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

 
0 4   S2 ______MSAPAGsPH
0 7   S7‑p _MSAPAGsPHPAAGA
0 1   G13 GsPHPAAGARMPPKL
0 1   - gap
0 1   S44 QSPMQVPSGYGLPHQ
0 14   Y53 YGLPHQNYMVPsGHY
0 2   S57‑p HQNYMVPsGHYSQGP
0 12   Y60 YMVPsGHYSQGPGKM
0 3   S61 MVPsGHYSQGPGKMT
0 7   Y79‑p LDSQCDSyYSRPYTV
0 3   Y84 DSyYSRPYTVPTQNS
0 23   Y106 QPGAQQMYGRGPSAP
0 1   A128 GSFQGIPASASHSYS
0 1   S138 SHSYSSASQPYSSLG
0 3   Y196 SLPASEPYGQMFTSQ
0 1   Y256 QQQSHSGYSSLPWSG
0 1   S300 NVQPPKSSSVVSTVL
0 7   M315 PGPSSTRMPPAPSHP
0 1   A318 SSTRMPPAPSHPVGP
0 1   S386 SSTTSSASPLPNSYD
0 23   T520 EKNILPPTPIWAPVP
0 1   S534 PNLSAELSKLNCSPD
0 2   K535 NLSAELSKLNCSPDS
0 3   S539 ELSKLNCSPDSFRCT
0 1   K559 QTQALLNKAKLPLGL
0 1   K561 QALLNKAKLPLGLLL
0 2   K608‑ub FIDQRRWkCNLCYRV
0 1   Y653 EFIASSDYMLRPPQP
0 1   T787 AFKLMSPTGGRVSVF
0 1   S800 VFQTQLPSLGAGLLQ
0 1   S817 EDPNQRSSTKVVHHL
0 1   K819 PNQRSSTKVVHHLGP
0 2   K832‑ub GPATDFYkKLALDCS
0 2   Y866 SLACMSKYSAGCIFY
0 2   Y873 YSAGCIFYYPSFHST
0 2   K971 ALLYTSSKGERRIRV
0 74   Y1083‑p TRLDDRVyAMCQMKS
0 3   K1130 VPQPPLQKLSAEKLT
0 1   K1135 LQKLSAEKLTREGAF
0 2   T1137 KLSAEKLTREGAFLM
0 2   S1203‑p FVTWLRDsRPLsPVL
0 35   S1207‑p LRDsRPLsPVLHLVK
  human

► Hide Isoforms 		 
S2‑p ______MsAPAGSSH
S7 _MsAPAGSSHPAAsA
S13‑p GSSHPAAsARIPPKF
- gap
S55‑p QNQMQVPsGYGLHHQ
Y64‑p YGLHHQNyIAPsGHy
S68‑p HQNyIAPsGHysQGP
Y71‑p yIAPsGHysQGPGKM
S72‑p IAPsGHysQGPGKMT
Y90‑p LDTQCGDyYSALyTV
Y95‑p GDyYSALyTVPTQNV
Y117‑p QPGAQQLySRGPPAP
S139‑ga GSFQGAAsSASHLHT
S149‑ga SHLHTSAsQPYSSFV
Y207‑p SLPAGDTyGQMFTSQ
Y257‑p QQQSLSGySTLTWSS
S311‑p NVQPPKSsPVVSTVL
T329‑p SGSSSTRtPPtANHP
T332‑p SSTRtPPtANHPVEP
S400 SSTTSSASPMPNSYD
T537‑p ERNILPMtPVWAPVP
K551‑ac PNLNADLkkLNCsPD
K552‑ub NLNADLkkLNCsPDS
S556‑p DLkkLNCsPDSFRCT
K576‑ub QTQALLNkAkLPLGL
K578‑ub QALLNkAkLPLGLLL
K625‑ub FIDQRRWkCNLCYRV
Y670‑p EFIASSDyMLRPPQP
T804‑p AFKLMSPtGGRVSVF
S817‑p VFQTQLPsLGAGLLQ
S834‑p EDPNQRSsTkVVQHL
K836‑ub PNQRSsTkVVQHLGP
K849‑ub GPATDFYkKLALDCS
Y883‑p SLACMSKySAGCIYy
Y890‑p ySAGCIYyYPSFHYT
K988‑ac ALLYTSSkGERRIRV
Y1100‑p TRLDDRVyAMCQIKS
K1147‑ub VPQPPLQkLSAEkLt
K1152‑ub LQkLSAEkLtREGAF
T1154‑p kLSAEkLtREGAFLM
S1220‑p FITWLRDsRPLsPIL
S1224‑p LRDsRPLsPILHIVK
  SEC24B iso3  
S2 ______MSAPAGSSH
S7 _MSAPAGSSHPAASA
S13 GSSHPAASARIPPKF
S55‑p FHHVAQAsLELLDPS
S86 QNQMQVPSGYGLHHQ
Y95 YGLHHQNYIAPSGHY
S99 HQNYIAPSGHYSQGP
Y102 YIAPSGHYSQGPGKM
S103 IAPSGHYSQGPGKMT
Y121 LDTQCGDYYSALYTV
Y126 GDYYSALYTVPTQNV
Y148 QPGAQQLYSRGPPAP
S170 GSFQGAASSASHLHT
S180 SHLHTSASQPYSSFV
Y238 SLPAGDTYGQMFTSQ
Y288 QQQSLSGYSTLTWSS
S342 NVQPPKSSPVVSTVL
T360 SGSSSTRTPPTANHP
T363 SSTRTPPTANHPVEP
S431 SSTTSSASPMPNSYD
T567 ERNILPMTPVWAPVP
K581 PNLNADLKKLNCSPD
K582 NLNADLKKLNCSPDS
S586 DLKKLNCSPDSFRCT
K606 QTQALLNKAKLPLGL
K608 QALLNKAKLPLGLLL
K655 FIDQRRWKCNLCYRV
Y700 EFIASSDYMLRPPQP
T834 AFKLMSPTGGRVSVF
S847 VFQTQLPSLGAGLLQ
S864 EDPNQRSSTKVVQHL
K866 PNQRSSTKVVQHLGP
K879 GPATDFYKKLALDCS
Y913 SLACMSKYSAGCIYY
Y920 YSAGCIYYYPSFHYT
K1018 ALLYTSSKGERRIRV
Y1130 TRLDDRVYAMCQIKS
K1177 VPQPPLQKLSAEKLT
K1182 LQKLSAEKLTREGAF
T1184 KLSAEKLTREGAFLM
S1250 FITWLRDSRPLSPIL
S1254 LRDSRPLSPILHIVK
  rat

 
S2 ______MSAPAGSPH
S7 _MSAPAGSPHPAAGA
G13 GSPHPAAGARMPPKL
- gap
S44 QSQMQVPSGYGLPHQ
Y53 YGLPHQNYMAPSGHY
S57 HQNYMAPSGHYSQGP
Y60 YMAPSGHYSQGPGKM
S61 MAPSGHYSQGPGKMT
Y79 LDNQCENYYSRPYTA
Y84 ENYYSRPYTAPTQNV
Y106 QPGAQLMYGRGPSAP
A128 GPFQGAPASASHSYP
S138 SHSYPSASQPYSSLG
Y196 SLPASEPYGQMFTSQ
Y254 QQQSHSGYSSLPWSG
S298 NVQPPKPSSVVATVL
M313 PGPSSTRMPPAPSHP
A316 SSTRMPPAPSHPVGP
S384‑p SSTTSSAsPLPNSYD
T511 EKNILPATPIWAPVP
S525 PNLSAELSKLNCSPD
K526 NLSAELSKLNCSPDS
S530 ELSKLNCSPDSFRCT
K550 QTQALLNKAKLPLGL
K552 QALLNKAKLPLGLLL
K599 FIDQRRWKCNLCYRV
Y644 EFIASSDYMLRPPQP
T778 AFKLMSPTGGRVSVF
S791 VFQTQLPSLGAGLLQ
S808 EDPNQRSSTKVVHHL
K810 PNQRSSTKVVHHLGP
K823 GPATDFYKKLALDCS
Y857 SLACMSKYSAGCIFY
Y864 YSAGCIFYYPSFHST
K962 ALLYTSSKGERRIRV
Y1074 TRLDDRVYAMCQMKS
K1121 VPQPPLQKLSAEKLT
K1126 LQKLSAEKLTREGAF
T1128 KLSAEKLTREGAFLM
S1194 FVTWLRDSRPLSPVL
S1198 LRDSRPLSPVLHVVK