PhosphoNET

           
Protein Info 
   
Short Name:  MIA3
Full Name:  Melanoma inhibitory activity protein 3
Alias:  ARNT; C219 reactive peptide; C219-reactive peptide; D320; FLJ39207; KIAA0268; Melanoma inhibitory activity family, member 3; TANGO; Transport and Golgi organization protein 1; UNQ6077
Type: 
Mass (Da):  213702
Number AA:  1907
UniProt ID:  Q5JRA6
International Prot ID:  IPI00455473
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005789  GO:0016021   Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0006887  GO:0007162  GO:0030336 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 1S27VPGQLDPSTGRRFSE
Site 2T28PGQLDPSTGRRFSEH
Site 3S33PSTGRRFSEHKLCAD
Site 4Y73FKKGDPVYVYYKLAR
Site 5Y75KGDPVYVYYKLARGW
Site 6Y76GDPVYVYYKLARGWP
Site 7T93WAGSVGRTFGYFPKD
Site 8Y96SVGRTFGYFPKDLIQ
Site 9T120LQVPTDETDFVCFDG
Site 10Y135GRDDFHNYNVEELLG
Site 11S149GFLELYNSAATDSEK
Site 12S154YNSAATDSEKAVEKT
Site 13S172MEKNPELSKEREPEP
Site 14S186PEPVEANSEESDSVF
Site 15S189VEANSEESDSVFSEN
Site 16S191ANSEESDSVFSENTE
Site 17T206DLQEQFTTQKHHSHA
Site 18S215KHHSHANSQANHAQG
Site 19S226HAQGEQASFESFEEM
Site 20S229GEQASFESFEEMLQD
Site 21S243DKLKVPESENNKTSN
Site 22T248PESENNKTSNSSQVS
Site 23S249ESENNKTSNSSQVSN
Site 24S251ENNKTSNSSQVSNEQ
Site 25S255TSNSSQVSNEQDKID
Site 26Y264EQDKIDAYKLLKKEM
Site 27T272KLLKKEMTLDLKTKF
Site 28T277EMTLDLKTKFGSTAD
Site 29S281DLKTKFGSTADALVS
Site 30T282LKTKFGSTADALVSD
Site 31S288DLKTKFGSTADALVS
Site 32T293LVSDDETTRLVTSLE
Site 33T297DETTRLVTSLEDDFD
Site 34T309DFDEELDTEYYAVGK
Site 35Y311DEELDTEYYAVGKED
Site 36Y312EELDTEYYAVGKEDE
Site 37T332FDELPLLTFTDGEDM
Site 38T341TDGEDMKTPAKSGVE
Site 39S345DMKTPAKSGVEKYPT
Site 40Y350AKSGVEKYPTDKEQN
Site 41T352SGVEKYPTDKEQNSN
Site 42S358PTDKEQNSNEEDKVQ
Site 43T367EEDKVQLTVPPGIKN
Site 44T382DDKNILTTWGDTIFS
Site 45S389TWGDTIFSIVTGGEE
Site 46T400GGEETRDTMDLESSS
Site 47S405RDTMDLESSSSEEEK
Site 48S407TMDLESSSSEEEKED
Site 49S408MDLESSSSEEEKEDD
Site 50S423DDALVPDSKQGKPQS
Site 51S430SKQGKPQSATDYSDP
Site 52Y434KPQSATDYSDPDNVD
Site 53S435PQSATDYSDPDNVDD
Site 54T452FIVDIPKTNNDKEVN
Site 55S474KGRGVQESKRGLVQD
Site 56T483RGLVQDKTELEDENQ
Site 57T494DENQEGMTVHSSVHS
Site 58S498EGMTVHSSVHSNNLN
Site 59S501TVHSSVHSNNLNSMP
Site 60T516AAEKGKDTLKSAYDD
Site 61S519KGKDTLKSAYDDTEN
Site 62T524LKSAYDDTENDLKGA
Site 63S554EQILEGGSESESAQK
Site 64S558EGGSESESAQKAAGN
Site 65S576DRKIQQESLGSAPLM
Site 66S579IQQESLGSAPLMGDD
Site 67S591GDDHPNASRDSVEGD
Site 68S594HPNASRDSVEGDALV
Site 69T608VNGAKLHTLSVEHQR
Site 70S610GAKLHTLSVEHQREE
Site 71S633TQNQPRFSSPDEIDL
Site 72S634QNQPRFSSPDEIDLP
Site 73T666QERDVAATASKQMSE
Site 74S668RDVAATASKQMSEKI
Site 75S672ATASKQMSEKIRLSE
Site 76S678MSEKIRLSEGEAKED
Site 77S686EGEAKEDSLDEEFFH
Site 78T705QGTEVGQTDQTDSTG
Site 79T708EVGQTDQTDSTGGPA
Site 80S710GQTDQTDSTGGPAFL
Site 81T711QTDQTDSTGGPAFLS
Site 82S718TGGPAFLSKVEEDDY
Site 83Y725SKVEEDDYPSEELLE
Site 84S727VEEDDYPSEELLEDE
Site 85S742NAINAKRSKEKNPGN
Site 86T768PDRAVLGTIHPDPEI
Site 87S778PDPEIEESKQETSMI
Site 88S788ETSMILDSEKTSETA
Site 89S792ILDSEKTSETAAKGV
Site 90T808TGGREPNTMVEKERP
Site 91S828AQRPFERSDFSDSIK
Site 92S831PFERSDFSDSIKIQT
Site 93S833ERSDFSDSIKIQTPE
Site 94T838SDSIKIQTPELGEVF
Site 95S850EVFQNKDSDYLKNDN
Site 96Y852FQNKDSDYLKNDNPE
Site 97T864NPEEHLKTSGLAGEP
Site 98S876GEPEGELSKEDHENT
Site 99Y886DHENTEKYMGTESQG
Site 100S891EKYMGTESQGSAAAE
Site 101S894MGTESQGSAAAEPED
Site 102S903AAEPEDDSFHWTPHT
Site 103T907EDDSFHWTPHTSVEP
Site 104T910SFHWTPHTSVEPGHS
Site 105S917TSVEPGHSDKREDLL
Site 106S928EDLLIISSFFKEQQS
Site 107S935SFFKEQQSLQRFQKY
Site 108Y942SLQRFQKYFNVHELE
Site 109S956EALLQEMSSKLKSAQ
Site 110S957ALLQEMSSKLKSAQQ
Site 111S961EMSSKLKSAQQESLP
Site 112Y969AQQESLPYNMEKVLD
Site 113S984KVFRASESQILSIAE
Site 114S988ASESQILSIAEKMLD
Site 115Y1026DDIQDLIYFVRYKHS
Site 116T1034FVRYKHSTAEETATL
Site 117S1067PLHEDNFSREKTAEL
Site 118T1071DNFSREKTAELNVQV
Site 119T1093DQRVIGDTHASEVSQ
Site 120S1099DTHASEVSQKPNTEK
Site 121T1114DLDPGPVTTEDTPMD
Site 122T1118GPVTTEDTPMDAIDA
Site 123S1138TAAEEPASVTPLENA
Site 124S1159FMFYLTKSLVATLPD
Site 125T1163LTKSLVATLPDDVQP
Site 126Y1175VQPGPDFYGLPWKPV
Site 127Y1209LVVKDRVYQVTEQQI
Site 128T1212KDRVYQVTEQQISEK
Site 129T1222QISEKLKTIMKENTE
Site 130S1235TELVQKLSNYEQKIK
Site 131S1259RKQNMILSDEAIKYK
Site 132Y1265LSDEAIKYKDKIKTL
Site 133T1271KYKDKIKTLEKNQEI
Site 134T1282NQEILDDTAKNLRVM
Site 135S1292NLRVMLESEREQNVK
Site 136S1305VKNQDLISENKKSIE
Site 137S1310LISENKKSIEKLKDV
Site 138S1319EKLKDVISMNASEFS
Site 139S1338ALNEAKLSEEKVKSE
Site 140S1344LSEEKVKSECHRVQE
Site 141S1371QQEIEDWSKLHAELS
Site 142S1378SKLHAELSEQIKSFE
Site 143S1383ELSEQIKSFEKSQKD
Site 144S1387QIKSFEKSQKDLEVA
Site 145T1396KDLEVALTHKDDNIN
Site 146S1419LNLLECESESEGQNK
Site 147S1431QNKGGNDSDELANGE
Site 148S1458IKQMMDVSRTQTAIS
Site 149T1462MDVSRTQTAISVVEE
Site 150S1465SRTQTAISVVEEDLK
Site 151S1481LQLKLRASVSTKCNL
Site 152S1483LKLRASVSTKCNLED
Site 153S1501KLEDDRNSLQAAKAG
Site 154T1515GLEDECKTLRQKVEI
Site 155Y1527VEILNELYQQKEMAL
Site 156S1539MALQKKLSQEEYERQ
Site 157Y1543KKLSQEEYERQEREH
Site 158S1553QEREHRLSAADEKAV
Site 159S1561AADEKAVSAAEEVKT
Site 160T1568SAAEEVKTYKRRIEE
Site 161Y1569AAEEVKTYKRRIEEM
Site 162T1583MEDELQKTERSFKNQ
Site 163S1586ELQKTERSFKNQIAT
Site 164T1652PMPGKPNTQNPPRRG
Site 165S1662PPRRGPLSQNGSFGP
Site 166S1666GPLSQNGSFGPSPVS
Site 167S1670QNGSFGPSPVSGGEC
Site 168S1673SFGPSPVSGGECSPP
Site 169S1678PVSGGECSPPLTVEP
Site 170T1682GECSPPLTVEPPVRP
Site 171S1691EPPVRPLSATLNRRD
Site 172T1693PVRPLSATLNRRDMP
Site 173S1702NRRDMPRSEFGSVDG
Site 174S1706MPRSEFGSVDGPLPH
Site 175S1717PLPHPRWSAEASGKP
Site 176S1721PRWSAEASGKPSPSD
Site 177S1725AEASGKPSPSDPGSG
Site 178S1727ASGKPSPSDPGSGTA
Site 179S1731PSPSDPGSGTATMMN
Site 180T1733PSDPGSGTATMMNSS
Site 181T1735DPGSGTATMMNSSSR
Site 182S1739GTATMMNSSSRGSSP
Site 183S1740TATMMNSSSRGSSPT
Site 184S1741ATMMNSSSRGSSPTR
Site 185S1744MNSSSRGSSPTRVLD
Site 186S1745NSSSRGSSPTRVLDE
Site 187T1747SSRGSSPTRVLDEGK
Site 188Y1785PVPPPIRYGPPPQLC
Site 189S1847APFRPLGSLGPREYF
Site 190Y1853GSLGPREYFIPGTRL
Site 191T1858REYFIPGTRLPPPTH
Site 192T1864GTRLPPPTHGPQEYP
Site 193Y1870PTHGPQEYPPPPAVR
Site 194S1882AVRDLLPSGSRDEPP
Site 195S1884RDLLPSGSRDEPPPA
Site 196S1892RDEPPPASQSTSQDC
Site 197S1894EPPPASQSTSQDCSQ
Site 198T1895PPPASQSTSQDCSQA
Site 199S1896PPASQSTSQDCSQAL
Site 200S1900QSTSQDCSQALKQSP
Site 201S1906CSQALKQSP______
 
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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