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 2   K118‑ub RTLSEAQkVNHFPRs
0 1   S125‑p kVNHFPRsYELtRKD
0 1   T129‑p FPRsYELtRKDRLYK
0 1   K148 MQHTHGFKAFHILPQ
0 1   K180‑ub DRGPWIVkPVASSRG
0 2   Y227‑p FKFDVRLyVLVTSyD
0 1   Y233‑p LyVLVTSyDPLVIyL
0 1   Y239‑p SyDPLVIyLyEEGLA
0 1   Y241‑p DPLVIyLyEEGLARF
0 1   K258‑ub VRYDQGAkNIRNQFM
0 1   K274‑ub LTNYSVNkkSGDYVS
0 1   K275‑ub TNYSVNkkSGDYVSC
0 1   S297 YGNKWSMSAMLRYLK
0 2   T414‑p STRPIYPtFESSRRN
0 4   S433‑p PQRCRPLsAsDAEMk
0 5   S435‑p RCRPLsAsDAEMkNL
0 1   K440‑ub sAsDAEMkNLVGSAR
0 1   K449‑ac LVGSAREkGPGkLGG
0 1   K453‑ub AREkGPGkLGGSVLG
0 1   K467‑ac GLSMEEIkVLRRVKE
0 1   K534‑ub KIESLNSkAKLHAAL
0 1   Y542‑p AKLHAALyERKLLSL
0 1   S559‑p RKRRRRSsRLRAMRP
0 1   T581‑p PAEMNVKtETESEEE
0 1   K617‑ub FLRENQAkYTPsLTA
0 2   S621‑p NQAkYTPsLTALVEN
0 1   K643‑ub KVREWNNkGGHCCkL
0 1   K649‑ub NkGGHCCkLETQELE
0 1   K658‑ub ETQELEPkFNLMQIL
0 1   S723‑p VRFLKRAsNNLQHSL
0 1   S736‑p SLRMVLPsRRLALLE
0 1   Y759‑p LGDFIIVyNKETEQM
0 1   S796‑p QEFIRQAsEAELEEV
0 1   K810‑ub VLTFYTQkNkSASVF
0 2   K812‑ub TFYTQkNkSASVFLG
0 1   K823‑ub VFLGTHSkISkNNNN
0 1   K826‑ub GTHSkISkNNNNYSD
0 2   K837‑ub NYSDSGAkGDHPETI
0 1   K865‑ub TTEIHSDkLSRFTTS
0 1   K875‑ub RFTTSAEkEAkLVyS
0 1   K878‑ub TSAEkEAkLVySNSS
0 21   Y881‑p EkEAkLVySNSSSGP
0 1   K994‑ub LSRPSSAkAGsCYLN
0 1   S997‑p PSSAkAGsCYLNkHH
0 2   K1002‑ub AGsCYLNkHHSGIAk
0 1   S1005 CYLNkHHSGIAkTQk
0 1   K1009‑ub kHHSGIAkTQkEGED
0 1   K1012‑ub SGIAkTQkEGEDASL
0 2   Y1020‑p EGEDASLySkRYNQS
0 2   K1022‑ub EDASLySkRYNQSMV
0 1   K1039‑ub ELQRLAEkQAARQYS
0 1   T1078 SSASAPPTLRPIISP
0 1   S1084 PTLRPIISPSGPTWS
0 1   S1086 LRPIISPSGPTWSTQ
0 1   K1159‑ub LQQLEQQkLQSRQLL
0 1   S1199‑p NGAGCRIssATASGQ
0 1   S1200‑p GAGCRIssATASGQk
0 2   K1207‑ub sATASGQkPTTLPQK
  mouse

 
K118 RTLSEAQKVNHFPRS
S125 KVNHFPRSYELTRKD
T129 FPRSYELTRKDRLYK
K148‑ac MQHTHGFkAFHILPQ
K180 DRGPWIVKPVASSRG
Y227‑p FKFDVRLyVLVTSYD
Y233 LyVLVTSYDPLVIYL
Y239 SYDPLVIYLYEEGLA
Y241 DPLVIYLYEEGLARF
K258 VRYDQGSKNIRNQFM
K274 LTNYSVNKKSGDYVS
K275 TNYSVNKKSGDYVSC
S297‑p YGNKWSMsAMLRYLK
S414 SNRSIYPSFESSRRN
S433‑p PQRTRPLsAsDAEMK
S435‑p RTRPLsAsDAEMKNL
K440 sAsDAEMKNLVASAR
K449 LVASAREKVPGKLGG
K453 AREKVPGKLGGSVLG
K467 GLSMEEIKVLRRVKE
K547 KVESMNSKAKLHAAL
Y555 AKLHAALYERKLLSL
G572 RKRRRRSGRLRAMRP
T594 PAEMNIKTETESEEE
K630 SLGENQAKYTPSLTV
S634 NQAKYTPSLTVIVEN
K656 KVAEWTNKGEPCCKI
K662 NKGEPCCKIEAQEPE
K671 EAQEPESKFNLMQIL
S736 VRFLKRASSNLQHSL
S749 SLRMVLPSRRLALLE
Y772 LGDFIGVYNKETEQM
S809 QEFIRQASEAELEEV
K823 VLTFYTQKNKSASVF
K825 TFYTQKNKSASVFLG
K836 VFLGTHSKSSKNSSS
K839 GTHSKSSKNSSSYSD
K850 SYSDSGAKGDHPETI
K877 ATEIHADKLSRFTTS
K887 RFTTSSGKEAKLVYT
K890 TSSGKEAKLVYTNCS
Y893 GKEAKLVYTNCSSFC
K1009 LSRPSSAKAAGSCHP
S1013 SSAKAAGSCHPHKHH
K1018 AGSCHPHKHHsGIAK
S1021‑p CHPHKHHsGIAKTQK
K1025 KHHsGIAKTQKEGED
K1028 sGIAKTQKEGEDVSL
- gap
R1037 GEDVSLNRRYNQSLV
K1054 ELQRLAEKQAARQYS
T1093‑p SSASTPPtLRPVIsP
S1099‑p PtLRPVIsPsGPTWS
S1101‑p LRPVIsPsGPTWSIQ
K1174 LQQLEQQKLQSRQLL
S1214 NGPGCRISSATTGGQ
S1215 GPGCRISSATTGGQK
K1222 SATTGGQKPNTLPQK