PhosphoNET

           
Protein Info 
   
Short Name:  LPHN1
Full Name:  Latrophilin-1
Alias:  Calcium-independent alpha-latrotoxin receptor 1; CIRL1; KIAA0821; LEC2; Lectomedin-2; LHN1
Type:  Receptor, G protein-coupled
Mass (Da):  162717
Number AA:  1474
UniProt ID:  O94910
International Prot ID:  IPI00183445
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021  GO:0005886   Uniprot OncoNet
Molecular Function:  GO:0004930  GO:0005529   PhosphoSite+ KinaseNET
Biological Process:  GO:0007218     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 1S26TSATQGLSRAGLPFG
Site 2Y44RELACEGYPIELRCP
Site 3Y63IMVENANYGRTDDKI
Site 4T100SQRCNNRTQCVVVAG
Site 5Y121PCPGTYKYLEVQYDC
Site 6Y126YKYLEVQYDCVPYKV
Site 7Y131VQYDCVPYKVEQKVF
Site 8S152QKVLEPTSTHESEHQ
Site 9T153KVLEPTSTHESEHQS
Site 10S156EPTSTHESEHQSGAW
Site 11T186WIPYRTDTLTEYASW
Site 12T188PYRTDTLTEYASWED
Site 13Y190RTDTLTEYASWEDYV
Site 14S192DTLTEYASWEDYVAA
Site 15Y196EYASWEDYVAARHTT
Site 16T202DYVAARHTTTYRLPN
Site 17T203YVAARHTTTYRLPNR
Site 18Y205AARHTTTYRLPNRVD
Site 19T214LPNRVDGTGFVVYDG
Site 20Y236RTRNIVKYDLRTRIK
Site 21T240IVKYDLRTRIKSGET
Site 22S244DLRTRIKSGETVINT
Site 23Y254TVINTANYHDTSPYR
Site 24T266PYRWGGKTDIDLAVD
Site 25Y281ENGLWVIYATEGNNG
Site 26S293NNGRLVVSQLNPYTL
Site 27Y298VVSQLNPYTLRFEGT
Site 28T299VSQLNPYTLRFEGTW
Site 29Y310EGTWETGYDKRSASN
Site 30S314ETGYDKRSASNAFMV
Site 31S316GYDKRSASNAFMVCG
Site 32Y332LYVLRSVYVDDDSEA
Site 33S337SVYVDDDSEAAGNRV
Site 34Y346AAGNRVDYAFNTNAN
Site 35S359ANREEPVSLTFPNPY
Site 36T361REEPVSLTFPNPYQF
Site 37Y366SLTFPNPYQFISSVD
Site 38S370PNPYQFISSVDYNPR
Site 39Y374QFISSVDYNPRDNQL
Site 40Y382NPRDNQLYVWNNYFV
Site 41S393NYFVVRYSLEFGPPD
Site 42S402EFGPPDPSAGPATSP
Site 43T407DPSAGPATSPPLSTT
Site 44S408PSAGPATSPPLSTTT
Site 45S412PATSPPLSTTTTARP
Site 46T416PPLSTTTTARPTPLT
Site 47T420TTTTARPTPLTSTAS
Site 48T423TARPTPLTSTASPAA
Site 49S424ARPTPLTSTASPAAT
Site 50T425RPTPLTSTASPAATT
Site 51T431STASPAATTPLRRAP
Site 52T432TASPAATTPLRRAPL
Site 53T441LRRAPLTTHPVGAIN
Site 54T458GPDLPPATAPVPSTR
Site 55S463PATAPVPSTRRPPAP
Site 56T464ATAPVPSTRRPPAPN
Site 57S475PAPNLHVSPELFCEP
Site 58T493RRVQWPATQQGMLVE
Site 59S530NPRGPDLSNCTSPWV
Site 60S534PDLSNCTSPWVNQVA
Site 61S546QVAQKIKSGENAANI
Site 62T561ASELARHTRGSIYAG
Site 63S564LARHTRGSIYAGDVS
Site 64Y566RHTRGSIYAGDVSSS
Site 65S572IYAGDVSSSVKLMEQ
Site 66S573YAGDVSSSVKLMEQL
Site 67S598LRPIERESAGKNYNK
Site 68T612KMHKRERTCKDYIKA
Site 69Y616RERTCKDYIKAVVET
Site 70S635LRPEALESWKDMNAT
Site 71Y702LVFPQEEYPRKNSIQ
Site 72S707EEYPRKNSIQLSAKT
Site 73S711RKNSIQLSAKTIKQN
Site 74T714SIQLSAKTIKQNSRN
Site 75S739NNLGLFLSTENATVK
Site 76S771NSQVIAASINKESSR
Site 77S776AASINKESSRVFLMD
Site 78Y807ANCSFWNYSERSMLG
Site 79Y815SERSMLGYWSTQGCR
Site 80T829RLVESNKTHTTCACS
Site 81T831VESNKTHTTCACSHL
Site 82Y851LMAHREIYQGRINEL
Site 83T890CFLRGLQTDRNTIHK
Site 84T894GLQTDRNTIHKNLCI
Site 85S958LLVEVFESEYSRTKY
Site 86Y960VEVFESEYSRTKYYY
Site 87S961EVFESEYSRTKYYYL
Site 88T963FESEYSRTKYYYLGG
Site 89Y965SEYSRTKYYYLGGYC
Site 90Y966EYSRTKYYYLGGYCF
Site 91Y967YSRTKYYYLGGYCFP
Site 92Y986GIAAAIDYRSYGTEK
Site 93S988AAAIDYRSYGTEKAC
Site 94Y989AAIDYRSYGTEKACW
Site 95S1032TLHKMIRSSSVLKPD
Site 96S1033LHKMIRSSSVLKPDS
Site 97S1034HKMIRSSSVLKPDSS
Site 98S1040SSVLKPDSSRLDNIK
Site 99S1041SVLKPDSSRLDNIKS
Site 100Y1116SKCLRHSYCCIRSPP
Site 101S1121HSYCCIRSPPGGTHG
Site 102T1126IRSPPGGTHGSLKTS
Site 103S1129PPGGTHGSLKTSAMR
Site 104T1132GTHGSLKTSAMRSNT
Site 105S1133THGSLKTSAMRSNTR
Site 106S1137LKTSAMRSNTRYYTG
Site 107T1139TSAMRSNTRYYTGTQ
Site 108Y1141AMRSNTRYYTGTQSR
Site 109Y1142MRSNTRYYTGTQSRI
Site 110T1143RSNTRYYTGTQSRIR
Site 111T1145NTRYYTGTQSRIRRM
Site 112S1147RYYTGTQSRIRRMWN
Site 113T1156IRRMWNDTVRKQTES
Site 114T1161NDTVRKQTESSFMAG
Site 115S1163TVRKQTESSFMAGDI
Site 116S1164VRKQTESSFMAGDIN
Site 117S1172FMAGDINSTPTLNRG
Site 118T1173MAGDINSTPTLNRGT
Site 119T1175GDINSTPTLNRGTMG
Site 120T1180TPTLNRGTMGNHLLT
Site 121T1187TMGNHLLTNPVLQPR
Site 122T1197VLQPRGGTSPYNTLI
Site 123S1198LQPRGGTSPYNTLIA
Site 124T1202GGTSPYNTLIAESVG
Site 125S1207YNTLIAESVGFNPSS
Site 126S1213ESVGFNPSSPPVFNS
Site 127S1214SVGFNPSSPPVFNSP
Site 128S1220SSPPVFNSPGSYREP
Site 129S1223PVFNSPGSYREPKHP
Site 130Y1224VFNSPGSYREPKHPL
Site 131T1241REACGMDTLPLNGNF
Site 132Y1252NGNFNNSYSLRSGDF
Site 133S1253GNFNNSYSLRSGDFP
Site 134S1296VHNNLRGSSSAAKGP
Site 135S1297HNNLRGSSSAAKGPP
Site 136S1298NNLRGSSSAAKGPPP
Site 137Y1337RAEIELLYKALEEPL
Site 138S1351LLLPRAQSVLYQSDL
Site 139Y1354PRAQSVLYQSDLDES
Site 140S1356AQSVLYQSDLDESES
Site 141S1363SDLDESESCTAEDGA
Site 142T1365LDESESCTAEDGATS
Site 143T1371CTAEDGATSRPLSSP
Site 144S1372TAEDGATSRPLSSPP
Site 145S1376GATSRPLSSPPGRDS
Site 146S1377ATSRPLSSPPGRDSL
Site 147S1383SSPPGRDSLYASGAN
Site 148Y1385PPGRDSLYASGANLR
Site 149S1387GRDSLYASGANLRDS
Site 150S1394SGANLRDSPSYPDSS
Site 151S1396ANLRDSPSYPDSSPE
Site 152Y1397NLRDSPSYPDSSPEG
Site 153S1400DSPSYPDSSPEGPSE
Site 154S1401SPSYPDSSPEGPSEA
Site 155S1406DSSPEGPSEALPPPP
Site 156Y1423PPGPPEIYYTSRPPA
Site 157Y1424PGPPEIYYTSRPPAL
Site 158T1425GPPEIYYTSRPPALV
Site 159S1426PPEIYYTSRPPALVA
Site 160Y1440ARNPLQGYYQVRRPS
Site 161Y1441RNPLQGYYQVRRPSH
Site 162S1447YYQVRRPSHEGYLAA
Site 163Y1451RRPSHEGYLAAPGLE
Site 164S1473GQMQLVTSL______
 
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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