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

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0 1   K38‑ub EFQCQDGkCISYKWV
0 1   S110‑p GCPPKTCsQDEFRCH
0 1   N272 SDEVGCVNVTLCEGP
0 1   K390‑ub FQLDPHTkACKAVGS
0 1   Y465‑p RAHGVSSyDTVIsRD
0 1   S470‑p SSyDTVIsRDIQAPD
0 1   S517‑p TLFRENGsKPRAIVV
0 1   K596‑ub DVNGGNRkTILEDEk
0 1   K603‑ub kTILEDEkRLAHPFS
0 1   T713‑p RDMRSCLtEAEAAVA
0 1   A717 SCLtEAEAAVAtQEt
0 1   T721‑ga EAEAAVAtQEtstVR
0 1   T724 AAVAtQETstVRLkV
0 1   T724‑ga AAVAtQEtstVRLkV
0 1   S725‑ga AVAtQEtstVRLkVs
0 1   T726‑ga VAtQEtstVRLkVss
0 1   K730‑ub EtstVRLkVsstAVR
0 1   S732 stVRLkVSstAVRtQ
0 1   S732‑ga stVRLkVsstAVRtQ
0 1   S733 tVRLkVsStAVRtQH
0 1   S733‑ga tVRLkVsstAVRtQH
0 1   T734 VRLkVssTAVRtQHt
0 1   T734‑ga VRLkVsstAVRtQHt
0 1   T738‑ga VsstAVRtQHtttRP
0 1   T741‑ga tAVRtQHtttRPVPD
0 1   T742‑ga AVRtQHtttRPVPDT
0 1   T743‑ga VRtQHtttRPVPDTs
0 1   S750‑ga tRPVPDTsRLPGATP
0 1   S820‑p WRLKNINsINFDNPV
0 154   Y828‑p INFDNPVyQkTTEDE
0 13   K830‑ub FDNPVyQkTTEDEVH
0 1   N841 DEVHICHNQDGysyP
0 517   Y845‑p ICHNQDGysyPSRQM
0 66   S846‑p CHNQDGysyPSRQMV
0 107   Y847‑p HNQDGysyPSRQMVS
0 1   S849 QDGysyPSRQMVSLE
1 0   S854 yPSRQMVSLEDDVA_
  LDLR iso2  
K38 EFQCQDGKCISYKWV
- gap
N145 SDEVGCVNVTLCEGP
K263 FQLDPHTKACKAVGS
Y338 RAHGVSSYDTVISRD
S343 SSYDTVISRDIQAPD
S390 TLFRENGSKPRAIVV
K469 DVNGGNRKTILEDEK
K476 KTILEDEKRLAHPFS
- gap
A539 TQPREAEAAVATQET
T543 EAEAAVATQETSTVR
T546 AAVATQETSTVRLKV
T546 AAVATQETSTVRLKV
S547 AVATQETSTVRLKVS
T548 VATQETSTVRLKVSS
K552 ETSTVRLKVSSTAVR
S554 STVRLKVSSTAVRTQ
S554 STVRLKVSSTAVRTQ
S555 TVRLKVSSTAVRTQH
S555 TVRLKVSSTAVRTQH
T556 VRLKVSSTAVRTQHT
T556 VRLKVSSTAVRTQHT
T560 VSSTAVRTQHTTTRP
T563 TAVRTQHTTTRPVPD
T564 AVRTQHTTTRPVPDT
T565 VRTQHTTTRPVPDTS
S572 TRPVPDTSRLPGATP
S642 WRLKNINSINFDNPV
Y650 INFDNPVYQKTTEDE
K652 FDNPVYQKTTEDEVH
N663 DEVHICHNQDGYSYP
Y667 ICHNQDGYSYPSRQM
S668 CHNQDGYSYPSRQMV
Y669 HNQDGYSYPSRQMVS
S671 QDGYSYPSRQMVSLE
S676 YPSRQMVSLEDDVA_
  LDLR iso3  
K38 EFQCQDGKCISYKWV
- gap
C104 NGSDEQGCLTLCEGP
K222 FQLDPHTKACKAVGS
Y297 RAHGVSSYDTVISRD
S302 SSYDTVISRDIQAPD
S349 TLFRENGSKPRAIVV
K428 DVNGGNRKTILEDEK
K435 KTILEDEKRLAHPFS
T545 RDMRSCLTEAEAAVA
A549 SCLTEAEAAVATQET
T553 EAEAAVATQETSTVR
T556 AAVATQETSTVRLKV
T556 AAVATQETSTVRLKV
S557 AVATQETSTVRLKVS
T558 VATQETSTVRLKVSS
K562 ETSTVRLKVSSTAVR
S564 STVRLKVSSTAVRTQ
S564 STVRLKVSSTAVRTQ
S565 TVRLKVSSTAVRTQH
S565 TVRLKVSSTAVRTQH
T566 VRLKVSSTAVRTQHT
T566 VRLKVSSTAVRTQHT
T570 VSSTAVRTQHTTTRP
T573 TAVRTQHTTTRPVPD
T574 AVRTQHTTTRPVPDT
T575 VRTQHTTTRPVPDTS
S582 TRPVPDTSRLPGATP
S652 WRLKNINSINFDNPV
Y660 INFDNPVYQKTTEDE
K662 FDNPVYQKTTEDEVH
N673 DEVHICHNQDGYSYP
Y677 ICHNQDGYSYPSRQM
S678 CHNQDGYSYPSRQMV
Y679 HNQDGYSYPSRQMVS
S681 QDGYSYPSRQMVSLE
S686 YPSRQMVSLEDDVA_
  LDLR iso4  
K38 EFQCQDGKCISYKWV
S69 TCSPKTCSQDEFRCH
N231 SDEVGCVNVTLCEGP
K349 FQLDPHTKACKAVGS
Y424 RAHGVSSYDTVISRD
S429 SSYDTVISRDIQAPD
S476 TLFRENGSKPRAIVV
K555 DVNGGNRKTILEDEK
K562 KTILEDEKRLAHPFS
T672 RDMRSCLTEAEAAVA
A676 SCLTEAEAAVATQET
T680 EAEAAVATQETSTVR
T683 AAVATQETSTVRLKV
T683 AAVATQETSTVRLKV
S684 AVATQETSTVRLKVS
T685 VATQETSTVRLKVSS
K689 ETSTVRLKVSSTAVR
S691 STVRLKVSSTAVRTQ
S691 STVRLKVSSTAVRTQ
S692 TVRLKVSSTAVRTQH
S692 TVRLKVSSTAVRTQH
T693 VRLKVSSTAVRTQHT
T693 VRLKVSSTAVRTQHT
T697 VSSTAVRTQHTTTRP
T700 TAVRTQHTTTRPVPD
T701 AVRTQHTTTRPVPDT
T702 VRTQHTTTRPVPDTS
S709 TRPVPDTSRLPGATP
S779 WRLKNINSINFDNPV
Y787 INFDNPVYQKTTEDE
K789 FDNPVYQKTTEDEVH
N800 DEVHICHNQDGYSYP
Y804 ICHNQDGYSYPSRQM
S805 CHNQDGYSYPSRQMV
Y806 HNQDGYSYPSRQMVS
S808 QDGYSYPSRQMVSLE
S813 YPSRQMVSLEDDVA_
  mouse

 
K38 EFQCRDGKCIASKWV
S110 GCPPKTCSQDDFRCQ
N273‑ng SDELGCVnVTQCDGP
R391 FHMDPHTRVCKAVGS
Y465 DQAPNLSYDTIISED
S470 LSYDTIISEDLHAPD
S517 TLFQEAGSRPRAIVV
K596 DVNGGNRKTILEDEN
N603 KTILEDENRLAHPFS
T714 KDMRSCLTEVDTVLT
T718 SCLTEVDTVLTTQGT
T722 EVDTVLTTQGTSAVR
T725 TVLTTQGTSAVRPVV
T725 TVLTTQGTSAVRPVV
S726 VLTTQGTSAVRPVVT
A727 LTTQGTSAVRPVVTA
V731 GTSAVRPVVTASATR
T733 SAVRPVVTASATRPP
T733 SAVRPVVTASATRPP
A734 AVRPVVTASATRPPK
A734 AVRPVVTASATRPPK
S735 VRPVVTASATRPPKH
S735 VRPVVTASATRPPKH
- gap
- gap
- gap
- gap
- gap
S822 WRLKNINSINFDNPV
Y830‑p INFDNPVyQkTTEDE
K832‑ub FDNPVyQkTTEDELH
S843‑p DELHICRsQDGytyP
Y847‑p ICRsQDGytyPsRQM
T848‑p CRsQDGytyPsRQMV
Y849‑p RsQDGytyPsRQMVS
S851‑p QDGytyPsRQMVSLE
S856 yPsRQMVSLEDDVA_
  rat

 
K38 EFQCRDGKCIVSKWV
S110 DCSPKTCSLDEFRCQ
N273 SDELGCINVTQCDGP
R391 FHMDPHTRVCKAVGS
Y465 DQGTSLSYDAIISGD
S470 LSYDAIISGDLHAPD
S517 TLFREKGSRPRAIVV
K596 DVNGGGRKTILEDEK
K603 KTILEDEKQLAHPFS
P713 KDMRSCLPEVDtVPT
T717‑p SCLPEVDtVPTTQGt
T721 EVDtVPTTQGtSTIG
T724‑p tVPTTQGtSTIGPVV
T724 tVPTTQGTSTIGPVV
S725 VPTTQGtSTIGPVVt
T726 PTTQGtSTIGPVVtt
V730 GtSTIGPVVttsAAV
T732‑p STIGPVVttsAAVSL
T732 STIGPVVTtsAAVSL
T733‑p TIGPVVttsAAVSLK
T733 TIGPVVtTsAAVSLK
S734‑p IGPVVttsAAVSLKR
S734 IGPVVttSAAVSLKR
- gap
- gap
- gap
- gap
- gap
S839 WRLRNINSINFDNPV
Y847 INFDNPVYQKTTEDE
K849 FDNPVYQKTTEDEIH
S860 DEIHICRSQDGYTYP
Y864 ICRSQDGYTYPSRQM
T865 CRSQDGYTYPSRQMV
Y866 RSQDGYTYPSRQMVS
S868 QDGYTYPSRQMVSLE
S873 YPSRQMVSLEDDVA_
  cow

 
- gap
- gap
- gap
- gap
- gap
- gap
- gap
K17 DVNGGNRKTVLEDKK
K24 KTVLEDKKKLAHPFS
T134 KDMRSCLTESESAVT
S138 SCLTESESAVTTRGP
T142 ESESAVTTRGPSTVS
P145 SAVTTRGPSTVSSTA
P145 SAVTTRGPSTVSSTA
S146 AVTTRGPSTVSSTAV
T147 VTTRGPSTVSSTAVG
- gap
S149 TRGPSTVSSTAVGPK
S149 TRGPSTVSSTAVGPK
S150 RGPSTVSSTAVGPKR
S150 RGPSTVSSTAVGPKR
T151 GPSTVSSTAVGPKRT
T151 GPSTVSSTAVGPKRT
- gap
- gap
- gap
- gap
- gap
S224 WRLKSINSINFDNPV
Y232 INFDNPVYQKTTEDE
K234 FDNPVYQKTTEDEVH
S245 DEVHICRSQDGYTYP
Y249 ICRSQDGYTYPSRQM
T250 CRSQDGYTYPSRQMV
Y251 RSQDGYTYPSRQMVs
S253 QDGYTYPSRQMVsLE
S258‑p YPSRQMVsLEDDVA_