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

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0 7   S2‑p ______MsDSEkLNL
0 1   S4 ____MsDSEkLNLDs
0 1   K6 __MsDSEKLNLDsII
0 5   K6‑ub __MsDSEkLNLDsII
0 4   S11‑p SEkLNLDsIIGRLLE
0 6   S22‑p RLLEVQGsRPGkNVQ
0 21   K26‑ub VQGsRPGkNVQLTEN
0 1   R36‑m1 QLTENEIrGLCLkSR
0 3   K41‑ub EIrGLCLkSREIFLs
0 4   S48‑p kSREIFLsQPILLEL
0 1   K60‑ub LELEAPLkICGDIHG
0 1   Y93‑p NYLFLGDyVDRGkQS
0 23   K98‑ub GDyVDRGkQSLETIC
0 6   K113‑ub LLLAYKIkYPENFFL
0 4   S129‑p RGNHECAsINRIyGF
0 3   Y134‑p CAsINRIyGFyDECk
0 23   Y137‑p INRIyGFyDECkRRY
0 21   K141‑ac yGFyDECkRRYNIkL
0 19   K141‑ub yGFyDECkRRYNIkL
0 3   K147‑ac CkRRYNIkLWkTFTD
0 9   K147‑ub CkRRYNIkLWkTFTD
0 6   K150‑ub RYNIkLWkTFTDCFN
0 6   K238‑ub VVAKFLHkHDLDLIC
0 6   Y255‑p HQVVEDGyEFFAkRQ
0 8   K260‑ac DGyEFFAkRQLVTLF
0 39   K260‑ub DGyEFFAkRQLVTLF
0 3   K305‑ac PADKNKGkyGQFsGL
0 10   K305‑ub PADKNKGkyGQFsGL
0 99   Y306‑p ADKNKGkyGQFsGLN
0 2   S310‑p KGkyGQFsGLNPGGR
19 128   T320‑p NPGGRPItPPRNsAK
1 16   S325‑p PItPPRNsAKAKK__
2581 : Phospho-PP1alpha (Thr320) Antibody
  PPP1CA iso2  
S2 ______MSDSEKLNL
S4 ____MSDSEKLNLDS
K6 __MSDSEKLNLDSII
K6 __MSDSEKLNLDSII
S11 SEKLNLDSIIGRLLE
S33 HCAPVQGSRPGKNVQ
K37 VQGSRPGKNVQLTEN
R47 QLTENEIRGLCLKSR
K52 EIRGLCLKSREIFLS
S59 KSREIFLSQPILLEL
K71 LELEAPLKICGDIHG
Y104 NYLFLGDYVDRGKQS
K109 GDYVDRGKQSLETIC
K124 LLLAYKIKYPENFFL
S140 RGNHECASINRIYGF
Y145 CASINRIYGFYDECK
Y148 INRIYGFYDECKRRY
K152 YGFYDECKRRYNIKL
K152 YGFYDECKRRYNIKL
K158 CKRRYNIKLWKTFTD
K158 CKRRYNIKLWKTFTD
K161 RYNIKLWKTFTDCFN
K249 VVAKFLHKHDLDLIC
Y266 HQVVEDGYEFFAKRQ
K271 DGYEFFAKRQLVTLF
K271 DGYEFFAKRQLVTLF
K316 PADKNKGKYGQFSGL
K316 PADKNKGKYGQFSGL
Y317 ADKNKGKYGQFSGLN
S321 KGKYGQFSGLNPGGR
T331 NPGGRPITPPRNSAK
S336 PITPPRNSAKAKK__
  mouse

 
S2‑p ______MsDsEKLNL
S4‑p ____MsDsEKLNLDS
K6 __MsDsEKLNLDSII
K6 __MsDsEKLNLDSII
S11 sEKLNLDSIIGRLLE
S22‑p RLLEVQGsRPGkNVQ
K26‑ub VQGsRPGkNVQLTEN
R36 QLTENEIRGLCLKSR
K41 EIRGLCLKSREIFLs
S48‑p KSREIFLsQPILLEL
K60 LELEAPLKICGDIHG
Y93 NYLFLGDYVDRGkQS
K98‑ub GDYVDRGkQSLETIC
R113 LLLAYKIRYPENFFL
S129‑p RGNHECAsINRIYGF
Y134 CAsINRIYGFyDECk
Y137‑p INRIYGFyDECkRRY
K141‑ac YGFyDECkRRYNIkL
K141‑ub YGFyDECkRRYNIkL
K147 CkRRYNIKLWkTFTD
K147‑ub CkRRYNIkLWkTFTD
K150‑ub RYNIkLWkTFTDCFN
K238 VVAKFLHKHDLDLIC
Y255 HQVVEDGYEFFAkRQ
K260‑ac DGYEFFAkRQLVTLF
K260‑ub DGYEFFAkRQLVTLF
K305 PADKNKGKyGQFSGL
K305‑ub PADKNKGkyGQFSGL
Y306‑p ADKNKGkyGQFSGLN
S310 KGkyGQFSGLNPGGR
T320‑p NPGGRPItPPRNsAK
S325‑p PItPPRNsAKAKK__
  rat

 
S2 ______MSDSEkLNL
S4 ____MSDSEkLNLDS
K6‑ac __MSDSEkLNLDSII
K6 __MSDSEKLNLDSII
S11 SEkLNLDSIIGRLLE
S22 RLLEVQGSRPGKNVQ
K26 VQGSRPGKNVQLTEN
R36 QLTENEIRGLCLKSR
K41 EIRGLCLKSREIFLs
S48‑p KSREIFLsQPILLEL
K60 LELEAPLKICGDIHG
Y93 NYLFLGDYVDRGKQS
K98 GDYVDRGKQSLETIC
K113 LLLAYKIKYPENFFL
S129 RGNHECASINRIyGF
Y134‑p CASINRIyGFYDECK
Y137 INRIyGFYDECKRRY
K141 yGFYDECKRRYNIkL
K141 yGFYDECKRRYNIkL
K147‑ac CKRRYNIkLWKTFTD
K147 CKRRYNIKLWKTFTD
K150 RYNIkLWKTFTDCFN
K238 VVAKFLHKHDLDLIC
Y255 HQVVEDGYEFFAkRQ
K260‑ac DGYEFFAkRQLVTLF
K260 DGYEFFAKRQLVTLF
K305 PADKNKGKYGQFSGL
K305 PADKNKGKYGQFSGL
Y306 ADKNKGKYGQFSGLN
S310 KGKYGQFSGLNPGGR
T320‑p NPGGRPItPPRNSAK
S325 PItPPRNSAKAKK__
  rabbit

 
S2 ______MSDSEKLNL
S4 ____MSDSEKLNLDS
K6 __MSDSEKLNLDSII
K6 __MSDSEKLNLDSII
S11 SEKLNLDSIIGRLLE
S22 RLLEVQGSRPGKNVQ
K26 VQGSRPGKNVQLTEN
R36 QLTENEIRGLCLKSR
K41 EIRGLCLKSREIFLS
S48 KSREIFLSQPILLEL
K60 LELEAPLKICGDIHG
Y93 NYLFLGDYVDRGKQS
K98 GDYVDRGKQSLETIC
K113 LLLAYKIKYPENFFL
S129 RGNHECASINRIYGF
Y134 CASINRIYGFYDECK
Y137 INRIYGFYDECKRRY
K141 YGFYDECKRRYNIKL
K141 YGFYDECKRRYNIKL
K147 CKRRYNIKLWKTFTD
K147 CKRRYNIKLWKTFTD
K150 RYNIKLWKTFTDCFN
K238 VVAKFLHKHDLDLIC
Y255 HQVVEDGYEFFAKRQ
K260 DGYEFFAKRQLVTLF
K260 DGYEFFAKRQLVTLF
K305 PADKNKGKYGQFSGL
K305 PADKNKGKYGQFSGL
Y306 ADKNKGKYGQFSGLN
S310 KGKYGQFSGLNPGGR
T320‑p NPGGRPItPPRNsAK
S325‑p PItPPRNsAKAKK__