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.


       mouse

 
0 1   K11‑ac GCVTLGDkKNYNQPS
0 1   K11‑ub GCVTLGDkKNYNQPS
0 1   S18 kKNYNQPSEVTDRYD
0 1   K31 YDLGQVIKTEEFCEI
0 1   K48 AKDKTTGKLHTCKKF
0 1   K53 TGKLHTCKKFQKRDG
0 1   K62 FQKRDGRKVRKAAKN
0 1   K65 RDGRKVRKAAKNEIG
0 2   K68 RKVRKAAKNEIGILk
0 1   K75‑ub KNEIGILkMVKHPNI
0 2   K147‑ub KIVHRNLkLENLVYy
0 2   Y153 LkLENLVYyNRLKNS
0 20   Y154‑p kLENLVYyNRLKNSK
0 1   N174‑ng FHLAKLEnGLIKEPC
0 2   K178 KLEnGLIKEPCGTPE
0 3   K239‑ub HDKNLFRkILAGDYE
0 6   Y245 RkILAGDYEFDSPyW
0 7   Y251‑p DYEFDSPyWDDISQA
0 1   S256 SPyWDDISQAAKDLV
0 4   K260 DDISQAAKDLVTRLM
0 2   K294‑ub SGNAASDkNIKDGVC
0 1   K297 AASDkNIKDGVCAQI
0 2   K306 GVCAQIEKNFARAKW
0 2   K306 GVCAQIEKNFARAKW
0 1   T321‑p KKAVRVTtLMKRLRA
1 1   T345‑p QSASDAAtPGAAGGA
0 1   S387‑p GAGCAAKsDDIAsAD
0 1   S392‑p AKsDDIAsADRSATP
0 1   T414‑p PATDGSVtPATDGSI
0 1   T425‑p DGSITPAtDGsVTPA
0 1   S428‑p ITPAtDGsVTPATDR
0 1   S436‑p VTPATDRsAtPAtDG
0 1   T438‑p PATDRsAtPAtDGRA
0 1   T441‑p DRsAtPAtDGRAtPA
0 5   T446‑p PAtDGRAtPAtEEst
0 2   T449‑p DGRAtPAtEEstVPA
0 2   S452‑p AtPAtEEstVPAtQS
0 2   T453‑p tPAtEEstVPAtQSS
0 1   T457‑gl EEstVPAtQSSALPA
0 3   T470‑p PAAKAAAtPEPAVAQ
0 1   C502 KGEEATGCAQESQRV
0 1   S506 ATGCAQESQRVETS_
  human

 
K11 GCVTLGDKKNYNQPs
K11 GCVTLGDKKNYNQPs
S18‑p KKNYNQPsEVTDRYD
K31 YDLGQVIKTEEFCEI
K48‑ac AKDKTTGkLHTCkKF
K53‑ac TGkLHTCkKFQKRDG
K62‑ac FQKRDGRkVRkAAKN
K65‑ub RDGRkVRkAAKNEIG
K68 RkVRkAAKNEIGILK
K75 KNEIGILKMVKHPNI
K147 KIVHRNLKLENLVYY
Y153 LKLENLVYYNRLKNS
Y154 KLENLVYYNRLKNSK
N174 FHLAKLENGLIKEPC
K178 KLENGLIKEPCGTPE
K239 HDKNLFRKILAGDYE
Y245 RKILAGDYEFDSPYW
Y251 DYEFDSPYWDDISQA
S256 SPYWDDISQAAKDLV
K260 DDISQAAKDLVTRLM
K294 SGNAASDKNIKDGVC
K297 AASDKNIKDGVCAQI
K306 GVCAQIEKNFARAKW
K306 GVCAQIEKNFARAKW
T321 KKAVRVTTLMKRLRA
T347 ASATDTATPGAAGGA
S376 DAARAAKSDNVAPAD
P381 AKSDNVAPADRSATP
T403 PATDGSVTPATDGSI
T414 DGSITPATDGSVTPA
S417 ITPATDGSVTPATDR
S425 VTPATDRSATPATDG
T427 PATDRSATPATDGRA
T430 DRSATPATDGRATPA
T435 PATDGRATPATEEST
T438 DGRATPATEESTVPT
S441 ATPATEESTVPTTQS
T442 TPATEESTVPTTQSS
T446 EESTVPTTQSSAMLA
T459 LATKAAATPEPAMAQ
Y491‑p KGEEAAGyAQEsQRE
S495‑p AAGyAQEsQREEAS_
  rat

 
K11 GCVTLGDKKNYNQPS
K11 GCVTLGDKKNYNQPS
S18 KKNYNQPSEVTDRYD
K31‑ub YDLGQVVkTEEFCEI
K48 AKDKTTGKLHTCKKF
K53 TGKLHTCKKFQKRDG
K62 FQKRDGRKVRKAAkN
K65 RDGRKVRKAAkNEIG
K68‑ub RKVRKAAkNEIGILK
K75 kNEIGILKMVKHPNI
K147‑ub KIVHRNLkLENLVyy
Y153‑p LkLENLVyyNRLKNS
Y154‑p kLENLVyyNRLKNSK
N174 FHLAKLENGLIkEPC
K178‑ub KLENGLIkEPCGTPE
K239‑ub HDKNLFRkILAGDyE
Y245‑p RkILAGDyEFDSPyW
Y251‑p DyEFDSPyWDDIsQA
S256‑p SPyWDDIsQAAkDLV
K260‑ub DDIsQAAkDLVTRLM
K294‑ub SGNAASDkNIkDGVC
K297‑ub AASDkNIkDGVCAQI
K306‑ac GVCAQIEkNFARAKW
K306‑ub GVCAQIEkNFARAKW
T321 KKAVRVTTLMKRLRA
T342 AATSDAATPGAAGGA
S379 DAGCAAKSDDMASAD
S384 AKSDDMASADRSATP
T406 PATDGSVTPATDGSI
T417 DGSITPATDGSVTPA
S420 ITPATDGSVTPATDR
S428 VTPATDRSATPATDG
T430 PATDRSATPATDGRA
T433 DRSATPATDGRAtPA
T438‑p PATDGRAtPATEEST
T441 DGRAtPATEESTVPA
S444 AtPATEESTVPAAQS
T445 tPATEESTVPAAQSS
A449 EESTVPAAQSSAAPA
T462‑p PAAKAAAtPEPAVAQ
C494 KGEEATGCAQESQRV
S498 ATGCAQESQRVETS_