PhosphoNET

           
Protein Info 
   
Short Name:  ABCA1
Full Name:  ATP-binding cassette sub-family A member 1
Alias:  ABC1; ABC-1; ATP-binding cassette 1; ATP-binding cassette transporter 1; ATP-binding cassette, sub-family A (ABC1) member 1; CERP; Cholesterol efflux regulatory protein; HDLDT1; Tangier disease; TGD
Type:  Transport protein, ABC
Mass (Da):  254286
Number AA:  2261
UniProt ID:  O95477
International Prot ID:  IPI00293460
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005887  GO:0005624  GO:0045121 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0008509 PhosphoSite+ KinaseNET
Biological Process:  GO:0032488  GO:0007186  GO:0033344 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 1T16LLLWKNLTFRRRQTC
Site 2T22LTFRRRQTCQLLLEV
Site 3S45ILISVRLSYPPYEQH
Site 4Y46LISVRLSYPPYEQHE
Site 5Y49VRLSYPPYEQHECHF
Site 6S63FPNKAMPSAGTLPWV
Site 7Y84ANNPCFRYPTPGEAP
Site 8T86NPCFRYPTPGEAPGV
Site 9Y115DARRLLLYSQKDTSM
Site 10S116ARRLLLYSQKDTSMK
Site 11T120LLYSQKDTSMKDMRK
Site 12T131DMRKVLRTLQQIKKS
Site 13S138TLQQIKKSSSNLKLQ
Site 14T153DFLVDNETFSGFLYH
Site 15Y159ETFSGFLYHNLSLPK
Site 16S163GFLYHNLSLPKSTVD
Site 17S167HNLSLPKSTVDKMLR
Site 18T192QGYQLHLTSLCNGSK
Site 19S193GYQLHLTSLCNGSKS
Site 20S200SLCNGSKSEEMIQLG
Site 21S245PILRTLNSTSPFPSK
Site 22T246ILRTLNSTSPFPSKE
Site 23S247LRTLNSTSPFPSKEL
Site 24S251NSTSPFPSKELAEAT
Site 25S274TLAQELFSMRSWSDM
Site 26S277QELFSMRSWSDMRQE
Site 27T289RQEVMFLTNVNSSSS
Site 28S293MFLTNVNSSSSSTQI
Site 29S294FLTNVNSSSSSTQIY
Site 30S295LTNVNSSSSSTQIYQ
Site 31S297NVNSSSSSTQIYQAV
Site 32T298VNSSSSSTQIYQAVS
Site 33Y301SSSSTQIYQAVSRIV
Site 34S321GGGLKIKSLNWYEDN
Site 35Y325KIKSLNWYEDNNYKA
Site 36Y330NWYEDNNYKALFGGN
Site 37T345GTEEDAETFYDNSTT
Site 38Y347EEDAETFYDNSTTPY
Site 39Y354YDNSTTPYCNDLMKN
Site 40S364DLMKNLESSPLSRII
Site 41S365LMKNLESSPLSRIIW
Site 42S368NLESSPLSRIIWKAL
Site 43T386LVGKILYTPDTPATR
Site 44T389KILYTPDTPATRQVM
Site 45T425ELSPKIWTFMENSQE
Site 46S476KHPEDVQSSNGSVYT
Site 47S480DVQSSNGSVYTWREA
Site 48Y482QSSNGSVYTWREAFN
Site 49T483SSNGSVYTWREAFNE
Site 50T515NKLEPIATEVWLINK
Site 51S523EVWLINKSMELLDER
Site 52Y554ELPHHVKYKIRMDID
Site 53Y573TNKIKDGYWDPGPRA
Site 54Y588DPFEDMRYVWGGFAY
Site 55T609QAIIRVLTGTEKKTG
Site 56Y618TEKKTGVYMQQMPYP
Site 57Y627QQMPYPCYVDDIFLR
Site 58T670KEARLKETMRIMGLD
Site 59S812QWDNLFESPVEEDGF
Site 60T822EEDGFNLTTSVSMML
Site 61Y850EAVFPGQYGIPRPWY
Site 62Y857YGIPRPWYFPCTKSY
Site 63Y864YFPCTKSYWFGEESD
Site 64S870SYWFGEESDEKSHPG
Site 65S874GEESDEKSHPGSNQK
Site 66S878DEKSHPGSNQKRISE
Site 67S884GSNQKRISEICMEEE
Site 68T893ICMEEEPTHLKLGVS
Site 69T940GHNGAGKTTTMSILT
Site 70Y958PPTSGTAYILGKDIR
Site 71S966ILGKDIRSEMSTIRQ
Site 72T970DIRSEMSTIRQNLGV
Site 73Y997VEEHIWFYARLKGLS
Site 74S1004YARLKGLSEKHVKAE
Site 75S1023ALDVGLPSSKLKSKT
Site 76S1024LDVGLPSSKLKSKTS
Site 77S1028LPSSKLKSKTSQLSG
Site 78T1030SSKLKSKTSQLSGGM
Site 79S1031SKLKSKTSQLSGGMQ
Site 80S1042GGMQRKLSVALAFVG
Site 81Y1066PTAGVDPYSRRGIWE
Site 82S1067TAGVDPYSRRGIWEL
Site 83T1083LKYRQGRTIILSTHH
Site 84S1087QGRTIILSTHHMDEA
Site 85Y1127NQLGTGYYLTLVKKD
Site 86T1129LGTGYYLTLVKKDVE
Site 87S1137LVKKDVESSLSSCRN
Site 88S1138VKKDVESSLSSCRNS
Site 89S1140KDVESSLSSCRNSSS
Site 90S1141DVESSLSSCRNSSST
Site 91S1145SLSSCRNSSSTVSYL
Site 92S1146LSSCRNSSSTVSYLK
Site 93S1147SSCRNSSSTVSYLKK
Site 94T1148SCRNSSSTVSYLKKE
Site 95S1150RNSSSTVSYLKKEDS
Site 96Y1151NSSSTVSYLKKEDSV
Site 97S1157SYLKKEDSVSQSSSD
Site 98S1159LKKEDSVSQSSSDAG
Site 99S1161KEDSVSQSSSDAGLG
Site 100S1163DSVSQSSSDAGLGSD
Site 101S1169SSDAGLGSDHESDTL
Site 102S1173GLGSDHESDTLTIDV
Site 103T1175GSDHESDTLTIDVSA
Site 104T1177DHESDTLTIDVSAIS
Site 105S1192NLIRKHVSEARLVED
Site 106Y1206DIGHELTYVLPYEAA
Site 107S1230HEIDDRLSDLGISSY
Site 108S1236LSDLGISSYGISETT
Site 109Y1237SDLGISSYGISETTL
Site 110S1240GISSYGISETTLEEI
Site 111T1242SSYGISETTLEEIFL
Site 112T1243SYGISETTLEEIFLK
Site 113S1255FLKVAEESGVDAETS
Site 114T1261ESGVDAETSDGTLPA
Site 115S1262SGVDAETSDGTLPAR
Site 116T1265DAETSDGTLPARRNR
Site 117S1280RAFGDKQSCLRPFTE
Site 118T1286QSCLRPFTEDDAADP
Site 119S1296DAADPNDSDIDPESR
Site 120S1302DSDIDPESRETDLLS
Site 121T1305IDPESRETDLLSGMD
Site 122S1309SRETDLLSGMDGKGS
Site 123S1316SGMDGKGSYQVKGWK
Site 124Y1317GMDGKGSYQVKGWKL
Site 125S1343RLLIARRSRKGFFAQ
Site 126Y1374IVPPFGKYPSLELQP
Site 127S1376PPFGKYPSLELQPWM
Site 128Y1384LELQPWMYNEQYTFV
Site 129Y1388PWMYNEQYTFVSNDA
Site 130T1399SNDAPEDTGTLELLN
Site 131T1401DAPEDTGTLELLNAL
Site 132T1427EGNPIPDTPCQAGEE
Site 133T1437QAGEEEWTTAPVPQT
Site 134T1438AGEEEWTTAPVPQTI
Site 135S1466PSPACQCSSDKIKKM
Site 136T1501ADILQDLTGRNISDY
Site 137S1506DLTGRNISDYLVKTY
Site 138Y1508TGRNISDYLVKTYVQ
Site 139S1536EFRYGGFSLGVSNTQ
Site 140S1540GGFSLGVSNTQALPP
Site 141T1542FSLGVSNTQALPPSQ
Site 142S1548NTQALPPSQEVNDAT
Site 143T1555SQEVNDATKQMKKHL
Site 144S1569LKLAKDSSADRFLNS
Site 145S1576SADRFLNSLGRFMTG
Site 146T1582NSLGRFMTGLDTRNN
Site 147S1625LQKGENPSHYGITAF
Site 148Y1627KGENPSHYGITAFNH
Site 149S1644NLTKQQLSEVAPMTT
Site 150S1682FLIQERVSKAKHLQF
Site 151Y1729ICFQQKSYVSSTNLP
Site 152S1732QQKSYVSSTNLPVLA
Site 153S1842FGENRFVSPLSWDLV
Site 154S1845NRFVSPLSWDLVGRN
Site 155S1886RPVNAKLSPLNDEDE
Site 156S1953GVNGAGKSSTFKMLT
Site 157T1955NGAGKSSTFKMLTGD
Site 158T1960SSTFKMLTGDTTVTR
Site 159T1964KMLTGDTTVTRGDAF
Site 160Y2037RKLGLVKYGEKYAGN
Site 161Y2041LVKYGEKYAGNYSGG
Site 162S2054GGNKRKLSTAMALIG
Site 163S2096SVVKEGRSVVLTSHS
Site 164T2100EGRSVVLTSHSMEEC
Site 165S2101GRSVVLTSHSMEECE
Site 166S2127GRFRCLGSVQHLKNR
Site 167Y2139KNRFGDGYTIVVRIA
Site 168S2166FGLAFPGSVPKEKHR
Site 169Y2178KHRNMLQYQLPSSLS
Site 170S2182MLQYQLPSSLSSLAR
Site 171S2192SSLARIFSILSQSKK
Site 172S2195ARIFSILSQSKKRLH
Site 173S2197IFSILSQSKKRLHIE
Site 174Y2206KRLHIEDYSVSQTTL
Site 175S2207RLHIEDYSVSQTTLD
Site 176S2209HIEDYSVSQTTLDQV
Site 177T2211EDYSVSQTTLDQVFV
Site 178S2225VNFAKDQSDDDHLKD
Site 179S2234DDHLKDLSLHKNQTV
 
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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