PhosphoNET

           
Protein Info 
   
Short Name:  LRRC53
Full Name:  Leucine-rich repeat-containing protein 53
Alias: 
Type: 
Mass (Da):  140742
Number AA:  1247
UniProt ID:  A6NM62
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 1S47ITDGYLSSIESTNLS
Site 2T85HGLTMLRTLLLEHNQ
Site 3S94LLEHNQISSSSLTDH
Site 4S95LEHNQISSSSLTDHT
Site 5S96EHNQISSSSLTDHTF
Site 6S97HNQISSSSLTDHTFS
Site 7T99QISSSSLTDHTFSKL
Site 8T102SSSLTDHTFSKLHSL
Site 9S104SLTDHTFSKLHSLQV
Site 10S108HTFSKLHSLQVLVLS
Site 11T121LSNNALRTLRGSWFR
Site 12S125ALRTLRGSWFRNTSG
Site 13T130RGSWFRNTSGLTRLQ
Site 14S131GSWFRNTSGLTRLQL
Site 15T147GNQITNLTDSSFGGT
Site 16S149QITNLTDSSFGGTNL
Site 17S150ITNLTDSSFGGTNLH
Site 18T154TDSSFGGTNLHSLRY
Site 19S158FGGTNLHSLRYLDLS
Site 20Y161TNLHSLRYLDLSNNF
Site 21S189QLQEVDLSRNRLAHM
Site 22S210LKQLILLSLDKNQWS
Site 23Y232LARFLRNYIKSSAHT
Site 24S235FLRNYIKSSAHTLRN
Site 25T239YIKSSAHTLRNAKDL
Site 26S265AQSVLRLSETNCDSK
Site 27T267SVLRLSETNCDSKAP
Site 28S271LSETNCDSKAPNFTL
Site 29S284TLVLKDRSPLLPGPD
Site 30T335SENLCCRTFDEPLCA
Site 31S368ENEIKVMSTVGSRKE
Site 32S372KVMSTVGSRKEMPLL
Site 33S383MPLLQENSHQATSAS
Site 34T387QENSHQATSASESAT
Site 35S388ENSHQATSASESATL
Site 36S390SHQATSASESATLDG
Site 37S392QATSASESATLDGSF
Site 38T394TSASESATLDGSFRN
Site 39S398ESATLDGSFRNLKKK
Site 40T412KDRGVGSTLFCQDGR
Site 41S423QDGRLLHSECSEPPG
Site 42S426RLLHSECSEPPGNMR
Site 43Y444EAGLLTTYNPRKVQK
Site 44T464PGEVQPQTLQHHIIR
Site 45T472LQHHIIRTEDISSDI
Site 46S476IIRTEDISSDIFRRR
Site 47S477IRTEDISSDIFRRRY
Site 48Y484SDIFRRRYATPASAL
Site 49T486IFRRRYATPASALAG
Site 50S489RRYATPASALAGESL
Site 51S495ASALAGESLEKRLTN
Site 52T501ESLEKRLTNESWQPP
Site 53S504EKRLTNESWQPPIEK
Site 54T526HRQRHFITSSSSKPC
Site 55S527RQRHFITSSSSKPCE
Site 56S528QRHFITSSSSKPCEP
Site 57S529RHFITSSSSKPCEPE
Site 58S530HFITSSSSKPCEPEE
Site 59Y539PCEPEEHYVQKIVQK
Site 60Y551VQKNRSKYDDPCGLL
Site 61S561PCGLLKQSKPRYFQP
Site 62Y565LKQSKPRYFQPNNSL
Site 63Y576NNSLICKYVPCEQFE
Site 64Y585PCEQFEDYMKEKKPN
Site 65S597KPNRRQHSKPEKEQI
Site 66S616AIEKFLMSEDNIDLS
Site 67S623SEDNIDLSGLSTKTK
Site 68T627IDLSGLSTKTKKAYS
Site 69S634TKTKKAYSPKRVIFH
Site 70S651DLVEINRSMMSPKIS
Site 71S654EINRSMMSPKISTPW
Site 72S658SMMSPKISTPWKRQK
Site 73T659MMSPKISTPWKRQKN
Site 74S668WKRQKNQSNQLTKLD
Site 75T672KNQSNQLTKLDVKKF
Site 76T703WVLKRKRTPQSDLKG
Site 77S706KRKRTPQSDLKGKIK
Site 78S734VRVHPEKSLSSLPKQ
Site 79S736VHPEKSLSSLPKQCK
Site 80S753LLPPKKLSKTSETEA
Site 81T764ETEAKINTVCSADFL
Site 82S767AKINTVCSADFLQQS
Site 83S774SADFLQQSESSNYVR
Site 84S776DFLQQSESSNYVRLT
Site 85Y779QQSESSNYVRLTSKR
Site 86T783SSNYVRLTSKRLPLK
Site 87S784SNYVRLTSKRLPLKH
Site 88T796LKHDSKQTPYYQRNT
Site 89Y798HDSKQTPYYQRNTKR
Site 90Y799DSKQTPYYQRNTKRA
Site 91T803TPYYQRNTKRAPLLS
Site 92S810TKRAPLLSANNLRVV
Site 93S820NLRVVNQSSIESSCY
Site 94S821LRVVNQSSIESSCYS
Site 95S824VNQSSIESSCYSAGH
Site 96S825NQSSIESSCYSAGHI
Site 97Y827SSIESSCYSAGHIPD
Site 98S828SIESSCYSAGHIPDG
Site 99S838HIPDGNTSKLPQPTP
Site 100T844TSKLPQPTPTDAEHR
Site 101S853TDAEHRHSHSQFSTE
Site 102S855AEHRHSHSQFSTEQM
Site 103T859HSHSQFSTEQMEDAT
Site 104T866TEQMEDATQLESKVL
Site 105S870EDATQLESKVLSYLA
Site 106S874QLESKVLSYLATTWE
Site 107T878KVLSYLATTWENTGS
Site 108S893DVLPFQHSRRATDQG
Site 109T897FQHSRRATDQGTTES
Site 110T901RRATDQGTTESTEHM
Site 111S904TDQGTTESTEHMGQN
Site 112S913EHMGQNVSKTSELNQ
Site 113S922TSELNQFSLSPRNQT
Site 114S924ELNQFSLSPRNQTQL
Site 115T929SLSPRNQTQLLDAHK
Site 116T937QLLDAHKTDSYNKEY
Site 117S939LDAHKTDSYNKEYTL
Site 118Y940DAHKTDSYNKEYTLD
Site 119S960QHREQNSSHAQLENK
Site 120T970QLENKEKTLMTKPQI
Site 121T973NKEKTLMTKPQISHQ
Site 122S999NDVEKKLSKTETYDS
Site 123T1001VEKKLSKTETYDSSL
Site 124T1003KKLSKTETYDSSLIP
Site 125S1006SKTETYDSSLIPQTQ
Site 126S1007KTETYDSSLIPQTQS
Site 127T1012DSSLIPQTQSKNNLS
Site 128S1014SLIPQTQSKNNLSFM
Site 129S1019TQSKNNLSFMKTNSI
Site 130T1023NNLSFMKTNSIPYQN
Site 131S1039IELPKDISTSPVSSQ
Site 132T1040ELPKDISTSPVSSQA
Site 133S1041LPKDISTSPVSSQAV
Site 134S1044DISTSPVSSQAVWHL
Site 135T1052SQAVWHLTNSSEKGI
Site 136S1061SSEKGIDSTNALPRN
Site 137T1062SEKGIDSTNALPRND
Site 138T1071ALPRNDGTEALEIKI
Site 139S1090EKNMLDESKTDSSML
Site 140T1092NMLDESKTDSSMLTQ
Site 141S1094LDESKTDSSMLTQIS
Site 142S1095DESKTDSSMLTQISQ
Site 143T1098KTDSSMLTQISQMTL
Site 144T1115ITKERQQTWENGTSE
Site 145S1130KYILHDASSAEETIT
Site 146S1131YILHDASSAEETITA
Site 147T1135DASSAEETITAKDLS
Site 148T1137SSAEETITAKDLSIT
Site 149S1142TITAKDLSITSSHET
Site 150S1146KDLSITSSHETQNRI
Site 151T1149SITSSHETQNRILCS
Site 152S1181NIQPDKDSAHKEGAM
Site 153T1189AHKEGAMTVETHEAL
Site 154S1197VETHEALSFLPGLKD
Site 155S1205FLPGLKDSFEAENEV
Site 156S1225RINEAENSAPKPVLY
Site 157Y1232SAPKPVLYPPSAEYA
Site 158S1235KPVLYPPSAEYATTS
Site 159Y1238LYPPSAEYATTSPLE
Site 160T1241PSAEYATTSPLETE_
Site 161S1242SAEYATTSPLETE__
 
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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