PhosphoNET

           
Protein Info 
   
Short Name:  MN1
Full Name:  Probable tumor suppressor protein MN1
Alias:  Meningioma (disrupted in balanced translocation) 1; MGCR1-PEN; Probable tumor suppressor protein MN1; Tumor suppressor protein MN1; Tumour suppressor protein MN1
Type:  Transcription protein, coactivator/corepressor
Mass (Da):  136001
Number AA:  1320
UniProt ID:  Q10571
International Prot ID:  IPI00477642
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 1T26GERNFNETGLSMNTH
Site 2Y68LGMNMEPYGFHARGH
Site 3S76GFHARGHSELHAGGL
Site 4S126GGPDPGASCLHGGRL
Site 5S145GAAGGLGSQPPFAEG
Site 6S159GYEHMAESQGPESFG
Site 7S164AESQGPESFGPQRPG
Site 8S178GNLPDFHSSGASSHA
Site 9S179NLPDFHSSGASSHAV
Site 10S182DFHSSGASSHAVPAP
Site 11S183FHSSGASSHAVPAPC
Site 12S196PCLPLDQSPNRAASF
Site 13S202QSPNRAASFHGLPSS
Site 14S208ASFHGLPSSSGSDSH
Site 15S209SFHGLPSSSGSDSHS
Site 16S210FHGLPSSSGSDSHSL
Site 17S212GLPSSSGSDSHSLEP
Site 18S214PSSSGSDSHSLEPRR
Site 19S216SSGSDSHSLEPRRVT
Site 20T223SLEPRRVTNQGAVDS
Site 21S230TNQGAVDSLEYNYPG
Site 22Y233GAVDSLEYNYPGEAP
Site 23Y235VDSLEYNYPGEAPSG
Site 24S241NYPGEAPSGHFDMFS
Site 25S248SGHFDMFSPSDSEGQ
Site 26S250HFDMFSPSDSEGQLP
Site 27S252DMFSPSDSEGQLPHY
Site 28Y259SEGQLPHYAAGRQVP
Site 29S318GVFFERFSGARKMPV
Site 30S330MPVGLEPSVGSRHPL
Site 31S333GLEPSVGSRHPLMQP
Site 32S373GLLVRQNSCPPALPR
Site 33T388PQQGEAGTPSGGLQD
Site 34S390QGEAGTPSGGLQDGG
Site 35S402DGGPMLPSQHAQFEY
Site 36Y409SQHAQFEYPIHRLEN
Site 37S418IHRLENRSMHPYSEP
Site 38Y422ENRSMHPYSEPVFSM
Site 39S423NRSMHPYSEPVFSMQ
Site 40S428PYSEPVFSMQHPPPQ
Site 41Y450QHFDAPPYMNVAKRP
Site 42S464PRFDFPGSAGVDRCA
Site 43S487GALDNHLSPSAYPGL
Site 44S489LDNHLSPSAYPGLPG
Site 45Y491NHLSPSAYPGLPGEF
Site 46T499PGLPGEFTPPVPDSF
Site 47S505FTPPVPDSFPSGPPL
Site 48S508PVPDSFPSGPPLQHP
Site 49T610FEREGGSTGAGRLGT
Site 50T617TGAGRLGTFEQQAPH
Site 51S629APHLAQESAWFSGPH
Site 52S633AQESAWFSGPHPPPG
Site 53S650LPRRMGGSGLPADCG
Site 54S662DCGPHDPSLAPPPPP
Site 55S672PPPPPGGSGVLFRGP
Site 56S723GAGVGLPSAASERRP
Site 57S726VGLPSAASERRPPPP
Site 58T737PPPPDFATSALGGQP
Site 59S738PPPDFATSALGGQPG
Site 60S755FGAAGRQSTPHSGPG
Site 61T756GAAGRQSTPHSGPGV
Site 62S759GRQSTPHSGPGVNSP
Site 63S765HSGPGVNSPPSAGGG
Site 64S768PGVNSPPSAGGGGGS
Site 65S775SAGGGGGSSGGGGGG
Site 66S776AGGGGGSSGGGGGGG
Site 67Y785GGGGGGAYPPQPDFQ
Site 68S794PQPDFQPSQRTSASK
Site 69S798FQPSQRTSASKLGAL
Site 70S800PSQRTSASKLGALSL
Site 71S806ASKLGALSLGSFNKP
Site 72S809LGALSLGSFNKPSSK
Site 73S814LGSFNKPSSKDNLFG
Site 74S815GSFNKPSSKDNLFGQ
Site 75T847GAPNLNVTFNKKNPP
Site 76S861PEGKRKLSQNETDGA
Site 77T865RKLSQNETDGAAVAG
Site 78S876AVAGNPGSDYFPGGT
Site 79Y878AGNPGSDYFPGGTAP
Site 80S894APGPGGPSGTSSSGS
Site 81T896GPGGPSGTSSSGSKA
Site 82S897PGGPSGTSSSGSKAS
Site 83S898GGPSGTSSSGSKASG
Site 84S899GPSGTSSSGSKASGP
Site 85S901SGTSSSGSKASGPPN
Site 86S904SSSGSKASGPPNPPA
Site 87S917PAQGDGTSLSPNYTL
Site 88S919QGDGTSLSPNYTLES
Site 89Y922GTSLSPNYTLESTSG
Site 90T923TSLSPNYTLESTSGN
Site 91S926SPNYTLESTSGNDGK
Site 92S936GNDGKPVSGGGGRGR
Site 93S950RGRRKRDSGHVSPGT
Site 94S954KRDSGHVSPGTFFDK
Site 95T957SGHVSPGTFFDKYSA
Site 96Y962PGTFFDKYSAAPDSG
Site 97S963GTFFDKYSAAPDSGG
Site 98S968KYSAAPDSGGAPGVS
Site 99S975SGGAPGVSPGQQQAS
Site 100S982SPGQQQASGAAVGGS
Site 101S989SGAAVGGSSAGETRG
Site 102T994GGSSAGETRGAPTPH
Site 103T999GETRGAPTPHEKALT
Site 104T1006TPHEKALTSPSWGKG
Site 105S1007PHEKALTSPSWGKGA
Site 106S1009EKALTSPSWGKGAEL
Site 107S1027DQPDLIGSLDGGAKS
Site 108S1034SLDGGAKSDSSSPNV
Site 109S1036DGGAKSDSSSPNVGE
Site 110S1037GGAKSDSSSPNVGEF
Site 111S1038GAKSDSSSPNVGEFA
Site 112S1046PNVGEFASDEVSTSY
Site 113S1050EFASDEVSTSYANED
Site 114S1052ASDEVSTSYANEDEV
Site 115S1060YANEDEVSSSSDNPQ
Site 116S1062NEDEVSSSSDNPQAL
Site 117S1063EDEVSSSSDNPQALV
Site 118T1079ASRSPLVTGSPKLPP
Site 119S1081RSPLVTGSPKLPPRG
Site 120S1109ALGLGIMSNSTSTPD
Site 121S1111GLGIMSNSTSTPDSY
Site 122T1112LGIMSNSTSTPDSYG
Site 123S1113GIMSNSTSTPDSYGG
Site 124T1114IMSNSTSTPDSYGGG
Site 125S1117NSTSTPDSYGGGGGP
Site 126Y1118STSTPDSYGGGGGPG
Site 127T1129GGPGHPGTPGLEQVR
Site 128T1137PGLEQVRTPTSSSGA
Site 129T1139LEQVRTPTSSSGAPP
Site 130S1140EQVRTPTSSSGAPPP
Site 131S1141QVRTPTSSSGAPPPD
Site 132S1142VRTPTSSSGAPPPDE
Site 133S1170QRQQFSISEDQPLGL
Site 134S1197SGAQNGDSELGSCCS
Site 135S1201NGDSELGSCCSEAVK
Site 136S1218MSTIDLDSLMAEHSA
Site 137Y1228AEHSAAWYMPADKAL
Site 138T1244DSADDDKTLAPWEKA
Site 139S1258AKPQNPNSKEAHDLP
Site 140S1270DLPANKASASQPGSH
Site 141S1272PANKASASQPGSHLQ
Site 142S1276ASASQPGSHLQCLSV
Site 143T1286QCLSVHCTDDVGDAK
Site 144S1297GDAKARASVPTWRSL
Site 145T1300KARASVPTWRSLHSD
Site 146S1303ASVPTWRSLHSDISN
Site 147S1306PTWRSLHSDISNRFG
Site 148S1309RSLHSDISNRFGTFV
 
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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