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

► Hide Isoforms 		 
0 3   S74‑p PPAGAAAsPsPPLsS
1 4   S76‑p AGAAAsPsPPLsSCS
1 0   S80‑p AsPsPPLsSCSRQAW
0 3   S125‑p WRPGSRRsAASSAVS
0 1   A127 PGSRRsAASSAVSsV
0 1   S133‑p AASSAVSsVGARsrG
0 15   R137 AVSsVGARsrGLGGY
0 1   S138‑p VSsVGARsrGLGGYH
0 1   R139‑m1 SsVGARsrGLGGYHG
0 11   H145 srGLGGYHGAGHPsG
0 3   S151‑p YHGAGHPsGRRRRRE
0 6   S166‑p DQGPPCPsPVGGGDP
0 1   S254‑p YYYTRMMsQLFLDtP
0 1   T260‑p MsQLFLDtPVsKTEK
0 1   S263‑p LFLDtPVsKTEKTNF
0 1   N299 YWKMQPSNQTEADNR
0 1   N305 SNQTEADNRsFIFYE
0 1   S307‑p QTEADNRsFIFYENL
0 1   N362 RAPFGPRNGTAWIYT
0 1   S408‑p ETAAQVAsLKKNVWL
0 1   T588‑p RTMSQLStTMsRCAK
0 2   S591‑p SQLStTMsRCAKDLF
0 1   K695‑ub KSDLAQQkAEMELSD
0 1   K719‑ub LVKLKLKkNTVDDIS
1 0   T721 KLKLKkNTVDDISES
0 1   K735‑ub SLRQGGGkLNFDELR
0 1   T751‑p DLKGKGHtDAEIEAI
2 0   S801‑p SSLPRPMsSRSFPRs
0 3   S808‑p sSRSFPRsLDDsEED
3 31   S812‑p FPRsLDDsEEDDDED
0 1   S820 EEDDDEDSGHSSRRR
3 4   S829‑p HSSRRRGsISSGVSY
0 1   S831 SRRRGsISSGVSYEE
0 1   S832 RRRGsISSGVSYEEF
0 1   S835 GsISSGVSYEEFQVL
0 1   S852‑p RVDRMEHsIGSIVSK
0 1   T931 QISHGLGTPVGLNGQ
0 1   S943 NGQPRPRSSRPSSsQ
0 1   S944 GQPRPRSSRPSSsQS
0 1   S948 PRSSRPSSsQStEGM
0 2   S949‑p RSSRPSSsQStEGME
0 1   S951 SRPSSsQStEGMEGA
0 1   T952‑p RPSSsQStEGMEGAG
  PKD2 iso2  
S74 PPAGAAASPSPPLSS
S76 AGAAASPSPPLSSCS
S80 ASPSPPLSSCSRQAW
S125 WRPGSRRSAASSAVS
A127 PGSRRSAASSAVSSV
S133 AASSAVSSVGARSRG
R137 AVSSVGARSRGLGGY
S138 VSSVGARSRGLGGYH
R139 SSVGARSRGLGGYHG
H145 SRGLGGYHGAGHPSG
S151 YHGAGHPSGRRRRRE
S166 DQGPPCPSPVGGGDP
S254 YYYTRMMSQLFLDTP
T260 MSQLFLDTPVSKTEK
S263 LFLDTPVSKTEKTNF
N299 YWKMQPSNQTEADNR
N305 SNQTEADNRSFIFYE
S307 QTEADNRSFIFYENL
N362 RAPFGPRNGTAWIYT
S408 ETAAQVASLKKNVWL
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  PKD2 iso3  
S74 PPAGAAASPSPPLSS
S76 AGAAASPSPPLSSCS
S80 ASPSPPLSSCSRQAW
S125 WRPGSRRSAASSAVS
A127 PGSRRSAASSAVSSV
S133 AASSAVSSVGARSRG
R137 AVSSVGARSRGLGGY
S138 VSSVGARSRGLGGYH
R139 SSVGARSRGLGGYHG
H145 SRGLGGYHGAGHPSG
S151 YHGAGHPSGRRRRRE
S166 DQGPPCPSPVGGGDP
S254 YYYTRMMSQLFLDTP
T260 MSQLFLDTPVSKTEK
S263 LFLDTPVSKTEKTNF
N299 YWKMQPSNQTEADNR
N305 SNQTEADNRSFIFYE
S307 QTEADNRSFIFYENL
N362 RAPFGPRNGTAWIYT
S408 ETAAQVASLKKNVWL
T532 RTMSQLSTTMSRCAK
S535 SQLSTTMSRCAKDLF
K639 KSDLAQQKAEMELSD
K663 LVKLKLKKNTVDDIS
T665 KLKLKKNTVDDISES
K679 SLRQGGGKLNFDELR
T695 DLKGKGHTDAEIEAI
S745 SSLPRPMSSRSFPRS
S752 SSRSFPRSLDDSEED
S756 FPRSLDDSEEDDDED
S764 EEDDDEDSGHSSRRR
S773 HSSRRRGSISSGVSY
S775 SRRRGSISSGVSYEE
S776 RRRGSISSGVSYEEF
S779 GSISSGVSYEEFQVL
S796 RVDRMEHSIGSIVSK
T875 QISHGLGTPVGLNGQ
S887 NGQPRPRSSRPSSSQ
S888 GQPRPRSSRPSSSQS
S892 PRSSRPSSSQSTEGM
S893 RSSRPSSSQSTEGME
S895 SRPSSSQSTEGMEGA
T896 RPSSSQSTEGMEGAG
  PKD2 iso4  
S74 PPAGAAASPSPPLSS
S76 AGAAASPSPPLSSCS
S80 ASPSPPLSSCSRQAW
S125 WRPGSRRSAASSAVS
A127 PGSRRSAASSAVSSV
S133 AASSAVSSVGARSRG
R137 AVSSVGARSRGLGGY
S138 VSSVGARSRGLGGYH
R139 SSVGARSRGLGGYHG
H145 SRGLGGYHGAGHPSG
S151 YHGAGHPSGRRRRRE
S166 DQGPPCPSPVGGGDP
S254 YYYTRMMSQLFLDTP
T260 MSQLFLDTPVSKTEK
S263 LFLDTPVSKTEKTNF
N299 YWKMQPSNQTEADNR
N305 SNQTEADNRSFIFYE
S307 QTEADNRSFIFYENL
N362 RAPFGPRNGTAWIYT
S408 ETAAQVASLKKNVWL
T588 RTMSQLSTTMSRCAK
S591 SQLSTTMSRCAKDLF
- gap
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- gap
- gap
- gap
- gap
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  mouse

 
S70‑p PPAGASAsPsPPLSS
S72‑p AGASAsPsPPLSSCS
S76 AsPsPPLSSCSRQAW
S123‑p WRPGSRRsAsSSAVS
S125‑p PGSRRsAsSSAVSSV
S131 AsSSAVSSVGArGRG
R135‑m1 AVSSVGArGRGLGSY
G136 VSSVGArGRGLGSYr
R137 SSVGArGRGLGSYrG
R143‑m1 GRGLGSYrGAAHLSG
S149 YrGAAHLSGRRRRLE
S164‑p DQGAQCPsPAGGGDP
S252 YYYTRTLSQLFIDTP
T258 LSQLFIDTPVSKTEK
S261 LFIDTPVSKTEKTNF
N297‑ng YWKAQTSnHTQADnR
N303‑ng SnHTQADnRSFIFYE
S305 HTQADnRSFIFYENL
N360‑ng RAPFGPRnGTAWMYT
G406 ETAAQLAGLRRNFWL
T586 RTMSQLSTTMSRCAK
S589 SQLSTTMSRCAKDLF
K693 KSDLAQQKAEMELSD
R717 LVKLKLKRNtVDAIS
T719‑p KLKLKRNtVDAISES
K733 SLRQGGGKLNFDELR
T749 DLKGKGHTDAEIEAI
S799‑p SSLPRPMsSRSFPRs
S806‑p sSRSFPRsLDDsEEE
S810‑p FPRsLDDsEEEDDED
S818‑p EEEDDEDsGHSSRRR
S827‑p HSSRRRGsIssGVsY
S829‑p SRRRGsIssGVsYEE
S830‑p RRRGsIssGVsYEEF
S833‑p GsIssGVsYEEFQVL
S850 RVDRMEHSIGSIVSK
T929 QTGHGVSTQVGLGGQ
N941 GGQPHPRNPRPPssQ
P942 GQPHPRNPRPPssQs
S946‑p PRNPRPPssQsAEGL
S947‑p RNPRPPssQsAEGLE
S949‑p PRPPssQsAEGLEGG
A950 RPPssQsAEGLEGGG
  rat

 
S70 PPAGASASPSPPLSS
S72 AGASASPSPPLSSCS
S76 ASPSPPLSSCSRQAW
P123 WRPGSRRPASSSAVS
S125 PGSRRPASSSAVSSA
S131 ASSSAVSSAGArGRG
R135‑m1 AVSSAGArGRGLGSY
G136 VSSAGArGRGLGSYR
R137 SSAGArGRGLGSYRG
R143 GRGLGSYRGAAYPSG
S149 YRGAAYPSGRRRRLE
S164 DQGAPCPSPAGGGDP
S252 YYYTRTLSQLFIDTP
T258 LSQLFIDTPVSKTEK
S261 LFIDTPVSKTEKTNF
N297 YWKAQSSNHTQADNR
N303 SNHTQADNRSFIFYE
S305 HTQADNRSFIFYENL
N360 RAPFGPRNGTAWIYT
G406 ETAAQLAGLRRNFWL
T586 RTMSQLSTTMSRCAK
S589 SQLSTTMSRCAKDLF
K693 KSDLAQQKAEMELSD
R717 LVKLKLKRNTVDAIS
T719 KLKLKRNTVDAISES
K733 SLRQGGGKLNFDELR
T749 DLKGKGHTDAEIEAI
S799 SSLPRPMSSRSFPRS
S806 SSRSFPRSLDDsEEE
S810‑p FPRSLDDsEEEDDED
S818 EEEDDEDSGHSSRRR
S827 HSSRRRGSISSGVSY
S829 SRRRGSISSGVSYEE
S830 RRRGSISSGVSYEEF
S833 GSISSGVSYEEFQVL
S850 RVDRMEHSIGSIVSK
T929‑p QSGHGLGtQVGLGGQ
S941‑p GGQSHPRssRPPSSQ
S942‑p GQSHPRssRPPSSQS
S946 PRssRPPSSQSAEGL
S947 RssRPPSSQSAEGLE
S949 sRPPSSQSAEGLEGG
A950 RPPSSQSAEGLEGGG