PhosphoNET

           
Protein Info 
   
Short Name:  Enamelin
Full Name:  Enamelin
Alias:  ENAM
Type:  Extracellular matrix protein
Mass (Da):  128745
Number AA:  1142
UniProt ID:  Q9NRM1
International Prot ID:  IPI00016685
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005578     Uniprot OncoNet
Molecular Function:  GO:0030345     PhosphoSite+ KinaseNET
Biological Process:  GO:0030282  GO:0042476   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 1T10VLRCRLGTSFPKLDN
Site 2S11LRCRLGTSFPKLDNL
Site 3S37FLGLLGNSVAMPMHM
Site 4S51MPRMPGFSSKSEEMM
Site 5S52PRMPGFSSKSEEMMR
Site 6S54MPGFSSKSEEMMRYN
Site 7Y60KSEEMMRYNQFNFMN
Site 8T101WPQPPPNTWHPRKSS
Site 9S107NTWHPRKSSAPKRHN
Site 10S108TWHPRKSSAPKRHNK
Site 11T119RHNKTDQTQETQKPN
Site 12T122KTDQTQETQKPNQTQ
Site 13T128ETQKPNQTQSKKPPQ
Site 14S143KRPLKQPSHNQPQPE
Site 15Y169FGNGLFPYQQPPWQI
Site 16Y185QRLPPPGYGRPPISN
Site 17S191GYGRPPISNEEGGNP
Site 18Y199NEEGGNPYFGYFGYH
Site 19Y202GGNPYFGYFGYHGFG
Site 20Y205PYFGYFGYHGFGGRP
Site 21Y214GFGGRPPYYSEEMFE
Site 22Y215FGGRPPYYSEEMFEQ
Site 23S216GGRPPYYSEEMFEQD
Site 24S237EDPPKAESPGTEPTA
Site 25T240PKAESPGTEPTANST
Site 26S246GTEPTANSTVTETNS
Site 27T249PTANSTVTETNSTQP
Site 28S253STVTETNSTQPNPKG
Site 29T254TVTETNSTQPNPKGS
Site 30S261TQPNPKGSQGGNDTS
Site 31S268SQGGNDTSPTGNSTP
Site 32T270GGNDTSPTGNSTPGL
Site 33S273DTSPTGNSTPGLNTG
Site 34T274TSPTGNSTPGLNTGN
Site 35S298PLPAVNASGQGGPGS
Site 36S305SGQGGPGSQIPWRPS
Site 37S312SQIPWRPSQPNIREN
Site 38Y322NIRENHPYPNIRNFP
Site 39Y335FPSGRQWYFTGTVMG
Site 40Y350HRQNRPFYRNQQVQR
Site 41Y379ARPGNPVYHKAYPPT
Site 42Y383NPVYHKAYPPTSRGN
Site 43T386YHKAYPPTSRGNYPN
Site 44S387HKAYPPTSRGNYPNY
Site 45Y391PPTSRGNYPNYAGNP
Site 46Y394SRGNYPNYAGNPANL
Site 47T416NKHPVGTTVAPLGPK
Site 48T451KEQIIVPTKNPTSPW
Site 49S456VPTKNPTSPWRNSQQ
Site 50S461PTSPWRNSQQYEVNK
Site 51Y464PWRNSQQYEVNKSNY
Site 52S469QQYEVNKSNYKLPHS
Site 53Y471YEVNKSNYKLPHSEG
Site 54S476SNYKLPHSEGYMPVP
Site 55Y495VDQHENSYYPRGDSR
Site 56Y496DQHENSYYPRGDSRK
Site 57S501SYYPRGDSRKVPNSD
Site 58S507DSRKVPNSDGQTQSQ
Site 59T511VPNSDGQTQSQNLPK
Site 60S513NSDGQTQSQNLPKGI
Site 61S524PKGIVLGSRRMPYES
Site 62Y529LGSRRMPYESETNQS
Site 63S531SRRMPYESETNQSEL
Site 64S536YESETNQSELKHSSY
Site 65Y543SELKHSSYQPAVYPE
Site 66Y548SSYQPAVYPEEIPSP
Site 67S554VYPEEIPSPAKEHFP
Site 68S573TWDHQEISPPFKEDP
Site 69S591EEHLPHPSHGSRGSV
Site 70S597PSHGSRGSVFYPEYN
Site 71Y600GSRGSVFYPEYNPYD
Site 72Y603GSVFYPEYNPYDPRE
Site 73Y606FYPEYNPYDPRENSP
Site 74S612PYDPRENSPYLRGNT
Site 75Y614DPRENSPYLRGNTWD
Site 76T619SPYLRGNTWDERDDS
Site 77S626TWDERDDSPNTMGQK
Site 78T629ERDDSPNTMGQKESP
Site 79S635NTMGQKESPLYPINT
Site 80Y638GQKESPLYPINTPDQ
Site 81T642SPLYPINTPDQKEIV
Site 82Y651DQKEIVPYNEEDPVD
Site 83T660EEDPVDPTGDEVFPG
Site 84S676NRWGEELSFKGGPTV
Site 85T682LSFKGGPTVRHYEGE
Site 86Y686GGPTVRHYEGEQYTS
Site 87Y691RHYEGEQYTSNQPKE
Site 88S693YEGEQYTSNQPKEYL
Site 89Y699TSNQPKEYLPYSLDN
Site 90Y702QPKEYLPYSLDNPSK
Site 91S703PKEYLPYSLDNPSKP
Site 92S708PYSLDNPSKPREDFY
Site 93Y715SKPREDFYYSEFYPW
Site 94Y716KPREDFYYSEFYPWS
Site 95Y720DFYYSEFYPWSPDEN
Site 96S723YSEFYPWSPDENFPS
Site 97S730SPDENFPSYNTASTM
Site 98Y731PDENFPSYNTASTMP
Site 99S735FPSYNTASTMPPPIE
Site 100T736PSYNTASTMPPPIES
Site 101Y746PPIESRGYYVNNAAG
Site 102Y747PIESRGYYVNNAAGP
Site 103T758AAGPEESTLFPSRNS
Site 104S762EESTLFPSRNSWDHR
Site 105S765TLFPSRNSWDHRIQA
Site 106Y781GQRERRPYFNRNIWD
Site 107Y809DQKGNQPYYSNTPAG
Site 108Y810QKGNQPYYSNTPAGL
Site 109S811KGNQPYYSNTPAGLQ
Site 110T813NQPYYSNTPAGLQKN
Site 111Y831HEGENLNYGMQITRM
Site 112T836LNYGMQITRMNSPER
Site 113S840MQITRMNSPEREHSS
Site 114S846NSPEREHSSFPNFIP
Site 115S847SPEREHSSFPNFIPP
Site 116S855FPNFIPPSYPSGQKE
Site 117Y856PNFIPPSYPSGQKEA
Site 118S858FIPPSYPSGQKEAHL
Site 119S869EAHLFHLSQRGSCCA
Site 120S873FHLSQRGSCCAGSST
Site 121S878RGSCCAGSSTGPKDN
Site 122S879GSCCAGSSTGPKDNP
Site 123Y892NPLALQDYTPSYGLA
Site 124T893PLALQDYTPSYGLAP
Site 125S895ALQDYTPSYGLAPGE
Site 126Y896LQDYTPSYGLAPGEN
Site 127T906APGENQDTSPLYTDG
Site 128S907PGENQDTSPLYTDGS
Site 129Y910NQDTSPLYTDGSHTK
Site 130T911QDTSPLYTDGSHTKQ
Site 131S914SPLYTDGSHTKQTRD
Site 132S924KQTRDIISPTSILPG
Site 133S927RDIISPTSILPGQRN
Site 134S935ILPGQRNSSEKRESQ
Site 135S936LPGQRNSSEKRESQN
Site 136S941NSSEKRESQNPFRDD
Site 137S950NPFRDDVSTLRRNTP
Site 138T951PFRDDVSTLRRNTPC
Site 139T956VSTLRRNTPCSIKNQ
Site 140S959LRRNTPCSIKNQLGQ
Site 141S976IMPFPEASSLQSKNT
Site 142S977MPFPEASSLQSKNTP
Site 143S980PEASSLQSKNTPCLK
Site 144T983SSLQSKNTPCLKNDL
Site 145T1011DNQLNERTVDLTPEQ
Site 146T1015NERTVDLTPEQLVIG
Site 147T1023PEQLVIGTPDEGSNP
Site 148S1028IGTPDEGSNPEGIQS
Site 149S1035SNPEGIQSQVQENES
Site 150S1042SQVQENESERQQQRP
Site 151S1050ERQQQRPSNILHLPC
Site 152S1060LHLPCFGSKLAKHHS
Site 153S1067SKLAKHHSSTTGTPS
Site 154S1068KLAKHHSSTTGTPSS
Site 155T1070AKHHSSTTGTPSSDG
Site 156T1072HHSSTTGTPSSDGRQ
Site 157S1074SSTTGTPSSDGRQSP
Site 158S1075STTGTPSSDGRQSPF
Site 159S1080PSSDGRQSPFDGDSI
Site 160S1086QSPFDGDSITPTENP
Site 161T1088PFDGDSITPTENPNT
Site 162T1090DGDSITPTENPNTLV
Site 163T1095TPTENPNTLVELATE
Site 164S1107ATEEQFKSINVDPLD
Site 165S1119PLDADEHSPFEFLQR
Site 166T1128FEFLQRGTNVQDQVQ
 
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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