PhosphoNET

           
Protein Info 
   
Short Name:  DLG1
Full Name:  Disks large homolog 1
Alias:  Discs large 1; Discs, large 1; Discs, large homolog 1; DJ1061C18.1.1; DLGH1; HDlg; Presynaptic protein SAP97; SAP97; SAP-97; Synapse-associated protein 97
Type:  Adapter/scaffold protein
Mass (Da):  100455
Number AA:  904
UniProt ID:  Q12959
International Prot ID:  IPI00030351
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016323  GO:0005911  GO:0005829 Uniprot OncoNet
Molecular Function:  GO:0008092  GO:0004385  GO:0019902 PhosphoSite+ KinaseNET
Biological Process:  GO:0031575  GO:0007015  GO:0016337 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 1T8MPVRKQDTQRALHLL
Site 2S20HLLEEYRSKLSQTED
Site 3S23EEYRSKLSQTEDRQL
Site 4T25YRSKLSQTEDRQLRS
Site 5S33EDRQLRSSIERVINI
Site 6S70NPKCIDRSKPSEPIQ
Site 7S73CIDRSKPSEPIQPVN
Site 8T81EPIQPVNTWEISSLP
Site 9S85PVNTWEISSLPSSTV
Site 10S86VNTWEISSLPSSTVT
Site 11S89WEISSLPSSTVTSET
Site 12S90EISSLPSSTVTSETL
Site 13T91ISSLPSSTVTSETLP
Site 14T93SLPSSTVTSETLPSS
Site 15S94LPSSTVTSETLPSSL
Site 16T96SSTVTSETLPSSLSP
Site 17S99VTSETLPSSLSPSVE
Site 18S100TSETLPSSLSPSVEK
Site 19S102ETLPSSLSPSVEKYR
Site 20S104LPSSLSPSVEKYRYQ
Site 21Y108LSPSVEKYRYQDEDT
Site 22Y110PSVEKYRYQDEDTPP
Site 23T115YRYQDEDTPPQEHIS
Site 24S122TPPQEHISPQITNEV
Site 25T126EHISPQITNEVIGPE
Site 26S138GPELVHVSEKNLSEI
Site 27S143HVSEKNLSEIENVHG
Site 28S153ENVHGFVSHSHISPI
Site 29S155VHGFVSHSHISPIKP
Site 30S158FVSHSHISPIKPTEA
Site 31T209VNTDSLETPTYVNGT
Site 32Y212DSLETPTYVNGTDAD
Site 33Y220VNGTDADYEYEEITL
Site 34Y222GTDADYEYEEITLER
Site 35T226DYEYEEITLERGNSG
Site 36S232ITLERGNSGLGFSIA
Site 37S237GNSGLGFSIAGGTDN
Site 38T242GFSIAGGTDNPHIGD
Site 39S251NPHIGDDSSIFITKI
Site 40T288EVDVRDVTHSKAVEA
Site 41S290DVRDVTHSKAVEALK
Site 42S301EALKEAGSIVRLYVK
Site 43Y306AGSIVRLYVKRRKPV
Site 44S314VKRRKPVSEKIMEIK
Site 45Y349IPGDNSIYVTKIIEG
Site 46T351GDNSIYVTKIIEGGA
Site 47T389VTHEEAVTALKNTSD
Site 48S395VTALKNTSDFVYLKV
Site 49Y399KNTSDFVYLKVAKPT
Site 50Y409VAKPTSMYMNDGYAP
Site 51Y414SMYMNDGYAPPDITN
Site 52T420GYAPPDITNSSSQPV
Site 53S422APPDITNSSSQPVDN
Site 54S424PDITNSSSQPVDNHV
Site 55S432QPVDNHVSPSSFLGQ
Site 56S435DNHVSPSSFLGQTPA
Site 57T440PSSFLGQTPASPARY
Site 58S443FLGQTPASPARYSPV
Site 59Y447TPASPARYSPVSKAV
Site 60S448PASPARYSPVSKAVL
Site 61S451PARYSPVSKAVLGDD
Site 62T461VLGDDEITREPRKVV
Site 63S503AGGPADLSGELRKGD
Site 64S514RKGDRIISVNSVDLR
Site 65S517DRIISVNSVDLRAAS
Site 66S524SVDLRAASHEQAAAA
Site 67S551QYRPEEYSRFEAKIH
Site 68S567LREQMMNSSISSGSG
Site 69S568REQMMNSSISSGSGS
Site 70S570QMMNSSISSGSGSLR
Site 71S571MMNSSISSGSGSLRT
Site 72S573NSSISSGSGSLRTSQ
Site 73S575SISSGSGSLRTSQKR
Site 74T578SGSGSLRTSQKRSLY
Site 75S579GSGSLRTSQKRSLYV
Site 76S583LRTSQKRSLYVRALF
Site 77Y585TSQKRSLYVRALFDY
Site 78Y592YVRALFDYDKTKDSG
Site 79T595ALFDYDKTKDSGLPS
Site 80S598DYDKTKDSGLPSQGL
Site 81S602TKDSGLPSQGLNFKF
Site 82S619ILHVINASDDEWWQA
Site 83T630WWQARQVTPDGESDE
Site 84S635QVTPDGESDEVGVIP
Site 85S643DEVGVIPSKRRVEKK
Site 86T657KERARLKTVKFNSKT
Site 87S662LKTVKFNSKTRDKGE
Site 88S676EIPDDMGSKGLKHVT
Site 89T683SKGLKHVTSNASDSE
Site 90S684KGLKHVTSNASDSES
Site 91S687KHVTSNASDSESSYR
Site 92S689VTSNASDSESSYRGQ
Site 93S691SNASDSESSYRGQEE
Site 94S692NASDSESSYRGQEEY
Site 95Y693ASDSESSYRGQEEYV
Site 96Y699SYRGQEEYVLSYEPV
Site 97S702GQEEYVLSYEPVNQQ
Site 98Y713VNQQEVNYTRPVIIL
Site 99T714NQQEVNYTRPVIILG
Site 100S733RINDDLISEFPDKFG
Site 101S741EFPDKFGSCVPHTTR
Site 102T746FGSCVPHTTRPKRDY
Site 103Y753TTRPKRDYEVDGRDY
Site 104Y760YEVDGRDYHFVTSRE
Site 105T764GRDYHFVTSREQMEK
Site 106S765RDYHFVTSREQMEKD
Site 107Y784KFIEAGQYNNHLYGT
Site 108Y789GQYNNHLYGTSVQSV
Site 109T791YNNHLYGTSVQSVRE
Site 110S795LYGTSVQSVREVAEK
Site 111Y824RLQIAQLYPISIFIK
Site 112T846MEMNKRLTEEQARKT
Site 113T853TEEQARKTFERAMKL
Site 114T865MKLEQEFTEHFTAIV
Site 115T876TAIVQGDTLEDIYNQ
Site 116Y881GDTLEDIYNQVKQII
Site 117S892KQIIEEQSGSYIWVP
Site 118S894IIEEQSGSYIWVPAK
Site 119Y895IEEQSGSYIWVPAKE
 
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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