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 3   T5‑p ___MAAAtPTETPAP
0 1   S15‑p ETPAPEGsGLGMDAR
0 1   T27 DARLDQETAQWLRWD
0 3   Q35 AQWLRWDQNPLTSES
0 1   P37 WLRWDQNPLTSESVK
0 1   K44 PLTSESVKQLIAGGN
0 1   K52 QLIAGGNKEELRKCF
0 3   K52 QLIAGGNKEELRKCF
0 3   T67 GARMEFGTAGLRAPM
0 2   K99‑ac GFCRYLEkQFsDLKQ
0 1   K99 GFCRYLEKQFsDLKQ
0 1   S102‑p RYLEkQFsDLKQRGV
0 7   T171‑p LCAGIMItAsHNPKQ
0 41   S173‑p AGIMItAsHNPKQDN
0 1   Y182‑p NPKQDNGyKVYWDNG
0 1   S194 DNGAQIISPHDRGIS
0 1   K276 EFVQLAFKAFDLAPP
0 1   K300‑ac DPEFPTVkYPNPEEG
0 2   K300 DPEFPTVKYPNPEEG
0 1   T312 EEGKGVLTLSFALAD
0 1   K324‑ub LADKIKAkIVLANDP
0 1   R335 ANDPDADRLAVAEKQ
0 1   K341 DRLAVAEKQDSGEWR
0 1   S375 KEKNQDQSNLKDTYM
0 1   K378 NQDQSNLKDTYMLSS
0 1   S389 MLSSTVSSKILRAIA
0 1   Q418 KWMGNRAQQLGDQGK
0 1   C455 GVSAAVICAELASFL
0 1   Y477 SQQLNAIYVEYGYHI
0 1   Y480 LNAIYVEYGYHITTA
0 123   Y489 YHITTASYFICHDQG
0 1   T497 FICHDQGTIQNLFGN
0 1   N500 HDQGTIQNLFGNLRN
0 1   N500 HDQGTIQNLFGNLRN
0 1   K511 NLRNYDGKNNYPKMC
0 1   K520 NYPKMCGKFEISAIR
0 1   Y533 IRDLTTGYDDSQPDK
0 1   K541 DDSQPDKKAVLPTSK
0 1   S549 AVLPTSKSSQMITFT
0 1   K575 SGTEPKIKYyAELCA
0 5   Y576 GTEPKIKYyAELCAP
0 15   Y577‑p TEPKIKYyAELCAPP
0 1   Y613‑p HFFQPQKyNLQPKAE
  human

 
- gap
S7 _MAAPEGSGLGEDAR
T19‑p DARLDQEtAQWLRWD
K27‑ub AQWLRWDkNsLTLEA
S29‑p WLRWDkNsLTLEAVk
K36‑ub sLTLEAVkRLIAEGN
K44 RLIAEGNKEELRKCF
K44‑ub RLIAEGNkEELRKCF
T59‑p GARMEFGtAGLRAAM
K91 GFCRYLEKQFSDLKQ
K91‑ub GFCRYLEkQFSDLKQ
S94 RYLEkQFSDLKQKGI
T163‑p LCAGIMItAsHNPKQ
S165‑p AGIMItAsHNPKQDN
Y174 NPKQDNGYKVYWDNG
S186‑p DNGAQIIsPHDKGIS
K268‑m2 SFVQSAFkAFDLVPP
K292‑ac DPEFPTVkYPNPEEG
K292‑ub DPEFPTVkYPNPEEG
T304‑p EEGKGVLtLSFALAD
R316 LADKTKARIVLANDP
R327‑m1 ANDPDADrLAVAEkQ
K333‑ub DrLAVAEkQDSGEWR
S367 KEKNQDRSALkDTYM
K370‑ub NQDRSALkDTYMLSS
S381‑p MLSSTVSsKILRAIA
K410‑ub KWMGNRAkQLIDQGK
S447‑p GVSAAVIsAELASFL
Y469‑p SQQLKAIyVEyGYHI
Y472‑p LKAIyVEyGYHITKA
Y481‑p YHITKASyFICHDQE
T489‑p FICHDQEtIKkLFEN
K492‑ac HDQEtIKkLFENLRN
K492‑ub HDQEtIKkLFENLRN
K503‑ub NLRNYDGkNNYPKAC
K512‑ub NYPKACGkFEISAIR
Y525‑p IRDLTTGyDDSQPDK
K533‑ub DDSQPDKkAVLPTSK
S541‑p AVLPTSKsSQMITFT
K567‑ac SGTEPKIkyyAELCA
Y568‑p GTEPKIkyyAELCAP
Y569‑p TEPKIkyyAELCAPP
Y605 HFFQPQKYNLQPKAD
  rat

 
T5‑p ___MAAAtPTQTPAP
S15 QTPAPEASGLGMDAR
T27 DARLDQETAQWLRWD
R35 AQWLRWDRNPLTSES
P37 WLRWDRNPLTSESVK
K44 PLTSESVKQLLAEGN
K52‑ac QLLAEGNkEELEKCF
K52 QLLAEGNKEELEKCF
T67 GARMEFGTAGLRAPM
K99‑ac GFCRYLEkQFSDLKQ
K99 GFCRYLEKQFSDLKQ
S102 RYLEkQFSDLKQRGV
T171 LCAGIMITASHNPKQ
S173 AGIMITASHNPKQDN
Y182 NPKQDNGYKVYWDNG
S194 DNGAQIISPHDRGIS
K276 EFVQSAFKAFDLNPP
K300 DPEFPTVKYPNPEEG
K300 DPEFPTVKYPNPEEG
T312 EEGKGVLTLSFELAD
K324 LADKIKAKIVLANDP
R335 ANDPDADRLAVAEKQ
K341 DRLAVAEKQDSGEWR
S375‑p KEKNQGQsNLKDTYM
K378 NQGQsNLKDTYMLSS
S389 MLSSTVSSKILRAIA
K418 KWMGNRAKQLIDQGK
S455 GVSAAVISAELVSFL
Y477 SLQLKAIYLEYGYHI
Y480 LKAIYLEYGYHITTA
Y489 YHITTASYFICHDQG
T497 FICHDQGTIQKLFEN
K500 HDQGTIQKLFENLRN
K500 HDQGTIQKLFENLRN
K511 NLRNYDGKNKYPKTC
K520 KYPKTCGKFEISAVR
Y533 VRDLTTGYDSNQPDK
K541 DSNQPDKKAVLPTSK
S549 AVLPTSKSSQMITFT
K575 SGTEPKIKYYAELCA
Y576 GTEPKIKYYAELCAP
Y577 TEPKIKYYAELCAPP
Y613 HFFQPQKYNLQPKAE