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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1 0   S15 ELMAEKDSLDPSFTH
0 1   K36‑ac QEIEKFQkGEGkDEE
0 1   K40‑ac KFQkGEGkDEEKYID
0 1   K52 YIDVVINKNMKLGQK
0 1   K65 QKVLIPVKQFPKFNF
0 1   K65 QKVLIPVKQFPKFNF
0 1   K69 IPVKQFPKFNFVGkL
0 2   K75‑ac PKFNFVGkLLGPRGN
0 7   K108‑ac GSMRDKAkEEELRKS
0 3   K152‑ac GHALEEIkKFLIPDY
0 1   S178‑p LTYLNGGsENADVPV
0 17   R187‑m1 NADVPVVrGkPTLrT
0 1   K189‑m1 DVPVVrGkPTLrTrG
0 3   R193‑m1 VrGkPTLrTrGVPAP
0 1   T194 rGkPTLrTrGVPAPA
0 2   R195‑m1 GkPTLrTrGVPAPAI
0 1   R195‑m2 GkPTLrTrGVPAPAI
0 1   P198 TLrTrGVPAPAITrG
0 1   A199 LrTrGVPAPAITrGr
0 2   R204‑m1 VPAPAITrGrGGVTA
0 1   R204‑m2 VPAPAITrGrGGVTA
0 1   R206‑m1 APAITrGrGGVTARP
0 1   R206‑m2 APAITrGrGGVTARP
0 6   R220‑m1 PVGVVVPrGTPTPrG
0 1   R220‑m2 PVGVVVPrGTPTPrG
0 1   R226‑m1 PrGTPTPrGVLStrG
0 2   R226‑m2 PrGTPTPrGVLStrG
0 1   T231‑p TPrGVLStrGPVsrG
0 1   R232 PrGVLStRGPVsrGr
0 1   R232‑m1 PrGVLStrGPVsrGr
0 1   S236‑p LStrGPVsrGrGLLT
0 1   R237‑m2 StrGPVsrGrGLLTP
0 1   R239‑m2 rGPVsrGrGLLTPrA
0 1   R245‑m2 GrGLLTPrARGVPPT
0 1   T277 DYDDGYGTAYDEQSY
0 1   Y291 YDSYDNSYSTPAQSG
0 1   Y304 SGADYYDYGHGLSEE
0 1   R345‑m1 YRDQPYGrY______
  KHDRBS3 iso2  
S15 ELMAEKDSLDPSFTH
K36 QEIEKFQKGEGKDEE
K40 KFQKGEGKDEEKYID
K52 YIDVVINKNMKLGQK
K65 QKVLIPVKQFPKFNF
K65 QKVLIPVKQFPKFNF
K69 IPVKQFPKFNFVGKL
K75 PKFNFVGKLLGPRGN
K108 GSMRDKAKEEELRKS
K152 GHALEEIKKFLIPDY
S178 LTYLNGGSENADVPV
R187 NADVPVVRGKPTLRT
K189 DVPVVRGKPTLRTRG
R193 VRGKPTLRTRGVPAP
T194 RGKPTLRTRGVPAPA
R195 GKPTLRTRGVPAPAI
R195 GKPTLRTRGVPAPAI
P198 TLRTRGVPAPAITRG
A199 LRTRGVPAPAITRGR
R204 VPAPAITRGRGGVTA
R204 VPAPAITRGRGGVTA
R206 APAITRGRGGVTARP
R206 APAITRGRGGVTARP
R220 PVGVVVPRGTPTPRG
R220 PVGVVVPRGTPTPRG
R226 PRGTPTPRGVLSTRG
R226 PRGTPTPRGVLSTRG
T231 TPRGVLSTRGPVSRG
R232 PRGVLSTRGPVSRGR
R232 PRGVLSTRGPVSRGR
S236 LSTRGPVSRGRGLLT
R237 STRGPVSRGRGLLTP
R239 RGPVSRGRGLLTPRA
R245 GRGLLTPRARGVPPT
- gap
- gap
- gap
- gap
  mouse

 
S15‑p ELMAEKDsLDPSFTH
K36 REIEKFQKGEGKEEE
K40 KFQKGEGKEEEKYID
K52‑ub YIDVVINkNMKLGQK
K65 QKVLIPVKQFPkFNF
K65‑ub QKVLIPVkQFPkFNF
K69‑ub IPVkQFPkFNFVGKL
K75 PkFNFVGKLLGPRGN
K108 GSMRDKAKEEELRKS
K152 GHALEEIKKFLIPDY
S178 LTYLNGGSENADVPV
R187‑m1 NADVPVVrGKSTLRt
K189 DVPVVrGKSTLRtRG
R193 VrGKSTLRtRGVttP
T194‑p rGKSTLRtRGVttPA
R195 GKSTLRtRGVttPAI
R195 GKSTLRtRGVttPAI
T198‑p TLRtRGVttPAITRG
T199‑p LRtRGVttPAITRGR
R204 VttPAITRGRGGVTA
R204 VttPAITRGRGGVTA
R206 tPAITRGRGGVTARP
R206 tPAITRGRGGVTARP
R220‑m1 PVAVGVPrGTPTPrG
R220 PVAVGVPRGTPTPrG
R226 PrGTPTPRGVLSTrG
R226‑m2 PrGTPTPrGVLSTrG
T231 TPrGVLSTrGPVSrG
R232‑m2 PrGVLSTrGPVSrGr
R232 PrGVLSTRGPVSrGr
S236 LSTrGPVSrGrGLLT
R237‑m2 STrGPVSrGrGLLTP
R239‑m2 rGPVSrGrGLLTPRA
R245 GrGLLTPRARGVPPT
T277‑p DYDDGYGtAYDEQSY
Y291‑p YDSYDNSySTPAQSA
Y304‑p SAADYYDyGHGLSED
R345 YRDQPYGRY______
  rat

 
S15 ELMAEKDSLDPSFTH
K36 REIEKFQKGEAKDEE
K40 KFQKGEAKDEEKYID
K52 YIDVVINKNMKLGQK
K65‑ac QKVLIPVkQFPKFNF
K65 QKVLIPVKQFPKFNF
K69 IPVkQFPKFNFVGkL
K75‑ac PKFNFVGkLLGPRGN
K108 GSMRDKAKEEELRKS
K152 GHALEDIKKFLIPDY
S178 LTYLNGGSENADVPV
R187‑m1 NADVPVVrGKSTLRT
K189 DVPVVrGKSTLRTRG
R193 VrGKSTLRTRGVTTP
T194 rGKSTLRTRGVTTPA
R195 GKSTLRTRGVTTPAI
R195 GKSTLRTRGVTTPAI
T198 TLRTRGVTTPAITRG
T199 LRTRGVTTPAITRGR
R204 VTTPAITRGRGGVTA
R204 VTTPAITRGRGGVTA
R206 TPAITRGRGGVTARP
R206 TPAITRGRGGVTARP
R220‑m1 PVAVGVPrGTPTPRG
R220 PVAVGVPRGTPTPRG
R226 PrGTPTPRGVLSTRG
R226 PrGTPTPRGVLSTRG
T231 TPRGVLSTRGPVSRG
R232 PRGVLSTRGPVSRGR
R232 PRGVLSTRGPVSRGR
S236 LSTRGPVSRGRGLLT
R237 STRGPVSRGRGLLTP
R239 RGPVSRGRGLLTPRA
R245 GRGLLTPRARGVPPT
T277 DYDDGYSTAYDDQSY
Y291 YDSYDNSYSTPAQSG
Y304 SGADYYDYGHGLGEE
R345 YREQPYGRY______