PhosphoNET

           
Protein Info 
   
Short Name:  MTUS1
Full Name:  Microtubule-associated tumor suppressor 1
Alias:  Angiotensin-II type 2 receptor-interacting protein; AT2 receptor-binding protein; AT2 receptor-interacting protein; AT2R binding protein; ATBP; ATIP1; DKFZp586D1519; FLJ14295; KIAA1288; Microtubule associated tumor suppressor 1; Mitochondrial tumor suppressor 1; Mitochondrial tumor suppressor gene 1; MP44; MTSG1
Type:  Mitochondrial protein
Mass (Da):  141397
Number AA:  1270
UniProt ID:  Q9ULD2
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005739  GO:0005634 Uniprot OncoNet
Molecular Function:  GO:0003824  GO:0005488  GO:0016491 PhosphoSite+ KinaseNET
Biological Process:  GO:0007049  GO:0009987  GO:0045786 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 1T16KIEDELQTFFTSDKD
Site 2S20ELQTFFTSDKDGNTH
Site 3T26TSDKDGNTHAYNPKS
Site 4Y29KDGNTHAYNPKSPPT
Site 5S33THAYNPKSPPTQNSS
Site 6T36YNPKSPPTQNSSASS
Site 7S39KSPPTQNSSASSVNW
Site 8S40SPPTQNSSASSVNWN
Site 9S42PTQNSSASSVNWNSA
Site 10S43TQNSSASSVNWNSAN
Site 11S48ASSVNWNSANPDDMV
Site 12Y58PDDMVVDYETDPAVV
Site 13S85EVFGHEKSSSDFISK
Site 14S86VFGHEKSSSDFISKQ
Site 15S87FGHEKSSSDFISKQV
Site 16S91KSSSDFISKQVLDMH
Site 17Y116VGTEKPKYLQHSCHS
Site 18S131LEAVEGQSVEPSLPF
Site 19S135EGQSVEPSLPFVWKP
Site 20Y151DNLNCAGYCDALELN
Site 21T160DALELNQTFDMTVDK
Site 22S181SHHAIGKSQSFHTAG
Site 23S183HAIGKSQSFHTAGSL
Site 24S189QSFHTAGSLPPTGRR
Site 25T193TAGSLPPTGRRSGST
Site 26S197LPPTGRRSGSTSSLS
Site 27S199PTGRRSGSTSSLSYS
Site 28T200TGRRSGSTSSLSYST
Site 29S201GRRSGSTSSLSYSTW
Site 30S202RRSGSTSSLSYSTWT
Site 31S204SGSTSSLSYSTWTSS
Site 32Y205GSTSSLSYSTWTSSH
Site 33S206STSSLSYSTWTSSHS
Site 34T207TSSLSYSTWTSSHSD
Site 35T209SLSYSTWTSSHSDKT
Site 36S210LSYSTWTSSHSDKTH
Site 37S211SYSTWTSSHSDKTHA
Site 38T216TSSHSDKTHARETTY
Site 39T221DKTHARETTYDRESF
Site 40T222KTHARETTYDRESFE
Site 41Y223THARETTYDRESFEN
Site 42S227ETTYDRESFENPQVT
Site 43T234SFENPQVTPSEAQDM
Site 44S236ENPQVTPSEAQDMTY
Site 45T242PSEAQDMTYTAFSDV
Site 46Y243SEAQDMTYTAFSDVV
Site 47S268GNQCACSSGKVTSEY
Site 48T272ACSSGKVTSEYTDGS
Site 49S273CSSGKVTSEYTDGSQ
Site 50Y275SGKVTSEYTDGSQQR
Site 51S279TSEYTDGSQQRLVGE
Site 52T293EKETQALTPVSDGME
Site 53S296TQALTPVSDGMEVPN
Site 54S314LQEFFCLSHDESNSE
Site 55S318FCLSHDESNSEPHSQ
Site 56S320LSHDESNSEPHSQSS
Site 57S324ESNSEPHSQSSYRHK
Site 58S327SEPHSQSSYRHKEMG
Site 59Y328EPHSQSSYRHKEMGQ
Site 60T340MGQNLRETVSYCLID
Site 61S342QNLRETVSYCLIDDE
Site 62Y343NLRETVSYCLIDDEC
Site 63S360MVPAFDKSEAQVLNP
Site 64T372LNPEHKVTETEDTQM
Site 65T377KVTETEDTQMVSKGK
Site 66S381TEDTQMVSKGKDLGT
Site 67T388SKGKDLGTQNHTSEL
Site 68T392DLGTQNHTSELILSS
Site 69S393LGTQNHTSELILSSP
Site 70S398HTSELILSSPPGQKV
Site 71S399TSELILSSPPGQKVG
Site 72S407PPGQKVGSSFGLTWD
Site 73S408PGQKVGSSFGLTWDA
Site 74T430DKTMCMSTPVLEPTK
Site 75S441EPTKVTFSVSPIEAT
Site 76S443TKVTFSVSPIEATEK
Site 77S467GLKNIPDSKEAPVNL
Site 78S478PVNLCKPSLGKSTIK
Site 79S482CKPSLGKSTIKTNTP
Site 80T483KPSLGKSTIKTNTPI
Site 81T486LGKSTIKTNTPIGCK
Site 82T488KSTIKTNTPIGCKVR
Site 83T497IGCKVRKTEIISYPR
Site 84S501VRKTEIISYPRPNFK
Site 85Y502RKTEIISYPRPNFKN
Site 86S528QPKDAALSKVTPRPQ
Site 87T531DAALSKVTPRPQQTS
Site 88T537VTPRPQQTSASSPSS
Site 89S538TPRPQQTSASSPSSV
Site 90S540RPQQTSASSPSSVNS
Site 91S541PQQTSASSPSSVNSR
Site 92S543QTSASSPSSVNSRQQ
Site 93S544TSASSPSSVNSRQQT
Site 94S547SSPSSVNSRQQTVLS
Site 95T551SVNSRQQTVLSRTPR
Site 96S554SRQQTVLSRTPRSDL
Site 97T556QQTVLSRTPRSDLNA
Site 98S559VLSRTPRSDLNADKK
Site 99S585QFNKLITSQAVHVTT
Site 100T591TSQAVHVTTHSKNAS
Site 101S594AVHVTTHSKNASHRV
Site 102S598TTHSKNASHRVPRTT
Site 103T604ASHRVPRTTSAVKSN
Site 104T605SHRVPRTTSAVKSNQ
Site 105S606HRVPRTTSAVKSNQE
Site 106S610RTTSAVKSNQEDVDK
Site 107S619QEDVDKASSSNSACE
Site 108S621DVDKASSSNSACETG
Site 109S623DKASSSNSACETGSV
Site 110S629NSACETGSVSALFQK
Site 111T654SAECLEMTYVPNIDR
Site 112Y655AECLEMTYVPNIDRI
Site 113S663VPNIDRISPEKKGEK
Site 114S675GEKENGTSMEKQELK
Site 115T689KQEIMNETFEYGSLF
Site 116S694NETFEYGSLFLGSAS
Site 117S699YGSLFLGSASKTTTT
Site 118S701SLFLGSASKTTTTSG
Site 119T703FLGSASKTTTTSGRN
Site 120T704LGSASKTTTTSGRNI
Site 121T705GSASKTTTTSGRNIS
Site 122S707ASKTTTTSGRNISKP
Site 123S712TTSGRNISKPDSCGL
Site 124S716RNISKPDSCGLRQIA
Site 125S734AKVGPPVSCLRRNSD
Site 126S740VSCLRRNSDNRNPSA
Site 127S746NSDNRNPSADRAVSP
Site 128S752PSADRAVSPQRIRRV
Site 129S760PQRIRRVSSSGKPTS
Site 130S761QRIRRVSSSGKPTSL
Site 131S762RIRRVSSSGKPTSLK
Site 132T766VSSSGKPTSLKTAQS
Site 133S767SSSGKPTSLKTAQSS
Site 134T770GKPTSLKTAQSSWVN
Site 135S773TSLKTAQSSWVNLPR
Site 136S785LPRPLPKSKASLKSP
Site 137S788PLPKSKASLKSPALR
Site 138S791KSKASLKSPALRRTG
Site 139T797KSPALRRTGSTPSIA
Site 140S799PALRRTGSTPSIAST
Site 141T800ALRRTGSTPSIASTH
Site 142S802RRTGSTPSIASTHSE
Site 143S805GSTPSIASTHSELST
Site 144T806STPSIASTHSELSTY
Site 145S808PSIASTHSELSTYSN
Site 146S811ASTHSELSTYSNNSG
Site 147T812STHSELSTYSNNSGN
Site 148Y813THSELSTYSNNSGNA
Site 149S814HSELSTYSNNSGNAA
Site 150Y825GNAAVIKYEEKPPKP
Site 151S841FQNGSSGSFYLKPLV
Site 152Y843NGSSGSFYLKPLVSR
Site 153T858AHVHLMKTPPKGPSR
Site 154T870PSRKNLFTALNAVEK
Site 155S885SRQKNPRSLCIQPQT
Site 156T892SLCIQPQTAPDALPP
Site 157T902DALPPEKTLELTQYK
Site 158Y908KTLELTQYKTKCENQ
Site 159T910LELTQYKTKCENQSG
Site 160S945VVIQHLLSEREEALK
Site 161T956EALKQHKTLSQELVN
Site 162S958LKQHKTLSQELVNLR
Site 163T970NLRGELVTASTTCEK
Site 164S972RGELVTASTTCEKLE
Site 165T973GELVTASTTCEKLEK
Site 166T987KARNELQTVYEAFVQ
Site 167Y989RNELQTVYEAFVQQH
Site 168T1001QQHQAEKTERENRLK
Site 169Y1011ENRLKEFYTREYEKL
Site 170Y1015KEFYTREYEKLRDTY
Site 171T1021EYEKLRDTYIEEAEK
Site 172Y1022YEKLRDTYIEEAEKY
Site 173Y1029YIEEAEKYKMQLQEQ
Site 174S1054SKLEIEASHSEKLEL
Site 175S1056LEIEASHSEKLELLK
Site 176Y1066LELLKKAYEASLSEI
Site 177S1069LKKAYEASLSEIKKG
Site 178S1071KAYEASLSEIKKGHE
Site 179S1083GHEIEKKSLEDLLSE
Site 180S1089KSLEDLLSEKQESLE
Site 181S1094LLSEKQESLEKQIND
Site 182S1104KQINDLKSENDALNE
Site 183S1115ALNEKLKSEEQKRRA
Site 184Y1135LKNPQIMYLEQELES
Site 185T1172EKLVDNNTALVDKLK
Site 186S1203MAISRQLSTEQAVLQ
Site 187T1204AISRQLSTEQAVLQE
Site 188S1212EQAVLQESLEKESKV
Site 189S1224SKVNKRLSMENEELL
Site 190S1241LHNGDLCSPKRSPTS
Site 191S1245DLCSPKRSPTSSAIP
Site 192T1247CSPKRSPTSSAIPLQ
Site 193S1248SPKRSPTSSAIPLQS
Site 194S1249PKRSPTSSAIPLQSP
Site 195S1255SSAIPLQSPRNSGSF
Site 196S1259PLQSPRNSGSFPSPS
Site 197S1261QSPRNSGSFPSPSIS
Site 198S1264RNSGSFPSPSISPR_
Site 199S1266SGSFPSPSISPR___
Site 200S1268SFPSPSISPR_____
 
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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