PhosphoNET

           
Protein Info 
   
Short Name:  KCNH7
Full Name:  Potassium voltage-gated channel subfamily H member 7
Alias:  Ether-a-go-go-related gene potassium channel 3;Voltage-gated potassium channel subunit Kv11.3
Type: 
Mass (Da):  135000
Number AA:  1196
UniProt ID:  Q9NS40
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 1T74DFLHGPETKRHDIAQ
Site 2T97EERKVEVTYYHKNGS
Site 3Y98ERKVEVTYYHKNGST
Site 4Y99RKVEVTYYHKNGSTF
Site 5Y131MFIINFEYVTDNENA
Site 6T140TDNENAATPERVNPI
Site 7T152NPILPIKTVNRKFFG
Site 8T169FPGLRVLTYRKQSLP
Site 9Y170PGLRVLTYRKQSLPQ
Site 10S174VLTYRKQSLPQEDPD
Site 11S187PDVVVIDSSKHSDDS
Site 12S188DVVVIDSSKHSDDSV
Site 13S191VIDSSKHSDDSVAMK
Site 14S194SSKHSDDSVAMKHFK
Site 15S202VAMKHFKSPTKESCS
Site 16T204MKHFKSPTKESCSPS
Site 17S207FKSPTKESCSPSEAD
Site 18S209SPTKESCSPSEADDT
Site 19S211TKESCSPSEADDTKA
Site 20T216SPSEADDTKALIQPS
Site 21S223TKALIQPSKCSPLVN
Site 22S232CSPLVNISGPLDHSS
Site 23S238ISGPLDHSSPKRQWD
Site 24S239SGPLDHSSPKRQWDR
Site 25Y248KRQWDRLYPDMLQSS
Site 26S254LYPDMLQSSSQLSHS
Site 27S255YPDMLQSSSQLSHSR
Site 28S256PDMLQSSSQLSHSRS
Site 29S259LQSSSQLSHSRSRES
Site 30S261SSSQLSHSRSRESLC
Site 31S263SQLSHSRSRESLCSI
Site 32S266SHSRSRESLCSIRRA
Site 33S269RSRESLCSIRRASSV
Site 34S274LCSIRRASSVHDIEG
Site 35S275CSIRRASSVHDIEGF
Site 36S296IFRDRHASEDNGRNV
Site 37S312GPFNHIKSSLLGSTS
Site 38S313PFNHIKSSLLGSTSD
Site 39S317IKSSLLGSTSDSNLN
Site 40S319SSLLGSTSDSNLNKY
Site 41S321LLGSTSDSNLNKYST
Site 42Y326SDSNLNKYSTINKIP
Site 43T328SNLNKYSTINKIPQL
Site 44T336INKIPQLTLNFSEVK
Site 45S340PQLTLNFSEVKTEKK
Site 46T344LNFSEVKTEKKNSSP
Site 47S349VKTEKKNSSPPSSDK
Site 48S350KTEKKNSSPPSSDKT
Site 49S353KKNSSPPSSDKTIIA
Site 50S354KNSSPPSSDKTIIAP
Site 51T357SPPSSDKTIIAPKVK
Site 52T367APKVKDRTHNVTEKV
Site 53T371KDRTHNVTEKVTQVL
Site 54Y388GADVLPEYKLQTPRI
Site 55T392LPEYKLQTPRINKFT
Site 56T399TPRINKFTILHYSPF
Site 57Y446QKRRECGYSCSPLNV
Site 58S447KRRECGYSCSPLNVV
Site 59S449RECGYSCSPLNVVDL
Site 60T473ILINFRTTYVNQNEE
Site 61Y474LINFRTTYVNQNEEV
Site 62S483NQNEEVVSDPAKIAI
Site 63T520GSGSDETTTLIGLLK
Site 64T521SGSDETTTLIGLLKT
Site 65Y544VARKLDRYSEYGAAV
Site 66S545ARKLDRYSEYGAAVL
Site 67Y580IGNVERPYLTDKIGW
Site 68S590DKIGWLDSLGQQIGK
Site 69Y599GQQIGKRYNDSDSSS
Site 70S602IGKRYNDSDSSSGPS
Site 71S604KRYNDSDSSSGPSIK
Site 72S605RYNDSDSSSGPSIKD
Site 73S606YNDSDSSSGPSIKDK
Site 74S609SDSSSGPSIKDKYVT
Site 75Y614GPSIKDKYVTALYFT
Site 76S634SVGFGNVSPNTNSEK
Site 77T637FGNVSPNTNSEKIFS
Site 78S639NVSPNTNSEKIFSIC
Site 79Y670SAIIQRLYSGTARYH
Site 80S671AIIQRLYSGTARYHM
Site 81Y703LRQRLEEYFQHAWTY
Site 82T763ALAMKFKTTHAPPGD
Site 83T771THAPPGDTLVHCGDV
Site 84S789LYFLSRGSIEILKDD
Site 85Y815FGEMVHLYAKPGKSN
Site 86S821LYAKPGKSNADVRAL
Site 87T829NADVRALTYCDLHKI
Site 88T862FLTNLELTFNLRHES
Site 89S869TFNLRHESAKADLLR
Site 90S877AKADLLRSQSMNDSE
Site 91S879ADLLRSQSMNDSEGD
Site 92S883RSQSMNDSEGDNCKL
Site 93S896KLRRRKLSFESEGEK
Site 94S906SEGEKENSTNDPEDS
Site 95T907EGEKENSTNDPEDSA
Site 96S913STNDPEDSADTIRHY
Site 97T916DPEDSADTIRHYQSS
Site 98Y920SADTIRHYQSSKRHF
Site 99S922DTIRHYQSSKRHFEE
Site 100S923TIRHYQSSKRHFEEK
Site 101S932RHFEEKKSRSSSFIS
Site 102S934FEEKKSRSSSFISSI
Site 103S935EEKKSRSSSFISSID
Site 104S936EKKSRSSSFISSIDD
Site 105S939SRSSSFISSIDDEQK
Site 106S940RSSSFISSIDDEQKP
Site 107S950DEQKPLFSGIVDSSP
Site 108T970SGLDFEETVPTSGRM
Site 109T973DFEETVPTSGRMHID
Site 110S974FEETVPTSGRMHIDK
Site 111S985HIDKRSHSCKDITDM
Site 112S994KDITDMRSWERENAH
Site 113S1007AHPQPEDSSPSALQR
Site 114S1008HPQPEDSSPSALQRA
Site 115S1020QRAAWGISETESDLT
Site 116T1022AAWGISETESDLTYG
Site 117S1024WGISETESDLTYGEV
Site 118T1027SETESDLTYGEVEQR
Site 119Y1028ETESDLTYGEVEQRL
Site 120S1047EQLNRLESQMTTDIQ
Site 121T1050NRLESQMTTDIQTIL
Site 122T1051RLESQMTTDIQTILQ
Site 123T1065QLLQKQTTVVPPAYS
Site 124Y1080MVTAGSEYQRPIIQL
Site 125S1091IIQLMRTSQPEASIK
Site 126T1099QPEASIKTDRSFSPS
Site 127S1102ASIKTDRSFSPSSQC
Site 128S1104IKTDRSFSPSSQCPE
Site 129S1106TDRSFSPSSQCPEFL
Site 130S1107DRSFSPSSQCPEFLD
Site 131S1118EFLDLEKSKLKSKES
Site 132S1122LEKSKLKSKESLSSG
Site 133S1125SKLKSKESLSSGVHL
Site 134S1127LKSKESLSSGVHLNT
Site 135S1128KSKESLSSGVHLNTA
Site 136S1136GVHLNTASEDNLTSL
Site 137T1141TASEDNLTSLLKQDS
Site 138S1142ASEDNLTSLLKQDSD
Site 139S1148TSLLKQDSDLSLELH
Site 140S1151LKQDSDLSLELHLRQ
Site 141T1161LHLRQRKTYVHPIRH
Site 142Y1162HLRQRKTYVHPIRHP
Site 143S1170VHPIRHPSLPDSSLS
Site 144S1174RHPSLPDSSLSTVGI
Site 145S1189VGLHRHVSDPGLPGK
 
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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