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

 
1 1   Y4 ____MSLYPsLEDLK
2 18   S6‑p __MSLYPsLEDLKVD
0 1   K11 YPsLEDLKVDKVIQA
0 1   K11 YPsLEDLKVDKVIQA
0 10   K14 LEDLKVDKVIQAQTA
0 1   T20 DKVIQAQTAySANPA
0 5   Y22‑p VIQAQTAySANPASQ
0 2   S23 IQAQTAySANPASQA
0 2   V34 ASQAFVLVDASAALP
0 8   S37 AFVLVDASAALPPDG
2 502   Y47 LPPDGNLYPKLYPEL
0 41   Y51 GNLYPKLYPELSQyM
0 5   S55 PKLYPELSQyMGLSL
0 124   Y57‑p LYPELSQyMGLSLNE
1 2   S61 LSQyMGLSLNEAEIC
0 1   S75 CESMPMVSGAPAQGQ
0 145   Y92‑p ARPSSVNyMVAPVTG
0 2   K110 GIRRAEIKQGIREVI
0 1   K125 LCKDQDGKIGLRLKS
1 1   S132 KIGLRLKSIDNGIFV
0 1   K174 CAGWSSDKAHKVLKQ
0 3   K180 DKAHKVLKQAFGEkI
0 23   K186‑ub LKQAFGEkITMTIRD
1 0   T201 RPFERTVTMHKDSSG
0 3   S216‑p HVGFIFKsGKITSIV
0 3   K224 GKITSIVKDSSAARN
0 1   S286 IIKRMAPSIMKSLMD
  human

► Hide Isoforms 		 
Y4‑p ____MSLyPsLEDLk
S6‑p __MSLyPsLEDLkVD
K11 yPsLEDLKVDkVIQA
K11‑ub yPsLEDLkVDkVIQA
K14‑ub LEDLkVDkVIQAQtA
T20‑p DkVIQAQtAFsANPA
F22 VIQAQtAFsANPANP
S23‑p IQAQtAFsANPANPA
S33‑p PANPAILsEAsAPIP
S36‑p PAILsEAsAPIPHDG
Y46‑p IPHDGNLyPRLyPEL
Y50‑p GNLyPRLyPELsQyM
S54‑p PRLyPELsQyMGLsL
Y56‑p LyPELsQyMGLsLNE
S60‑p LsQyMGLsLNEEEIR
S74 RANVAVVSGAPLQGQ
Y91‑p ARPSSINyMVAPVTG
K109‑ub GIRRAEIkQGIREVI
K124‑ub LCKDQDGkIGLRLKs
S131‑p kIGLRLKsIDNGIFV
K173‑ub CAGWSSDkAHKVLkQ
K179‑ub DkAHKVLkQAFGEkI
K185‑ub LkQAFGEkITMTIRD
T200‑p RPFERTItMHKDSTG
N215 HVGFIFKNGKITSIV
K223‑ub GKITSIVkDSSAARN
S285‑p IIKRMAPsIMKSLMD
  syntenin iso2  
Y4 ____MSLYPSLEDLK
S6 __MSLYPSLEDLKVD
K11 YPSLEDLKVDKVIQA
K11 YPSLEDLKVDKVIQA
K14 LEDLKVDKVIQAQTA
T20 DKVIQAQTAFSANPA
F22 VIQAQTAFSANPANP
S23 IQAQTAFSANPANPA
S33 PANPAILSEASAPIP
S36 PAILSEASAPIPHDG
Y46 IPHDGNLYPRLYPEL
Y50 GNLYPRLYPELSQYM
S54 PRLYPELSQYMGLSL
Y56 LYPELSQYMGLSLNE
S60 LSQYMGLSLNEEEIR
S74‑p RANVAVVsGAPLQGL
Y90‑p ARPSSINyMVAPVTG
K108 GIRRAEIKQGIREVI
K123 LCKDQDGKIGLRLKS
S130 KIGLRLKSIDNGIFV
K172 CAGWSSDKAHKVLKQ
K178 DKAHKVLKQAFGEKI
K184 LKQAFGEKITMTIRD
T199 RPFERTITMHKDSTG
N214 HVGFIFKNGKITSIV
K222 GKITSIVKDSSAARN
S284 IIKRMAPSIMKSLMD
  rat

 
Y4 ____MSLYPsLEDLk
S6‑p __MSLYPsLEDLkVD
K11‑ac YPsLEDLkVDKVIQA
K11 YPsLEDLKVDKVIQA
K14 LEDLkVDKVIQAQTA
T20 DKVIQAQTASSANPA
S22 VIQAQTASSANPASQ
S23 IQAQTASSANPASQA
N34 ASQAFFLNVVDSAAF
S38 FFLNVVDSAAFPPGG
Y48 FPPGGNLYPKLYPEL
Y52 GNLYPKLYPELSQYM
S56 PKLYPELSQYMGLSL
Y58 LYPELSQYMGLSLSE
S62 LSQYMGLSLSEAEIC
S76 CENMPVVSGAPTQGQ
Y93 ARPSSVNYMVAPVTG
K111 GIRRAEIKQGIREVI
K126 LCKDQDGKIGLRLKS
S133 KIGLRLKSVDNGIFV
K175 CAGWSSDKAHKVLKQ
K181 DKAHKVLKQAFGEKI
K187 LKQAFGEKITMTIRD
T202 RPFERTVTMHKDSSG
S217 HVGFIFKSGKITSIV
K225 GKITSIVKDSSAARN
S287 IIKRMAPSIMKSLMD