PhosphoNET

           
Protein Info 
   
Short Name:  PPP1R12A
Full Name:  Protein phosphatase 1 regulatory subunit 12A
Alias:  MBS; Myosin phosphatase-targeting subunit 1; MYPT1
Type:  Protein phosphatase, regulatory subunit
Mass (Da):  115281
Number AA:  1030
UniProt ID:  O14974
International Prot ID:  IPI00183002
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004871   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 1S20QLKRWIGSETDLEPP
Site 2T22KRWIGSETDLEPPVV
Site 3T34PVVKRQKTKVKFDDG
Site 4Y68HRGADINYANVDGLT
Site 5S137AHVGAVNSEGDTPLD
Site 6T141AVNSEGDTPLDIAEE
Site 7S198NDVRHAKSGGTALHV
Site 8Y223KLLIQAGYDVNIKDY
Site 9Y230YDVNIKDYDGWTPLH
Site 10T234IKDYDGWTPLHAAAH
Site 11S292KKQNLLHSEKRDKKS
Site 12S299SEKRDKKSPLIESTA
Site 13S304KKSPLIESTANMDNN
Site 14S313ANMDNNQSQKTFKNK
Site 15T316DNNQSQKTFKNKETL
Site 16S332IEPEKNASRIESLEQ
Site 17S336KNASRIESLEQEKVD
Site 18S353EEGKKDESSCSSEED
Site 19S354EGKKDESSCSSEEDE
Site 20S356KKDESSCSSEEDEED
Site 21S357KDESSCSSEEDEEDD
Site 22S365EEDEEDDSESEAETD
Site 23S367DEEDDSESEAETDKT
Site 24T371DSESEAETDKTKPLA
Site 25T374SEAETDKTKPLASVT
Site 26S379DKTKPLASVTNANTS
Site 27T381TKPLASVTNANTSST
Site 28S387VTNANTSSTQAAPVA
Site 29S402VTTPTVSSGQATPTS
Site 30T406TVSSGQATPTSPIKK
Site 31S409SGQATPTSPIKKFPT
Site 32T416SPIKKFPTTATKISP
Site 33T417PIKKFPTTATKISPK
Site 34T419KKFPTTATKISPKEE
Site 35S422PTTATKISPKEEERK
Site 36S432EEERKDESPATWRLG
Site 37T435RKDESPATWRLGLRK
Site 38T443WRLGLRKTGSYGALA
Site 39S445LGLRKTGSYGALAEI
Site 40Y446GLRKTGSYGALAEIT
Site 41T453YGALAEITASKEGQK
Site 42S455ALAEITASKEGQKEK
Site 43T464EGQKEKDTAGVTRSA
Site 44T468EKDTAGVTRSASSPR
Site 45S470DTAGVTRSASSPRLS
Site 46S472AGVTRSASSPRLSSS
Site 47S473GVTRSASSPRLSSSL
Site 48S477SASSPRLSSSLDNKE
Site 49S478ASSPRLSSSLDNKEK
Site 50S479SSPRLSSSLDNKEKE
Site 51Y496SKGTRLAYVAPTIPR
Site 52T500RLAYVAPTIPRRLAS
Site 53S507TIPRRLASTSDIEEK
Site 54T508IPRRLASTSDIEEKE
Site 55S509PRRLASTSDIEEKEN
Site 56S519EEKENRDSSSLRTSS
Site 57S520EKENRDSSSLRTSSS
Site 58S521KENRDSSSLRTSSSY
Site 59T524RDSSSLRTSSSYTRR
Site 60S525DSSSLRTSSSYTRRK
Site 61S526SSSLRTSSSYTRRKW
Site 62S527SSLRTSSSYTRRKWE
Site 63Y528SLRTSSSYTRRKWED
Site 64T529LRTSSSYTRRKWEDD
Site 65S541EDDLKKNSSVNEGST
Site 66S542DDLKKNSSVNEGSTY
Site 67S547NSSVNEGSTYHKSCS
Site 68T548SSVNEGSTYHKSCSF
Site 69Y549SVNEGSTYHKSCSFG
Site 70S552EGSTYHKSCSFGRRQ
Site 71S554STYHKSCSFGRRQDD
Site 72S564RRQDDLISSSVPSTT
Site 73S565RQDDLISSSVPSTTS
Site 74S566QDDLISSSVPSTTST
Site 75T570ISSSVPSTTSTPTVT
Site 76T571SSSVPSTTSTPTVTS
Site 77S572SSVPSTTSTPTVTSA
Site 78T573SVPSTTSTPTVTSAA
Site 79T575PSTTSTPTVTSAAGL
Site 80S578TSTPTVTSAAGLQKS
Site 81S585SAAGLQKSLLSSTST
Site 82S588GLQKSLLSSTSTTTK
Site 83S589LQKSLLSSTSTTTKI
Site 84T590QKSLLSSTSTTTKIT
Site 85S591KSLLSSTSTTTKITT
Site 86T592SLLSSTSTTTKITTG
Site 87T593LLSSTSTTTKITTGS
Site 88T597TSTTTKITTGSSSAG
Site 89T598STTTKITTGSSSAGT
Site 90S601TKITTGSSSAGTQSS
Site 91S602KITTGSSSAGTQSST
Site 92T605TGSSSAGTQSSTSNR
Site 93S607SSSAGTQSSTSNRLW
Site 94S608SSAGTQSSTSNRLWA
Site 95S610AGTQSSTSNRLWAED
Site 96S618NRLWAEDSTEKEKDS
Site 97T619RLWAEDSTEKEKDSV
Site 98T631DSVPTAVTIPVAPTV
Site 99T645VVNAAASTTTLTTTT
Site 100T647NAAASTTTLTTTTAG
Site 101T652TTTLTTTTAGTVSST
Site 102S668EVRERRRSYLTPVRD
Site 103Y669VRERRRSYLTPVRDE
Site 104T671ERRRSYLTPVRDEES
Site 105S678TPVRDEESESQRKAR
Site 106S680VRDEESESQRKARSR
Site 107S692RSRQARQSRRSTQGV
Site 108S695QARQSRRSTQGVTLT
Site 109T696ARQSRRSTQGVTLTD
Site 110T700RRSTQGVTLTDLQEA
Site 111T702STQGVTLTDLQEAEK
Site 112T710DLQEAEKTIGRSRST
Site 113S716KTIGRSRSTRTREQE
Site 114T717TIGRSRSTRTREQEN
Site 115S746KQEEKKESETSREDE
Site 116T748EEKKESETSREDEYK
Site 117S749EKKESETSREDEYKQ
Site 118Y754ETSREDEYKQKYSRT
Site 119Y758EDEYKQKYSRTYDET
Site 120S759DEYKQKYSRTYDETY
Site 121T761YKQKYSRTYDETYQR
Site 122Y762KQKYSRTYDETYQRY
Site 123T765YSRTYDETYQRYRPV
Site 124Y766SRTYDETYQRYRPVS
Site 125Y769YDETYQRYRPVSTSS
Site 126S773YQRYRPVSTSSSTTP
Site 127S775RYRPVSTSSSTTPSS
Site 128S776YRPVSTSSSTTPSSS
Site 129S777RPVSTSSSTTPSSSL
Site 130T778PVSTSSSTTPSSSLS
Site 131T779VSTSSSTTPSSSLST
Site 132S781TSSSTTPSSSLSTMS
Site 133S782SSSTTPSSSLSTMSS
Site 134S783SSTTPSSSLSTMSSS
Site 135S785TTPSSSLSTMSSSLY
Site 136T786TPSSSLSTMSSSLYA
Site 137S788SSSLSTMSSSLYASS
Site 138S789SSLSTMSSSLYASSQ
Site 139S790SLSTMSSSLYASSQL
Site 140Y792STMSSSLYASSQLNR
Site 141S794MSSSLYASSQLNRPN
Site 142S795SSSLYASSQLNRPNS
Site 143S802SQLNRPNSLVGITSA
Site 144Y810LVGITSAYSRGITKE
Site 145S811VGITSAYSRGITKEN
Site 146T815SAYSRGITKENEREG
Site 147S835EKEGEDKSQPKSIRE
Site 148S839EDKSQPKSIRERRRP
Site 149S852RPREKRRSTGVSFWT
Site 150T853PREKRRSTGVSFWTQ
Site 151S856KRRSTGVSFWTQDSD
Site 152T859STGVSFWTQDSDENE
Site 153S862VSFWTQDSDENEQEQ
Site 154S871ENEQEQQSDTEEGSN
Site 155T873EQEQQSDTEEGSNKK
Site 156S877QSDTEEGSNKKETQT
Site 157T882EGSNKKETQTDSISR
Site 158T884SNKKETQTDSISRYE
Site 159S886KKETQTDSISRYETS
Site 160S888ETQTDSISRYETSST
Site 161Y890QTDSISRYETSSTSA
Site 162T892DSISRYETSSTSAGD
Site 163S893SISRYETSSTSAGDR
Site 164S894ISRYETSSTSAGDRY
Site 165T895SRYETSSTSAGDRYD
Site 166S896RYETSSTSAGDRYDS
Site 167Y901STSAGDRYDSLLGRS
Site 168S903SAGDRYDSLLGRSGS
Site 169S908YDSLLGRSGSYSYLE
Site 170S910SLLGRSGSYSYLEER
Site 171Y911LLGRSGSYSYLEERK
Site 172S912LGRSGSYSYLEERKP
Site 173Y913GRSGSYSYLEERKPY
Site 174Y920YLEERKPYSSRLEKD
Site 175S921LEERKPYSSRLEKDD
Site 176S922EERKPYSSRLEKDDS
Site 177S929SRLEKDDSTDFKKLY
Site 178T930RLEKDDSTDFKKLYE
Site 179Y936STDFKKLYEQILAEN
Site 180T953LKAQLHDTNMELTDL
Site 181S978QERFADRSLLEMEKR
Site 182S995RALERRISEMEEELK
Site 183S1029IRVISKLSK______
 
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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