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

 
0 3   K36‑ub CPVVRMGkLCIEVtP
0 5   T42‑p GkLCIEVtPQsKIAW
0 1   S45‑p CIEVtPQsKIAWISE
0 4   K64‑ub GCGICIKkCPFGALs
0 1   S71‑p kCPFGALsIVNLPSN
0 2   K81‑ub NLPSNLEkETTHRYC
0 5   K93‑ub RYCANAFkLHRLPIP
0 1   K93‑m1 RYCANAFkLHRLPIP
0 1   T111‑p EVLGLVGtNGIGksT
0 6   K116‑ub VGtNGIGksTALkIL
0 1   S117‑p GtNGIGksTALkILA
0 3   K121‑ac IGksTALkILAGkQk
0 8   K121‑ub IGksTALkILAGkQk
0 2   K126‑ub ALkILAGkQkPNLGk
0 3   K128‑ub kILAGkQkPNLGkYD
0 2   K133‑ub kQkPNLGkYDDPPDW
0 1   Y155‑p RGSELQNyFTkILED
0 1   K158‑ac ELQNyFTkILEDDLk
0 36   K158‑ub ELQNyFTkILEDDLk
0 4   K165‑ub kILEDDLkAIIkPQY
0 5   K169‑ub DDLkAIIkPQYVDQI
0 3   K178‑ub QYVDQIPkAAkGtVG
0 10   K181‑ub DQIPkAAkGtVGSIL
0 1   T183‑p IPkAAkGtVGSILDR
0 4   K191‑ac VGSILDRkDETkTQA
0 5   K191‑ub VGSILDRkDETkTQA
0 2   K195‑ub LDRkDETkTQAIVCQ
0 2   K210‑ac QLDLTHLkERNVEDL
0 19   K210‑ub QLDLTHLkERNVEDL
0 2   S218‑p ERNVEDLsGGELQRF
0 36   K250‑ub PSSYLDVkQRLkAAI
0 2   K254‑ub LDVkQRLkAAITIRS
0 1   R325‑m1 PTENLRFrDAsLVFk
0 11   S328‑p NLRFrDAsLVFkVAE
0 7   K332‑ub rDAsLVFkVAETANE
0 5   K343‑ac TANEEEVkkMCMYkY
0 12   K343‑ub TANEEEVkkMCMYkY
0 2   K344‑ub ANEEEVkkMCMYkYP
0 1   K349‑ac VkkMCMYkYPGMKKK
0 2   K349‑ub VkkMCMYkYPGMKKK
0 1   K397 RMLAGRLKPDEGGEV
0 10   K397‑ub RMLAGRLkPDEGGEV
0 1   Y411‑p VPVLNVSykPQKIsP
0 2   K412‑ub PVLNVSykPQKIsPk
0 1   S417‑p SykPQKIsPkSTGsV
0 3   K419‑ub kPQKIsPkSTGsVRQ
0 1   S423‑p IsPkSTGsVRQLLHE
0 3   K431‑ac VRQLLHEkIRDAYTH
0 1   K431‑ub VRQLLHEkIRDAYTH
0 10   K541‑ub VFDGVPSkNTVANsP
0 1   S547‑p SkNTVANsPQtLLAG
0 1   T550‑p TVANsPQtLLAGMNK
0 3   K579‑ub NYRPRINkLNsIkDV
0 2   S582‑p PRINkLNsIkDVEQK
0 3   K584‑ub INkLNsIkDVEQKks
0 1   K584‑ac INkLNsIkDVEQKks
0 1   K584‑sc INkLNsIkDVEQKks
0 3   K590‑ub IkDVEQKksGNyFFL
0 2   S591‑p kDVEQKksGNyFFLD
0 11   Y594‑p EQKksGNyFFLDD__
  mouse

 
K36 CPVVRMGKLCIEVtP
T42‑p GKLCIEVtPQSKIAW
S45 CIEVtPQSKIAWISE
K64‑ub GCGICIKkCPFGALS
S71 kCPFGALSIVNLPSN
K81 NLPSNLEKETTHRYC
K93‑ub RYCANAFkLHRLPIP
K93 RYCANAFKLHRLPIP
T111 EVLGLVGTNGIGkST
K116‑ub VGTNGIGkSTALkIL
S117 GTNGIGkSTALkILA
K121 IGkSTALKILAGKQk
K121‑ub IGkSTALkILAGKQk
K126 ALkILAGKQkPNLGK
K128‑ub kILAGKQkPNLGKYD
K133 KQkPNLGKYDDPPDW
Y155 RGSELQNYFTkILED
K158 ELQNYFTKILEDDLk
K158‑ub ELQNYFTkILEDDLk
K165‑ub kILEDDLkAIIkPQY
K169‑ub DDLkAIIkPQYVDQI
K178‑ub QYVDQIPkAAkGTVG
K181‑ub DQIPkAAkGTVGSIL
T183 IPkAAkGTVGSILDR
K191‑ac VGSILDRkDETKTQA
K191‑ub VGSILDRkDETKTQA
K195 LDRkDETKTQAIVCQ
K210 QLDLTHLKERNVEDL
K210 QLDLTHLKERNVEDL
S218 ERNVEDLSGGELQRF
K250‑ub PSSYLDVkQRLKAAI
K254 LDVkQRLKAAITIRS
R325 PTENLRFRDAsLVFK
S328‑p NLRFRDAsLVFKVAE
K332 RDAsLVFKVAETANE
K343 TANEEEVKKMCMYKY
K343 TANEEEVKKMCMYKY
K344 ANEEEVKKMCMYKYP
K349 VKKMCMYKYPGMKKK
K349 VKKMCMYKYPGMKKK
K397 RMLAGRLKPDEGGEV
K397‑ub RMLAGRLkPDEGGEV
Y411 VPVLNVSYKPQKISP
K412 PVLNVSYKPQKISPk
S417 SYKPQKISPkSTGSV
K419‑ub KPQKISPkSTGSVRQ
S423 ISPkSTGSVRQLLHE
K431‑ac VRQLLHEkIRDAYTH
K431 VRQLLHEKIRDAYTH
K541 VFDGVPSKNTVANSP
S547 SKNTVANSPQTLLAG
T550 TVANSPQTLLAGMNK
K579 NYRPRINKLNSIkDV
S582 PRINKLNSIkDVEQK
K584 INKLNSIKDVEQKKS
K584 INKLNSIKDVEQKKS
K584‑sc INKLNSIkDVEQKKS
K590 IkDVEQKKSGNYFFL
S591 kDVEQKKSGNYFFLD
Y594 EQKKSGNYFFLDD__
  rat

 
K36 CPVVRMGKLCIEVTP
T42 GKLCIEVTPQSKIAW
S45 CIEVTPQSKIAWISE
K64 GCGICIKKCPFGALS
S71 KCPFGALSIVNLPSN
K81 NLPSNLEKETTHRYC
K93 RYCANAFKLHRLPIP
K93 RYCANAFKLHRLPIP
T111 EVLGLVGTNGIGKST
K116 VGTNGIGKSTALkIL
S117 GTNGIGKSTALkILA
K121‑ac IGKSTALkILAGKQK
K121 IGKSTALKILAGKQK
K126 ALkILAGKQKPNLGK
K128 kILAGKQKPNLGKYD
K133 KQKPNLGKYDDPPDW
Y155 RGSELQNYFTKILED
K158 ELQNYFTKILEDDLK
K158 ELQNYFTKILEDDLK
K165 KILEDDLKAIIKPQY
K169 DDLKAIIKPQYVDQI
K178 QYVDQIPKAAKGTVG
K181 DQIPKAAKGTVGSIL
T183 IPKAAKGTVGSILDR
K191‑ac VGSILDRkDETKTQA
K191 VGSILDRKDETKTQA
K195 LDRkDETKTQAVVCQ
K210 QLDLTHLKERNVEDL
K210 QLDLTHLKERNVEDL
S218 ERNVEDLSGGELQRF
K250 PSSYLDVKQRLKAAI
K254 LDVKQRLKAAITIRS
R325 PTENLRFRDAsLVFK
S328‑p NLRFRDAsLVFKVAE
K332 RDAsLVFKVAETANE
K343 TANEEEVKKMCMYKY
K343 TANEEEVKKMCMYKY
K344 ANEEEVKKMCMYKYP
K349 VKKMCMYKYPGMKKK
K349 VKKMCMYKYPGMKKK
K397‑ac RMLAGRLkPDEGGEV
K397 RMLAGRLKPDEGGEV
Y411 VPVLNVSYKPQKISP
K412 PVLNVSYKPQKISPK
S417 SYKPQKISPKSTGSV
K419 KPQKISPKSTGSVRQ
S423 ISPKSTGSVRQLLHE
K431‑ac VRQLLHEkIRDAYTH
K431 VRQLLHEKIRDAYTH
K541 VFDGVPSKNTVANSP
S547 SKNTVANSPQTLLAG
T550 TVANSPQTLLAGMNK
K579 NYRPRINKLNSIKDV
S582 PRINKLNSIKDVEQK
K584 INKLNSIKDVEQKKS
K584 INKLNSIKDVEQKKS
K584 INKLNSIKDVEQKKS
K590 IKDVEQKKSGNYFFL
S591 KDVEQKKSGNYFFLD
Y594 EQKKSGNYFFLDD__