PhosphoNET

           
Protein Info 
   
Short Name:  APOB
Full Name:  Apolipoprotein B-100
Alias:  APB; Apo B-100; Apo B-48; Apolipoprotein B (including Ag (x) antigen); Apolipoprotein B-48
Type:  Secreted protein; Carrier protein
Mass (Da):  515563
Number AA:  4563
UniProt ID:  P04114
International Prot ID:  IPI00022229
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0034360  GO:0030669  GO:0005788 Uniprot OncoNet
Molecular Function:  GO:0017127  GO:0019899  GO:0008201 PhosphoSite+ KinaseNET
Biological Process:  GO:0042632  GO:0008203  GO:0030301 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 1Y52RFKHLRKYTYNYEAE
Site 2T53FKHLRKYTYNYEAES
Site 3Y54KHLRKYTYNYEAESS
Site 4Y56LRKYTYNYEAESSSG
Site 5S62NYEAESSSGVPGTAD
Site 6T67SSSGVPGTADSRSAT
Site 7S70GVPGTADSRSATRIN
Site 8S72PGTADSRSATRINCK
Site 9T74TADSRSATRINCKVE
Site 10Y129FAAAMSRYELKLAIP
Site 11Y144EGKQVFLYPEKDEPT
Site 12Y152PEKDEPTYILNIKRG
Site 13T191GNCSTHFTVKTRKGN
Site 14S236KGMTRPLSTLISSSQ
Site 15T237GMTRPLSTLISSSQS
Site 16S240RPLSTLISSSQSCQY
Site 17S244TLISSSQSCQYTLDA
Site 18T248SSQSCQYTLDAKRKH
Site 19Y272HLFLPFSYNNKYGMV
Site 20Y276PFSYNNKYGMVAQVT
Site 21T285MVAQVTQTLKLEDTP
Site 22T291QTLKLEDTPKINSRF
Site 23S296EDTPKINSRFFGEGT
Site 24T313MGLAFESTKSTSPPK
Site 25S315LAFESTKSTSPPKQA
Site 26T316AFESTKSTSPPKQAE
Site 27S317FESTKSTSPPKQAEA
Site 28S438NMARDQRSRATLYAL
Site 29T441RDQRSRATLYALSHA
Site 30Y452LSHAVNNYHKTNPTG
Site 31Y469ELLDIANYLMEQIQD
Site 32T479EQIQDDCTGDEDYTY
Site 33Y484DCTGDEDYTYLILRV
Site 34T503GQTMEQLTPELKSSI
Site 35S520CVQSTKPSLMIQKAA
Site 36T547DQEVLLQTFLDDASP
Site 37S553QTFLDDASPGDKRLA
Site 38Y562GDKRLAAYLMLMRSP
Site 39S568AYLMLMRSPSQADIN
Site 40S570LMLMRSPSQADINKI
Site 41S622VKEALKESQLPTVMD
Site 42T626LKESQLPTVMDFRKF
Site 43Y637FRKFSRNYQLYKSVS
Site 44Y640FSRNYQLYKSVSLPS
Site 45S642RNYQLYKSVSLPSLD
Site 46S644YQLYKSVSLPSLDPA
Site 47S647YKSVSLPSLDPASAK
Site 48S652LPSLDPASAKIEGNL
Site 49Y666LIFDPNNYLPKESML
Site 50T675PKESMLKTTLTAFGF
Site 51T700EGKGFEPTLEALFGK
Site 52Y720DSVNKALYWVNGQVP
Site 53S767KLIKDLKSKEVPEAR
Site 54Y776EVPEARAYLRILGEE
Site 55S821GEVIRKGSKNDFFLH
Site 56S928KLKFIIPSPKRPVKL
Site 57S937KRPVKLLSGGNTLHL
Site 58S962PLIENRQSWSVCKQV
Site 59Y975QVFPGLNYCTSGAYS
Site 60S978PGLNYCTSGAYSNAS
Site 61S982YCTSGAYSNASSTDS
Site 62S985SGAYSNASSTDSASY
Site 63S986GAYSNASSTDSASYY
Site 64T987AYSNASSTDSASYYP
Site 65S989SNASSTDSASYYPLT
Site 66S991ASSTDSASYYPLTGD
Site 67Y993STDSASYYPLTGDTR
Site 68T996SASYYPLTGDTRLEL
Site 69T1008LELELRPTGEIEQYS
Site 70Y1014PTGEIEQYSVSATYE
Site 71S1015TGEIEQYSVSATYEL
Site 72S1017EIEQYSVSATYELQR
Site 73T1019EQYSVSATYELQRED
Site 74T1032EDRALVDTLKFVTQA
Site 75T1050KQTEATMTFKYNRQS
Site 76Y1053EATMTFKYNRQSMTL
Site 77S1057TFKYNRQSMTLSSEV
Site 78T1059KYNRQSMTLSSEVQI
Site 79S1061NRQSMTLSSEVQIPD
Site 80T1075DFDVDLGTILRVNDE
Site 81S1083ILRVNDESTEGKTSY
Site 82T1084LRVNDESTEGKTSYR
Site 83S1089ESTEGKTSYRLTLDI
Site 84T1093GKTSYRLTLDIQNKK
Site 85T1102DIQNKKITEVALMGH
Site 86S1111VALMGHLSCDTKEER
Site 87T1114MGHLSCDTKEERKIK
Site 88S1125RKIKGVISIPRLQAE
Site 89S1135RLQAEARSEILAHWS
Site 90S1152KLLLQMDSSATAYGS
Site 91Y1157MDSSATAYGSTVSKR
Site 92S1159SSATAYGSTVSKRVA
Site 93T1160SATAYGSTVSKRVAW
Site 94Y1169SKRVAWHYDEEKIEF
Site 95T1186NTGTNVDTKKMTSNF
Site 96S1198SNFPVDLSDYPKSLH
Site 97Y1200FPVDLSDYPKSLHMY
Site 98S1203DLSDYPKSLHMYANR
Site 99Y1207YPKSLHMYANRLLDH
Site 100T1219LDHRVPETDMTFRHV
Site 101T1222RVPETDMTFRHVGSK
Site 102S1235SKLIVAMSSWLQKAS
Site 103S1242SSWLQKASGSLPYTQ
Site 104S1244WLQKASGSLPYTQTL
Site 105T1248ASGSLPYTQTLQDHL
Site 106T1250GSLPYTQTLQDHLNS
Site 107S1257TLQDHLNSLKEFNLQ
Site 108S1281PENLFLKSDGRVKYT
Site 109Y1287KSDGRVKYTLNKNSL
Site 110T1288SDGRVKYTLNKNSLK
Site 111S1306PLPFGGKSSRDLKML
Site 112T1315RDLKMLETVRTPALH
Site 113T1318KMLETVRTPALHFKS
Site 114T1339SREFQVPTFTIPKLY
Site 115Y1363LDLSTNVYSNLYNWS
Site 116Y1367TNVYSNLYNWSASYS
Site 117S1372NLYNWSASYSGGNTS
Site 118S1374YNWSASYSGGNTSTD
Site 119T1378ASYSGGNTSTDHFSL
Site 120S1379SYSGGNTSTDHFSLR
Site 121T1380YSGGNTSTDHFSLRA
Site 122Y1389HFSLRARYHMKADSV
Site 123S1395RYHMKADSVVDLLSY
Site 124S1401DSVVDLLSYNVQGSG
Site 125Y1402SVVDLLSYNVQGSGE
Site 126S1407LSYNVQGSGETTYDH
Site 127T1411VQGSGETTYDHKNTF
Site 128Y1412QGSGETTYDHKNTFT
Site 129T1417TTYDHKNTFTLSCDG
Site 130T1419YDHKNTFTLSCDGSL
Site 131S1421HKNTFTLSCDGSLRH
Site 132S1425FTLSCDGSLRHKFLD
Site 133S1433LRHKFLDSNIKFSHV
Site 134S1460LIFDASSSWGPQMSA
Site 135S1466SSWGPQMSASVHLDS
Site 136S1468WGPQMSASVHLDSKK
Site 137S1473SASVHLDSKKKQHLF
Site 138S1493IDGQFRVSSFYAKGT
Site 139S1494DGQFRVSSFYAKGTY
Site 140Y1496QFRVSSFYAKGTYGL
Site 141T1500SSFYAKGTYGLSCQR
Site 142S1504AKGTYGLSCQRDPNT
Site 143T1511SCQRDPNTGRLNGES
Site 144S1518TGRLNGESNLRFNSS
Site 145S1524ESNLRFNSSYLQGTN
Site 146S1525SNLRFNSSYLQGTNQ
Site 147Y1526NLRFNSSYLQGTNQI
Site 148T1541TGRYEDGTLSLTSTS
Site 149S1543RYEDGTLSLTSTSDL
Site 150T1545EDGTLSLTSTSDLQS
Site 151S1546DGTLSLTSTSDLQSG
Site 152T1547GTLSLTSTSDLQSGI
Site 153S1552TSTSDLQSGIIKNTA
Site 154T1558QSGIIKNTASLKYEN
Site 155S1560GIIKNTASLKYENYE
Site 156Y1563KNTASLKYENYELTL
Site 157Y1566ASLKYENYELTLKSD
Site 158T1569KYENYELTLKSDTNG
Site 159S1572NYELTLKSDTNGKYK
Site 160Y1578KSDTNGKYKNFATSN
Site 161T1590TSNKMDMTFSKQNAL
Site 162Y1602NALLRSEYQADYESL
Site 163Y1606RSEYQADYESLRFFS
Site 164S1608EYQADYESLRFFSLL
Site 165S1653RIGQDGISTSATTNL
Site 166S1655GQDGISTSATTNLKC
Site 167T1657DGISTSATTNLKCSL
Site 168T1685SGASMKLTTNGRFRE
Site 169S1709KAALTELSLGSAYQA
Site 170Y1714ELSLGSAYQAMILGV
Site 171S1723AMILGVDSKNIFNFK
Site 172S1732NIFNFKVSQEGLKLS
Site 173S1739SQEGLKLSNDMMGSY
Site 174Y1746SNDMMGSYAEMKFDH
Site 175T1754AEMKFDHTNSLNIAG
Site 176S1756MKFDHTNSLNIAGLS
Site 177S1767AGLSLDFSSKLDNIY
Site 178S1768GLSLDFSSKLDNIYS
Site 179Y1774SSKLDNIYSSDKFYK
Site 180S1775SKLDNIYSSDKFYKQ
Site 181S1776KLDNIYSSDKFYKQT
Site 182Y1780IYSSDKFYKQTVNLQ
Site 183T1783SDKFYKQTVNLQLQP
Site 184S1792NLQLQPYSLVTTLNS
Site 185T1796QPYSLVTTLNSDLKY
Site 186Y1803TLNSDLKYNALDLTN
Site 187T1809KYNALDLTNNGKLRL
Site 188Y1831AGNLKGAYQNNEIKH
Site 189Y1840NNEIKHIYAISSAAL
Site 190T1855SASYKADTVAKVQGV
Site 191S1865KVQGVEFSHRLNTDI
Site 192T1870EFSHRLNTDIAGLAS
Site 193T1883ASAIDMSTNYNSDSL
Site 194Y1885AIDMSTNYNSDSLHF
Site 195S1887DMSTNYNSDSLHFSN
Site 196S1889STNYNSDSLHFSNVF
Site 197S1893NSDSLHFSNVFRSVM
Site 198Y1928GEHTGQLYSKFLLKA
Site 199T1941KAEPLAFTFSHDYKG
Site 200S1943EPLAFTFSHDYKGST
Site 201Y1946AFTFSHDYKGSTSHH
Site 202S1949FSHDYKGSTSHHLVS
Site 203S1951HDYKGSTSHHLVSRK
Site 204S1956STSHHLVSRKSISAA
Site 205S1959HHLVSRKSISAALEH
Site 206T1973HKVSALLTPAEQTGT
Site 207T1980TPAEQTGTWKLKTQF
Site 208Y1999YSQDLDAYNTKDKIG
Site 209T2013GVELTGRTLADLTLL
Site 210T2018GRTLADLTLLDSPIK
Site 211S2022ADLTLLDSPIKVPLL
Site 212Y2060TIVAFVKYDKNQDVH
Site 213Y2080FFETLQEYFERNRQT
Site 214T2087YFERNRQTIIVVVEN
Site 215Y2111IDQFVRKYRAALGKL
Site 216Y2125LPQQANDYLNSFNWE
Site 217S2136FNWERQVSHAKEKLT
Site 218T2152LTKKYRITENDIQIA
Site 219T2176EKLSQLQTYMIQFDQ
Site 220Y2177KLSQLQTYMIQFDQY
Site 221Y2184YMIQFDQYIKDSYDL
Site 222Y2189DQYIKDSYDLHDLKI
Site 223S2211EIIEKLKSLDEHYHI
Site 224Y2216LKSLDEHYHIRVNLV
Site 225S2241ENIDFNKSGSSTASW
Site 226S2243IDFNKSGSSTASWIQ
Site 227T2245FNKSGSSTASWIQNV
Site 228S2247KSGSSTASWIQNVDT
Site 229Y2256IQNVDTKYQIRIQIQ
Site 230S2306DQLGTTISFERINDV
Site 231Y2348VHELIERYEVDQQIQ
Site 232Y2389QQVKIKDYFEKLVGF
Site 233S2408VKKLNELSFKTFIED
Site 234T2411LNELSFKTFIEDVNK
Site 235Y2432KKLKSFDYHQFVDET
Site 236T2447NDKIREVTQRLNGEI
Site 237Y2480TKATVAVYLESLQDT
Site 238S2501NWLQEALSSASLAHM
Site 239S2502WLQEALSSASLAHMK
Site 240T2515MKAKFRETLEDTRDR
Site 241Y2524EDTRDRMYQMDIQQE
Site 242Y2535IQQELQRYLSLVGQV
Site 243S2537QELQRYLSLVGQVYS
Site 244S2628LTDLRIPSVQINFKD
Site 245S2643LKNIKIPSRFSTPEF
Site 246T2647KIPSRFSTPEFTILN
Site 247Y2692QWPVPDIYLRDLKVE
Site 248T2707DIPLARITLPDFRLP
Site 249S2747EFQLPHISHTIEVPT
Site 250S2760PTFGKLYSILKIQSP
Site 251S2815FQANAQLSNPKINPL
Site 252S2827NPLALKESVKFSSKY
Site 253S2831LKESVKFSSKYLRTE
Site 254Y2834SVKFSSKYLRTEHGS
Site 255T2837FSSKYLRTEHGSEML
Site 256S2854GNAIEGKSNTVASLH
Site 257T2856AIEGKSNTVASLHTE
Site 258S2859GKSNTVASLHTEKNT
Site 259T2862NTVASLHTEKNTLEL
Site 260T2866SLHTEKNTLELSNGV
Site 261S2870EKNTLELSNGVIVKI
Site 262T2882VKINNQLTLDSNTKY
Site 263Y2889TLDSNTKYFHKLNIP
Site 264S2902IPKLDFSSQADLRNE
Site 265T2912DLRNEIKTLLKAGHI
Site 266T2922KAGHIAWTSSGKGSW
Site 267S2923AGHIAWTSSGKGSWK
Site 268S2937KWACPRFSDEGTHES
Site 269T2941PRFSDEGTHESQISF
Site 270S2944SDEGTHESQISFTIE
Site 271S2947GTHESQISFTIEGPL
Site 272T2955FTIEGPLTSFGLSNK
Site 273S2960PLTSFGLSNKINSKH
Site 274Y2976RVNQNLVYESGSLNF
Site 275S2980NLVYESGSLNFSKLE
Site 276S2984ESGSLNFSKLEIQSQ
Site 277S2990FSKLEIQSQVDSQHV
Site 278S2994EIQSQVDSQHVGHSV
Site 279S3049QPFEITASTNNEGNL
Site 280S3079NNYALFLSPSAQQAS
Site 281S3081YALFLSPSAQQASWQ
Site 282S3086SPSAQQASWQVSARF
Site 283Y3098ARFNQYKYNQNFSAG
Site 284S3151TPPLKDFSLWEKTGL
Site 285T3164GLKEFLKTTKQSFDL
Site 286S3168FLKTTKQSFDLSVKA
Site 287S3172TKQSFDLSVKAQYKK
Site 288S3185KKNKHRHSITNPLAV
Site 289S3198AVLCEFISQSIKSFD
Site 290S3200LCEFISQSIKSFDRH
Site 291S3203FISQSIKSFDRHFEK
Site 292S3222ALDFVTKSYNETKIK
Site 293Y3233TKIKFDKYKAEKSHD
Site 294S3238DKYKAEKSHDELPRT
Site 295T3245SHDELPRTFQIPGYT
Site 296S3288PSFSILGSDVRVPSY
Site 297S3316VPRNLKLSLPHFKEL
Site 298T3338IPAMGNITYDFSFKS
Site 299Y3339PAMGNITYDFSFKSS
Site 300S3342GNITYDFSFKSSVIT
Site 301S3345TYDFSFKSSVITLNT
Site 302S3346YDFSFKSSVITLNTN
Site 303T3349SFKSSVITLNTNAEL
Site 304T3388LEGTTRLTRKRGLKL
Site 305T3397KRGLKLATALSLSNK
Site 306S3400LKLATALSLSNKFVE
Site 307S3409SNKFVEGSHNSTVSL
Site 308S3412FVEGSHNSTVSLTTK
Site 309T3413VEGSHNSTVSLTTKN
Site 310S3415GSHNSTVSLTTKNME
Site 311S3424TTKNMEVSVAKTTKA
Site 312S3450ELNGNTKSKPTVSSS
Site 313T3453GNTKSKPTVSSSMEF
Site 314S3455TKSKPTVSSSMEFKY
Site 315S3456KSKPTVSSSMEFKYD
Site 316S3457SKPTVSSSMEFKYDF
Site 317Y3462SSSMEFKYDFNSSML
Site 318S3466EFKYDFNSSMLYSTA
Site 319S3467FKYDFNSSMLYSTAK
Site 320Y3470DFNSSMLYSTAKGAV
Site 321S3471FNSSMLYSTAKGAVD
Site 322S3482GAVDHKLSLESLTSY
Site 323S3485DHKLSLESLTSYFSI
Site 324T3487KLSLESLTSYFSIES
Site 325S3488LSLESLTSYFSIESS
Site 326Y3489SLESLTSYFSIESST
Site 327S3491ESLTSYFSIESSTKG
Site 328S3495SYFSIESSTKGDVKG
Site 329S3503TKGDVKGSVLSREYS
Site 330S3506DVKGSVLSREYSGTI
Site 331Y3509GSVLSREYSGTIASE
Site 332S3510SVLSREYSGTIASEA
Site 333T3512LSREYSGTIASEANT
Site 334S3515EYSGTIASEANTYLN
Site 335T3519TIASEANTYLNSKST
Site 336Y3520IASEANTYLNSKSTR
Site 337S3523EANTYLNSKSTRSSV
Site 338S3525NTYLNSKSTRSSVKL
Site 339S3529NSKSTRSSVKLQGTS
Site 340T3555ENFAGEATLQRIYSL
Site 341Y3560EATLQRIYSLWEHST
Site 342S3561ATLQRIYSLWEHSTK
Site 343T3588GEHTSKATLELSPWQ
Site 344S3592SKATLELSPWQMSAL
Site 345S3597ELSPWQMSALVQVHA
Site 346S3605ALVQVHASQPSSFHD
Site 347S3609VHASQPSSFHDFPDL
Site 348T3626EVALNANTKNQKIRW
Site 349S3641KNEVRIHSGSFQSQV
Site 350S3643EVRIHSGSFQSQVEL
Site 351S3646IHSGSFQSQVELSND
Site 352S3651FQSQVELSNDQEKAH
Site 353Y3680KNIILPVYDKSLWDF
Site 354T3693DFLKLDVTTSIGRRQ
Site 355S3695LKLDVTTSIGRRQHL
Site 356S3705RRQHLRVSTAFVYTK
Site 357T3706RQHLRVSTAFVYTKN
Site 358Y3710RVSTAFVYTKNPNGY
Site 359S3718TKNPNGYSFSIPVKV
Site 360Y3771DFREIQIYKKLRTSS
Site 361T3776QIYKKLRTSSFALNL
Site 362S3777IYKKLRTSSFALNLP
Site 363S3778YKKLRTSSFALNLPT
Site 364T3798FPEVDVLTKYSQPED
Site 365Y3800EVDVLTKYSQPEDSL
Site 366S3801VDVLTKYSQPEDSLI
Site 367S3806KYSQPEDSLIPFFEI
Site 368T3821TVPESQLTVSQFTLP
Site 369S3823PESQLTVSQFTLPKS
Site 370T3826QLTVSQFTLPKSVSD
Site 371S3830SQFTLPKSVSDGIAA
Site 372S3891TARFEVDSPVYNATW
Site 373Y3894FEVDSPVYNATWSAS
Site 374T3897DSPVYNATWSASLKN
Site 375Y3908SLKNKADYVETVLDS
Site 376T3911NKADYVETVLDSTCS
Site 377S3915YVETVLDSTCSSTVQ
Site 378T3920LDSTCSSTVQFLEYE
Site 379T3940THKIEDGTLASKTKG
Site 380T3945DGTLASKTKGTLAHR
Site 381S3955TLAHRDFSAEYEEDG
Site 382Y3958HRDFSAEYEEDGKFE
Site 383S3980KAHLNIKSPAFTDLH
Site 384T3984NIKSPAFTDLHLRYQ
Site 385S3998QKDKKGISTSAASPA
Site 386T3999KDKKGISTSAASPAV
Site 387S4000DKKGISTSAASPAVG
Site 388Y4025DFSKWNFYYSPQSSP
Site 389Y4026FSKWNFYYSPQSSPD
Site 390S4027SKWNFYYSPQSSPDK
Site 391S4030NFYYSPQSSPDKKLT
Site 392S4031FYYSPQSSPDKKLTI
Site 393T4037SSPDKKLTIFKTELR
Site 394T4041KKLTIFKTELRVRES
Site 395S4048TELRVRESDEETQIK
Site 396T4052VRESDEETQIKVNWE
Site 397T4068EAASGLLTSLKDNVP
Site 398S4069AASGLLTSLKDNVPK
Site 399Y4082PKATGVLYDYVNKYH
Site 400Y4084ATGVLYDYVNKYHWE
Site 401Y4088LYDYVNKYHWEHTGL
Site 402T4096HWEHTGLTLREVSSK
Site 403S4101GLTLREVSSKLRRNL
Site 404S4102LTLREVSSKLRRNLQ
Site 405Y4116QNNAEWVYQGAIRQI
Site 406Y4152KDKAQNLYQELLTQE
Site 407S4163LTQEGQASFQGLKDN
Site 408T4179FDGLVRVTQKFHMKV
Site 409Y4211FPGKPGIYTREELCT
Site 410S4229REVGTVLSQVYSKVH
Site 411S4233TVLSQVYSKVHNGSE
Site 412S4277RELLKDLSKEAQEVF
Site 413T4293AIQSLKTTEVLRNLQ
Site 414T4323QLKEMKFTYLINYIQ
Site 415Y4324LKEMKFTYLINYIQD
Site 416Y4328KFTYLINYIQDEINT
Site 417S4392REEYFDPSIVGWTVK
Site 418Y4400IVGWTVKYYELEEKI
Site 419Y4401VGWTVKYYELEEKIV
Site 420Y4425LKDFHSEYIVSASNF
Site 421S4428FHSEYIVSASNFTSQ
Site 422S4430SEYIVSASNFTSQLS
Site 423S4434VSASNFTSQLSSQVE
Site 424S4438NFTSQLSSQVEQFLH
Site 425Y4451LHRNIQEYLSILTDP
Site 426S4453RNIQEYLSILTDPDG
Site 427S4470KEKIAELSATAQEII
Site 428S4479TAQEIIKSQAIATKK
Site 429Y4491TKKIISDYHQQFRYK
Site 430S4503RYKLQDFSDQLSDYY
Site 431S4507QDFSDQLSDYYEKFI
Site 432Y4509FSDQLSDYYEKFIAE
Site 433Y4510SDQLSDYYEKFIAES
Site 434S4524SKRLIDLSIQNYHTF
Site 435S4544ELLKKLQSTTVMNPY
Site 436T4546LKKLQSTTVMNPYMK
Site 437Y4551STTVMNPYMKLAPGE
 
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
 


2019 Kinexus Bioinformatics Corporation