRELKEAA
Site 163S1677LESGSIASPLGSTDE
Site 164S1681SIASPLGSTDESNLN
Site 165S1685PLGSTDESNLNQDLV
Site 166Y1699VWKASREYVQVLKKN
 
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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