LTP 

LTP (Low Throughput Papers) : The number of records in which this modification site was determined using methods other than discovery mass spectrometry.


  HTP 

HTP (High Throughput Papers): The number of records in which this modification site was assigned using ONLY proteomic discovery mass spectrometry.


       mouse

 
0 1   K8 MGVDFDVKTFCHNLR
0 1   Y32 VETCRKVYKSYSGIE
0 1   Y35 CRKVYKSYSGIEYHL
0 2   Y43 SGIEYHLYHYDHDSP
0 1   Y45 IEYHLYHYDHDSPPP
0 29   T56 SPPPPQQTPLRKHKK
0 7   S75‑p SRPANKQsPsPSEVS
0 4   S77‑p PANKQsPsPSEVSQs
0 5   S84‑p sPSEVSQsPGREVMS
0 1   S111 HGRVHRISIFDNLDV
0 16   S120‑p FDNLDVVsEDEEAPE
0 1   T141 SNKENTETPAAtPkS
0 5   T145‑p NTETPAAtPkSGkHK
0 7   K147‑ac ETPAAtPkSGkHKNk
0 5   K150‑ac AAtPkSGkHKNkEKR
0 7   K152 tPkSGkHKNkEKRKD
0 14   K154‑ac kSGkHKNkEKRKDSN
0 3   T187‑p YRELEQDtPDAPPRP
0 3   T233 IMNERRKTEGVsPIP
0 12   S237‑p RRKTEGVsPIPQEIF
0 1   T428 KMEPVRETGANGTSF
0 1   T433 RETGANGTSFSVRKT
0 1   S434 ETGANGTSFSVRKTA
0 1   S436 GANGTSFSVRKTAYC
0 5   T447‑p TAYCDIHtPPGsARR
0 7   S451‑p DIHtPPGsARRLPAL
0 37   S459‑p ARRLPALsHsEGEEE
0 37   S461‑p RLPALsHsEGEEEED
0 1   K522 IPPHRLSKITNRLTI
0 1   S541 QFMQRLHSYWTLKRQ
0 1   T544 QRLHSYWTLKRQSRN
0 1   K546 LHSYWTLKRQSRNGV
0 4   S576 CEQVGRDSDDKNWAL
0 3   K579 VGRDSDDKNWALKEQ
0 1   T617‑p REKLKREtIKIQQIA
0 1   T630‑p IAMEMQLtPFLILLR
0 1   K798 LDEVNASKQSVGRSR
0 1   T827 KLAHQRETGRDGPER
0 1   N842 HGPSGRGNLtPHPAA
0 5   T844‑p PSGRGNLtPHPAACD
0 17   T856‑p ACDKDGQtDsAAEEs
0 29   S858‑p DKDGQtDsAAEEssS
0 2   S863‑p tDsAAEEssSQETSK
0 1   S864‑p DsAAEEssSQETSKG
0 1   S865 sAAEEssSQETSKGL
0 9   T879 LGPNMSSTPAHEVGR
0 1   R886 TPAHEVGRRTsVLFS
0 1   T888 AHEVGRRTsVLFSkK
0 7   S889‑p HEVGRRTsVLFSkKN
0 2   S893 RRTsVLFSkKNPKTA
0 79   K894‑ac RTsVLFSkKNPKTAG
0 1   T899 FSkKNPKTAGPPKRP
0 5   S915‑p RPPKNREsQMtPsHG
0 4   T918‑p KNREsQMtPsHGGsP
0 4   S920‑p REsQMtPsHGGsPVG
0 7   S924‑p MtPsHGGsPVGPPQL
0 2   G935 PPQLPIMGSLRQRKR
0 1   S936 PQLPIMGSLRQRKRG
0 1   S1015‑p SAASDRTsTtPsKQG
0 1   T1017‑p ASDRTsTtPsKQGRG
0 1   S1019‑p DRTsTtPsKQGRGKP
0 2   K1025 PsKQGRGKPSFSRGT
0 1   T1044 SSEDTSGTENEAYSV
0 1   S1065 GHSMVRKSLGRGAGW
0 33   S1074‑p GRGAGWLsEDEDSPL
0 1   S1180‑p KMLEGRKsNIRKSVQ
0 6   S1185 RKsNIRKSVQIAYHR
0 1   S1211 QSSETSDSD______
  human

► Hide Isoforms 		 
K8‑ub MGVDFDVkTFCHNLR
Y32‑p VETCRKVyKSySGIE
Y35‑p CRKVyKSySGIEYHL
Y43‑p SGIEYHLyHyDHDNP
Y45‑p IEYHLyHyDHDNPPP
T56‑p NPPPPQQtPLRKHKK
S75‑p SRPANKQsPsPSEVS
S77‑p PANKQsPsPSEVSQs
S84‑p sPSEVSQsPGREVMS
S111‑p HGRVHRIsIFDNLDV
S120‑p FDNLDVVsEDEEAPE
T141‑p SNKENTEtPAAtPkS
T145‑p NTEtPAAtPkSGkHk
K147‑ac EtPAAtPkSGkHkNk
K150‑ac AAtPkSGkHkNkEKR
K152‑ac tPkSGkHkNkEKRKD
K154‑ac kSGkHkNkEKRKDSN
T188‑p YRELEQDtPDAPPRP
T234‑p IMNERRKtEGVsPIP
S238‑p RRKtEGVsPIPQEIF
T429‑p KMEPVREtGANGtsF
T434‑p REtGANGtsFsVRKT
S435‑p EtGANGtsFsVRKTA
S437‑p GANGtsFsVRKTAYC
T448‑p TAYCDIHtPPGsARR
S452‑p DIHtPPGsARRLPAL
S460‑p ARRLPALsHsEGEED
S462‑p RLPALsHsEGEEDED
K523‑ub IPPHRLSkITNRLTI
S542‑p QFMQRLHsYWtLkRQ
T545‑p QRLHsYWtLkRQSRN
K547‑m1 LHsYWtLkRQSRNGV
S577‑p CDQVGRDsEDkNWAL
K580‑ac VGRDsEDkNWALKEQ
T618 REKLKRETIKVQQIA
T631 IAMEMQLTPFLILLR
K800‑ub LDEVNASkQSVGRSR
T829‑p KLAHQREtGRDGPER
S844‑p HGPSSRGsLtPHPAA
T846‑p PSSRGsLtPHPAACD
T858‑p ACDKDGQtDsAAEEs
S860‑p DKDGQtDsAAEEsSs
S865‑p tDsAAEEsSsQETSK
S866 DsAAEEsSsQETSKG
S867‑p sAAEEsSsQETSKGL
T881‑p LGPNMSStPAHEVGr
R888‑m1 tPAHEVGrRtsVLFs
T890‑p AHEVGrRtsVLFskK
S891‑p HEVGrRtsVLFskKN
S895‑p rRtsVLFskKNPKtA
K896‑ac RtsVLFskKNPKtAG
T901‑p FskKNPKtAGPPKRP
S917‑p RPPKNREsQMtPsHG
T920‑p KNREsQMtPsHGGsP
S922‑p REsQMtPsHGGsPVG
S926‑p MtPsHGGsPVGPPQL
S937‑p PPQLPIMssLRQRKR
S938‑p PQLPIMssLRQRKRG
S1017 SAASDRTSTTPSKQG
T1019 ASDRTSTTPSKQGRG
S1021 DRTSTTPSKQGRGkP
K1027‑ac PSKQGRGkPSFSRGT
T1046‑p SSEDTSGtENEAYSV
S1067‑p GHSMVRKsLGRGAGW
S1076‑p GRGAGWLsEDEDSPL
S1182 KMLEGRKSNIRKsVQ
S1187‑p RKSNIRKsVQIAYHR
S1213‑p QSSETSDsD______
  peregrin iso2  
K8 MGVDFDVKTFCHNLR
Y32 VETCRKVYKSYSGIE
Y35 CRKVYKSYSGIEYHL
Y43 SGIEYHLYHYDHDNP
Y45 IEYHLYHYDHDNPPP
T56 NPPPPQQTPLRKHKK
S75 SRPANKQSPSPSEVS
S77 PANKQSPSPSEVSQS
S84 SPSEVSQSPGREVMS
S111 HGRVHRISIFDNLDV
S120 FDNLDVVSEDEEAPE
T141 SNKENTETPAATPKS
T145 NTETPAATPKSGKHK
K147 ETPAATPKSGKHKNK
K150 AATPKSGKHKNKEKR
K152 TPKSGKHKNKEKRKD
K154 KSGKHKNKEKRKDSN
T188 YRELEQDTPDAPPRP
T234 IMNERRKTEGVSPIP
S238 RRKTEGVSPIPQEIF
T429 KMEPVRETGANGTSF
T434 RETGANGTSFSVRKT
S435 ETGANGTSFSVRKTA
S437 GANGTSFSVRKTAYC
T448 TAYCDIHTPPGSARR
S452 DIHTPPGSARRLPAL
S460 ARRLPALSHSEGEED
S462 RLPALSHSEGEEDED
K523 IPPHRLSKITNRLTI
S542 QFMQRLHSYWTLKRQ
T545 QRLHSYWTLKRQSRN
K547 LHSYWTLKRQSRNGV
S577 CDQVGRDSEDKNWAL
K580 VGRDSEDKNWALKEQ
T618 REKLKRETIKVQQIA
T631 IAMEMQLTPFLILLR
K806 LDEVNASKQSVGRSR
T835 KLAHQRETGRDGPER
S850 HGPSSRGSLTPHPAA
T852 PSSRGSLTPHPAACD
T864 ACDKDGQTDSAAEES
S866 DKDGQTDSAAEESSS
S871 TDSAAEESSSQETSK
S872 DSAAEESSSQETSKG
S873 SAAEESSSQETSKGL
T887 LGPNMSSTPAHEVGR
R894 TPAHEVGRRTSVLFS
T896 AHEVGRRTSVLFSKK
S897 HEVGRRTSVLFSKKN
S901 RRTSVLFSKKNPKTA
K902 RTSVLFSKKNPKTAG
T907 FSKKNPKTAGPPKRP
S923 RPPKNRESQMTPSHG
T926 KNRESQMTPSHGGSP
S928 RESQMTPSHGGSPVG
S932 MTPSHGGSPVGPPQL
S943 PPQLPIMSSLRQRKR
S944 PQLPIMSSLRQRKRG
S1023 SAASDRTSTTPSKQG
T1025 ASDRTSTTPSKQGRG
S1027 DRTSTTPSKQGRGKP
K1033 PSKQGRGKPSFSRGT
T1052 SSEDTSGTENEAYSV
S1073 GHSMVRKSLGRGAGW
S1082 GRGAGWLSEDEDSPL
S1188 KMLEGRKSNIRKSVQ
S1193 RKSNIRKSVQIAYHR
S1219 QSSETSDSD______
  peregrin iso4  
K8 MGVDFDVKTFCHNLR
Y32 VETCRKVYKSYSGIE
Y35 CRKVYKSYSGIEYHL
Y43 SGIEYHLYHYDHDNP
Y45 IEYHLYHYDHDNPPP
T56 NPPPPQQTPLRKHKK
S75 SRPANKQSPSPSEVS
S77 PANKQSPSPSEVSQS
S84 SPSEVSQSPGREVMS
S111 HGRVHRISIFDNLDV
S120 FDNLDVVSEDEEAPE
T141 SNKENTETPAATPKS
T145 NTETPAATPKSGKHK
K147 ETPAATPKSGKHKNK
K150 AATPKSGKHKNKEKR
K152 TPKSGKHKNKEKRKD
K154 KSGKHKNKEKRKDSN
T188 YRELEQDTPDAPPRP
T234 IMNERRKTEGVSPIP
S238 RRKTEGVSPIPQEIF
T429 KMEPVRETGANGTSF
T434 RETGANGTSFSVRKT
S435 ETGANGTSFSVRKTA
S437 GANGTSFSVRKTAYC
T448 TAYCDIHTPPGSARR
S452 DIHTPPGSARRLPAL
S460 ARRLPALSHSEGEED
S462 RLPALSHSEGEEDED
K523 IPPHRLSKITNRLTI
S542 QFMQRLHSYWTLKRQ
T545 QRLHSYWTLKRQSRN
K547 LHSYWTLKRQSRNGV
S577 CDQVGRDSEDKNWAL
K580 VGRDSEDKNWALKEQ
T618 REKLKRETIKVQQIA
T631 IAMEMQLTPFLILLR
K800 LDEVNASKQSVGRSR
T829 KLAHQRETGRDGPER
S844 HGPSSRGSLTPHPAA
T846 PSSRGSLTPHPAACD
T858‑p ACDKDGQtDsAAEES
S860‑p DKDGQtDsAAEESSS
S865 tDsAAEESSSQETSK
S866 DsAAEESSSQETSKD
S867 sAAEESSSQETSKDL
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
S922 SAASDRTSTTPSKQG
T924 ASDRTSTTPSKQGRG
S926 DRTSTTPSKQGRGKP
K932 PSKQGRGKPSFSRGT
T951 SSEDTSGTENEAYSV
S972 GHSMVRKSLGRGAGW
S981 GRGAGWLSEDEDSPL
S1087 KMLEGRKSNIRKSVQ
S1092 RKSNIRKSVQIAYHR
S1118 QSSETSDSD______
  rat

 
K8 MGVDFDVKTFCHNLR
Y32 VETCRKVYKSYSGIE
Y35 CRKVYKSYSGIEYHL
Y43 SGIEYHLYHYDHDSP
Y45 IEYHLYHYDHDSPPP
T56 SPPPPQQTPLRKHKK
S75 SRPANKQSPSPSEVS
S77 PANKQSPSPSEVSQS
S84 SPSEVSQSPGREVMS
S111 HGRVHRISIFDNLDV
S120‑p FDNLDVVsEDEEAPE
T141 SNKENTETPAATPKS
T145 NTETPAATPKSGKHk
K147 ETPAATPKSGKHkNk
K150 AATPKSGKHkNkEKR
K152‑ac TPKSGKHkNkEKRKD
K154‑ac KSGKHkNkEKRKDSN
T187 YRELDQDTPDAPPRP
T233 IMNERRKTEGVsPIP
S237‑p RRKTEGVsPIPQEIF
T428 KMEPVRETGANGTSF
T433 RETGANGTSFSVRKT
S434 ETGANGTSFSVRKTA
S436 GANGTSFSVRKTAYC
T447 TAYCDIHTPPGSARR
S451 DIHTPPGSARRLPAL
S459‑p ARRLPALsHsEGEEE
S461‑p RLPALsHsEGEEEED
K522 IPPHRLSKITNRLTI
S541 QFMQRLHSYWTLKRQ
T544 QRLHSYWTLKRQSRN
K546 LHSYWTLKRQSRNGV
S576 CDQVGRDSEDkNWAL
K579‑ac VGRDSEDkNWALKEQ
T617 REKLKRETIKIQQIA
T630 IAMEMQLTPFLILLR
K798 LDEVNASKQSVGRSR
T827 KLAHQRETGRDGPER
N842 HGPSGRGNLTPHPAA
T844 PSGRGNLTPHPAACD
T856‑p ACDKDGQtDsAAEES
S858‑p DKDGQtDsAAEESSS
S863 tDsAAEESSSQETSK
S864 DsAAEESSSQETSKG
S865 sAAEESSSQETSKGL
T879 LGPNMSSTPAHEVGR
R886 TPAHEVGRRTSVLFS
T888 AHEVGRRTSVLFSkK
S889 HEVGRRTSVLFSkKN
S893 RRTSVLFSkKNPKTA
K894‑ac RTSVLFSkKNPKTAG
T899 FSkKNPKTAGPPKRP
S915 RPPKNRESQMTPSHG
T918 KNRESQMTPSHGGSP
S920 RESQMTPSHGGSPVG
S924 MTPSHGGSPVGPPQL
G935 PPQLPIMGSLRQRKR
S936 PQLPIMGSLRQRKRG
S1015 SAASDRTSTTPSKQG
T1017 ASDRTSTTPSKQGRG
S1019 DRTSTTPSKQGRGkP
K1025‑ac PSKQGRGkPSFSRGT
T1044 SSEDTSGTENEAYSV
S1099 SCEVVRKSLGRGAGW
S1108‑p GRGAGWLsEDEDSPL
S1214 KMLEGRKSNIRKSVQ
S1219 RKSNIRKSVQIAYHR
S1245 QSSETSDSD______