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

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0 1   - gap
0 1   S13 TTEVAENSHHLKIFL
0 1   S268‑p PRALALAsIsHsKPP
0 1   S270‑p ALALAsIsHsKPPEP
0 1   S272‑p ALAsIsHsKPPEPPP
0 1   S324 PPTSRGGSSRGGTAI
0 1   S325 PTSRGGSSRGGTAIL
0 1   T329 GGSSRGGTAILLLTG
0 2   S389 DPDRFLNSPQRGQTY
0 2   S455 FFIQDDDSGEELKGP
0 1   S470 GTVPPVPSSPPSSPS
0 1   S474 PVPSSPPSSPSSPTA
0 1   S478 SPPSSPSSPTALPPS
0 1   S603 AHEVGLVSLQVAGRE
0 1   S795 QALSIPDSLGRLPLS
0 1   S882 PPLASDISMEMIPGQ
0 1   T1063 EAARVIQTAFRKYKG
0 1   K1090 VIQRCYRKYKQLTWI
0 1   K1092 QRCYRKYKQLTWIAL
0 1   K1100 QLTWIALKFALYKKM
0 1   K1105 ALKFALYKKMTQAAI
0 1   T1165 LPARNKGTFLTKKQD
0 3   K1170 KGTFLTKKQDQAARK
0 1   - gap
0 1   - gap
0 1   - gap
  CAMTA2 iso3  
T7‑p _MAAAAVtRGTPGEN
S15 RGTPGENSHHLKIFL
S265 PRALALASISHSKPP
S267 ALALASISHSKPPEP
S269 ALASISHSKPPEPPP
S321 PPTSRGGSSRGGTAI
S322 PTSRGGSSRGGTAIL
T326 GGSSRGGTAILLLTG
S386 DPDRFLNSPQRGQTY
S452 FFIQDDDSGEELKGP
S467 GTVPPVPSSPPSSPS
S471 PVPSSPPSSPSSPTA
S475 SPPSSPSSPTALPPS
S600 AHEVGLVSLQVAGRE
S792 QALSIPDSLGRLPLS
S879 PPLASDISMEMIPGQ
T1060 EAARVIQTAFRKYKG
K1087 VIQRCYRKYKQFALY
K1089 QRCYRKYKQFALYKK
- gap
K1095 YKQFALYKKMTQAAI
T1155 LPARNKGTFLTKKQD
K1160 KGTFLTKKQDQAARK
- gap
- gap
- gap
  human

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- gap
S13 TTEVAENSHHLKIFL
S263 PRALTLTSIPHAHPP
P265 ALTLTSIPHAHPPEP
A267 TLTSIPHAHPPEPPP
S318‑p PPTSRGGssRGGtAI
S319‑p PTSRGGssRGGtAIL
T323‑p GGssRGGtAILLLTG
S383‑p DPDRFLNsPQRGQTY
S449‑p FFIQDDDsGEELKGH
S464‑p GAAPPIPsPPPsPPP
S468‑p PIPsPPPsPPPsPAP
S472‑p PPPsPPPsPAPLEPS
S596‑p AHEVGLVsLQVAGRE
S788‑p QALSIPDsLGRLPLS
T875‑p PLPASEMtMEDMAPG
T1057‑p EAARVIQtAFRKYKG
K1084‑ac VIQRCYRkYkQLTWI
K1086‑ac QRCYRkYkQLTWIAL
K1094‑ac QLTWIALkFALYkKM
K1099‑ac ALkFALYkKMTQAAI
S1159‑p LPARNKGsFLTKkQD
K1164‑ub KGsFLTKkQDQAARK
- gap
- gap
- gap
  CAMTA2 iso3  
T7‑p _MAAAAVtRGTPGEN
S15‑p RGTPGENsHHLKIFL
S265 PRALTLTSIPHAHPP
P267 ALTLTSIPHAHPPEP
A269 TLTSIPHAHPPEPPP
S320 PPTSRGGSSRGGTAI
S321 PTSRGGSSRGGTAIL
T325 GGSSRGGTAILLLTG
S385 DPDRFLNSPQRGQTY
S451 FFIQDDDSGEELKGH
S466 GAAPPIPSPPPSPPP
S470 PIPSPPPSPPPSPAP
S474 PPPSPPPSPAPLEPS
S598 AHEVGLVSLQVAGRE
S790 QALSIPDSLGRLPLS
T877 PLPASEMTMEDMAPG
T1059 EAARVIQTAFRKYKG
K1086 VIQRCYRKYKQFALY
K1088 QRCYRKYKQFALYKK
- gap
K1094 YKQFALYKKMTQAAI
S1154 LPARNKGSFLTKKQD
K1159 KGSFLTKKQDQAARK
- gap
- gap
- gap
  CAMTA2 iso6  
- gap
S36 TTEVAENSHHLKIFL
S286 PRALTLTSIPHAHPP
P288 ALTLTSIPHAHPPEP
A290 TLTSIPHAHPPEPPP
S341 PPTSRGGSSRGGTAI
S342 PTSRGGSSRGGTAIL
T346 GGSSRGGTAILLLTG
S406 DPDRFLNSPQRGQTY
S472 FFIQDDDSGEELKGH
S487 GAAPPIPSPPPSPPP
S491 PIPSPPPSPPPSPAP
S495 PPPSPPPSPAPLEPS
S619 AHEVGLVSLQVAGRE
S811 QALSIPDSLGRLPLS
T898 PLPASEMTMEDMAPG
T1080 EAARVIQTAFRKYKG
K1107 VIQRCYRKYKQLTWI
K1109 QRCYRKYKQLTWIAL
K1117 QLTWIALKFALYKKM
K1122 ALKFALYKKMTQAAI
- gap
- gap
S1218‑p EPGAGRAsPAGtGHM
T1222‑p GRAsPAGtGHMtWPP
T1226‑p PAGtGHMtWPPPFSP
  rat

 
- gap
S13 TTEVAENSHHLKIFL
S263 PRALTLASISHSKPP
S265 ALTLASISHSKPPEP
S267 TLASISHSKPPEPPP
S318 PPTSRGGSSRGGTAI
S319 PTSRGGSSRGGTAIL
T323 GGSSRGGTAILLLTG
S383 DPDRFLNSPQRGQTY
S449‑p FFIQDDDsGEELKGP
S464 GTVPPVPSPPPSSPS
S468 PVPSPPPSSPSSPAA
S472 PPPSSPSSPAALQPS
S597 AHEVGLVSLQVAGRE
S789 QALSIPDSLGRLPLS
S876 PMLASEISMETIPGQ
T1057 EAARVIQTAFRKYKG
K1084 VIQRCYRKYKQLTWI
K1086 QRCYRKYKQLTWIAL
K1094 QLTWIALKFALYKKM
K1099 ALKFALYKKMTQAAI
T1159 LPSRNKGTFLTKKQD
K1164 KGTFLTKKQDQAARK
- gap
- gap
- gap