PhosphoNET

           
Protein Info 
   
Short Name:  AUTS2
Full Name:  Autism susceptibility gene 2 protein
Alias:  autism susceptibility 2; autism susceptibility candidate 2; FBRSL2; KIAA0442
Type:  Unknown function
Mass (Da):  138982
Number AA:  1259
UniProt ID:  Q8WXX7
International Prot ID:  IPI00103655
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 1S16GLRKKRRSRSQRDRE
Site 2S18RKKRRSRSQRDRERR
Site 3S26QRDRERRSRGGLGAG
Site 4T43GGGGAGRTRALSLAS
Site 5S47AGRTRALSLASSSGS
Site 6S50TRALSLASSSGSDKE
Site 7S51RALSLASSSGSDKED
Site 8S52ALSLASSSGSDKEDN
Site 9S54SLASSSGSDKEDNGK
Site 10S64EDNGKPPSSAPSRPR
Site 11S65DNGKPPSSAPSRPRP
Site 12S68KPPSSAPSRPRPPRR
Site 13S80PRRKRRESTSAEEDI
Site 14T81RRKRRESTSAEEDII
Site 15S82RKRRESTSAEEDIID
Site 16T119ERVEKRQTPLTKKKR
Site 17T122EKRQTPLTKKKREAL
Site 18T130KKKREALTNGLSFHS
Site 19S134EALTNGLSFHSKKSR
Site 20S137TNGLSFHSKKSRLSH
Site 21S140LSFHSKKSRLSHPHH
Site 22S143HSKKSRLSHPHHYSS
Site 23Y148RLSHPHHYSSDREND
Site 24S149LSHPHHYSSDRENDR
Site 25S150SHPHHYSSDRENDRN
Site 26S181QLKPGQNSCRDSDSE
Site 27S185GQNSCRDSDSESASG
Site 28S187NSCRDSDSESASGES
Site 29S189CRDSDSESASGESKG
Site 30S191DSDSESASGESKGFH
Site 31S200ESKGFHRSSSRERLS
Site 32S201SKGFHRSSSRERLSD
Site 33S202KGFHRSSSRERLSDS
Site 34S207SSSRERLSDSSAPSS
Site 35S209SRERLSDSSAPSSLG
Site 36S210RERLSDSSAPSSLGT
Site 37S213LSDSSAPSSLGTGYF
Site 38S214SDSSAPSSLGTGYFC
Site 39T217SAPSSLGTGYFCDSD
Site 40Y219PSSLGTGYFCDSDSD
Site 41S223GTGYFCDSDSDQEEK
Site 42S225GYFCDSDSDQEEKAS
Site 43S232SDQEEKASDASSEKL
Site 44S236EKASDASSEKLFNTV
Site 45T242SSEKLFNTVIVNKDP
Site 46S261GTLPEHDSQDAGPIV
Site 47S277KISGLERSQEKSQDC
Site 48S281LERSQEKSQDCCKEP
Site 49S319EPQLRAPSPDPDLVQ
Site 50S338PPQPPPLSTQPPQGP
Site 51T339PQPPPLSTQPPQGPP
Site 52S366QRPPRPQSPTQLLHQ
Site 53T368PPRPQSPTQLLHQNL
Site 54S383PPVQAHPSAQSLSQP
Site 55S386QAHPSAQSLSQPLSA
Site 56S388HPSAQSLSQPLSAYN
Site 57S392QSLSQPLSAYNSSSL
Site 58Y394LSQPLSAYNSSSLSL
Site 59S396QPLSAYNSSSLSLNS
Site 60S397PLSAYNSSSLSLNSL
Site 61S398LSAYNSSSLSLNSLS
Site 62S400AYNSSSLSLNSLSSS
Site 63S403SSSLSLNSLSSSRSS
Site 64S405SLSLNSLSSSRSSTP
Site 65S406LSLNSLSSSRSSTPA
Site 66S407SLNSLSSSRSSTPAK
Site 67S409NSLSSSRSSTPAKTQ
Site 68S410SLSSSRSSTPAKTQP
Site 69T411LSSSRSSTPAKTQPA
Site 70T415RSSTPAKTQPAPPHI
Site 71S423QPAPPHISHHPSASP
Site 72S427PHISHHPSASPFPLS
Site 73S429ISHHPSASPFPLSLP
Site 74S434SASPFPLSLPNHSPL
Site 75S439PLSLPNHSPLHSFTP
Site 76S443PNHSPLHSFTPTLQP
Site 77T445HSPLHSFTPTLQPPA
Site 78T447PLHSFTPTLQPPAHS
Site 79T464PNMFAPPTALPPPPP
Site 80S474PPPPPLTSGSLQVAG
Site 81S476PPPLTSGSLQVAGHP
Site 82T500ILRQELNTRFLASQS
Site 83S505LNTRFLASQSADRGA
Site 84S507TRFLASQSADRGASL
Site 85S513QSADRGASLGPPPYL
Site 86Y519ASLGPPPYLRTEFHQ
Site 87T542HQHTHQHTFTPFPHA
Site 88T544HTHQHTFTPFPHAIP
Site 89T558PPTAIMPTPAPPMFD
Site 90Y567APPMFDKYPTKVDPF
Site 91Y575PTKVDPFYRHSLFHS
Site 92S578VDPFYRHSLFHSYPP
Site 93S582YRHSLFHSYPPAVSG
Site 94Y583RHSLFHSYPPAVSGI
Site 95S602PPTGPFGSLQGAFQP
Site 96T611QGAFQPKTSNPIDVA
Site 97T623DVAARPGTVPHTLLQ
Site 98T627RPGTVPHTLLQKDPR
Site 99T636LQKDPRLTDPFRPML
Site 100S688GLKPEFLSRPPGPSL
Site 101S694LSRPPGPSLFGAIHH
Site 102S709PHDLARPSTLFSAAG
Site 103T710HDLARPSTLFSAAGA
Site 104S713ARPSTLFSAAGAAHP
Site 105T721AAGAAHPTGTPFGPP
Site 106T723GAAHPTGTPFGPPPH
Site 107S732FGPPPHHSNFLNPAA
Site 108S748LEPFNRPSTFTGLAA
Site 109T749EPFNRPSTFTGLAAV
Site 110S768FGGLGNPSVTPNSMF
Site 111T770GLGNPSVTPNSMFGH
Site 112S773NPSVTPNSMFGHKDG
Site 113S782FGHKDGPSVQNFSNP
Site 114S787GPSVQNFSNPHEPWN
Site 115T799PWNRLHRTPPSFPTP
Site 116S802RLHRTPPSFPTPPPW
Site 117T805RTPPSFPTPPPWLKP
Site 118S818KPGELERSASAAAHD
Site 119S820GELERSASAAAHDRD
Site 120S835RDVDKRDSSVSKDDK
Site 121S836DVDKRDSSVSKDDKE
Site 122S838DKRDSSVSKDDKERE
Site 123S846KDDKERESVEKRHSS
Site 124S852ESVEKRHSSHPSPAP
Site 125S853SVEKRHSSHPSPAPV
Site 126S856KRHSSHPSPAPVLPV
Site 127S871NALGHTRSSTEQIRA
Site 128S872ALGHTRSSTEQIRAH
Site 129T873LGHTRSSTEQIRAHL
Site 130T882QIRAHLNTEAREKDK
Site 131S898KERERDHSESRKDLA
Site 132S900RERDHSESRKDLAAD
Site 133S941KQLARVPSPYVRTPV
Site 134T946VPSPYVRTPVVESAR
Site 135S951VRTPVVESARPNSTS
Site 136S956VESARPNSTSSREAE
Site 137S958SARPNSTSSREAEPR
Site 138S959ARPNSTSSREAEPRK
Site 139Y971PRKGEPAYENPKKSS
Site 140T999LPPEAPQTHRASEPP
Site 141S1003APQTHRASEPPPPNS
Site 142S1010SEPPPPNSSSSVHPG
Site 143S1011EPPPPNSSSSVHPGP
Site 144S1012PPPPNSSSSVHPGPL
Site 145S1013PPPNSSSSVHPGPLA
Site 146S1036TGIHPMNSISSLDRT
Site 147S1038IHPMNSISSLDRTRM
Site 148S1039HPMNSISSLDRTRMM
Site 149T1043SISSLDRTRMMTPFM
Site 150T1047LDRTRMMTPFMGISP
Site 151S1053MTPFMGISPLPGGER
Site 152Y1063PGGERFPYPSFHWDP
Site 153Y1079RDPLRDPYRELDIHR
Site 154S1105NDPLHRLSTPRLYEA
Site 155T1106DPLHRLSTPRLYEAD
Site 156Y1110RLSTPRLYEADRSFR
Site 157S1115RLYEADRSFRDREPH
Site 158Y1162LHMLREDYEHTRLHS
Site 159S1169YEHTRLHSVHPASLD
Site 160S1174LHSVHPASLDGHLPH
Site 161S1183DGHLPHPSLITPGLP
Site 162S1191LITPGLPSMHYPRIS
Site 163Y1194PGLPSMHYPRISPTA
Site 164S1198SMHYPRISPTAGNQN
Site 165T1211QNGLLNKTPPTAALS
Site 166T1214LLNKTPPTAALSAPP
Site 167S1233TLGGRPVSPRRTTPL
Site 168T1237RPVSPRRTTPLSAEI
Site 169T1238PVSPRRTTPLSAEIR
Site 170S1241PRRTTPLSAEIRERP
Site 171S1250EIRERPPSHTLKDIE
Site 172T1252RERPPSHTLKDIEAR
 
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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