PhosphoNET

           
Protein Info 
   
Short Name:  ABCA12
Full Name:  ATP-binding cassette sub-family A member 12
Alias:  ABC12; ABCAC; ATP-binding cassette 12; ATP-binding cassette transporter 12; ATP-binding cassette, sub-family A (ABC1) member 12; ATP-binding cassette, sub-family A (ABC1), member 12; ATP-binding cassette, sub-family A, member 12; DKFZP434G232; Ichthyosis congenita II, lamellar ichthyosis B; ICR2B; LI2
Type:  Transporter
Mass (Da):  293251
Number AA:  2595
UniProt ID:  Q86UK0
International Prot ID:  IPI00457109
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887   PhosphoSite+ KinaseNET
Biological Process:  GO:0019725  GO:0006869   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 1T50TRTKFPPTAKPTCYL
Site 2Y56PTAKPTCYLAPRNLP
Site 3T65APRNLPSTGFFPFLQ
Site 4S80TLLCDTDSKCKDTPY
Site 5T85TDSKCKDTPYGPQDL
Site 6Y87SKCKDTPYGPQDLLR
Site 7S112DSEILRKSSNLDKDS
Site 8S113SEILRKSSNLDKDSS
Site 9S119SSNLDKDSSLSFQST
Site 10S120SNLDKDSSLSFQSTQ
Site 11S122LDKDSSLSFQSTQVP
Site 12T126SSLSFQSTQVPERRH
Site 13S135VPERRHASLATVFPS
Site 14T138RRHASLATVFPSPSS
Site 15S144ATVFPSPSSDLEIPG
Site 16S145TVFPSPSSDLEIPGT
Site 17T152SDLEIPGTYTFNGSQ
Site 18S175EKLLKQNSTSEDIRR
Site 19S177LLKQNSTSEDIRREL
Site 20S187IRRELCDSYSGYIVD
Site 21Y188RRELCDSYSGYIVDD
Site 22S189RELCDSYSGYIVDDA
Site 23S230QELNKQFSQLSSDPN
Site 24S234KQFSQLSSDPNNQKI
Site 25S251QEIVRMLSFFSQVQE
Site 26S254VRMLSFFSQVQEQKA
Site 27T277PNVFQNDTSLSNLFD
Site 28S278NVFQNDTSLSNLFDV
Site 29S291DVLRKANSVLLVVQK
Site 30T305KVYPRFATNEGFRTL
Site 31T311ATNEGFRTLQKSVKH
Site 32S315GFRTLQKSVKHLLYT
Site 33Y321KSVKHLLYTLDSPAQ
Site 34T322SVKHLLYTLDSPAQG
Site 35S325HLLYTLDSPAQGDSD
Site 36S331DSPAQGDSDNITHVW
Site 37T345WNEDDGQTLSPSSLA
Site 38S347EDDGQTLSPSSLAAQ
Site 39S387CVRNVTDSLARGSPE
Site 40S392TDSLARGSPENLRLL
Site 41S401ENLRLLQSTIRFKKS
Site 42T402NLRLLQSTIRFKKSF
Site 43S408STIRFKKSFLRNGSY
Site 44S414KSFLRNGSYEDYFPP
Site 45Y415SFLRNGSYEDYFPPV
Site 46Y418RNGSYEDYFPPVPEV
Site 47S428PVPEVLKSKLSQLRN
Site 48S431EVLKSKLSQLRNLTE
Site 49T437LSQLRNLTELLCESE
Site 50T445ELLCESETFSLIEKS
Site 51S447LCESETFSLIEKSCQ
Site 52S452TFSLIEKSCQLSDMS
Site 53S456IEKSCQLSDMSFGSL
Site 54S459SCQLSDMSFGSLCEE
Site 55S462LSDMSFGSLCEESEF
Site 56T503KKVRDLLTGDPSKIN
Site 57S507DLLTGDPSKINLNMD
Site 58Y525EQALQMNYLENITQL
Site 59S545AMLHVNNSADASEKP
Site 60S549VNNSADASEKPGQLL
Site 61T572LKEDLRRTTGMSNRT
Site 62T573KEDLRRTTGMSNRTI
Site 63S576LRRTTGMSNRTIDKL
Site 64T611SCDTNITTPKLEDAM
Site 65S625MKEFCNLSLSERSRQ
Site 66S627EFCNLSLSERSRQSY
Site 67S633LSERSRQSYLIGLTL
Site 68Y634SERSRQSYLIGLTLL
Site 69Y643IGLTLLHYLNIYNFT
Site 70Y651LNIYNFTYKVFFPRK
Site 71S682EILNQMASGTHPLLD
Site 72S693PLLDKMRSLKQMHLP
Site 73S702KQMHLPRSVPLTQAM
Site 74T706LPRSVPLTQAMYRSN
Site 75Y710VPLTQAMYRSNRMNT
Site 76T717YRSNRMNTPQGSFST
Site 77S721RMNTPQGSFSTISQA
Site 78S723NTPQGSFSTISQALC
Site 79S726QGSFSTISQALCSQG
Site 80S731TISQALCSQGITTEY
Site 81Y738SQGITTEYLTAMLPS
Site 82S746LTAMLPSSQRPKGNH
Site 83T759NHTKDFLTYKLTKEQ
Site 84T763DFLTYKLTKEQIASK
Site 85S769LTKEQIASKYGIPIN
Site 86Y771KEQIASKYGIPINTT
Site 87Y811MLLGRILYAPYNPVT
Site 88Y814GRILYAPYNPVTKAI
Site 89S825TKAIMEKSNVTLRQL
Site 90T828IMEKSNVTLRQLAEL
Site 91S839LAELREKSQEWMDKS
Site 92S852KSPLFMNSFHLLNQA
Site 93T866AIPMLQNTLRNPFVQ
Site 94S916DQLNTLSSLTVNISS
Site 95Y927NISSCVLYDRIQAAK
Site 96T935DRIQAAKTIDEMERE
Site 97Y947EREAKRLYKSNELFG
Site 98S949EAKRLYKSNELFGSV
Site 99S955KSNELFGSVIFKLPS
Site 100S962SVIFKLPSNRSWHRG
Site 101S965FKLPSNRSWHRGYDS
Site 102Y970NRSWHRGYDSGNVFL
Site 103S972SWHRGYDSGNVFLPP
Site 104S988IKYTIRMSLKTAQTT
Site 105T991TIRMSLKTAQTTRSL
Site 106T994MSLKTAQTTRSLRTK
Site 107S997KTAQTTRSLRTKIWA
Site 108T1000QTTRSLRTKIWAPGP
Site 109S1010WAPGPHNSPSHNQIY
Site 110S1012PGPHNSPSHNQIYGR
Site 111Y1017SPSHNQIYGRAFIYL
Site 112Y1023IYGRAFIYLQDSIER
Site 113T1037RAIIELQTGRNSQEI
Site 114S1041ELQTGRNSQEIAVQV
Site 115Y1053VQVQAIPYPCFMKDN
Site 116T1063FMKDNFLTSVSYSLP
Site 117Y1099KDLRLHEYMKMMGVN
Site 118S1220PTAFSYASQYIARYE
Site 119Y1222AFSYASQYIARYEEQ
Site 120Y1226ASQYIARYEEQGIGL
Site 121Y1239GLQWENMYTSPVQDD
Site 122T1247TSPVQDDTTSFGWLC
Site 123T1248SPVQDDTTSFGWLCC
Site 124Y1279RNVFPGTYGMAAPWY
Site 125Y1293YFPILPSYWKERFGC
Site 126S1326QNTNPSASPEYMFSS
Site 127Y1329NPSASPEYMFSSNIE
Site 128S1332ASPEYMFSSNIEPEP
Site 129S1333SPEYMFSSNIEPEPK
Site 130T1343EPEPKDLTVGVALHG
Site 131Y1369DNLNLNFYEGHITSL
Site 132T1374NFYEGHITSLLGPNG
Site 133S1375FYEGHITSLLGPNGA
Site 134T1385GPNGAGKTTTISMLT
Site 135Y1405SAGTIFVYGKDIKTD
Site 136T1411VYGKDIKTDLHTVRK
Site 137T1415DIKTDLHTVRKNMGV
Site 138Y1432QHDVLFSYLTTKEHL
Site 139Y1442TKEHLLLYGSIKVPH
Site 140T1462LHEEVKRTLKDTGLY
Site 141T1466VKRTLKDTGLYSHRH
Site 142S1470LKDTGLYSHRHKRVG
Site 143T1478HRHKRVGTLSGGMKR
Site 144S1480HKRVGTLSGGMKRKL
Site 145S1488GGMKRKLSISIALIG
Site 146S1497SIALIGGSRVVILDE
Site 147T1507VILDEPSTGVDPCSR
Site 148S1513STGVDPCSRRSIWDV
Site 149S1516VDPCSRRSIWDVISK
Site 150S1522RSIWDVISKNKTART
Site 151T1526DVISKNKTARTIILS
Site 152T1529SKNKTARTIILSTHH
Site 153S1533TARTIILSTHHLDEA
Site 154S1560GGLRCCGSPFYLKEA
Site 155Y1563RCCGSPFYLKEAFGD
Site 156Y1572KEAFGDGYHLTLTKK
Site 157T1575FGDGYHLTLTKKKSP
Site 158T1577DGYHLTLTKKKSPNL
Site 159S1581LTLTKKKSPNLNANA
Site 160Y1631STKVSGAYLSLLRAL
Site 161S1668FLNLTKESQKNSAMS
Site 162S1672TKESQKNSAMSLEHL
Site 163S1675SQKNSAMSLEHLTQK
Site 164T1680AMSLEHLTQKKIGNS
Site 165S1693NSNANGISTPDDLSV
Site 166T1694SNANGISTPDDLSVS
Site 167S1699ISTPDDLSVSSSNFT
Site 168S1701TPDDLSVSSSNFTDR
Site 169S1703DDLSVSSSNFTDRDD
Site 170T1706SVSSSNFTDRDDKIL
Site 171T1740LIKRFHHTRRNWKGL
Site 172T1766TTAMGLGTLRNSSNS
Site 173S1770GLGTLRNSSNSYPEI
Site 174S1771LGTLRNSSNSYPEIQ
Site 175S1773TLRNSSNSYPEIQIS
Site 176Y1774LRNSSNSYPEIQISP
Site 177S1780SYPEIQISPSLYGTS
Site 178S1782PEIQISPSLYGTSEQ
Site 179Y1784IQISPSLYGTSEQTA
Site 180T1786ISPSLYGTSEQTAFY
Site 181Y1793TSEQTAFYANYHPST
Site 182T1800YANYHPSTEALVSAM
Site 183S1830LQCLNKDSLEKWNTS
Site 184T1836DSLEKWNTSGEPITN
Site 185T1842NTSGEPITNFGVCSC
Site 186Y1861QECPKFNYSPPHRRT
Site 187S1862ECPKFNYSPPHRRTY
Site 188T1868YSPPHRRTYSSQVIY
Site 189Y1869SPPHRRTYSSQVIYN
Site 190S1870PPHRRTYSSQVIYNL
Site 191S1871PHRRTYSSQVIYNLT
Site 192Y1875TYSSQVIYNLTGQRV
Site 193Y1885TGQRVENYLISTANE
Site 194Y1898NEFVQKRYGGWSFGL
Site 195S1902QKRYGGWSFGLPLTK
Site 196T1916KDLRFDITGVPANRT
Site 197T1923TGVPANRTLAKVWYD
Site 198Y1929RTLAKVWYDPEGYHS
Site 199S1936YDPEGYHSLPAYLNS
Site 200Y1940GYHSLPAYLNSLNNF
Site 201S1954FLLRVNMSKYDAARH
Site 202Y1956LRVNMSKYDAARHGI
Site 203Y1966ARHGIIMYSHPYPGV
Site 204Y1970IIMYSHPYPGVQDQE
Site 205Y2007TTASFVTYVVREHQT
Site 206S2124LSVVYFLSKEKPNDP
Site 207T2132KEKPNDPTLELISET
Site 208T2139TLELISETLKRIFLI
Site 209S2160GYGLIELSQQQSVLD
Site 210S2164IELSQQQSVLDFLKA
Site 211Y2172VLDFLKAYGVEYPNE
Site 212Y2176LKAYGVEYPNETFEM
Site 213T2180GVEYPNETFEMNKLG
Site 214S2224LFFRKFNSSHVRETI
Site 215S2225FFRKFNSSHVRETID
Site 216T2230NSSHVRETIDEDEDV
Site 217S2246AERLRVESGAAEFDL
Site 218Y2257EFDLVQLYCLTKTYQ
Site 219S2310LTGDIIPSSGNILIR
Site 220S2311TGDIIPSSGNILIRN
Site 221T2320NILIRNKTGSLGHVD
Site 222S2322LIRNKTGSLGHVDSH
Site 223S2328GSLGHVDSHSSLVGY
Site 224S2330LGHVDSHSSLVGYCP
Site 225S2331GHVDSHSSLVGYCPQ
Site 226Y2335SHSSLVGYCPQEDAL
Site 227Y2353VTVEEHLYFYARVHG
Site 228Y2355VEEHLYFYARVHGIP
Site 229T2369PEKDIKETVHKLLRR
Site 230T2387MPFKDRATSMCSYGT
Site 231S2388PFKDRATSMCSYGTK
Site 232Y2392RATSMCSYGTKRKLS
Site 233S2399YGTKRKLSTALALIG
Site 234T2400GTKRKLSTALALIGK
Site 235S2417ILLLDEPSSGMDPKS
Site 236S2418LLLDEPSSGMDPKSK
Site 237S2424SSGMDPKSKRHLWKI
Site 238S2441EEVQNKCSVILTSHS
Site 239T2445NKCSVILTSHSMEEC
Site 240S2446KCSVILTSHSMEECE
Site 241S2472GKFQCIGSLQHIKSR
Site 242S2478GSLQHIKSRFGRGFT
Site 243T2485SRFGRGFTVKVHLKN
Site 244T2511MQLHFPKTYLKDQHL
Site 245T2544DLLETNKTALNITNF
Site 246S2571NFAKDQKSYETADTS
Site 247T2574KDQKSYETADTSSQG
Site 248T2577KSYETADTSSQGSTI
Site 249S2578SYETADTSSQGSTIS
Site 250S2579YETADTSSQGSTISV
Site 251S2582ADTSSQGSTISVDSQ
Site 252T2583DTSSQGSTISVDSQD
Site 253S2585SSQGSTISVDSQDDQ
Site 254S2588GSTISVDSQDDQMES
 
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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