PhosphoNET

           
Protein Info 
   
Short Name:  LRRK2
Full Name:  Leucine-rich repeat serine/threonine-protein kinase 2
Alias:  Dardarin; DKFZp434H2111; EC 2.7.11.1; FLJ45829; Leucine-rich repeat kinase 2; PARK8; RIPK7; ROCO2
Type:  Protein kinase, Ser/Thr (non-receptor); EC 2.7.11.1; TKL group; LRRK family
Mass (Da):  286058
Number AA:  2527
UniProt ID:  Q5S007
International Prot ID:  IPI00175649
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0032473  GO:0019898   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0005525  GO:0034211 PhosphoSite+ KinaseNET
Biological Process:  GO:0000165  GO:0008219  GO:0008340 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 1S3_____MASGSCQGCE
Site 2S5___MASGSCQGCEED
Site 3T15GCEEDEETLKKLIVR
Site 4Y47EDLLVFTYSEHASKL
Site 5S52FTYSEHASKLFQGKN
Site 6S76DSYMRVASVQQVGWS
Site 7S192HVLFERVSEEQLTEF
Site 8T197RVSEEQLTEFVENKD
Site 9Y205EFVENKDYMILLSAS
Site 10S210KDYMILLSASTNFKD
Site 11S263AMKAFPMSERIQEVS
Site 12S270SERIQEVSCCLLHRL
Site 13Y380ALNNLLMYQNSLHEK
Site 14S383NLLMYQNSLHEKIGD
Site 15S404AHREVMLSMLMHSSS
Site 16S409MLSMLMHSSSKEVFQ
Site 17S411SMLMHSSSKEVFQAS
Site 18S418SKEVFQASANALSTL
Site 19T424ASANALSTLLEQNVN
Site 20S455LMQKHIHSPEVAESG
Site 21S461HSPEVAESGCKMLNH
Site 22T489AVVPKILTVMKRHET
Site 23T496TVMKRHETSLPVQLE
Site 24T524PEESREDTEFHHKLN
Site 25S581PDALEMLSLEGAMDS
Site 26T592AMDSVLHTLQMYPDD
Site 27Y596VLHTLQMYPDDQEIQ
Site 28S633LLAKILVSSLYRFKD
Site 29S634LAKILVSSLYRFKDV
Site 30Y636KILVSSLYRFKDVAE
Site 31Y707AKVAMDDYLKNVMLE
Site 32S754QVCEKESSPKLVELL
Site 33S764LVELLLNSGSREQDV
Site 34S766ELLLNSGSREQDVRK
Site 35T776QDVRKALTISIGKGD
Site 36T826GPLFPDKTSNLRKQT
Site 37S827PLFPDKTSNLRKQTN
Site 38T833TSNLRKQTNIASTLA
Site 39T838KQTNIASTLARMVIR
Site 40S850VIRYQMKSAVEEGTA
Site 41T856KSAVEEGTASGSDGN
Site 42S858AVEEGTASGSDGNFS
Site 43S860EEGTASGSDGNFSED
Site 44S865SGSDGNFSEDVLSKF
Site 45T876LSKFDEWTFIPDSSM
Site 46S881EWTFIPDSSMDSVFA
Site 47S885IPDSSMDSVFAQSDD
Site 48S890MDSVFAQSDDLDSEG
Site 49S895AQSDDLDSEGSEGSF
Site 50S898DDLDSEGSEGSFLVK
Site 51S901DSEGSEGSFLVKKKS
Site 52S908SFLVKKKSNSISVGE
Site 53S910LVKKKSNSISVGEFY
Site 54S912KKKSNSISVGEFYRD
Site 55Y917SISVGEFYRDAVLQR
Site 56S926DAVLQRCSPNLQRHS
Site 57S933SPNLQRHSNSLGPIF
Site 58S935NLQRHSNSLGPIFDH
Site 59S954KRKRKILSSDDSLRS
Site 60S955RKRKILSSDDSLRSS
Site 61S958KILSSDDSLRSSKLQ
Site 62S961SSDDSLRSSKLQSHM
Site 63S962SDDSLRSSKLQSHMR
Site 64S966LRSSKLQSHMRHSDS
Site 65S971LQSHMRHSDSISSLA
Site 66S973SHMRHSDSISSLASE
Site 67S975MRHSDSISSLASERE
Site 68S976RHSDSISSLASEREY
Site 69S979DSISSLASEREYITS
Site 70Y983SLASEREYITSLDLS
Site 71S986SEREYITSLDLSANE
Site 72S990YITSLDLSANELRDI
Site 73T1024ELHQNALTSFPQQLC
Site 74S1025LHQNALTSFPQQLCE
Site 75T1033FPQQLCETLKSLTHL
Site 76S1036QLCETLKSLTHLDLH
Site 77S1044LTHLDLHSNKFTSFP
Site 78T1048DLHSNKFTSFPSYLL
Site 79S1049LHSNKFTSFPSYLLK
Site 80S1058PSYLLKMSCIANLDV
Site 81S1073SRNDIGPSVVLDPTV
Site 82S1091TLKQFNLSYNQLSFV
Site 83Y1092LKQFNLSYNQLSFVP
Site 84S1096NLSYNQLSFVPENLT
Site 85T1103SFVPENLTDVVEKLE
Site 86S1124NKISGICSPLRLKEL
Site 87S1137ELKILNLSKNHISSL
Site 88S1143LSKNHISSLSENFLE
Site 89S1145KNHISSLSENFLEAC
Site 90S1157EACPKVESFSARMNF
Site 91S1200LNLPHLRSLDMSSND
Site 92S1204HLRSLDMSSNDIQYL
Site 93Y1210MSSNDIQYLPGPAHW
Site 94S1219PGPAHWKSLNLRELL
Site 95S1228NLRELLFSHNQISIL
Site 96S1233LFSHNQISILDLSEK
Site 97Y1242LDLSEKAYLWSRVEK
Site 98S1253RVEKLHLSHNKLKEI
Site 99S1276NLTSLDVSYNLELRS
Site 100Y1277LTSLDVSYNLELRSF
Site 101S1283SYNLELRSFPNEMGK
Site 102S1292PNEMGKLSKIWDLPL
Site 103Y1332RLKKAVPYNRMKLMI
Site 104T1343KLMIVGNTGSGKTTL
Site 105S1345MIVGNTGSGKTTLLQ
Site 106T1348GNTGSGKTTLLQQLM
Site 107T1349NTGSGKTTLLQQLMK
Site 108T1357LLQQLMKTKKSDLGM
Site 109S1360QLMKTKKSDLGMQSA
Site 110T1368DLGMQSATVGIDVKD
Site 111Y1402FAGREEFYSTHPHFM
Site 112S1403AGREEFYSTHPHFMT
Site 113T1404GREEFYSTHPHFMTQ
Site 114T1410STHPHFMTQRALYLA
Site 115S1443FNIKARASSSPVILV
Site 116S1444NIKARASSSPVILVG
Site 117S1445IKARASSSPVILVGT
Site 118T1452SPVILVGTHLDVSDE
Site 119S1457VGTHLDVSDEKQRKA
Site 120S1467KQRKACMSKITKELL
Site 121T1470KACMSKITKELLNKR
Site 122Y1485GFPAIRDYHFVNATE
Site 123T1491DYHFVNATEESDALA
Site 124T1503ALAKLRKTIINESLN
Site 125S1508RKTIINESLNFKIRD
Site 126S1536ELEKIILSERKNVPI
Site 127S1593QDPALQLSDLYFVEP
Site 128T1612KIMAQILTVKVEGCP
Site 129S1627KHPKGIISRRDVEKF
Site 130S1636RDVEKFLSKKRKFPK
Site 131Y1645KRKFPKNYMSQYFKL
Site 132S1647KFPKNYMSQYFKLLE
Site 133Y1649PKNYMSQYFKLLEKF
Site 134S1672EYLLVPSSLSDHRPV
Site 135S1716INRLLEISPYMLSGR
Site 136Y1718RLLEISPYMLSGRER
Site 137S1721EISPYMLSGRERALR
Site 138Y1733ALRPNRMYWRQGIYL
Site 139Y1739MYWRQGIYLNWSPEA
Site 140S1761VLDNHPESFLKITVP
Site 141T1766PESFLKITVPSCRKG
Site 142S1815LKKWALYSFNDGEEH
Site 143T1849NPDQPRLTIPISQIA
Site 144S1853PRLTIPISQIAPDLI
Site 145S1892LGDGSFGSVYRAAYE
Site 146Y1894DGSFGSVYRAAYEGE
Site 147Y1898GSVYRAAYEGEEVAV
Site 148T1912VKIFNKHTSLRLLRQ
Site 149S1913KIFNKHTSLRLLRQE
Site 150S1954MELASKGSLDRLLQQ
Site 151S1965LLQQDKASLTRTLQH
Site 152T1967QQDKASLTRTLQHRI
Site 153T1969DKASLTRTLQHRIAL
Site 154Y1992LHSAMIIYRDLKPHN
Site 155Y2023ADYGIAQYCCRMGIK
Site 156T2031CCRMGIKTSEGTPGF
Site 157S2032CRMGIKTSEGTPGFR
Site 158T2035GIKTSEGTPGFRAPE
Site 159Y2050VARGNVIYNQQADVY
Site 160Y2057YNQQADVYSFGLLLY
Site 161S2058NQQADVYSFGLLLYD
Site 162T2124ENPQERPTSAQVFDI
Site 163S2125NPQERPTSAQVFDIL
Site 164T2174IWLGCGHTDRGQLSF
Site 165S2180HTDRGQLSFLDLNTE
Site 166T2186LSFLDLNTEGYTSEE
Site 167Y2189LDLNTEGYTSEEVAD
Site 168S2191LNTEGYTSEEVADSR
Site 169S2217EKESWIVSGTQSGTL
Site 170T2237EDGKKRHTLEKMTDS
Site 171Y2249TDSVTCLYCNSFSKQ
Site 172S2257CNSFSKQSKQKNFLL
Site 173S2304STPLMCLSESTNSTE
Site 174S2309CLSESTNSTERNVMW
Site 175T2310LSESTNSTERNVMWG
Site 176T2331FSFSNDFTIQKLIET
Site 177T2340QKLIETRTSQLFSYA
Site 178S2341KLIETRTSQLFSYAA
Site 179S2345TRTSQLFSYAAFSDS
Site 180Y2346RTSQLFSYAAFSDSN
Site 181S2370LYIAKQNSPVVEVWD
Site 182T2380VEVWDKKTEKLCGLI
Site 183S2404MVKENKESKHKMSYS
Site 184S2411SKHKMSYSGRVKTLC
Site 185T2416SYSGRVKTLCLQKNT
Site 186Y2449RRLIRVIYNFCNSVR
Site 187T2460NSVRVMMTAQLGSLK
Site 188Y2475NVMLVLGYNRKNTEG
Site 189T2480LGYNRKNTEGTQKQK
Site 190T2483NRKNTEGTQKQKEIQ
Site 191T2524LAEKMRRTSVE____
 
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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