PhosphoNET

           
Protein Info 
   
Short Name:  ABCA2
Full Name:  ABC transporter ABCA2
Alias:  ABC transporter ABCA2
Type: 
Mass (Da):  269958
Number AA:  2436
UniProt ID:  Q9BZC7
International Prot ID:  IPI00307592
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005765     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887   PhosphoSite+ KinaseNET
Biological Process:  GO:0008203     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 1T16LLLWKNVTLKRRSPW
Site 2S21NVTLKRRSPWVLAFE
Site 3T48GLRQKKPTISVKEAF
Site 4S72GILPVMQSLCPDGQR
Site 5S115LFDPARPSLGSELEA
Site 6S118PARPSLGSELEALRQ
Site 7S131RQHLEALSAGPGTSG
Site 8S139AGPGTSGSHLDRSTV
Site 9S144SGSHLDRSTVSSFSL
Site 10T145GSHLDRSTVSSFSLD
Site 11S148LDRSTVSSFSLDSVA
Site 12S150RSTVSSFSLDSVARN
Site 13S153VSSFSLDSVARNPQE
Site 14T166QELWRFLTQNLSLPN
Site 15S170RFLTQNLSLPNSTAQ
Site 16Y190RVDPPEVYHLLFGPS
Site 17S197YHLLFGPSSALDSQS
Site 18S198HLLFGPSSALDSQSG
Site 19S202GPSSALDSQSGLHKG
Site 20S204SSALDSQSGLHKGQE
Site 21S214HKGQEPWSRLGGNPL
Site 22T238PALLEQLTCTPGSGE
Site 23T251GELGRILTVPESQKG
Site 24S255RILTVPESQKGALQG
Site 25S269GYRDAVCSGQAAARA
Site 26S280AARARRFSGLSAELR
Site 27S283ARRFSGLSAELRNQL
Site 28S307GLDAPNGSDSSPQAP
Site 29S309DAPNGSDSSPQAPPP
Site 30S310APNGSDSSPQAPPPR
Site 31T355QGACTGRTPGPPASG
Site 32S361RTPGPPASGAGGAAN
Site 33T394PSAAALATPDTLQGQ
Site 34S434ALRRGNMSSLGFTSK
Site 35S435LRRGNMSSLGFTSKE
Site 36Y461TSNPKILYAPAGSEV
Site 37S501NISAEIRSFLEQGRL
Site 38Y518HLRWLQQYVAELRLH
Site 39S532HPEALNLSLDELPPA
Site 40S546ALRQDNFSLPSGMAL
Site 41S549QDNFSLPSGMALLQQ
Site 42Y591DEESIVNYTLNQAYQ
Site 43S616FQTRKDGSLPPHVHY
Site 44Y623SLPPHVHYKIRQNSS
Site 45S629HYKIRQNSSFTEKTN
Site 46S630YKIRQNSSFTEKTNE
Site 47T635NSSFTEKTNEIRRAY
Site 48Y642TNEIRRAYWRPGPNT
Site 49T649YWRPGPNTGGRFYFL
Site 50Y685DVVEPGSYVQMFPYP
Site 51Y691SYVQMFPYPCYTRDD
Site 52T740RLKEVMKTMGLNNAV
Site 53T879GVGIQWHTFSQSPVE
Site 54S881GIQWHTFSQSPVEGD
Site 55S883QWHTFSQSPVEGDDF
Site 56Y921EAVHPGMYGLPRPWY
Site 57Y928YGLPRPWYFPLQKSY
Site 58Y935YFPLQKSYWLGSGRT
Site 59S939QKSYWLGSGRTEAWE
Site 60S958WARTPRLSVMEEDQA
Site 61T984RGMEEEPTHLPLVVC
Site 62T996VVCVDKLTKVYKDDK
Site 63Y1015NKLSLNLYENQVVSF
Site 64S1021LYENQVVSFLGHNGA
Site 65T1031GHNGAGKTTTMSILT
Site 66S1045TGLFPPTSGSATIYG
Site 67S1047LFPPTSGSATIYGHD
Site 68T1049PPTSGSATIYGHDIR
Site 69Y1051TSGSATIYGHDIRTE
Site 70T1057IYGHDIRTEMDEIRK
Site 71Y1088VEEHLWFYSRLKSMA
Site 72S1093WFYSRLKSMAQEEIR
Site 73S1113MIEDLELSNKRHSLV
Site 74S1118ELSNKRHSLVQTLSG
Site 75T1122KRHSLVQTLSGGMKR
Site 76S1124HSLVQTLSGGMKRKL
Site 77S1132GGMKRKLSVAIAFVG
Site 78Y1156PTAGVDPYARRAIWD
Site 79T1173LKYKPGRTILLSTHH
Site 80S1177PGRTILLSTHHMDEA
Site 81T1211SPLFLKGTYGDGYRL
Site 82Y1216KGTYGDGYRLTLVKR
Site 83T1219YGDGYRLTLVKRPAE
Site 84S1237PQEPGLASSPPGRAP
Site 85S1238QEPGLASSPPGRAPL
Site 86S1246PPGRAPLSSCSELQV
Site 87S1247PGRAPLSSCSELQVS
Site 88S1249RAPLSSCSELQVSQF
Site 89S1254SCSELQVSQFIRKHV
Site 90S1275SDTSTELSYILPSEA
Site 91Y1276DTSTELSYILPSEAA
Site 92S1298LFQHLERSLDALHLS
Site 93S1322EEVFLKVSEEDQSLE
Site 94S1327KVSEEDQSLENSEAD
Site 95S1331EDQSLENSEADVKES
Site 96S1338SEADVKESRKDVLPG
Site 97S1351PGAEGPASGEGHAGN
Site 98S1363AGNLARCSELTQSQA
Site 99T1366LARCSELTQSQASLQ
Site 100S1368RCSELTQSQASLQSA
Site 101S1371ELTQSQASLQSASSV
Site 102S1374QSQASLQSASSVGSA
Site 103S1376QASLQSASSVGSARG
Site 104S1377ASLQSASSVGSARGD
Site 105S1380QSASSVGSARGDEGA
Site 106Y1389RGDEGAGYTDVYGDY
Site 107Y1393GAGYTDVYGDYRPLF
Site 108Y1396YTDVYGDYRPLFDNP
Site 109S1410PQDPDNVSLQEVEAE
Site 110S1420EVEAEALSRVGQGSR
Site 111S1426LSRVGQGSRKLDGGW
Site 112S1454FHCARRNSKALFSQI
Site 113S1490DLPPLVLSPSQYHNY
Site 114S1492PPLVLSPSQYHNYTQ
Site 115Y1494LVLSPSQYHNYTQPR
Site 116Y1497SPSQYHNYTQPRGNF
Site 117Y1515ANEERREYRLRLSPD
Site 118S1520REYRLRLSPDASPQQ
Site 119S1524LRLSPDASPQQLVST
Site 120S1530ASPQQLVSTFRLPSG
Site 121T1531SPQQLVSTFRLPSGV
Site 122S1551LKSPANGSLGPTLNL
Site 123T1555ANGSLGPTLNLSSGE
Site 124S1559LGPTLNLSSGESRLL
Site 125S1560GPTLNLSSGESRLLA
Site 126S1563LNLSSGESRLLAARF
Site 127S1586FTQGLPLSNFVPPPP
Site 128S1594NFVPPPPSPAPSDSP
Site 129S1598PPPSPAPSDSPASPD
Site 130S1600PSPAPSDSPASPDED
Site 131S1603APSDSPASPDEDLQA
Site 132S1614DLQAWNVSLPPTAGP
Site 133T1618WNVSLPPTAGPEMWT
Site 134T1625TAGPEMWTSAPSLPR
Site 135S1626AGPEMWTSAPSLPRL
Site 136S1629EMWTSAPSLPRLVRE
Site 137T1641VREPVRCTCSAQGTG
Site 138S1643EPVRCTCSAQGTGFS
Site 139T1647CTCSAQGTGFSCPSS
Site 140S1650SAQGTGFSCPSSVGG
Site 141S1653GTGFSCPSSVGGHPP
Site 142S1654TGFSCPSSVGGHPPQ
Site 143T1674GDILTDITGHNVSEY
Site 144S1679DITGHNVSEYLLFTS
Site 145Y1681TGHNVSEYLLFTSDR
Site 146S1686SEYLLFTSDRFRLHR
Site 147Y1694DRFRLHRYGAITFGN
Site 148T1712SIPASFGTRAPPMVR
Site 149Y1731RRAAQVFYNNKGYHS
Site 150Y1736VFYNNKGYHSMPTYL
Site 151T1741KGYHSMPTYLNSLNN
Site 152Y1742GYHSMPTYLNSLNNA
Site 153S1745SMPTYLNSLNNAILR
Site 154S1758LRANLPKSKGNPAAY
Site 155T1770AAYGITVTNHPMNKT
Site 156T1777TNHPMNKTSASLSLD
Site 157S1778NHPMNKTSASLSLDY
Site 158S1780PMNKTSASLSLDYLL
Site 159S1782NKTSASLSLDYLLQG
Site 160S1818VFLVAEKSTKAKHLQ
Site 161Y1962HGLMEMAYNEYINEY
Site 162Y1969YNEYINEYYAKIGQF
Site 163Y1970NEYINEYYAKIGQFD
Site 164S2023RPQRMPVSTKPVEDD
Site 165T2024PQRMPVSTKPVEDDV
Site 166S2035EDDVDVASERQRVLR
Site 167T2056MVKIENLTKVYKSRK
Site 168T2096NGAGKTSTFKMLTGD
Site 169T2101TSTFKMLTGDESTTG
Site 170S2105KMLTGDESTTGGEAF
Site 171S2117EAFVNGHSVLKELLQ
Site 172S2128ELLQVQQSLGYCPQC
Site 173T2143DALFDELTAREHLQL
Site 174Y2151AREHLQLYTRLRGIS
Site 175S2158YTRLRGISWKDEARV
Site 176Y2178EKLELTKYADKPAGT
Site 177Y2186ADKPAGTYSGGNKRK
Site 178S2237DLIKTGRSVVLTSHS
Site 179T2241TGRSVVLTSHSMEEC
Site 180S2242GRSVVLTSHSMEECE
Site 181S2268GRLRCLGSIQHLKNR
Site 182Y2280KNRFGDGYMITVRTK
Site 183T2283FGDGYMITVRTKSSQ
Site 184T2286GYMITVRTKSSQSVK
Site 185S2288MITVRTKSSQSVKDV
Site 186S2289ITVRTKSSQSVKDVV
Site 187T2314MLKERHHTKVQYQLK
Site 188Y2318RHHTKVQYQLKSEHI
Site 189S2322KVQYQLKSEHISLAQ
Site 190S2326QLKSEHISLAQVFSK
Site 191S2332EDQSLENSEADVKES
Site 192S2347VLGIEDYSVSQTTLD
Site 193S2349GIEDYSVSQTTLDNV
Site 194T2351EDYSVSQTTLDNVFV
Site 195T2373DNLEQQETEPPSALQ
Site 196S2377QQETEPPSALQSPLG
Site 197S2394LSLLRPRSAPTELRA
Site 198T2412DEPEDLDTEDEGLIS
Site 199S2419TEDEGLISFEEERAQ
Site 200S2428EEERAQLSFNTDTLC
 
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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