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 9   S5‑p ___MADGsLtGGGLE
0 3   T7‑p _MADGsLtGGGLEAA
0 3   S31‑p AVEQELAsLEKGLFQ
0 17   S42‑p GLFQDEDsCsDCsyR
0 11   S44‑p FQDEDsCsDCsyRDk
0 5   S47‑p EDsCsDCsyRDkPGs
0 2   Y48‑p DsCsDCsyRDkPGss
0 3   K51‑ub sDCsyRDkPGssLQS
0 3   S54‑p syRDkPGssLQSFMP
0 2   S55‑p yRDkPGssLQSFMPE
0 1   K64‑sm QSFMPEGkTFFPEIF
0 1   Y85‑p FYERFRAyQDyILAD
0 1   Y88‑p RFRAyQDyILADCkA
0 2   K94‑ub DyILADCkAsEVQEF
0 1   S96‑p ILADCkAsEVQEFTA
0 1   K108‑ub FTAEFLEkVLEPSGW
0 4   K139‑ub DVDFAALkAVVRLAE
0 3   K169‑ub MKELLDLkEHRLPLQ
0 3   Y217‑p DEEEEDEyDyFVRCV
0 1   Y219‑p EEEDEyDyFVRCVEP
2 8   S273‑p SSLSNCNsDsEQENI
0 3   S275‑p LSNCNsDsEQENISM
0 1   K287‑ub ISMVEGLkLySEMEQ
0 1   Y289‑p MVEGLkLySEMEQLk
0 3   K296‑ub ySEMEQLkQKLkLIE
0 4   K300‑ub EQLkQKLkLIENPLL
0 2   Y313‑p LLRYVFGyQkNSNIQ
0 8   K315‑ub RYVFGyQkNSNIQAk
0 1   K322‑ub kNSNIQAkGVRSSGQ
0 7   K419‑ub IVIEKRGkGDTFVDC
0 1   K432‑ub DCTGADIkISGIKFV
0 1   K454‑ub ILIVHRGkTTLENCV
0 1   S474‑p TGVTVRTsAEFLMkN
0 3   K480‑ub TsAEFLMkNSDLYGA
0 2   K488‑ub NSDLYGAkGAGIEIY
0 1   K511‑ub DNGIHHCkEGILIkD
0 2   K517‑ub CkEGILIkDFLDEHY
0 1   K548‑ub GYGVVLVkPTIFSDL
0 1   K567‑sm EDGTEENkALkIQTs
0 1   K570‑ub TEENkALkIQTsGEP
0 1   S574‑p kALkIQTsGEPDVAE
0 1   K595‑ub LIECATGkMELCART
0 1   S622‑p VNELIAAsTQkGQIK
0 1   K625‑ub LIAAsTQkGQIKKKR
1 9   S634‑p QIKKKRLsELGITQA
0 1   S647‑p QADDNLMsQEMFVGI
  mouse

 
L5 ___MADDLRAGGVLE
A7 _MADDLRAGGVLEPI
S31 AAEKEPASWKEGLFL
P42 GLFLDADPCSDQGYH
S44 FLDADPCSDQGYHAN
G47 ADPCSDQGYHANPGA
Y48 DPCSDQGYHANPGAT
N51 SDQGYHANPGATVKT
A54 GYHANPGATVKTLIP
T55 YHANPGATVKTLIPE
K64 KTLIPEGKTPFPRII
Y85 FYERFRAYQDYILAD
Y88 RFRAYQDYILADCKA
K94 DYILADCKASEVKEF
S96 ILADCKASEVKEFTV
K108 FTVSFLEKVLEPSGW
K139 NVDFPSLKAVVRLAE
K169 VKELLDLKEFHLPLQ
Y217‑p DEEEEDEyDYFVRCV
Y219 EEEDEyDYFVRCVEP
S273 SSLSNCNSDSEQENI
S275 LSNCNSDSEQENISM
N287 ISMVEGLNLYSEIEQ
Y289 MVEGLNLYSEIEQLK
K296 YSEIEQLKQKLKLIE
K300 EQLKQKLKLIENPLL
Y313 LLRYVFGYQKNSNIQ
K315 RYVFGYQKNSNIQGK
K322 KNSNIQGKGTRQNGQ
K419 IVIEKRGKGDTFVDC
K432 DCTGMDVKISGIKFI
K454 ILIIHHGKTTLENCV
S474 TGVTVRTSAELFMKN
K480 TSAELFMKNSDVYGA
K488 NSDVYGAKGAGIEIY
K511 DNGIHHCKEGILIKD
K517 CKEGILIKDFLDEHY
K548 GYGVVLVKPTIFCDL
M567 QDEINDNMVQKNKEA
- gap
N571 NDNMVQKNKEADVTE
K592 MLQCVASKMEPYATA
S619 INELLAISMQKGRMK
K622 LLAISMQKGRMKKRL
S630 GRMKKRLSELGITQA
S643 QADDNIMSQEMFIEI
  rat

 
L5 ___MADDLQAGVVLE
A7 _MADDLQAGVVLEPD
S31 AAEEEPASWKEGLFQ
P42 GLFQDTDPCSDCGYH
S44 FQDTDPCSDCGYHAN
G47 TDPCSDCGYHANPGA
Y48 DPCSDCGYHANPGAT
N51 SDCGYHANPGATVKT
A54 GYHANPGATVKTLMP
T55 YHANPGATVKTLMPE
K64 KTLMPEGKILFPQII
Y85 FYERFRAYQDYILAD
Y88 RFRAYQDYILADCKA
K94 DYILADCKASEVKEF
S96 ILADCKASEVKEFTV
K108 FTVSFLEKVLEPSGW
K139 NVDFAALKAVVKLAE
K169 VKELLDLKEFHLPLQ
Y217 DEEEEDEYDYFVRCV
Y219 EEEDEYDYFVRCVEP
S273 SSLSSCNSDSEQENI
S275 LSSCNSDSEQENISM
N287 ISMVEGLNLYSEIEQ
Y289 MVEGLNLYSEIEQLK
K296 YSEIEQLKQKLKLIE
K300 EQLKQKLKLIENPLL
Y313 LLRYVFGYQKNSNIQ
K315 RYVFGYQKNSNIQAK
K322 KNSNIQAKGTRQNGQ
K419 IIIEKRGKGDTFVDC
K432 DCTGMDVKISGVKFI
K454 ILIIHHGKTTLENCV
S474 TGVTVRTSAELFMKN
K480 TSAELFMKNSDVYGA
K488 NSDVYGAKGAGIEIY
K511 DNGIHHCKEGILIKD
K517 CKEGILIKDFLDEHY
K548 GYGVVLVKPTIFCDL
T567 QDETNDNTVQKNKEA
K570 TNDNTVQKNKEADVT
N571 NDNTVQKNKEADVTE
K592 MLQCVSNKMEPYATA
S619 INELLAISMQKGRMK
K622 LLAISMQKGRMKKRL
S630 GRMKKRLSELGIVQA
S643 QADDDLMSQEMFIEI