PhosphoNET

           
Protein Info 
   
Short Name:  NAG
Full Name:  Neuroblastoma-amplified sequence
Alias:  Neuroblastoma amplified sequence; Neuroblastoma-amplified
Type: 
Mass (Da):  268571
Number AA:  2371
UniProt ID:  A2RRP1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S6__MAAPESGPALSPG
Site 2S11PESGPALSPGTAEGE
Site 3Y24GEEETILYDLLVNTE
Site 4S49GNQKHGASFIITKAI
Site 5Y66RLLFLRQYIWYSPAP
Site 6T119RSAKDDFTSIIGKCQ
Site 7S120SAKDDFTSIIGKCQV
Site 8Y142WRRVAWSYDCTLLAY
Site 9S194IFLEYKASAQWSAEL
Site 10S212NYRGELRSYLVSVGT
Site 11Y213YRGELRSYLVSVGTN
Site 12S216ELRSYLVSVGTNQSY
Site 13S222VSVGTNQSYQESHCF
Site 14Y223SVGTNQSYQESHCFS
Site 15S226TNQSYQESHCFSFSS
Site 16Y244HGINTAIYHPGHRLL
Site 17S264ETAEVGMSKASSCGL
Site 18S267EVGMSKASSCGLSAW
Site 19S268VGMSKASSCGLSAWR
Site 20S278LSAWRVLSGSPYYKQ
Site 21S280AWRVLSGSPYYKQVT
Site 22Y282RVLSGSPYYKQVTNG
Site 23Y283VLSGSPYYKQVTNGG
Site 24T294TNGGDGVTAVPKTLG
Site 25Y311RMLSVKFYSRQGQEQ
Site 26S325QDGIFKMSLSPDGML
Site 27S349LSIWAIPSLKQQGEW
Site 28Y364GQNEQPGYDDLNPDW
Site 29S374LNPDWRLSTEKRKKI
Site 30T375NPDWRLSTEKRKKIK
Site 31S386KKIKDKESFYPLIDV
Site 32Y388IKDKESFYPLIDVNW
Site 33S425LKNLLGKSCEWFEPS
Site 34S432SCEWFEPSPQVTATH
Site 35T436FEPSPQVTATHDGGF
Site 36T438PSPQVTATHDGGFLS
Site 37S445THDGGFLSLECEIKL
Site 38T461PKRSRLETRAGEEDE
Site 39S473EDEGEEDSDSDYEIS
Site 40S475EGEEDSDSDYEISAK
Site 41Y477EEDSDSDYEISAKAR
Site 42S480SDSDYEISAKARYFG
Site 43Y485EISAKARYFGYIKQG
Site 44Y488AKARYFGYIKQGLYL
Site 45Y494GYIKQGLYLVTEMER
Site 46T497KQGLYLVTEMERFAP
Site 47T511PPRKRPRTITKNYRL
Site 48T513RKRPRTITKNYRLVS
Site 49Y516PRTITKNYRLVSLRS
Site 50S520TKNYRLVSLRSTTPE
Site 51S523YRLVSLRSTTPEELY
Site 52T524RLVSLRSTTPEELYQ
Site 53T525LVSLRSTTPEELYQR
Site 54Y530STTPEELYQRKIESE
Site 55S536LYQRKIESEEYEEAL
Site 56Y539RKIESEEYEEALSLA
Site 57S544EEYEEALSLAHTYGL
Site 58T548EALSLAHTYGLDTDL
Site 59Y549ALSLAHTYGLDTDLV
Site 60T553AHTYGLDTDLVYQRQ
Site 61Y557GLDTDLVYQRQWRKS
Site 62S564YQRQWRKSAVNVASI
Site 63S570KSAVNVASIQNYLSK
Site 64Y574NVASIQNYLSKIKKR
Site 65S576ASIQNYLSKIKKRSW
Site 66Y605AAKELLQYGLKGTDL
Site 67T628GADDGRFTLPGEIDI
Site 68S637PGEIDIDSISYEELS
Site 69S639EIDIDSISYEELSPP
Site 70Y640IDIDSISYEELSPPD
Site 71S644SISYEELSPPDEEPA
Site 72T690RCRRKLLTYLDRLAT
Site 73Y691CRRKLLTYLDRLATY
Site 74Y712PHASEQRYDAEFFKK
Site 75S728RNQNIVLSARTYAQE
Site 76Y732IVLSARTYAQESNVQ
Site 77S761PHRLAILSNFPETTS
Site 78T766ILSNFPETTSPHEYS
Site 79S768SNFPETTSPHEYSVL
Site 80Y772ETTSPHEYSVLLPEA
Site 81S773TTSPHEYSVLLPEAC
Site 82Y823QDESEFLYAAQPELL
Site 83T835ELLRFRMTQLTVEKV
Site 84T838RFRMTQLTVEKVMDW
Site 85Y846VEKVMDWYQTRAEEI
Site 86Y856RAEEIEHYARQVDCA
Site 87Y893VTLETLVYEARCDVT
Site 88T900YEARCDVTLTLKELQ
Site 89T902ARCDVTLTLKELQQM
Site 90S921KLRLLMNSCSEDKYV
Site 91S923RLLMNSCSEDKYVTS
Site 92Y927NSCSEDKYVTSAYQW
Site 93Y932DKYVTSAYQWMVPFL
Site 94S946LHRCEKQSPGVANEL
Site 95Y1000AIALECIYTCERNDQ
Site 96T1001IALECIYTCERNDQL
Site 97Y1023ECLPERGYGDKTEAT
Site 98T1027ERGYGDKTEATTKLH
Site 99S1045DQLEQILSVSELLEK
Site 100S1060HGLEKPISFVKNTQS
Site 101T1065PISFVKNTQSSSEEA
Site 102S1067SFVKNTQSSSEEARK
Site 103S1069VKNTQSSSEEARKLM
Site 104T1080RKLMVRLTRHTGRKQ
Site 105T1083MVRLTRHTGRKQPPV
Site 106S1091GRKQPPVSESHWRTL
Site 107T1097VSESHWRTLLQDMLT
Site 108T1104TLLQDMLTMQQNVYT
Site 109Y1110LTMQQNVYTCLDSDA
Site 110T1111TMQQNVYTCLDSDAC
Site 111S1129FTESLLCSSRLENIH
Site 112Y1163AHKGKPHYRVSYEKS
Site 113S1166GKPHYRVSYEKSIDL
Site 114Y1167KPHYRVSYEKSIDLV
Site 115Y1181VLAASREYFNSSTNL
Site 116S1184ASREYFNSSTNLTDS
Site 117S1185SREYFNSSTNLTDSC
Site 118T1189FNSSTNLTDSCMDLA
Site 119S1191SSTNLTDSCMDLARC
Site 120T1204RCCLQLITDRPPAIQ
Site 121S1243RLCPDRISLIKECIS
Site 122S1250SLIKECISQSPTCYK
Site 123S1252IKECISQSPTCYKQS
Site 124T1254ECISQSPTCYKQSTK
Site 125Y1297QALRFHDYKAASMHC
Site 126Y1312QELMATGYPKSWDVC
Site 127S1320PKSWDVCSQLGQSEG
Site 128T1333EGYQDLATRQELMAF
Site 129Y1366SLQTEILYQRVNFQI
Site 130S1382HEGGENISASPLTSK
Site 131S1384GGENISASPLTSKAV
Site 132S1388ISASPLTSKAVQEDE
Site 133S1401DEVGVPGSNSADLLR
Site 134S1403VGVPGSNSADLLRWT
Site 135T1410SADLLRWTTATTMKV
Site 136S1419ATTMKVLSNTTTTTK
Site 137T1423KVLSNTTTTTKAVLQ
Site 138T1443QWWKKSLTYLRPLQG
Site 139Y1444WWKKSLTYLRPLQGQ
Site 140Y1476KQGCHPFYESVISNP
Site 141S1488SNPFVAESEGTYDTY
Site 142T1491FVAESEGTYDTYQHV
Site 143Y1492VAESEGTYDTYQHVP
Site 144T1494ESEGTYDTYQHVPVE
Site 145Y1495SEGTYDTYQHVPVES
Site 146S1565NRCFEKQSPSALSLQ
Site 147S1567CFEKQSPSALSLQLA
Site 148S1570KQSPSALSLQLAAYY
Site 149Y1598RDKCHPLYRADPKEL
Site 150S1627AWPEDLISLTKQLHC
Site 151Y1635LTKQLHCYNERLLDF
Site 152T1643NERLLDFTQAQILQG
Site 153T1661GVDVQRFTADDQYKR
Site 154Y1666RFTADDQYKRETILG
Site 155T1670DDQYKRETILGLAET
Site 156S1694ISLAQRYSVSRWEVF
Site 157T1716FTDSGLSTLEIENRA
Site 158T1731QDLHLFETLKTDPEA
Site 159T1734HLFETLKTDPEAFHQ
Site 160Y1746FHQHMVKYIYPTIGG
Site 161Y1748QHMVKYIYPTIGGFD
Site 162Y1761FDHERLQYYFTLLEN
Site 163Y1762DHERLQYYFTLLENC
Site 164T1783NCAIKPETHIRLLKK
Site 165T1804GLNYKKLTDENMSPL
Site 166S1809KLTDENMSPLEALEP
Site 167S1842EKDGQMLSPSSLYTI
Site 168S1869LIKQVPGSSPEWLHA
Site 169S1870IKQVPGSSPEWLHAY
Site 170Y1883AYDVCMKYFDRLHPG
Site 171T1894LHPGDLITVVDAVTF
Site 172S1910PKAVTKLSVEARKEM
Site 173T1924MTRKAIKTVKHFIEK
Site 174S1937EKPRKRNSEDEAQEA
Site 175Y1951AKDSKVTYADTLNHL
Site 176T1954SKVTYADTLNHLEKS
Site 177S1961TLNHLEKSLAHLETL
Site 178S1971HLETLSHSFILSLKN
Site 179S1975LSHSFILSLKNSEQE
Site 180S1979FILSLKNSEQETLQK
Site 181T1983LKNSEQETLQKYSHL
Site 182Y1991LQKYSHLYDLSRSEK
Site 183S1994YSHLYDLSRSEKEKL
Site 184S1996HLYDLSRSEKEKLHD
Site 185S2052ISALSGGSADLGGPR
Site 186S2084DKGEELVSPEDLLEW
Site 187S2116VLQILGQSFHLTEED
Site 188T2120LGQSFHLTEEDSKLL
Site 189S2124FHLTEEDSKLLVFFR
Site 190Y2157IENEENRYCLFMELL
Site 191S2166LFMELLESSHHEAEF
Site 192T2209TVMLTRCTMENKEGL
Site 193Y2228LKMCRSLYNTKQMLP
Site 194T2230MCRSLYNTKQMLPAE
Site 195S2262SLKLLLESRDEHLHE
Site 196T2280EQITAVTTVNDSNCD
Site 197S2284AVTTVNDSNCDQELL
Site 198Y2309KCVSTPFYPRIVDHL
Site 199S2319IVDHLLASLQQGRWD
Site 200T2359GTHQAFRTFSTALRA
Site 201S2361HQAFRTFSTALRAAQ
 
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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