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

 
8 26   Y8‑p MEELQDDyEDMMEEN
6 2   Y21‑p ENLEQEEyEDPDIPE
1 1   S29‑p EDPDIPEsQMEEPAA
1 0   T39‑p EEPAAHDtEAtAtDy
2 0   T42‑p AAHDtEAtAtDyHtt
1 1   T44‑p HDtEAtAtDyHttsH
1 1   Y46‑p tEAtAtDyHttsHPG
1 1   T48‑p AtAtDyHttsHPGtH
1 0   T49‑p tAtDyHttsHPGtHK
1 0   S50‑p AtDyHttsHPGtHKV
1 0   T54‑p HttsHPGtHKVYVEL
0 1   K116 ELRRVFTKGTVLLDL
0 1   F141 QLLDRFIFEDQIRPQ
0 1   S162‑gl RALLLKHsHAGELEA
0 2   K174 LEALGGVKPAVLTRs
0 2   S181‑p KPAVLTRsGDPSQPL
0 1   S185 LTRsGDPSQPLLPQH
0 1   S194‑p PLLPQHSsLETQLFC
0 3   T208 CEQGDGGTEGHSPSG
0 1   S224‑gl LEKIPPDsEATLVLV
0 4   Q239 GRADFLEQPVLGFVR
1 1   S303‑p IDAYMAQsRGELLHS
0 1   Q330 PTDAPSEQALLSLVP
0 1   R340 LSLVPVQRELLRRRy
0 2   R340 LSLVPVQRELLRRRy
0 2   Y347‑p RELLRRRyQsSPAKP
0 1   S349‑p LLRRRyQsSPAKPDs
0 5   S350 LRRRyQsSPAKPDss
0 1   K353 RyQsSPAKPDssFyK
0 7   S356‑p sSPAKPDssFyKGLD
0 7   S357‑p SPAKPDssFyKGLDL
8 54   Y359‑p AKPDssFyKGLDLNG
0 10   G361 PDssFyKGLDLNGGP
0 1   P368 GLDLNGGPDDPLQQT
0 1   S525‑p RYTQEIFsFLISLIF
0 1   H547 LIKIFQDHPLQKTYN
0 1   Y553 DHPLQKTYNYNVLMV
0 1   N642 PDGFKVSNSSARGWV
0 1   K743 NALTVMGKAsTPGAA
0 1   S745‑gl LTVMGKAsTPGAAAQ
0 1   S781‑p ILMEPILsRIPLAVL
0 4   Y818‑p LLFKPPKyHPDVPYV
1 0   T894‑p DADDAKAtFDEEEGR
8 39   Y904‑p EEEGRDEyDEVAMPV
  mouse

 
S18‑p LEIPDRDsEEELENI
Y31 NIIGQIAYRDLTIPV
T39 RDLTIPVTEMQDPEA
T49 QDPEALPTEQTATDY
T52 EALPTEQTATDYVPS
T54 LPTEQTATDYVPSST
Y56 TEQTATDYVPSSTST
S62 DYVPSSTSTPHPSSG
T63 YVPSSTSTPHPSSGQ
P64 VPSSTSTPHPSSGQV
S68 TSTPHPSSGQVYVEL
K130 ELQKVFSKGTFLLGL
Y155 HLLDCFIYEDQIRPQ
S176 RALLLKRSHAEDLGN
K188‑ub LGNLEGVkPAVLTRS
S195 kPAVLTRSGGASEPL
S199 LTRSGGASEPLLPHQ
S208 PLLPHQPSLETQLYC
S222‑p CGQAEGGsEGPSTSG
S237 TLKIPPDSETTLVLV
K252‑ub GRANFLEkPVLGFVR
N316 ITASMAHNREELLRS
K343‑ub PTDAPSEkALLNLVP
K353 LNLVPVQKELLRRRy
K353‑ub LNLVPVQkELLRRRy
Y360‑p kELLRRRyLPsPAkP
P362 LLRRRyLPsPAkPDP
S363‑p LRRRyLPsPAkPDPN
K366‑ub RyLPsPAkPDPNLyN
P369 PsPAkPDPNLyNtLD
N370 sPAkPDPNLyNtLDL
Y372‑p AkPDPNLyNtLDLNG
T374‑p PDPNLyNtLDLNGGk
K381‑ub tLDLNGGkGGPGDED
S544 RYTQEIFSFLISLIF
Y566 LIKIFQDYPLQQTYA
Y572 DYPLQQTYAPVVMKP
N660‑ng PDGLKVSnSSARGWV
K761‑ub NALTVMGkASGPGAA
S763 LTVMGkASGPGAAAQ
S799 ILMEPILSRIPLAVL
Y836 LLFKPPKYHPDVPFV
T912 DGDDAKVTFDEENGL
Y922 EENGLDEYDEVPMPV
  rat

 
S18‑p LEIPDRDsEEELEHV
Y31 HVIEQIAYRDLDIPV
T39 RDLDIPVTEMQESEA
T49 QESEALPTEQTATDY
T52 EALPTEQTATDYIPT
T54 LPTEQTATDYIPTST
Y56 TEQTATDYIPTSTST
S62 DYIPTSTSTSHPSSS
T63 YIPTSTSTSHPSSSQ
S64 IPTSTSTSHPSSSQV
S68 TSTSHPSSSQVYVEL
K130‑ac ELQKVFSkGTFLLDL
Y155‑p KLLDSFIyEDQIRPQ
S176 RALLLKRSHAEDLKD
K188 LKDLEGVKPAVLTRs
S195‑p KPAVLTRsGAPsEPL
S199‑p LTRsGAPsEPLLPHQ
S208 PLLPHQPSLETKLYC
S222‑p CAQAEGGsEEPSPSG
S237 ILKIPPNSETTLVLV
K252 GRASFLVKPVLGFVR
S316‑p VTASLAQsRGELLSS
K343 PTEAPSEKALLNLVP
K353‑ac LNLVPVQkELLRKRY
K353 LNLVPVQKELLRKRY
Y360 kELLRKRYLPRPAKP
P362 LLRKRYLPRPAKPDP
R363 LRKRYLPRPAKPDPN
K366 RYLPRPAKPDPNLYE
P369 PRPAKPDPNLYEALD
N370 RPAKPDPNLYEALDG
Y372 AKPDPNLYEALDGGK
A374 PDPNLYEALDGGKEG
K379 YEALDGGKEGPGDED
S542 RYTQEIFSFLISLIF
Y564‑p LIKIFQDyPLQESyA
Y570‑p DyPLQESyAPVVMKP
N658 PDGLKVSNSSARGWV
K759 NALTVMGKASGPGAA
S761 LTVMGKASGPGAAAQ
S797 ILMEPILSRIPLAVL
Y834 LLFKPPKYHPDVPFV
T910 DGDDAKVTFDEAEGL
Y920 EAEGLDEYDEVPMPV