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

 
0 1   S124‑p RGLSFDVsLEVsQGP
0 2   S128‑p FDVsLEVsQGPGLLN
0 1   T137‑p GPGLLNDtKVYTVDL
0 1   T147‑p YTVDLGRtVtINCPF
0 1   T147 YTVDLGRTVtINCPF
0 1   T149‑p VDLGRtVtINCPFKT
0 1   G170 KSLYKQIGLYPVLVI
0 1   - under review  
0 1   S274‑p AKFLCRQssGENCDV
0 2   S275‑p KFLCRQssGENCDVV
0 1   T313‑p GSFSVVItGLRKEDA
0 1   Y323‑p RKEDAGRyLCGAHSD
0 1   S350‑p QLFVNEEstIPRSPT
0 1   T351‑p LFVNEEstIPRSPTV
0 1   N421 SLLEEPGNGTFTVIL
0 1   N469 PNLKVPGNVTAVLGE
0 1   T555‑p QGHFYGEtAAVYVAV
0 1   S570‑p EERKAAGsRDVSLAK
0 1   S630‑p ASVDSGSsEEQGGsS
0 1   S636‑p SsEEQGGsSRALVST
1 8   S673‑p RKNVDRVsIRsYRTD
0 1   R675 NVDRVsIRsYRTDIs
0 6   S676‑p VDRVsIRsYRTDIsM
0 11   S682‑p RsYRTDIsMsDFENs
0 1   S684‑p YRTDIsMsDFENsRE
0 1   E687 DIsMsDFENsREFGA
0 3   S689‑p sMsDFENsREFGAND
0 2   S734 EPKKAKRSsKEEAEM
1 4   S735‑p PKKAKRSsKEEAEMA
0 1   K744 EEAEMAYKDFLLQSS
  mouse

 
S124 RGLSFDVSLEVSQVP
S128 FDVSLEVSQVPELPS
T137 VPELPSDTHVYTKDI
N147 YTKDIGRNVTIECPF
N147‑ng YTKDIGRnVTIECPF
T149 KDIGRnVTIECPFKR
N170‑ng KSLCKKTnQSCELVI
N206‑ng DLTVFYVnISHLTHN
N274 AKYLCRMNKETCDVI
- gap
T312 GRFSVLITGLRKEDA
Y322 RKEDAGHYQCGAHSS
S349 QLFVNEESTIPNRRS
T350 LFVNEESTIPNRRSV
N420‑ng ALFDQPGnGTYTVIL
N471‑ng NLEVTPQnATAVLGE
T557 QGQTYGETTAIYIAV
S571 VEERTRGSSHVNPTD
A635 ASGDAGSADGQSRSS
S643 DGQSRSSSSKVLFST
S680‑p RKNVDRMsIssYRTD
S682‑p NVDRMsIssYRTDIs
S683‑p VDRMsIssYRTDIsM
S689‑p ssYRTDIsMADFkNs
A691 YRTDIsMADFkNsRD
K694‑ub DIsMADFkNsRDLGG
S696‑p sMADFkNsRDLGGND
S741‑p ESKKAKRssKEEADM
S742‑p SKKAKRssKEEADMA
S751‑p EEADMAYsAFLLQSS
  rat

 
S124 RGLFFDVSLEVSQVP
S128 FDVSLEVSQVPEFPN
T137 VPEFPNDTHVYTKDI
T147 YTKDIGRTVTIECRF
T147 YTKDIGRTVTIECRF
T149 KDIGRTVTIECRFKE
G170 KSLCKKRGEACEVVI
N206 SRDIFYVNISHLIPS
N274 AKYLCRKNKETCDVI
- gap
T312 GRFSVLITGLRKEDA
Y322 RKEDAGHYQCGAHSS
S349 QLFVNEESTIPNSRS
T350 LFVNEESTIPNSRSV
S420 ALFDQPGSGAYTVIL
N471 DLEVTPQNATAVIGE
T557 EGQVYGETTAIYVAV
S571 VEERTRGSPHINPTD
A635 ASGNAGSAGGQSGSS
S641 SAGGQSGSSKVLFST
S678‑p RKNVDRMsISsYRTD
S680 NVDRMsISsYRTDIs
S681‑p VDRMsISsYRTDIsM
S687‑p SsYRTDIsMGDFRNs
G689 YRTDIsMGDFRNsRD
R692 DIsMGDFRNsRDLGG
S694‑p sMGDFRNsRDLGGND
S739 ESKKAKRSSKEEADM
S740 SKKAKRSSKEEADMA
S749 EEADMAYSAFLFQSS
  rabbit

 
N129 RGLDFGVNVLVSQKP
S133 FGVNVLVSQKPEPDD
D140 SQKPEPDDVVYKQYE
T150 YKQYESYTVTITCPF
T150 YKQYESYTVTITCPF
T152 QYESYTVTITCPFTY
- under review  
T211 TAKEFTVTIKHLQLN
- gap
- gap
A312 GHFSVVIAGLRKEDT
Y322 RKEDTGNYLCGVQSN
I348 QLFVNEEIDVSRSPP
D349 LFVNEEIDVSRSPPV
N418 ALFEEPGNGTFSVVL
K465 EPSPTIDKFTAVQGE
V549 DGHEFEEVAAVRVEL
A563 LTEPAKVAVEPAKVP
A639 ASVDASSASGQSGSA
S645 SASGQSGSAKVLIST
S682‑p RRNVDRVsIGSYRTD
G684 NVDRVsIGSYRTDIS
S685 VDRVsIGSYRTDISM
S691 GSYRTDISMSDLENS
S693 YRTDISMSDLENSRE
E696 DISMSDLENSREFGA
S698 SMSDLENSREFGAID
S743 EPKKAKRSsKEEADL
S744‑p PKKAKRSsKEEADLA
S753 EEADLAYSAFLLQSN