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 6   S6‑p __MASTRsIELEHFE
0 4   S47‑p KGNGLIPsPAHSAHC
0 1   S51 LIPsPAHSAHCSFYR
0 9   T61‑p CSFYRTRtLQALSsE
0 1   S67‑p RtLQALSsEKKAKKA
0 1   Y83 FYRNGDRYFKGLVFA
0 1   N93 GLVFAISNDRFRSFD
0 1   T107‑p DALLIELtRSLSDNV
0 1   Y124 PQGVRTIYTIDGSRK
0 1   T173 SVNIKGGTTRTLAVA
0 2   - gap
0 1   S184 LAVASAKSEVKESKD
0 3   S222‑p LNKKTAHsFEQVLTD
0 1   S295‑p RVLKSSYsRAsAAKY
0 1   S298‑p KSSYsRAsAAKYSGs
0 1   S305‑p sAAKYSGsRsPGFSR
0 5   S307‑p AKYSGsRsPGFSRRS
0 1   S311 GsRsPGFSRRSKSPA
0 6   S316 GFSRRSKSPASVNGT
0 1   S319 RRSKSPASVNGTPSS
0 1   S326 SVNGTPSSQLSTPKs
0 3   T330 TPSSQLSTPKsTKSS
0 1   S333‑p SQLSTPKsTKSSSSS
0 1   S336 STPKsTKSSSSSPTs
0 1   S337 TPKsTKSSSSSPTsP
0 1   S339 KsTKSSSSSPTsPGs
0 6   S343‑p SSSSSPTsPGsFRGL
0 4   S346‑p SSPTsPGsFRGLKQI
0 2   S354 FRGLKQISAQGRSss
0 1   S359 QISAQGRSssNVNGG
0 1   S360‑p ISAQGRSssNVNGGP
0 6   S361‑p SAQGRSssNVNGGPE
0 11   S374‑p PELDRCLsPEGVNGN
0 2   Y504 NLANALRYLHSLSIV
0 1   S646 CTAGEILSHPWVSDD
0 1   T665 NNMQAEVTGKLKQHF
0 1   S681 NALPKQNSTTTGVSV
0 1   T684 PKQNSTTTGVSVIMN
0 1   R711‑m2 KLCQDSSrPSREQTS
  DCAMKL2 iso3  
S6 __MASTRSIELEHFE
S47 KGNGLIPSPAHSAHC
S51 LIPSPAHSAHCSFYR
T61 CSFYRTRTLQALSSE
S67 RTLQALSSEKKAKKA
Y83 FYRNGDRYFKGLVFA
N93 GLVFAISNDRFRSFD
T107 DALLIELTRSLSDNV
Y124 PQGVRTIYTIDGSRK
T173 SVNIKGGTTRTLAVA
- gap
S184 LAVASAKSEVKESKD
S222 LNKKTAHSFEQVLTD
S295 RVLKSSYSRASAAKY
S298 KSSYSRASAAKYSGS
S305 SAAKYSGSRSPGFSR
S307 AKYSGSRSPGFSRRS
S311 GSRSPGFSRRSKsPA
S316‑p GFSRRSKsPASVKRA
S319 RRSKsPASVKRAGHS
S342 PVNGTPSSQLStPKS
T346‑p TPSSQLStPKSTKSS
S349 SQLStPKSTKSSSSS
S352 StPKSTKSSSSSPTS
S353 tPKSTKSSSSSPTSP
S355 KSTKSSSSSPTSPGS
S359 SSSSSPTSPGSFRGL
S362 SSPTSPGSFRGLKIS
S369 SFRGLKISAQGRSSS
S374 KISAQGRSSSNVNGG
S375 ISAQGRSSSNVNGGP
S376 SAQGRSSSNVNGGPE
S389 PELDRCLSPEGVNGN
Y519 NLANALRYLHSLSIV
S661 CTAGEILSHPWVSDD
T680 NNMQAEVTGKLKQHF
S696 NALPKQNSTTTGVSV
T699 PKQNSTTTGVSVIMN
R726 KLCQDSSRPSREQTS
  human

 
S6‑p __MASTRsIELEHFE
S47‑p KGNGLIPsPAHsAHC
S51‑p LIPsPAHsAHCSFYR
T61‑p CSFYRTRtLQALSSE
S67 RtLQALSSEKKAKKA
Y83‑p FYRNGDRyFKGLVFA
S93‑p GLVFAISsDRFRSFD
T107 DALLIELTRSLSDNV
Y124 PQGVRTIYTIDGSRK
T173‑p SVNIKGGtSRALAAA
S182‑p RALAAASsVKsEVKE
S185‑p AAASsVKsEVKESKD
S223 LNKKTAHSFEQVLTD
S296 RVLKSSYSRSSAVKY
S299 KSSYSRSSAVKYSGS
S306 SAVKYSGSKsPGPsR
S308‑p VKYSGSKsPGPsRRS
S312‑p GSKsPGPsRRSKsPA
S317‑p GPsRRSKsPAsVNGT
S320‑p RRSKsPAsVNGTPSs
S327‑p sVNGTPSsQLStPKS
T331‑p TPSsQLStPKSTKss
S334 sQLStPKSTKssSsS
S337‑p StPKSTKssSsSPTs
S338‑p tPKSTKssSsSPTsP
S340‑p KSTKssSsSPTsPGs
S344‑p ssSsSPTsPGsFRGL
S347‑p sSPTsPGsFRGLKQI
S355‑p FRGLKQIsAHGRsSs
S360‑p QIsAHGRsSsNVNGG
S361 IsAHGRsSsNVNGGP
S362‑p sAHGRsSsNVNGGPE
S375‑p PELDRCIsPEGVNGN
Y505‑p NLANALRyLHGLSIV
S647 CTAGQILSHPWVSDD
T666 NNMQAEVTGKLKQHF
S682‑p NALPKQNsTTtGVSV
T685‑p PKQNsTTtGVSVIMN
R712 KHCQDSGRPGMEPIS
  rat

 
S6 __MASTRSIELEHFE
S47 KGNGLIPSPAHSAHC
S51 LIPSPAHSAHCSFYR
T61 CSFYRTRTLQALSSE
S67 RTLQALSSEKKAKKA
Y83 FYRNGDRYFKGLVFA
S93 GLVFAISSDRFRSFD
T107 DALLIELTRSLSDNV
Y124‑p PQGVRTIyTVDGSRK
T173 SVNIKGGTTRTLAVA
- gap
S184 LAVASAKSEVKESKD
S222 LNKKTAHSFEQVLTD
S295 RVLKSSYSRASAAKY
S298 KSSYSRASAAKYSGS
S305 SAAKYSGSRSPGLSR
S307 AKYSGSRSPGLSRRS
S311 GSRSPGLSRRSKSPA
S316 GLSRRSKSPASVKRA
S319 RRSKSPASVKRAGHS
S342 PVNGTPSSQLSTPKS
T346 TPSSQLSTPKSTKSS
S349 SQLSTPKSTKSSSSS
S352 STPKSTKSSSSSPTs
S353 TPKSTKSSSSSPTsP
S355 KSTKSSSSSPTsPGS
S359‑p SSSSSPTsPGSFRGL
S362 SSPTsPGSFRGLKQI
S370 FRGLKQISAQGRSSS
S375 QISAQGRSSSNVNGG
S376 ISAQGRSSSNVNGGP
S377 SAQGRSSSNVNGGPE
S390 PELDRCMSPEGVNGN
Y520 NLASALRYLHGLSIV
S662‑p CTAGEILsHPWVSDD
T681‑p NNMQAEVtGKLKQHF
S697 NALPKQNSTTTGVSV
T700 PKQNSTTTGVSVIMN
K727 KHCRDSSKSSREQTS