PhosphoNET

           
Protein Info 
   
Short Name:  KANK1
Full Name:  KN motif and ankyrin repeat domain-containing protein 1
Alias:  ANR15; KANK; Kidney ankyrin repeat-containing protein; KN motif and ankyrin repeat domain-containing protein 1
Type:  Uncharacterized
Mass (Da):  147289
Number AA:  1352
UniProt ID:  Q14678
International Prot ID:  IPI00005635
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005932  GO:0044464 Uniprot OncoNet
Molecular Function:  GO:0004835     PhosphoSite+ KinaseNET
Biological Process:  GO:0006464  GO:0009987  GO:0045786 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 1S10HTTKVNGSASGKAGD
Site 2S12TKVNGSASGKAGDIL
Site 3S20GKAGDILSGDQDKEQ
Site 4Y31DKEQKDPYFVETPYG
Site 5T35KDPYFVETPYGYQLD
Site 6Y48LDLDFLKYVDDIQKG
Site 7S70IQKRRKPSVPCPEPR
Site 8T78VPCPEPRTTSGQQGI
Site 9T79PCPEPRTTSGQQGIW
Site 10S80CPEPRTTSGQQGIWT
Site 11T87SGQQGIWTSTESLSS
Site 12S88GQQGIWTSTESLSSS
Site 13T89QQGIWTSTESLSSSN
Site 14S91GIWTSTESLSSSNSD
Site 15S93WTSTESLSSSNSDDN
Site 16S94TSTESLSSSNSDDNK
Site 17S95STESLSSSNSDDNKQ
Site 18S97ESLSSSNSDDNKQCP
Site 19S115IARSQVTSTPISKPP
Site 20T116ARSQVTSTPISKPPP
Site 21S119QVTSTPISKPPPPLE
Site 22T127KPPPPLETSLPFLTI
Site 23S128PPPPLETSLPFLTIP
Site 24T133ETSLPFLTIPENRQL
Site 25S144NRQLPPPSPQLPKHN
Site 26T157HNLHVTKTLMETRRR
Site 27T171RLEQERATMQMTPGE
Site 28T175ERATMQMTPGEFRRP
Site 29S186FRRPRLASFGGMGTT
Site 30S194FGGMGTTSSLPSFVG
Site 31S198GTTSSLPSFVGSGNH
Site 32S202SLPSFVGSGNHNPAK
Site 33Y216KHQLQNGYQGNGDYG
Site 34Y222GYQGNGDYGSYAPAA
Site 35S224QGNGDYGSYAPAAPT
Site 36T231SYAPAAPTTSSMGSS
Site 37T232YAPAAPTTSSMGSSI
Site 38S233APAAPTTSSMGSSIR
Site 39S234PAAPTTSSMGSSIRH
Site 40S237PTTSSMGSSIRHSPL
Site 41S238TTSSMGSSIRHSPLS
Site 42S242MGSSIRHSPLSSGIS
Site 43S245SIRHSPLSSGISTPV
Site 44S246IRHSPLSSGISTPVT
Site 45S249SPLSSGISTPVTNVS
Site 46T250PLSSGISTPVTNVSP
Site 47S256STPVTNVSPMHLQHI
Site 48T283ELEEQVRTIPVLQVK
Site 49S292PVLQVKISVLQEEKR
Site 50S312LKNQRAASQINVCGV
Site 51S323VCGVRKRSYSAGNAS
Site 52Y324CGVRKRSYSAGNASQ
Site 53S325GVRKRSYSAGNASQL
Site 54S330SYSAGNASQLEQLSR
Site 55S336ASQLEQLSRARRSGG
Site 56S341QLSRARRSGGELYID
Site 57Y346RRSGGELYIDYEEEE
Site 58Y349GGELYIDYEEEEMET
Site 59T356YEEEEMETVEQSTQR
Site 60T371IKEFRQLTADMQALE
Site 61S384LEQKIQDSSCEASSE
Site 62S385EQKIQDSSCEASSEL
Site 63S389QDSSCEASSELRENG
Site 64S390DSSCEASSELRENGE
Site 65S400RENGECRSVAVGAEE
Site 66Y415NMNDIVVYHRGSRSC
Site 67S419IVVYHRGSRSCKDAA
Site 68T429CKDAAVGTLVEMRNC
Site 69T479LEVQLRETTHDREMT
Site 70T480EVQLRETTHDREMTK
Site 71T486TTHDREMTKLKQELQ
Site 72T505RKKVDKATMAQPLVF
Site 73S513MAQPLVFSKVVEAVV
Site 74T522VVEAVVQTRDQMVGS
Site 75S529TRDQMVGSHMDLVDT
Site 76T544CVGTSVETNSVGISC
Site 77S546GTSVETNSVGISCQP
Site 78S550ETNSVGISCQPECKN
Site 79S585HDRCAGRSVEMCDKS
Site 80S592SVEMCDKSVSVEVSV
Site 81S598KSVSVEVSVCETGSN
Site 82T602VEVSVCETGSNTEES
Site 83S604VSVCETGSNTEESVN
Site 84S609TGSNTEESVNDLTLL
Site 85T614EESVNDLTLLKTNLN
Site 86T618NDLTLLKTNLNLKEV
Site 87S627LNLKEVRSIGCGDCS
Site 88T638GDCSVDVTVCSPKEC
Site 89S641SVDVTVCSPKECASR
Site 90T673PRTADQDTSTDLEQV
Site 91S674RTADQDTSTDLEQVH
Site 92T675TADQDTSTDLEQVHQ
Site 93S701SCTNTCLSTLDKQTS
Site 94T716TQTVETRTVAVGEGR
Site 95S729GRVKDINSSTKTRSI
Site 96T731VKDINSSTKTRSIGV
Site 97T733DINSSTKTRSIGVGT
Site 98S735NSSTKTRSIGVGTLL
Site 99S746GTLLSGHSGFDRPSA
Site 100S752HSGFDRPSAVKTKES
Site 101T756DRPSAVKTKESGVGQ
Site 102Y770QININDNYLVGLKMR
Site 103T791PQLTVGLTASRRSVG
Site 104S796GLTASRRSVGVGDDP
Site 105Y826MMTGLDHYIERIQKL
Site 106S857EAFGEPHSQMGSLNS
Site 107S861EPHSQMGSLNSQLIS
Site 108S864SQMGSLNSQLISTLS
Site 109S868SLNSQLISTLSSINS
Site 110S875STLSSINSVMKSAST
Site 111S879SINSVMKSASTEELR
Site 112S881NSVMKSASTEELRNP
Site 113T893RNPDFQKTSLGKITG
Site 114S894NPDFQKTSLGKITGN
Site 115S914CKCGGLQSGSPLSSQ
Site 116S916CGGLQSGSPLSSQTS
Site 117S919LQSGSPLSSQTSQPE
Site 118S920QSGSPLSSQTSQPEQ
Site 119S923SPLSSQTSQPEQEVG
Site 120S932PEQEVGTSEGKPISS
Site 121S938TSEGKPISSLDAFPT
Site 122S939SEGKPISSLDAFPTQ
Site 123T945SSLDAFPTQEGTLSP
Site 124T949AFPTQEGTLSPVNLT
Site 125S951PTQEGTLSPVNLTDD
Site 126T968AAGLYACTNNESTLK
Site 127S976NNESTLKSIMKKKDG
Site 128S987KKDGNKDSNGAKKNL
Site 129Y1003FVGINGGYETTSSDD
Site 130S1007NGGYETTSSDDSSSD
Site 131S1008GGYETTSSDDSSSDE
Site 132S1011ETTSSDDSSSDESSS
Site 133S1012TTSSDDSSSDESSSS
Site 134S1013TSSDDSSSDESSSSE
Site 135S1016DDSSSDESSSSESDD
Site 136S1017DSSSDESSSSESDDE
Site 137S1018SSSDESSSSESDDEC
Site 138S1019SSDESSSSESDDECD
Site 139S1021DESSSSESDDECDVI
Site 140Y1030DECDVIEYPLEEEEE
Site 141T1043EEEEDEDTRGMAEGH
Site 142S1060VNIEGLKSARVEDEM
Site 143Y1083KVEIRERYELSEKML
Site 144S1086IRERYELSEKMLSAC
Site 145S1091ELSEKMLSACNLLKN
Site 146S1126QHEWFRVSSQKSAIP
Site 147S1127HEWFRVSSQKSAIPA
Site 148Y1168NGNTALHYSVSHSNF
Site 149S1169GNTALHYSVSHSNFE
Site 150S1173LHYSVSHSNFEIVKL
Site 151S1231GDVNAKASQAGQTAL
Site 152S1302HLEDNDGSTALSIAL
Site 153S1306NDGSTALSIALEAGH
Site 154S1331VNFAKAQSPGTPRLG
Site 155T1334AKAQSPGTPRLGRKT
Site 156T1341TPRLGRKTSPGPTHR
Site 157S1342PRLGRKTSPGPTHRG
Site 158T1346RKTSPGPTHRGSFD_
 
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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