PhosphoNET

           
Protein Info 
   
Short Name:  Ankyrin repeat domain-containing protein 36C
Full Name:  Ankyrin repeat domain-containing protein 36C
Alias:  Protein immuno-reactive with anti-PTH polyclonal antibodies
Type: 
Mass (Da):  136200
Number AA:  1211
UniProt ID:  Q5JPF3
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 1S6__MRRKDSPPPGKVS
Site 2S13SPPPGKVSSQKQPAE
Site 3S14PPPGKVSSQKQPAEK
Site 4S24QPAEKATSDDKDSVS
Site 5S29ATSDDKDSVSNIATE
Site 6S31SDDKDSVSNIATEIK
Site 7T35DSVSNIATEIKEGPI
Site 8S43EIKEGPISGTVSSQK
Site 9T45KEGPISGTVSSQKQP
Site 10S47GPISGTVSSQKQPAE
Site 11S48PISGTVSSQKQPAEK
Site 12S58QPAEKATSDEKDSVS
Site 13S63ATSDEKDSVSNIATE
Site 14S65SDEKDSVSNIATEIK
Site 15T69DSVSNIATEIKEGQQ
Site 16S77EIKEGQQSGTVSPQK
Site 17T79KEGQQSGTVSPQKQS
Site 18S81GQQSGTVSPQKQSAW
Site 19S86TVSPQKQSAWKVIFK
Site 20T106LNIATRITGGGKSGT
Site 21S111RITGGGKSGTVSSQK
Site 22T113TGGGKSGTVSSQKQP
Site 23S115GGKSGTVSSQKQPPS
Site 24S116GKSGTVSSQKQPPSK
Site 25S122SSQKQPPSKATSDKT
Site 26S126QPPSKATSDKTDSAL
Site 27T129SKATSDKTDSALNIA
Site 28T147KDGLQCGTVSSQKQP
Site 29S149GLQCGTVSSQKQPAL
Site 30S165ATTDEEDSVSNIATE
Site 31S167TDEEDSVSNIATEIK
Site 32T171DSVSNIATEIKDGEK
Site 33S179EIKDGEKSGTVSSQK
Site 34T181KDGEKSGTVSSQKQP
Site 35S183GEKSGTVSSQKQPAL
Site 36S184EKSGTVSSQKQPALK
Site 37S199ATTDEEDSVSIIATE
Site 38S201TDEEDSVSIIATEIK
Site 39T205DSVSIIATEIKDGEK
Site 40S213EIKDGEKSGTVSSRK
Site 41T215KDGEKSGTVSSRKKP
Site 42S217GEKSGTVSSRKKPAL
Site 43S228KPALKATSDEKDSFS
Site 44S233ATSDEKDSFSNITRE
Site 45S235SDEKDSFSNITREKK
Site 46S247EKKDGEISRTVTSEK
Site 47T249KDGEISRTVTSEKPA
Site 48T251GEISRTVTSEKPAGL
Site 49S262PAGLKATSDEEDSVL
Site 50S267ATSDEEDSVLNIARG
Site 51T281GKEDGEKTRRVSSRK
Site 52S285GEKTRRVSSRKKPAL
Site 53S286EKTRRVSSRKKPALK
Site 54T314REKKDGETSRTVSSQ
Site 55S315EKKDGETSRTVSSQK
Site 56T317KDGETSRTVSSQKPP
Site 57S319GETSRTVSSQKPPAL
Site 58S320ETSRTVSSQKPPALK
Site 59S330PPALKATSDEEDSVL
Site 60S349EKKDGEKSRTVSSEK
Site 61T351KDGEKSRTVSSEKPS
Site 62S353GEKSRTVSSEKPSGL
Site 63S354EKSRTVSSEKPSGLK
Site 64S358TVSSEKPSGLKATSD
Site 65S364PSGLKATSDEKDSVL
Site 66T383GKKHGEKTRRVSSHK
Site 67S387GEKTRRVSSHKQPAL
Site 68S388EKTRRVSSHKQPALK
Site 69S417ETKDEQISGTVSSQK
Site 70T419KDEQISGTVSSQKQP
Site 71S421EQISGTVSSQKQPAL
Site 72S437ATSDKKDSVSNIPTE
Site 73S439SDKKDSVSNIPTEIK
Site 74T443DSVSNIPTEIKDGQQ
Site 75S451EIKDGQQSGTVSSQK
Site 76T453KDGQQSGTVSSQKQP
Site 77S455GQQSGTVSSQKQPAW
Site 78S471ATSVKKDSVSNIATE
Site 79S473SVKKDSVSNIATEIK
Site 80T477DSVSNIATEIKDGQI
Site 81T487KDGQIRGTVSSQRQP
Site 82S489GQIRGTVSSQRQPAL
Site 83S490QIRGTVSSQRQPALK
Site 84S505ATGDEKDSVSNIARE
Site 85S507GDEKDSVSNIAREIK
Site 86S519EIKDGEKSGTVSPQK
Site 87T521KDGEKSGTVSPQKQS
Site 88S523GEKSGTVSPQKQSAQ
Site 89T548LNIATRITGSWKSGT
Site 90S550IATRITGSWKSGTEY
Site 91S553RITGSWKSGTEYPEN
Site 92T555TGSWKSGTEYPENLP
Site 93Y557SWKSGTEYPENLPTL
Site 94T563EYPENLPTLKATIEN
Site 95S573ATIENKNSVLNTATK
Site 96T586TKMKDVQTSTPEQDL
Site 97T588MKDVQTSTPEQDLEM
Site 98Y607EQKRLEEYENNQPQV
Site 99S631LDDIIQSSQTVSEDG
Site 100S635IQSSQTVSEDGDSLC
Site 101T679FCLCKRLTELKDNHC
Site 102S701RKLKNKASVLQKRLS
Site 103S708SVLQKRLSEKEEIKS
Site 104S715SEKEEIKSQLKHETL
Site 105S730ELEKELCSLRFAIQQ
Site 106T759VREKLRITEEQYRIE
Site 107T770YRIEADVTKPIKPAL
Site 108S779PIKPALKSAEVELKT
Site 109T786SAEVELKTGGNNSNQ
Site 110S791LKTGGNNSNQVSETD
Site 111S795GNNSNQVSETDEKED
Site 112T823RLRLEKDTIKNQNLE
Site 113Y833NQNLEKKYLKDFEIV
Site 114T873SGQLAALTDENTTLR
Site 115T877AALTDENTTLRSKLE
Site 116T878ALTDENTTLRSKLEK
Site 117S889KLEKQRESGQRLETE
Site 118T895ESGQRLETEMQSYRC
Site 119S899RLETEMQSYRCRLNA
Site 120Y900LETEMQSYRCRLNAA
Site 121S914ALCDHDQSHSSKRDQ
Site 122S917DHDQSHSSKRDQELA
Site 123T928QELAFQGTVDKCCHL
Site 124S951LILSLQLSKAESKFR
Site 125S955LQLSKAESKFRVLET
Site 126T967LETELHYTGEALKEK
Site 127S990SELKQKQSQMKDIEK
Site 128Y1003EKMYKSGYNTMEKCI
Site 129T1005MYKSGYNTMEKCIEK
Site 130S1083LVNELNHSKEKKCQY
Site 131S1116DDVLNKRSATKALLD
Site 132T1118VLNKRSATKALLDAS
Site 133S1126KALLDASSRHCIYLE
Site 134Y1131ASSRHCIYLENGMQD
Site 135S1139LENGMQDSRKKLDQM
Site 136S1148KKLDQMRSQFQEIQD
Site 137T1158QEIQDQLTATIRCTK
Site 138T1160IQDQLTATIRCTKEM
Site 139T1164LTATIRCTKEMEGDA
Site 140S1203EKILQHSSLMLQVFE
 
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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