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.


       human

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0 1   S12‑p EELRNMVsSFRVsEL
0 1   S17‑p MVsSFRVsELQVLLG
0 1   K34‑ub GRNKSGRkHDLLMRA
0 2   K46‑ub MRALHLLkSGCsPAV
0 1   S47 RALHLLkSGCsPAVQ
0 3   S50‑p HLLkSGCsPAVQIKI
1 0   S113 STSVTPHSPSSPVGS
1 0   S116 VTPHSPSSPVGSVLL
0 1   K127‑sm SVLLQDTkPTFEMQQ
0 1   K162‑sm DVLDVLIkPTSLVQS
0 1   K162‑ub DVLDVLIkPTSLVQS
0 1   K249‑ub PGYAPPPkNGIEQKR
0 1   K249‑sm PGYAPPPkNGIEQKR
0 1   K380‑sm YLQMNEKkPTWICPV
0 1   K430‑sm SWCPMRPkKEAMKVS
0 1   K443‑sm VSSQPCTkIESSSVL
0 1   K443‑ub VSSQPCTkIESSSVL
0 1   K452‑sm ESSSVLSkPCsVTVA
0 1   K452‑ub ESSSVLSkPCsVTVA
0 1   S455‑p SVLSkPCsVTVAsEA
0 1   S460‑p PCsVTVAsEASkKKV
0 1   K464‑sm TVAsEASkKKVDVID
0 4   S476‑p VIDLTIEsssDEEED
0 4   S477‑p IDLTIEsssDEEEDP
0 4   S478‑p DLTIEsssDEEEDPP
0 1   K489‑sm EDPPAKRkCIFMsET
0 1   S494‑p KRkCIFMsETQSsPt
0 9   S499‑p FMsETQSsPtKGVLM
0 1   T501‑p sETQSsPtKGVLMYQ
0 1   S592 TTSSHESSTHVSSSS
0 1   T593 TSSHESSTHVSSSSS
0 1   S610 ETGVITSSGSNIPDI
  PIAS2 iso2  
S12 EELRNMVSSFRVSEL
S17 MVSSFRVSELQVLLG
K34 GRNKSGRKHDLLMRA
K46 MRALHLLKSGCSPAV
S47 RALHLLKSGCSPAVQ
S50 HLLKSGCSPAVQIKI
S113 STSVTPHSPSSPVGS
S116 VTPHSPSSPVGSVLL
K127 SVLLQDTKPTFEMQQ
K162 DVLDVLIKPTSLVQS
K162 DVLDVLIKPTSLVQS
K249 PGYAPPPKNGIEQKR
K249 PGYAPPPKNGIEQKR
K380 YLQMNEKKPTWICPV
K430 SWCPMRPKKEAMKVS
K443 VSSQPCTKIESSSVL
K443 VSSQPCTKIESSSVL
K452 ESSSVLSKPCSVTVA
K452 ESSSVLSKPCSVTVA
S455 SVLSKPCSVTVASEA
S460 PCSVTVASEASKKKV
K464 TVASEASKKKVDVID
S476 VIDLTIESSSDEEED
S477 IDLTIESSSDEEEDP
S478 DLTIESSSDEEEDPP
K489 EDPPAKRKCIFMSET
S494 KRKCIFMSETQSSPT
S499 FMSETQSSPTKGVLM
T501 SETQSSPTKGVLMYQ
- gap
- gap
- gap
  mouse

 
S12 EELRNMVSSFRVSEL
S17 MVSSFRVSELQVLLG
K34 GRNKSGRKHDLLMRA
K46 MRALHLLKsGCSPAV
S47‑p RALHLLKsGCSPAVQ
S50 HLLKsGCSPAVQIKI
S113 STSITPHSPSSPVGS
S116 ITPHSPSSPVGSVLL
K127 SVLLQDTKPTFEMQQ
K162 DVLDVLIKPTSLVQS
K162 DVLDVLIKPTSLVQS
K249 PGYAPPPKNGIEQKR
K249 PGYAPPPKNGIEQKR
K380 YLQMNEKKPTWICPV
K430 SWCPMRPKKEAMKVT
K443 VTSQPCTKVESSSVF
K443 VTSQPCTKVESSSVF
K452 ESSSVFSKPCSVTVA
K452 ESSSVFSKPCSVTVA
S455 SVFSKPCSVTVASDA
S460 PCSVTVASDASKKKI
K464 TVASDASKKKIDVID
S476‑p VIDLTIEsssDEEED
S477‑p IDLTIEsssDEEEDP
S478‑p DLTIEsssDEEEDPP
K489 EDPPAKRKCIFMSET
S494 KRKCIFMSETQSsPT
S499‑p FMSETQSsPTKGVLM
T501 SETQSsPTKGVLMYQ
S592‑p TTSPHESstHVSSSS
T593‑p TSPHESstHVSSSSS
S610‑p ETGVITSsGRNIPDI
  rat

 
S12 EELRNMVSSFRVSEL
S17 MVSSFRVSELQVLLG
K34 GRNKSGRKHDLLMRA
K46 MRALHLLKSGCTPAV
S47 RALHLLKSGCTPAVQ
T50 HLLKSGCTPAVQIKI
S113‑p STSIAPHsPSsPVAS
S116‑p IAPHsPSsPVASVLL
K127 SVLLQDTKPTFEMQQ
K162 DVLDVLIKPTSLVQS
K162 DVLDVLIKPTSLVQS
K249 PGYAPPPKNGIEQKR
K249 PGYAPPPKNGIEQKR
K380 YLQMNEKKPTWICPV
K430 SWCPMRPKKEAMKVT
K443 VTSQPCTKVESSSVF
K443 VTSQPCTKVESSSVF
K452 ESSSVFSKPCSVTVA
K452 ESSSVFSKPCSVTVA
S455 SVFSKPCSVTVASDA
S460 PCSVTVASDASKKKI
K464 TVASDASKKKIDVID
S476 VIDLTIESSSDEEED
S477 IDLTIESSSDEEEDP
S478 DLTIESSSDEEEDPP
K489 EDPPAKRKCIFMSET
S494 KRKCIFMSETQSSPT
S499 FMSETQSSPTKGVLM
T501 SETQSSPTKGVLMYQ
- gap
- gap
- gap