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 3   R8‑m1 MALFYVArYPGPDAA
0 1   R30‑m1 AEAGAHGrARALLER
0 1   T64‑p AASTEPAtRRRRRPR
0 28   N77 PRRRRRVNDAEPGsP
0 4   A79 RRRRVNDAEPGsPEA
0 2   P81 RRVNDAEPGsPEAPQ
0 52   S83‑p VNDAEPGsPEAPQGK
0 1   P84 NDAEPGsPEAPQGKR
0 8   S103‑p GEDAGAEsNEEAPGE
0 1   A107 GAEsNEEAPGEPSAG
0 1   S112 EEAPGEPSAGSSEEA
0 1   S138‑p APGERSTsASAEAAP
0 3   K211‑ub DVHPDLQkQLRAHGI
0 1   S235‑p VIPALLEsAACGFLV
0 1   K291‑ub ALVVLPTkELAQQVS
0 2   K299‑ub ELAQQVSkVFNIYTD
0 2   K319‑ub VSLVTGQkSLAkEQE
0 1   K323‑ub TGQkSLAkEQESLVQ
0 1   K331‑ub EQESLVQkTADGYRC
0 1   S379 EADRMIDSMHQSWLP
0 1   S383 MIDSMHQSWLPRVVA
0 1   Q394 RVVAAAFQSEDPADP
0 1   S395 VVAAAFQSEDPADPC
0 1   A399 AFQSEDPADPCALLQ
0 1   P401 QSEDPADPCALLQRR
0 1   R408 PCALLQRRQAQAVTA
0 1   T414 RRQAQAVTAASTCCP
0 1   S417 AQAVTAASTCCPQMP
0 1   T418 QAVTAASTCCPQMPL
0 1   T435‑p LLFSATLtQNPEkLQ
0 2   K440‑ub TLtQNPEkLQQLGLH
0 9   G460 STGLAHRGLEDTDGD
0 2   Y585‑p VNYDAPQyLRtYVHR
0 1   T588‑p DAPQyLRtYVHRVGR
0 1   T596‑p YVHRVGRtARAGkTG
0 2   K601‑ub GRtARAGkTGQAFTL
0 2   K637‑ub QRHELSSkLLQPLVP
0 1   K658‑ub SQLEESVkEERKQRA
  mouse

 
R8 MALFHIARYAGPEAA
R27 TDAEAGSRARVLLER
A61 TAGEGEAAAAGKRRR
S77‑p PRRRRRVsGsAtPNs
S79‑p RRRRVsGsAtPNsEA
T81‑p RRVsGsAtPNsEAPR
N83 VsGsAtPNsEAPRAK
S84‑p sGsAtPNsEAPRAKR
R102 DKDVDAGRGEEAPEE
A106 DAGRGEEAPEELsAG
S111‑p EEAPEELsAGAEDPG
- gap
K183 EVHPDLQKQLRANGI
S207 VIPALLESADHGFLI
K263 ALVVLPTKELAQQVS
K271 ELAQQVSKVFNIYTD
K291 VALVTGQKSLAKEQE
K295 TGQKSLAKEQESLVQ
K303 EQESLVQKTADGFRC
S351‑p EADRMIDsMHQsWLP
S355‑p MIDsMHQsWLPRVVA
Y366‑p RVVAAAFysEGPtGs
S367‑p VVAAAFysEGPtGsC
T371‑p AFysEGPtGsCALLQ
S373‑p ysEGPtGsCALLQRt
T380‑p sCALLQRtQPQALtA
T386‑p RtQPQALtAAstCVP
S389‑p PQALtAAstCVPQMP
T390‑p QALtAAstCVPQMPL
T407 LLFSATLTQDPEKLQ
K412 TLTQDPEKLQRLGLY
S432‑p STRLGQQsPKDTAEV
Y558 INYDAPQYLRTYVHR
T561 DAPQYLRTYVHRVGR
T569‑p YVHRVGRtARAGKTG
K574 GRtARAGKTGQAFTL
K610 THHEIPRKLLQPLVA
K631 SQLEKTVKEEQKLKA
  rat

 
R8 MALFHIARYAGPEAA
R27 TEAEAGGRARVLLER
- gap
S73 PRRRRGVSGSVAEKP
S75 RRRGVSGSVAEKPEA
A77 RGVSGSVAEKPEAPR
K79 VSGSVAEKPEAPRAK
P80 SGSVAEKPEAPRAKR
R98 EDDVDAGRGEEtPEE
T102‑p DAGRGEEtPEELSES
S107 EEtPEELSESAEDPG
- gap
K179 EVHPDLQKQLRANGI
S203 VIPALLESADNGFLV
K259 ALVVLPTKELAQQVS
K267 ELAQQVSKVFNIYTD
K287 VALVTGQKSLAKEQE
K291 TGQKSLAKEQESLVQ
K299 EQESLVQKTADGFCC
S347 EADRMIDSMHQSWLP
S351 MIDSMHQSWLPRVVA
Y362 RVVAAAFYTEDPTGS
T363 VVAAAFYTEDPTGSC
T367 AFYTEDPTGSCALLQ
S369 YTEDPTGSCALLQRT
T376 SCALLQRTQPQAVTA
T382 RTQPQAVTAASTCIP
S385 PQAVTAASTCIPQMP
T386 QAVTAASTCIPQMPL
T403 LLFSATLTQNPEKLQ
K408 TLTQNPEKLQRLGLY
S428 STRLGHQSPRDTVEV
- gap
- gap
T531 KIQLVGRTARAGKTG
K536 GRTARAGKTGQAFTL
K572 ACHEVPRKLLQPLVA
K593 SQLEKTVKEEQKLKA