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   S44‑p TKRLLVRsVsGASNH
0 1   S46‑p RLLVRsVsGASNHQP
0 1   N56 SNHQPNSNsGRyRDT
0 1   S57‑p NHQPNSNsGRyRDTV
0 1   Y60‑p PNSNsGRyRDTVLLP
0 3   K74‑ac PQTSFPMkLLGRQQP
0 2   K74‑sc PQTSFPMkLLGRQQP
0 1   K133‑ub HALNKILkDIANRFH
0 4   S186‑p EIRKKARsFAkAAIE
0 3   K189‑ac KKARsFAkAAIEKQK
0 1   K189‑sc KKARsFAkAAIEKQK
0 1   K189‑ub KKARsFAkAAIEKQK
0 1   K222‑ac FDGKYEAkQLrTFYQ
0 1   R225‑m1 KYEAkQLrTFYQMyD
0 1   Y231‑p LrTFYQMyDkGLVyR
0 2   K233‑ac TFYQMyDkGLVyRSY
0 1   K233 TFYQMyDKGLVyRSY
0 1   Y237‑p MyDkGLVyRSYkPVF
0 15   K241‑ac GLVyRSYkPVFWSPS
0 1   K241‑ub GLVyRSYkPVFWSPS
0 1   K241‑sc GLVyRSYkPVFWSPS
0 1   K241‑m1 GLVyRSYkPVFWSPS
0 1   T251‑p FWSPSSRtALAEAEL
0 1   Y260‑p LAEAELEyNPEHVSR
0 1   K277‑sc YVKFPLLkPSPKLAS
0 1   K445‑ub EGTDVVIkMLQTAkN
0 1   K451‑sc IkMLQTAkNLLkEEk
0 1   K455‑sm QTAkNLLkEEkLVHS
0 2   K458‑ub kNLLkEEkLVHSYPY
0 2   K479 PVVIRASKQWFINIT
0 2   K479‑ac PVVIRASkQWFINIT
0 3   K500‑ac KELLKKVkFIPGSAL
0 1   K540 PVFHHKTKDEyLINs
0 1   K540‑ub PVFHHKTkDEyLINs
0 1   Y543‑p HHKTkDEyLINsQTT
0 1   S547‑p kDEyLINsQTTEHIV
0 1   Y621‑p PDQRADLyLEGKDQL
0 1   T657‑p TVIVHGFtLGEKGEK
0 1   K667 EKGEKMSKSLGNVIH
0 1   K687 NGGQDQSKEPPYGAD
0 1   K687‑ub NGGQDQSkEPPYGAD
0 1   K725 AARDDISKLRNTLRF
0 1   K725‑ac AARDDISkLRNTLRF
0 4   K775‑ac NKITELYkQYDFGkV
0 1   K775‑sc NKITELYkQYDFGkV
0 3   K781‑ac YkQYDFGkVVRLLRT
0 1   K781 YkQYDFGKVVRLLRT
0 1   Y798‑p TRELSNFyFSIIkDR
0 7   K803‑ac NFyFSIIkDRLYCEK
0 1   K803‑sc NFyFSIIkDRLYCEK
0 1   K815 CEKENDPKRRSCQTA
0 1   K872‑ub STSSIWKkPGLEEAV
0 1   S881‑p GLEEAVEsACAMRDs
0 1   S888‑p sACAMRDsFLGSIPG
0 1   K896‑ub FLGSIPGkNAAEYKV
0 1   T950‑p AQEPREMtADVIELK
  mouse

 
S44 TRRLVVRSVAGADSP
A46 RLVVRSVAGADSPQS
K56‑ac DSPQSSSkGGRYRDT
G57 SPQSSSkGGRYRDTV
Y60 SSSkGGRYRDTVLLP
K74‑ac PQTSFPMkLLGRQQS
K74‑sc PQTSFPMkLLGRQQS
K133 HALNKILKDIANRFH
S186 EIREKARSFAQAAIE
Q189 EKARSFAQAAIEKQK
Q189 EKARSFAQAAIEKQK
Q189 EKARSFAQAAIEKQK
K222 FDPKYEAKQLRVFYQ
R225 KYEAKQLRVFYQMYE
Y231 LRVFYQMYEkGLVYR
K233‑ac VFYQMYEkGLVYRSY
K233‑ub VFYQMYEkGLVYRSY
Y237 MYEkGLVYRSYkPVY
K241‑ac GLVYRSYkPVYWSPS
K241 GLVYRSYKPVYWSPS
K241‑sc GLVYRSYkPVYWSPS
K241 GLVYRSYKPVYWSPS
T251 YWSPSSRTALAEAEL
Y260 LAEAELEYNPEHVSR
R277 YVRFPLLRPPPKLES
K445 EGTDVVIKMLQATKN
K451 IKMLQATKNVLKEEN
K455 QATKNVLKEENIVHS
N458 KNVLKEENIVHSYPC
K479‑sc PVLIRASkQWFVNIT
K479‑ac PVLIRASkQWFVNIT
K500‑ac KESLKTVkFIPGAAL
K540‑ac PVFHHKTkDEYLINS
K540 PVFHHKTKDEYLINS
Y543 HHKTkDEYLINSQTT
S547 kDEYLINSQTTEHII
Y621 TQQRADLYLEGKDQL
T657 TVMVHGFTLGEKGEK
K667‑ac EKGEKMSkSLGNVIN
K687‑ac SGGKDHSkEPPYGAD
K687 SGGKDHSKEPPYGAD
K725‑sc AARDDISkLRNTLRF
K725 AARDDISKLRNTLRF
K775‑ac TKITDSYkQYDFGkV
K775‑sc TKITDSYkQYDFGkV
K781 YkQYDFGKVVRLLKA
K781‑sc YkQYDFGkVVRLLKA
Y798 TRELSSFYFSIVkDR
K803‑ac SFYFSIVkDRLYCEN
K803‑sc SFYFSIVkDRLYCEN
K815‑ac CENEKDPkRRSCQTA
K872 NTSSIWKKPGLEEAV
S881 GLEEAVESACAMRDS
S888 SACAMRDSFLGSIPG
K896 FLGSIPGKNAAEYEV
T950 AQEPRERTAGDIELT
  rat

 
S44 TRRLVVRSVAGADSP
A46 RLVVRSVAGADSPQS
K56 DSPQSSPKSGRYRDT
S57 SPQSSPKSGRYRDTV
Y60 SSPKSGRYRDTVLLP
K74 PQTNFPMKLLGHQQS
K74 PQTNFPMKLLGHQQS
K133 HALNKILKDIVNRFH
S186 EIREKARSFAQAAIE
Q189 EKARSFAQAAIEKQK
Q189 EKARSFAQAAIEKQK
Q189 EKARSFAQAAIEKQK
K222 FDPKYEAKQLRVFQQ
R225 KYEAKQLRVFQQMYE
Y231 LRVFQQMYEKGLVYR
K233 VFQQMYEKGLVYRSY
K233 VFQQMYEKGLVYRSY
Y237 MYEKGLVYRSYKPVY
K241 GLVYRSYKPVYWSPS
K241 GLVYRSYKPVYWSPS
K241 GLVYRSYKPVYWSPS
K241 GLVYRSYKPVYWSPS
T251 YWSPSSRTALAEAEL
Y260 LAEAELEYNPEHVSR
K277 YVRFPLLKPPPTLES
K445 EGTDVVIKMLQATKN
K451 IKMLQATKNLLKEES
K455 QATKNLLKEESIVHS
S458 KNLLKEESIVHSYPC
K479 PVLIRASKQWFVNIM
K479 PVLIRASKQWFVNIM
K500 KESLKTVKFIPGAAL
K540 PVFHHKTKDEYLINS
K540 PVFHHKTKDEYLINS
Y543 HHKTKDEYLINSQTT
S547 KDEYLINSQTTEHII
Y621 TEQRADLYLEGKDQL
T657 TVMVHGFTLGEKGEK
K667 EKGEKMSKSLGNVID
K687 SGGKDHSKEPPYGAD
K687 SGGKDHSKEPPYGAD
K725 AARDDISKLRNTLRF
K725 AARDDISKLRNTLRF
K775 TKVTDSYKQYDFGKV
K775 TKVTDSYKQYDFGKV
K781 YKQYDFGKVVRLLKA
K781 YKQYDFGKVVRLLKA
Y798 TRELSSFYFSIVKDR
K803 SFYFSIVKDRLYCES
K803 SFYFSIVKDRLYCES
K815 CESETDPKRRSCQTA
K872 STSSVWKKPGLEEAV
S881 GLEEAVESACAMRDS
S888 SACAMRDSFLGSIPG
K896 FLGSIPGKNAAEYDV
S950 AQEPRERSADAIELT