PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1211
Full Name:  Uncharacterized protein KIAA1211
Alias:  LOC57482
Type:  Unknown function
Mass (Da):  136801
Number AA:  1233
UniProt ID:  Q6ZU35
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 1S7_MGTRAFSHDSIFIP
Site 2S10TRAFSHDSIFIPDGG
Site 3T23GGAESEQTVQAMSQD
Site 4S28EQTVQAMSQDNILGK
Site 5T38NILGKVKTLQQQLGK
Site 6S53NIKFGQRSPNAIPMN
Site 7S64IPMNKANSGEASLEE
Site 8S68KANSGEASLEEDLFL
Site 9S77EEDLFLTSPMEIVTQ
Site 10S90TQQDIVLSDAENKSS
Site 11S96LSDAENKSSDTPSSL
Site 12S97SDAENKSSDTPSSLS
Site 13T99AENKSSDTPSSLSPL
Site 14S101NKSSDTPSSLSPLNL
Site 15S102KSSDTPSSLSPLNLP
Site 16S104SDTPSSLSPLNLPGA
Site 17S113LNLPGAGSEMEEKVA
Site 18S132SRPKRHFSSAGTIES
Site 19S133RPKRHFSSAGTIESV
Site 20T136RHFSSAGTIESVNLD
Site 21S155AIARLDNSAAKHKLA
Site 22S171KPKKQRVSKKHRRLA
Site 23T206HPGEDKPTWHEEEPN
Site 24S217EEPNPLDSEEERRRQ
Site 25Y227ERRRQEDYWRELEAK
Site 26S294PREEQQRSLEAPRWE
Site 27S420EDWRGQLSELLNDFE
Site 28S445PEGQREHSEEPGICE
Site 29T488EKREEGDTEPLLKQE
Site 30T532QEVDERQTMPRPYTF
Site 31Y537RQTMPRPYTFQVSSG
Site 32T538QTMPRPYTFQVSSGG
Site 33S556LFPKVNLSPVTPAKD
Site 34T559KVNLSPVTPAKDTGL
Site 35T564PVTPAKDTGLTAAPQ
Site 36T567PAKDTGLTAAPQEPK
Site 37S579EPKAPKASPVQHALP
Site 38S587PVQHALPSSLSVPHT
Site 39T616NLSQIKDTACKSLLG
Site 40S620IKDTACKSLLGLEEK
Site 41S649PGDARAGSGKAKPPQ
Site 42S658KAKPPQESPSSASAL
Site 43S660KPPQESPSSASALAE
Site 44S661PPQESPSSASALAEW
Site 45S670SALAEWASIRSRILK
Site 46S681RILKNAESDPRSSER
Site 47S685NAESDPRSSERDQLR
Site 48S686AESDPRSSERDQLRP
Site 49S697QLRPGDESTPRGRCD
Site 50T698LRPGDESTPRGRCDS
Site 51S705TPRGRCDSRGNQRKT
Site 52T712SRGNQRKTPPVNAKF
Site 53T733QKFSDGGTETSKQST
Site 54S736SDGGTETSKQSTEAE
Site 55S739GTETSKQSTEAESIR
Site 56T740TETSKQSTEAESIRK
Site 57S744KQSTEAESIRKRPML
Site 58S754KRPMLGPSEETAPQP
Site 59T757MLGPSEETAPQPPPA
Site 60S776LGKGPEKSEMHREPA
Site 61T785MHREPADTTEGCKFA
Site 62T786HREPADTTEGCKFAK
Site 63S802LPSFLVPSLPYPPQK
Site 64Y805FLVPSLPYPPQKVVA
Site 65S819AHTEFTTSSDSETAN
Site 66S820HTEFTTSSDSETANG
Site 67S822EFTTSSDSETANGIA
Site 68T824TTSSDSETANGIAKP
Site 69S843PGGEEKASPFGIKLR
Site 70T852FGIKLRRTNYSLRFN
Site 71Y854IKLRRTNYSLRFNCD
Site 72S855KLRRTNYSLRFNCDQ
Site 73S873QKKKKRHSSTGDSAD
Site 74S874KKKKRHSSTGDSADA
Site 75T875KKKRHSSTGDSADAG
Site 76S878RHSSTGDSADAGPPA
Site 77S888AGPPAAGSARGEKEM
Site 78S905VALKHGPSLPQERKQ
Site 79S915QERKQAPSTRRDSAE
Site 80T916ERKQAPSTRRDSAEP
Site 81S920APSTRRDSAEPSSSR
Site 82S924RRDSAEPSSSRSVPV
Site 83S925RDSAEPSSSRSVPVA
Site 84S926DSAEPSSSRSVPVAH
Site 85S928AEPSSSRSVPVAHPG
Site 86S941PGPPPASSQTPAPEH
Site 87T943PPPASSQTPAPEHDK
Site 88T968PALAPKPTSQTPPAS
Site 89S969ALAPKPTSQTPPASP
Site 90T971APKPTSQTPPASPLS
Site 91S975TSQTPPASPLSKLSR
Site 92S978TPPASPLSKLSRPYL
Site 93S981ASPLSKLSRPYLVEL
Site 94Y984LSKLSRPYLVELLSR
Site 95S990PYLVELLSRRAGRPD
Site 96S1001GRPDPEPSEPSKEDQ
Site 97S1010PSKEDQESSDRRPPS
Site 98S1011SKEDQESSDRRPPSP
Site 99S1017SSDRRPPSPPGPEER
Site 100T1036RDEEEEATERKPASP
Site 101S1042ATERKPASPPLPATQ
Site 102T1048ASPPLPATQQEKPSQ
Site 103S1054ATQQEKPSQTPEAGR
Site 104T1056QQEKPSQTPEAGRKE
Site 105S1072PMLQSRHSLDGSKLT
Site 106S1076SRHSLDGSKLTEKVE
Site 107T1084KLTEKVETAQPLWIT
Site 108T1106GFREQQATREERKQA
Site 109S1123AKQAEKLSKENVSVS
Site 110S1128KLSKENVSVSVQPGS
Site 111S1130SKENVSVSVQPGSSS
Site 112S1135SVSVQPGSSSVSRAG
Site 113S1136VSVQPGSSSVSRAGS
Site 114S1137SVQPGSSSVSRAGSL
Site 115S1139QPGSSSVSRAGSLHK
Site 116S1143SSVSRAGSLHKSTAL
Site 117S1147RAGSLHKSTALPEEK
Site 118T1148AGSLHKSTALPEEKR
Site 119T1158PEEKRPETAVSRLER
Site 120S1161KRPETAVSRLERREQ
Site 121T1174EQLKKANTLPTSVTV
Site 122S1178KANTLPTSVTVEISD
Site 123T1180NTLPTSVTVEISDSA
Site 124S1184TSVTVEISDSAPPAP
Site 125T1197APLVKEVTKRFSTPD
Site 126S1201KEVTKRFSTPDAAPV
Site 127T1202EVTKRFSTPDAAPVS
Site 128S1209TPDAAPVSTEPAWLA
Site 129S1226KRKAKAWSDCPQIIK
 
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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