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   S2 ______MSQSASMSC
0 1   S4 ____MSQSASMSCCP
0 2   S8 MSQSASMSCCPGAAN
0 3   S17 CPGAANGSLGRSDGV
0 2   S21 ANGSLGRSDGVPRMS
0 7   S28 SDGVPRMSAKDLFEQ
0 1   K30 GVPRMSAKDLFEQRK
0 1   S40 FEQRKKYSNSNVIMH
0 1   K77 SVDDAIRKLVQLSSK
0 1   K84 KLVQLSSKEKVWAQE
0 1   S100 LLQVNDKSLRLLDVE
0 2   S108 LRLLDVESQEELENF
0 1   S123 PLPTVQHSQTVLNQL
0 2   T125 PTVQHSQTVLNQLRY
0 22   T184‑p GKKMRPQtLKGHQEK
0 2   S197 EKIRQRQSILPPPQs
0 8   S204‑p SILPPPQsPAPIPFQ
0 11   S217‑p FQRQPGDsPQAKNRV
0 1   P231 VGLPLPVPFSEPGYR
0 4   S233 LPLPVPFSEPGYRRR
0 35   S242‑p PGYRRREsQDEEPRA
0 1   R254 PRAVLAQRIEKETQI
0 1   K278 WFVARLQKAAEAFKQ
0 23   T306‑p GPAEGVLtLRARPPS
0 2   S371 PDIARSVSSPLLSTD
0 3   T452 SVPSDQLTPKNRLsV
0 3   S458‑p LTPKNRLsVRHsPKH
0 10   S462‑p NRLsVRHsPKHsLsS
0 9   S466‑p VRHsPKHsLsSEsQA
0 3   S468‑p HsPKHsLsSEsQAPE
0 1   S469 sPKHsLsSEsQAPED
0 1   S471‑p KHsLsSEsQAPEDIA
0 6   Q472 HsLsSEsQAPEDIAP
0 9   S482‑p EDIAPPGssPHANRG
0 13   S483‑p DIAPPGssPHANRGY
0 2   A486 PPGssPHANRGYQPT
0 2   Y490 sPHANRGYQPTPAMT
0 1   T493 ANRGYQPTPAMTKYV
0 4   Y504 TKYVKILYDFTARNA
0 1   S515 ARNANELSVLKDEVL
0 1   Y543 NRSGQAGYVPCNILA
0 24   S573‑p QKYWGPAsPtHKLPP
0 5   T575‑p YWGPAsPtHKLPPIF
0 1   S631 HLPLTFESGPDEVRA
0 2   K666 PQLFSLNKEELKKVC
0 23   Y681‑p GEEGSRVySQLTVQK
0 1   K693 VQKAFLEKQQsGSEL
0 2   S696‑p AFLEKQQsGSELEKL
0 1   S698 LEKQQsGSELEKLMS
0 1   K706 ELEKLMSKIRRAEDS
0 1   S713 KIRRAEDSYTSQHTs
0 1   Y714 IRRAEDSYTSQHTsP
0 1   T715 RRAEDSYTSQHTsPE
0 4   S720‑p SYTSQHTsPESEGAP
  human

 
S2‑p ______MsQsGAVsC
S4‑p ____MsQsGAVsCCP
S8‑p MsQsGAVsCCPGATN
S17‑p CPGATNGsLGRsDGV
S21‑p TNGsLGRsDGVAKMs
S28‑p sDGVAKMsPkDLFEQ
K30‑ub GVAKMsPkDLFEQRK
S40‑p FEQRKKYsNSNVIMH
K77‑ub SVDDAIRkLVQLSSk
K84‑ub kLVQLSSkEKIWTQE
S100‑p LLQVNDQsLRLLDIE
S108‑p LRLLDIEsQEELEDF
S123‑p PLPTVQRsQtVLNQL
T125‑p PTVQRsQtVLNQLRY
T184‑p GKKMRPQtLKGHQEK
S197‑p EKIRQRQsILPPPQG
G204 sILPPPQGPAPIPFQ
S217‑p FQHRGGDsPEAKNRV
P229 NRVGPQVPLsEPGFR
S231‑p VGPQVPLsEPGFRRR
S240‑p PGFRRREsQEEPRAV
K251‑ub PRAVLAQkIEKETQI
K275‑ub WFVARLQkAAEAFKQ
T303‑p APAEGVLtLRARPPS
S368‑p PDIARSVsCPLLSRD
S449‑p SAPIEEVsPVSRQsI
S455‑p VsPVSRQsIRNsQKH
S459‑p SRQsIRNsQKHsPts
S463‑p IRNsQKHsPtsEPtP
T465‑p NsQKHsPtsEPtPPG
S466‑p sQKHsPtsEPtPPGD
P468 KHsPtsEPtPPGDAL
T469‑p HsPtsEPtPPGDALP
S479‑p GDALPPVssPHtHRG
S480‑p DALPPVssPHtHRGy
T483‑p PPVssPHtHRGyQPt
Y487‑p sPHtHRGyQPtPAMA
T490‑p tHRGyQPtPAMAKYV
Y501‑p AKYVKILyDFTARNA
S512‑p ARNANELsVLKDEVL
Y540‑p SRSGQAGyVPCNILG
S570‑p QKYWGPAsPtHKLPP
T572‑p YWGPAsPtHKLPPSF
S628‑p SQPLTYEsGPDEVRA
K663‑ac PQLFSLNkEELKKVC
Y678‑p GEEGVRVySQLTMQK
K690‑ub MQKAFLEkQQsGsEL
S693‑p AFLEkQQsGsELEEL
S695‑p LEkQQsGsELEELMN
K703‑ub ELEELMNkFHSMNQR
S715 NQRRGEDS_______
- gap
- gap
- gap
  rat

 
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
K32 TVDDAIRKLVQLSSK
K39 KLVQLSSKEKVWAQE
S55 LLQVNDKSLRLLDVE
S63 LRLLDVESQEELENF
S78 PLPTVQHSQTVLNQL
T80 PTVQHSQTVLNQLRY
T139 GKKMRPQTLKGHQEK
S152 EKIRQRQSILPPPQs
S159‑p SILPPPQsPAPIPFQ
S172‑p FQRQPGDsPQAKNRV
S186‑p VGLPLPAsFSEPGYR
S188 LPLPAsFSEPGYRRR
S197‑p PGYRRREsQDEEPRA
R209 PRAVLAQRIEKETQI
K233 WFVARLQKAAEAFKQ
T261‑p GPAEGVLtLRARPPT
S326 PDLARSVSSPLLSTD
N407 SVPSDQLNPKSRLSV
S413 LNPKSRLSVRHsPKH
S417‑p SRLSVRHsPKHSLSS
S421 VRHsPKHSLSSEPQV
S423 HsPKHSLSSEPQVPE
S424 sPKHSLSSEPQVPED
P426 KHSLSSEPQVPEDVA
Q427 HSLSSEPQVPEDVAP
S437‑p EDVAPPGssPHANRG
S438‑p DVAPPGssPHANRGY
A441 PPGssPHANRGYHPT
Y445 sPHANRGYHPTPAMT
T448 ANRGYHPTPAMTKYV
Y459 TKYVKILYDFTARNA
S470 ARNANELSVLKDEVL
Y498 NRSGQAGYVPCNILA
S528‑p QKYWGPAsPtHKLPP
T530‑p YWGPAsPtHKLPPIF
S586 HLPLTFESGPEEVRA
K621 PQLFSLNKEELKKVC
Y636 GEEGSRVYSQLTVQK
K648 VQKSFLEKQQSGSEL
S651 SFLEKQQSGSELEKL
S653 LEKQQSGSELEKLMN
K661 ELEKLMNKIRRAEDs
S668‑p KIRRAEDsysNVHTs
Y669‑p IRRAEDsysNVHTsP
S670‑p RRAEDsysNVHTsPE
S675‑p sysNVHTsPEAEGAP