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 2   S39 VRVDRPGSRYDVSRL
0 1   Y41 VDRPGSRYDVSRLGR
0 34   K58 RSLVLDLKQPRGAAV
0 1   K58‑ub RSLVLDLkQPRGAAV
0 2   K58 RSLVLDLKQPRGAAV
0 1   K87 FRRGVMEKLQLGPEI
0 1   K87‑ub FRRGVMEkLQLGPEI
0 1   K87 FRRGVMEKLQLGPEI
0 2   R101 ILQRENPRLIYARLS
0 1   R101 ILQRENPRLIYARLS
0 2   R101 ILQRENPRLIYARLS
0 1   S113 RLSGFGQSGSFCRLA
0 1   S115 SGFGQSGSFCRLAGH
0 3   R118 GQSGSFCRLAGHDIN
0 1   R118 GQSGSFCRLAGHDIN
0 1   R118 GQSGSFCRLAGHDIN
0 2   Y126‑p LAGHDINyLALSGVL
0 1   S130 DINyLALSGVLSkIG
0 4   K135‑ub ALSGVLSkIGRSGEN
0 1   K135 ALSGVLSKIGRSGEN
0 1   - gap
0 1   E205 TQKLSLWEAPRGQNM
0 1   E205 TQKLSLWEAPRGQNM
0 1   K268 MDDWPEMKKKFADVF
0 1   K268 MDDWPEMKKKFADVF
0 1   K270 DWPEMKKKFADVFAE
0 3   E277 KFADVFAEKTKAEWC
0 2   E277 KFADVFAEKTKAEWC
0 1   S314 DHNKERGSFITSEEQ
0 5   S324 TSEEQDVSPRPAPLL
0 1   F345 PSFKRDPFIGEHTEE
0 1   E355 EHTEEILEEFGFSRE
0 1   Y365‑p GFSREEIyQLNSDKI
0 1   K379 IIESNKVKASL____
  AMACR iso2  
S39 VRVDRPGSRYDVSRL
Y41 VDRPGSRYDVSRLGR
K58 RSLVLDLKQPRGAAV
K58 RSLVLDLKQPRGAAV
K58 RSLVLDLKQPRGAAV
K87 FRRGVMEKLQLGPEI
K87 FRRGVMEKLQLGPEI
K87 FRRGVMEKLQLGPEI
R101 ILQRENPRLIYARLS
R101 ILQRENPRLIYARLS
R101 ILQRENPRLIYARLS
S113 RLSGFGQSGsFCRLA
S115‑p SGFGQSGsFCRLAGH
R118 GQSGsFCRLAGHDIN
R118 GQSGsFCRLAGHDIN
R118 GQSGsFCRLAGHDIN
Y126‑p LAGHDINyLALsGGR
S130‑p DINyLALsGGRNSIF
- gap
- gap
T153‑p EIESVGStSRTEHVG
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
  mouse

 
S39‑p VRVNRLGstGENFLA
T40‑p RVNRLGstGENFLAR
K57‑ac RSLALDLkRSQGVTV
K57 RSLALDLKRSQGVTV
K57‑sc RSLALDLkRSQGVTV
K86‑ac FRCGVMEkLQLGPET
K86 FRCGVMEKLQLGPET
K86‑sc FRCGVMEkLQLGPET
K100‑ac TLLQDNPkLIYARLS
K100‑ub TLLQDNPkLIYARLS
K100‑sc TLLQDNPkLIYARLS
S112‑p RLSGFGQsGIFSkVA
I114 SGFGQsGIFSkVAGH
K117‑ac GQsGIFSkVAGHDIN
K117‑ub GQsGIFSkVAGHDIN
K117‑sc GQsGIFSkVAGHDIN
Y125 VAGHDINYLALSGVL
S129 DINYLALSGVLSkIG
K134‑ub ALSGVLSkIGRSGEN
K134‑sc ALSGVLSkIGRSGEN
- gap
K204‑ub TQPMGLWkQPRGQNI
K204‑sc TQPMGLWkQPRGQNI
K267‑ac SADWPEMkKKFADVF
K267‑sc SADWPEMkKKFADVF
K269 DWPEMkKKFADVFAk
K276‑ac KFADVFAkKTKAEWC
K276‑sc KFADVFAkKTKAEWC
S313‑p QHNRERAsFITDGEQ
S323‑p TDGEQLPsPRPAPLL
S344‑p PSAKRDPsVGEHTVE
R354 EHTVEVLREYGFSQE
L364 GFSQEEILQLHSDRI
K378‑sc IVESDKLkANL____
  rat

 
S39 VLVDRLGSVNHPSHL
V40 LVDRLGSVNHPSHLA
K58‑ac RSLALDLkRSPGAAV
K58 RSLALDLKRSPGAAV
K58 RSLALDLKRSPGAAV
K87 FRCGVMEKLQLGPET
K87 FRCGVMEKLQLGPET
K87 FRCGVMEKLQLGPET
K101‑ac TLRQDNPkLIYARLS
K101 TLRQDNPKLIYARLS
K101 TLRQDNPKLIYARLS
S113 RLSGFGQSGIFSkVA
I115 SGFGQSGIFSkVAGH
K118‑ac GQSGIFSkVAGHDIN
K118 GQSGIFSKVAGHDIN
K118 GQSGIFSKVAGHDIN
Y126 VAGHDINYVALSGVL
S130 DINYVALSGVLSKIG
K135 ALSGVLSKIGRSGEN
K135 ALSGVLSKIGRSGEN
- gap
A205 TQAMGLWAQPRGQNL
A205 TQAMGLWAQPRGQNL
K268 IEDWPEMKKkFADVF
K268 IEDWPEMKKkFADVF
K270‑ac DWPEMKKkFADVFAR
R277 kFADVFARKTKAEWC
R277 kFADVFARKTKAEWC
S314 QHNRERGSFITDEEQ
C324 TDEEQHACPRPAPQL
S345 PSAKRDPSVGEHTVE
K355‑ac EHTVEVLkDYGFSQE
H365 GFSQEEIHQLHSDRI
K379 IIESNKLKANL____