PhosphoNET

           
Protein Info 
   
Short Name:  KCNH8
Full Name:  Potassium voltage-gated channel subfamily H member 8
Alias:  ELK1;Ether-a-go-go-like potassium channel 3;Voltage-gated potassium channel subunit Kv12.1
Type: 
Mass (Da):  123804
Number AA:  1107
UniProt ID:  Q96L42
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 1T17PQNTFLDTIATRFDG
Site 2S86LMLQIEKSLEEKTEF
Site 3Y100FKGEIMFYKKNGSPF
Site 4T134LASFKDITDTKVKIT
Site 5T136SFKDITDTKVKITPE
Site 6T141TDTKVKITPEDKKED
Site 7T158KGRSRAGTHFDSARR
Site 8S162RAGTHFDSARRRSRA
Site 9S167FDSARRRSRAVLYHI
Site 10Y172RRSRAVLYHISGHLQ
Site 11Y202DKPAFPEYKVSDAKK
Site 12S205AFPEYKVSDAKKSKF
Site 13S210KVSDAKKSKFILLHF
Site 14S252FIGNDDLSTTRSTTV
Site 15T253IGNDDLSTTRSTTVS
Site 16S256DDLSTTRSTTVSDIA
Site 17T257DLSTTRSTTVSDIAV
Site 18T258LSTTRSTTVSDIAVE
Site 19T278DIILNFRTTYVSKSG
Site 20T279IILNFRTTYVSKSGQ
Site 21Y280ILNFRTTYVSKSGQV
Site 22S282NFRTTYVSKSGQVIF
Site 23S284RTTYVSKSGQVIFEA
Site 24Y348LLQKLDRYSQHSTIV
Site 25S349LQKLDRYSQHSTIVL
Site 26S386KMEREDNSLLKWEVG
Site 27S404ELGKRLESPYYGNNT
Site 28Y406GKRLESPYYGNNTLG
Site 29Y407KRLESPYYGNNTLGG
Site 30T411SPYYGNNTLGGPSIR
Site 31Y477TAIIQRMYSRWSLYH
Site 32Y483MYSRWSLYHTRTKDL
Site 33T485SRWSLYHTRTKDLKD
Site 34Y510LKQRMLEYFQTTWSV
Site 35S536DFPDELRSDITMHLN
Site 36T539DELRSDITMHLNKEI
Site 37S550NKEILQLSLFECASR
Site 38S562ASRGCLRSLSLHIKT
Site 39S564RGCLRSLSLHIKTSF
Site 40Y577SFCAPGEYLLRQGDA
Site 41Y657VLDLYPEYAHKFVED
Site 42T670EDIQHDLTYNLREGH
Site 43Y671DIQHDLTYNLREGHE
Site 44S679NLREGHESDVISRLS
Site 45S683GHESDVISRLSNKSM
Site 46S686SDVISRLSNKSMVSQ
Site 47S689ISRLSNKSMVSQSEP
Site 48S692LSNKSMVSQSEPKGN
Site 49S694NKSMVSQSEPKGNGN
Site 50S708NINKRLPSIVEDEEE
Site 51S726GEEEEAVSLSPICTR
Site 52S728EEEAVSLSPICTRGS
Site 53T732VSLSPICTRGSSSRN
Site 54S735SPICTRGSSSRNKKV
Site 55S736PICTRGSSSRNKKVG
Site 56S737ICTRGSSSRNKKVGS
Site 57S744SRNKKVGSNKAYLGL
Site 58Y748KVGSNKAYLGLSLKQ
Site 59S752NKAYLGLSLKQLASG
Site 60S765SGTVPFHSPIRVSRS
Site 61S770FHSPIRVSRSNSPKT
Site 62S772SPIRVSRSNSPKTKQ
Site 63S774IRVSRSNSPKTKQEI
Site 64T777SRSNSPKTKQEIDPP
Site 65S799KNLKLQLSTLNNAGP
Site 66S810NAGPPDLSPRIVDGI
Site 67S822DGIEDGNSSEESQTF
Site 68S823GIEDGNSSEESQTFD
Site 69S826DGNSSEESQTFDFGS
Site 70T828NSSEESQTFDFGSER
Site 71S833SQTFDFGSERIRSEP
Site 72S838FGSERIRSEPRISPP
Site 73S843IRSEPRISPPLGDPE
Site 74T876KLNSEVTTLTQEVSQ
Site 75T878NSEVTTLTQEVSQLG
Site 76S882TTLTQEVSQLGKDMR
Site 77S900QLLENVLSPQQPSRF
Site 78S905VLSPQQPSRFCSLHS
Site 79S909QQPSRFCSLHSTSVC
Site 80S912SRFCSLHSTSVCPSR
Site 81T913RFCSLHSTSVCPSRE
Site 82S914FCSLHSTSVCPSRES
Site 83S918HSTSVCPSRESLQTR
Site 84S921SVCPSRESLQTRTSW
Site 85T924PSRESLQTRTSWSAH
Site 86S927ESLQTRTSWSAHQPC
Site 87T955QLCSSNITSDIWSVD
Site 88S956LCSSNITSDIWSVDP
Site 89S960NITSDIWSVDPSSVG
Site 90S964DIWSVDPSSVGSSPQ
Site 91S965IWSVDPSSVGSSPQR
Site 92S968VDPSSVGSSPQRTGA
Site 93S969DPSSVGSSPQRTGAH
Site 94T973VGSSPQRTGAHEQNP
Site 95Y986NPADSELYHSPSLDY
Site 96S988ADSELYHSPSLDYSP
Site 97S990SELYHSPSLDYSPSH
Site 98Y993YHSPSLDYSPSHYQV
Site 99S994HSPSLDYSPSHYQVV
Site 100S996PSLDYSPSHYQVVQE
Site 101Y998LDYSPSHYQVVQEGH
Site 102S1013LQFLRCISPHSDSTL
Site 103S1016LRCISPHSDSTLTPL
Site 104S1018CISPHSDSTLTPLQS
Site 105T1019ISPHSDSTLTPLQSI
Site 106T1021PHSDSTLTPLQSISA
Site 107S1031QSISATLSSSVCSSS
Site 108S1032SISATLSSSVCSSSE
Site 109S1036TLSSSVCSSSETSLH
Site 110S1037LSSSVCSSSETSLHL
Site 111S1038SSSVCSSSETSLHLV
Site 112S1048SLHLVLPSRSEEGSF
Site 113S1050HLVLPSRSEEGSFSQ
Site 114S1054PSRSEEGSFSQGTVS
Site 115S1056RSEEGSFSQGTVSSF
Site 116T1059EGSFSQGTVSSFSLE
Site 117S1061SFSQGTVSSFSLENL
Site 118S1062FSQGTVSSFSLENLP
Site 119S1064QGTVSSFSLENLPGS
Site 120S1071SLENLPGSWNQEGMA
Site 121S1079WNQEGMASASTKPLE
Site 122S1081QEGMASASTKPLENL
Site 123S1095LPLEVVTSTAEVKDN
 
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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