PhosphoNET

           
Protein Info 
   
Short Name:  DLEC1
Full Name:  Deleted in lung and esophageal cancer protein 1
Alias:  DLC1
Type:  Tumour suppressor protein
Mass (Da):  195783
Number AA:  1755
UniProt ID:  Q9Y238
International Prot ID:  IPI00164104
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0008285     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 1S6__METRSSKTRRSLA
Site 2T8METRSSKTRRSLASR
Site 3S11RSSKTRRSLASRTNE
Site 4S14KTRRSLASRTNECQG
Site 5T22RTNECQGTMWAPTSP
Site 6T27QGTMWAPTSPPAGSS
Site 7S28GTMWAPTSPPAGSSS
Site 8S33PTSPPAGSSSPSQPT
Site 9S34TSPPAGSSSPSQPTW
Site 10S35SPPAGSSSPSQPTWK
Site 11S37PAGSSSPSQPTWKSS
Site 12T40SSSPSQPTWKSSLYS
Site 13S43PSQPTWKSSLYSSLA
Site 14S44SQPTWKSSLYSSLAY
Site 15Y46PTWKSSLYSSLAYSE
Site 16S47TWKSSLYSSLAYSEA
Site 17S48WKSSLYSSLAYSEAF
Site 18S52LYSSLAYSEAFHYSF
Site 19Y57AYSEAFHYSFAARPR
Site 20S58YSEAFHYSFAARPRR
Site 21T67AARPRRLTQLALAQR
Site 22S85QLLRLRPSSLRTQDI
Site 23S86LLRLRPSSLRTQDIS
Site 24T89LRPSSLRTQDISHLL
Site 25S116IGDEVSASLIKARGS
Site 26S123SLIKARGSENERHEE
Site 27Y142LQQIRELYKQRLDEF
Site 28T157EMLERHITQAQARAI
Site 29S172AENERVMSQAGVQDL
Site 30S190VRLPPVKSVSRWCID
Site 31S208LRKHHLISPEDYYTD
Site 32Y212HLISPEDYYTDTVPF
Site 33Y213LISPEDYYTDTVPFH
Site 34T214ISPEDYYTDTVPFHS
Site 35T216PEDYYTDTVPFHSAP
Site 36S221TDTVPFHSAPKGISL
Site 37S227HSAPKGISLPGCSKL
Site 38T235LPGCSKLTFSCEKRS
Site 39S237GCSKLTFSCEKRSVQ
Site 40S242TFSCEKRSVQKKELN
Site 41S255LNKKLEDSCRKKLAE
Site 42T270FEDELDHTVDSLTWN
Site 43S273ELDHTVDSLTWNLTP
Site 44T275DHTVDSLTWNLTPKA
Site 45T279DSLTWNLTPKAKERT
Site 46S294REPLKKASQPRNKNW
Site 47S322LLLARMESRNHFLKN
Site 48T337PRFFPPNTRYGGKSL
Site 49Y339FFPPNTRYGGKSLVF
Site 50S343NTRYGGKSLVFPPKK
Site 51S359APIGEFQSTEPEQSC
Site 52T360PIGEFQSTEPEQSCA
Site 53S365QSTEPEQSCADTPVF
Site 54T369PEQSCADTPVFLAKP
Site 55T401IALQNTTTTSRYLRV
Site 56Y405NTTTTSRYLRVLPPS
Site 57T516RFCIMPKTSWPPLSF
Site 58S562EVLFSPKSLGKAEQT
Site 59S599ALDLIYISGEKSQPD
Site 60S603IYISGEKSQPDPGEL
Site 61T614PGELTDLTAQHFIRF
Site 62S628FEPENLRSTARKQLI
Site 63T629EPENLRSTARKQLII
Site 64Y647THVELAFYWQIMKPN
Site 65T663QPLMPGETFSMDSIK
Site 66Y672SMDSIKCYPDKETAF
Site 67T677KCYPDKETAFSIMPR
Site 68S680PDKETAFSIMPRKGV
Site 69S689MPRKGVLSPHTDHEF
Site 70T692KGVLSPHTDHEFILS
Site 71S699TDHEFILSFSPHELR
Site 72S701HEFILSFSPHELRDF
Site 73S710HELRDFHSVLQMVLE
Site 74S724EEVPEPVSSEAESLG
Site 75S725EVPEPVSSEAESLGH
Site 76S729PVSSEAESLGHSSYS
Site 77S733EAESLGHSSYSVDDV
Site 78Y791NSKSPIRYLWGKISD
Site 79S814GTGVIEPSEVGDFEL
Site 80T824GDFELNFTGGVPGPT
Site 81S844CEIEDSPSPVVLHIE
Site 82S880LGQKATNSIQIRNVS
Site 83S887SIQIRNVSQLPATWR
Site 84T892NVSQLPATWRMKESP
Site 85S898ATWRMKESPVSLQER
Site 86S901RMKESPVSLQERPED
Site 87S910QERPEDVSPFDIEPS
Site 88S917SPFDIEPSSGQLHSL
Site 89S918PFDIEPSSGQLHSLG
Site 90S923PSSGQLHSLGECRVD
Site 91T932GECRVDITLEALHCQ
Site 92Y960AWSYLPVYAEVQKPH
Site 93Y969EVQKPHVYLQSSQVE
Site 94S973PHVYLQSSQVEVRNL
Site 95Y981QVEVRNLYLGVPTKT
Site 96S1067KPLVLGISGKPQGLQ
Site 97T1078QGLQVAITISKESSD
Site 98S1080LQVAITISKESSDCS
Site 99S1084ITISKESSDCSTEQW
Site 100S1087SKESSDCSTEQWPGH
Site 101T1088KESSDCSTEQWPGHP
Site 102S1104ELRLDFGSAVPLRTR
Site 103T1113VPLRTRVTRQLILTN
Site 104T1119VTRQLILTNRSPIRT
Site 105S1122QLILTNRSPIRTRFS
Site 106T1126TNRSPIRTRFSLKFE
Site 107S1129SPIRTRFSLKFEYFG
Site 108Y1134RFSLKFEYFGSPQNS
Site 109S1137LKFEYFGSPQNSLSK
Site 110S1141YFGSPQNSLSKKTSL
Site 111S1143GSPQNSLSKKTSLPN
Site 112S1147NSLSKKTSLPNMPPA
Site 113T1158MPPALLKTVRMQEHL
Site 114S1176EQLDFMESMLSHGKG
Site 115S1179DFMESMLSHGKGAAF
Site 116T1247CPISSLRTTSYTIDQ
Site 117T1248PISSLRTTSYTIDQA
Site 118S1249ISSLRTTSYTIDQAQ
Site 119Y1250SSLRTTSYTIDQAQK
Site 120T1251SLRTTSYTIDQAQKE
Site 121T1265EPAMRFGTQVSGGDT
Site 122T1272TQVSGGDTVTRTLRL
Site 123T1274VSGGDTVTRTLRLNN
Site 124T1276GGDTVTRTLRLNNSS
Site 125S1282RTLRLNNSSPCDIRL
Site 126S1283TLRLNNSSPCDIRLD
Site 127T1293DIRLDWETYVPEDKE
Site 128Y1294IRLDWETYVPEDKED
Site 129S1338EGGCLLWSPGPSSSS
Site 130S1342LLWSPGPSSSSEFSH
Site 131S1343LWSPGPSSSSEFSHE
Site 132S1344WSPGPSSSSEFSHET
Site 133S1345SPGPSSSSEFSHETD
Site 134S1348PSSSSEFSHETDSSV
Site 135T1351SSEFSHETDSSVEGS
Site 136S1353EFSHETDSSVEGSSS
Site 137S1354FSHETDSSVEGSSSA
Site 138S1358TDSSVEGSSSASNRV
Site 139S1360SSVEGSSSASNRVAQ
Site 140S1362VEGSSSASNRVAQKL
Site 141S1382QAHEGVPSGHLYCIS
Site 142Y1386GVPSGHLYCISPKQV
Site 143S1431GYALGFMSLDSKVER
Site 144S1434LGFMSLDSKVEREIP
Site 145S1461PLKLDLHSYVRPAQL
Site 146Y1462LKLDLHSYVRPAQLS
Site 147S1469YVRPAQLSVELDYGG
Site 148Y1474QLSVELDYGGSMEFQ
Site 149S1498QPCSGVLSELVTTHH
Site 150T1511HHLKLTNTTEIPHYF
Site 151Y1517NTTEIPHYFRLMVSR
Site 152S1523HYFRLMVSRPFSVSQ
Site 153S1527LMVSRPFSVSQDGAS
Site 154S1529VSRPFSVSQDGASQD
Site 155S1534SVSQDGASQDHRAPG
Site 156S1554ECEEETASADKQLVL
Site 157S1581SLSLELLSYQKLPAD
Site 158Y1582LSLELLSYQKLPADQ
Site 159T1590QKLPADQTLPGVDIQ
Site 160S1601VDIQQSASGEREMVF
Site 161T1609GEREMVFTQNLLLEY
Site 162S1640PELQLSTSWVDFGTC
Site 163S1650DFGTCFVSQQRVREV
Site 164Y1658QQRVREVYLMNLSGC
Site 165Y1668NLSGCRSYWTMLMGQ
Site 166S1691AFRVSPNSGLLEARS
Site 167S1698SGLLEARSANAPPTS
Site 168S1717VFFTARSSELYESTM
Site 169Y1720TARSSELYESTMVVE
Site 170S1722RSSELYESTMVVEGV
Site 171S1734EGVLGEKSCTLRLRG
Site 172T1736VLGEKSCTLRLRGQG
Site 173S1744LRLRGQGSYDERYML
Site 174Y1745RLRGQGSYDERYMLP
Site 175Y1749QGSYDERYMLPHQP_
 
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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