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 27   Y35 ASGANFQYIITEKkG
0 14   K40 FQYIITEKkGkNssV
0 1   K41‑sc QYIITEKkGkNssVG
0 1   K43‑ac IITEKkGkNssVGLI
0 1   K43‑sc IITEKkGkNssVGLI
0 1   S45‑p TEKkGkNssVGLIQL
0 4   S46‑p EKkGkNssVGLIQLN
0 1   K56 LIQLNRPKALNALCN
0 1   K92 IVLTGGDKAFAAGAD
0 1   K92 IVLTGGDKAFAAGAD
0 1   K92 IVLTGGDKAFAAGAD
1 23   K101‑ac FAAGADIkEMQNRTF
0 1   K101‑ub FAAGADIkEMQNRTF
0 2   K101‑sc FAAGADIkEMQNRTF
0 1   T107 IkEMQNRTFQDCYSS
0 1   S114 TFQDCYSSKFLSHWD
0 3   K115 FQDCYSSKFLSHWDH
0 1   K115 FQDCYSSKFLSHWDH
0 9   S118 CYSSKFLSHWDHITR
0 1   S118 CYSSKFLSHWDHITR
0 1   K127 WDHITRVKKPVIAAV
0 7   Y137 VIAAVNGYALGGGCE
0 1   T176 TIPGAGGTQRLTRAV
0 1   S186 LTRAVGKSLAMEMVL
0 2   T194 LAMEMVLTGDRISAQ
0 1   R197 EMVLTGDRISAQDAk
0 1   S199 VLTGDRISAQDAkQA
0 3   K204‑ac RISAQDAkQAGLVSk
0 5   K204‑ub RISAQDAkQAGLVSk
0 2   K204‑sc RISAQDAkQAGLVSk
0 1   K211‑ac kQAGLVSkIFPVEkL
0 1   K211 kQAGLVSKIFPVEkL
0 1   K211‑sc kQAGLVSkIFPVEkL
0 1   K217‑ac SkIFPVEkLVEEAIQ
0 1   K217‑sc SkIFPVEkLVEEAIQ
0 1   K228‑ac EAIQCAEkIASNSKI
0 3   R261 EGNKLEKRLFYSTFA
0 2   R261 EGNKLEKRLFYSTFA
0 9   K282‑ac GMTAFVEkRkANFkD
0 2   K282‑sc GMTAFVEkRkANFkD
0 2   K284‑ac TAFVEkRkANFkDH_
0 13   K288‑ac EkRkANFkDH_____
  human

 
Y35‑p ASGANFEyIIAEkRG
K40‑ac FEyIIAEkRGKNNtV
R41 EyIIAEkRGKNNtVG
K43 IIAEkRGKNNtVGLI
K43 IIAEkRGKNNtVGLI
N45 AEkRGKNNtVGLIQL
T46‑p EkRGKNNtVGLIQLN
K56‑ub LIQLNRPkALNALCD
K92‑ac IVLTGGDkAFAAGAD
K92‑ub IVLTGGDkAFAAGAD
K92‑sc IVLTGGDkAFAAGAD
K101‑ac FAAGADIkEMQNLsF
K101 FAAGADIKEMQNLsF
K101 FAAGADIKEMQNLsF
S107‑p IkEMQNLsFQDCYSs
S114‑p sFQDCYSskFLkHWD
K115‑ac FQDCYSskFLkHWDH
K115‑ub FQDCYSskFLkHWDH
K118‑ac CYSskFLkHWDHLTQ
K118‑ub CYSskFLkHWDHLTQ
K127‑sc WDHLTQVkKPVIAAV
Y137‑p VIAAVNGyAFGGGCE
T176‑p TIPGAGGtQRLTRAV
S186‑p LTRAVGKsLAMEMVL
T194‑p LAMEMVLtGDrIsAQ
R197‑m1 EMVLtGDrIsAQDAk
S199‑p VLtGDrIsAQDAkQA
K204‑ac rIsAQDAkQAGLVSk
K204‑ub rIsAQDAkQAGLVSk
K204‑sc rIsAQDAkQAGLVSk
K211 kQAGLVSKICPVETL
K211‑ub kQAGLVSkICPVETL
K211 kQAGLVSKICPVETL
T217 SkICPVETLVEEAIQ
T217 SkICPVETLVEEAIQ
K228 EAIQCAEKIASNSKI
K261‑ac EGSKLEKkLFYSTFA
K261‑ub EGSKLEKkLFYSTFA
K282 GMTAFVEKRKANFKD
K282‑sc GMTAFVEkRKANFKD
K284 TAFVEkRKANFKDQ_
K288 EkRKANFKDQ_____
  rat

 
Y35 ASGANFQYIITEkKG
K40‑ac FQYIITEkKGKNSSV
K41 QYIITEkKGKNSSVG
K43 IITEkKGKNSSVGLI
K43 IITEkKGKNSSVGLI
S45 TEkKGKNSSVGLIQL
S46 EkKGKNSSVGLIQLN
K56 LIQLNRPKALNALCN
K92 IVLTGGEKAFAAGAD
K92 IVLTGGEKAFAAGAD
K92 IVLTGGEKAFAAGAD
K101‑ac FAAGADIkEMQNRTF
K101 FAAGADIKEMQNRTF
K101 FAAGADIKEMQNRTF
T107 IkEMQNRTFQDCYSG
G114 TFQDCYSGkFLSHWD
K115‑ac FQDCYSGkFLSHWDH
K115 FQDCYSGKFLSHWDH
S118 CYSGkFLSHWDHITR
S118 CYSGkFLSHWDHITR
K127 WDHITRIKKPVIAAV
Y137 VIAAVNGYALGGGCE
T176 TIPGAGGTQRLTRAV
S186 LTRAVGKSLAMEMVL
T194‑p LAMEMVLtGDRISAQ
R197 EMVLtGDRISAQDAk
S199 VLtGDRISAQDAkQA
K204‑ac RISAQDAkQAGLVSK
K204 RISAQDAKQAGLVSK
K204 RISAQDAKQAGLVSK
K211 kQAGLVSKIFPVETL
K211 kQAGLVSKIFPVETL
K211 kQAGLVSKIFPVETL
T217 SKIFPVETLVEEAIQ
T217 SKIFPVETLVEEAIQ
K228 EAIQCAEKIANNSKI
K261 EGNKLEKKLFYSTFA
K261 EGNKLEKKLFYSTFA
K282 GMSAFVEKRKANFkD
K282 GMSAFVEKRKANFkD
K284 SAFVEKRKANFkDH_
K288‑ac EKRKANFkDH_____