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 2   P36 APEPTPGPVRILRTA
0 8   S48‑p RTAQDLSsPRTRTGD
0 5   S86‑p AAGFERPsPVQLkAI
0 3   K91‑ub RPsPVQLkAIPLGRC
0 1   K107‑ub LDLIVQAkSGTGKTC
0 1   K175‑ub GTPLSQDkTRLKkCH
0 1   K180‑ub QDkTRLKkCHIAVGs
0 8   S187‑p kCHIAVGsPGRIkQL
0 1   K192‑ub VGsPGRIkQLIELDy
0 1   Y199‑p kQLIELDyLNPGSIR
0 57   S268‑p PTFVRLNssDPsLIG
0 1   S269‑p TFVRLNssDPsLIGL
0 1   S272‑p RLNssDPsLIGLkQY
0 3   K277‑ub DPsLIGLkQYYkVVN
0 2   K281‑ub IGLkQYYkVVNSYPL
0 2   K296‑ub AHKVFEEkTQHLQEL
0 1   S320‑p LVFSNLHsRAQHLAD
0 1   K332‑ub LADILSSkGFPAECI
0 2   K354‑ub QRLDAMAkLKHFHCR
0 1   S442‑p PLPDPIPsGLMEECV
0 5   T461‑p EVKAAVHtyGIASVP
0 8   Y462‑p VKAAVHtyGIASVPN
0 1   G463 KAAVHtyGIASVPNQ
0 5   I464 AAVHtyGIASVPNQP
0 1   N469 yGIASVPNQPLkKQI
0 12   P471 IASVPNQPLkKQIQk
0 1   K473‑ub SVPNQPLkKQIQkIE
0 1   K478‑ub PLkKQIQkIERTLQI
0 2   K487‑ub ERTLQIQkAHGDHMA
0 1   K487‑m1 ERTLQIQkAHGDHMA
0 2   S495‑p AHGDHMAsSRNNsVS
0 20   S500‑p MAsSRNNsVSGLsVk
0 7   S505‑p NNsVSGLsVkSKNNT
0 1   K507‑ub sVSGLsVkSKNNTKQ
0 2   K519‑ub TKQKLPVksHsECGI
0 1   S520‑p KQKLPVksHsECGII
0 8   S522‑p KLPVksHsECGIIEk
0 1   K529‑ub sECGIIEkAtsPkEL
0 1   T531‑p CGIIEkAtsPkELGC
0 10   S532‑p GIIEkAtsPkELGCD
0 2   K534‑ub IEkAtsPkELGCDRQ
0 2   S542‑p ELGCDRQsEEQMKNS
0 16   T552‑p QMKNSVQtPVENSTN
0 5   S560‑p PVENSTNsQHQVkEA
0 1   K565‑ub TNsQHQVkEALPVSL
0 13   L568 QHQVkEALPVSLPQI
0 2   K608‑ub YIKEGLEkPVEIIRH
0 3   Y616‑p PVEIIRHyTGPGDQT
0 1   K634‑ub QNGFVRNkVIEQRVP
0 3   S649‑p VLASSSQsGDsEsDs
0 2   S652‑p SSSQsGDsEsDsDSY
0 3   S654‑p SQsGDsEsDsDSYSS
0 2   S656‑p sGDsEsDsDSYSSRT
0 1   K671‑ub SSQSKGNksyLEGss
0 27   S672‑p SQSKGNksyLEGssD
0 5   Y673‑p QSKGNksyLEGssDN
0 31   S677‑p NksyLEGssDNQLKD
0 44   S678‑p ksyLEGssDNQLKDs
0 2   N680 yLEGssDNQLKDsES
0 1   S685‑p sDNQLKDsEStPVDD
0 11   T688‑p QLKDsEStPVDDrIs
0 1   R693‑m1 EStPVDDrIsLEQPP
0 2   S695‑p tPVDDrIsLEQPPNG
0 19   S703‑p LEQPPNGsDtPNPEk
0 17   T705‑p QPPNGsDtPNPEkyQ
0 1   K710‑ub sDtPNPEkyQEsPGI
0 5   Y711‑p DtPNPEkyQEsPGIQ
0 32   S714‑p NPEkyQEsPGIQMkT
0 1   S728‑p TRLKEGAsQRAKQSR
0 3   K720‑ub EsPGIQMkTRLKEGA
0 1   K720‑m1 EsPGIQMkTRLKEGA
0 18   S742‑p RRNLPRRssFRLQtE
0 39   S743‑p RNLPRRssFRLQtEA
0 2   T748‑p RssFRLQtEAQEDDW
0 168   Y756‑p EAQEDDWyDCHREIR
0 6   S765‑p CHREIRLsFSDTyQD
0 1   Y770‑p RLsFSDTyQDYEEYW
0 1   Y787 YYRAWQEYYAAASHS
  mouse

 
S37‑p AVEPTPAsPWTQRTA
G49 RTAHDIGGPRTRTGD
S87 AAGFERPSPVQLKAI
K92 RPSPVQLKAIPLGRC
K108 LDLIVQAKSGTGKTC
K176 GTPLSQDKTRLKKCH
K181 QDKTRLKKCHIAVGs
S188‑p KCHIAVGsPGRIKQL
K193 VGsPGRIKQLIELDY
Y200 KQLIELDYLNPGSIR
P269 PTFVRLNPSDPSLIG
S270 TFVRLNPSDPSLIGL
S273 RLNPSDPSLIGLKQY
K278 DPSLIGLKQYYQVVN
Q282 IGLKQYYQVVNSYPL
K297 AHKIFEEKTQHLQEL
S321 LVFSNLHSRAQHLAD
K333 LADILSSKGFPTECI
K355 QRLDAMAKLKQFHCR
P443 PLPDPIPPGLMEECL
T462‑p EVKAAMHtYssPTVA
Y463 VKAAMHtYssPTVAt
S464‑p KAAMHtYssPTVAtQ
S465‑p AAMHtYssPTVAtQs
T470‑p YssPTVAtQsPKKQV
S472‑p sPTVAtQsPKKQVQK
K474 TVAtQsPKKQVQKLE
K479 sPKKQVQKLERAFQS
R488 ERAFQSQRTPGNQTP
R488 ERAFQSQRTPGNQTP
S496‑p TPGNQTPsPRNTSAS
S501 TPsPRNTSASALSAR
S506 NTSASALSARPKHSK
R508 SASALSARPKHSKPK
K519 SKPKLPVKSHsECGV
S520 KPKLPVKSHsECGVL
S522‑p KLPVKSHsECGVLEK
K529 sECGVLEKAAPPQES
A531 CGVLEKAAPPQESGC
P532 GVLEKAAPPQESGCP
Q534 LEKAAPPQESGCPAQ
L542 ESGCPAQLEEQVKNS
T552 QVKNSVQTSVEDSSS
S561 VEDSSSNSQHQAKDS
K566 SNSQHQAKDSsPGSL
S569‑p QHQAKDSsPGSLPKI
K609 YIKEGLEKPVEIIRH
Y617 PVEIIRHYTGPEAQT
R635 QNGFVRNRVSEDRAQ
S650 MLVSSSQSGDSESDS
S653 SSSQSGDSESDSDSC
S655 SQSGDSESDSDSCSS
S657 SGDSESDSDSCSSRT
K672 SSQSKGNKsYLEGss
S673‑p SQSKGNKsYLEGssD
Y674 QSKGNKsYLEGssDt
S678‑p NKsYLEGssDtQLKD
S679‑p KsYLEGssDtQLKDT
T681‑p YLEGssDtQLKDTEC
T686 sDtQLKDTECTPVGG
T689 QLKDTECTPVGGPLS
P694 ECTPVGGPLSLEQVQ
S696 TPVGGPLSLEQVQNG
N704 LEQVQNGNDTPTQVE
T706 QVQNGNDTPTQVEYQ
E711 NDTPTQVEYQEAPET
Y712 DTPTQVEYQEAPETQ
A715 TQVEYQEAPETQVKA
N729 ARHKEGANQRSKQSR
K721 EAPETQVKARHKEGA
K721 EAPETQVKARHKEGA
S743 RRNPARRSSYRVQsE
S744 RNPARRSSYRVQsEP
S749‑p RSSYRVQsEPQEESW
Y757‑p EPQEESWyDCHRETT
S766 CHRETTASFSDTYQD
Y771 TASFSDTYQDYEEYW
Y788‑p YYRAWQEyYAAASHS
  rat

 
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
A24 PLPDPIPAGLMEECL
T43 EVKAAMHTYSSPSIS
Y44 VKAAMHTYSSPSIST
S45 KAAMHTYSSPSISTQ
S46 AAMHTYSSPSISTQS
T51 YSSPSISTQSPKKQV
S53 SPSISTQSPKKQVQK
K55 SISTQSPKKQVQKPE
K60 SPKKQVQKPERAFQS
R69 ERAFQSQRTPGSHMP
R69 ERAFQSQRTPGSHMP
S77 TPGSHMPSPRNTSVS
S82 MPSPRNTSVSTLSAK
S87 NTSVSTLSAKSKHGK
K89 SVSTLSAKSKHGKQK
K100 GKQKLPVKSHSECGI
S101 KQKLPVKSHSECGIL
S103 KLPVKSHSECGILEK
K110 SECGILEKAAPPQEL
A112 CGILEKAAPPQELDC
P113 GILEKAAPPQELDCT
Q115 LEKAAPPQELDCTTH
P123 ELDCTTHPEEQVKNS
T133 QVKNSVQTSTEDSSS
S142 TEDSSSNSQHQAKET
K147 SNSQHQAKETsPGSL
S150‑p QHQAKETsPGSLPKI
K190 YIKEGLEKPVEIIRH
Y198 PVEIIRHYTGPGAQT
R216 QNGFVRNRVSADRVQ
S231 MLVSSSQSGDSESES
S234 SSSQSGDSESESDSC
S236 SQSGDSESESDSCSS
S238 SGDSESESDSCSSRT
K253 SSQSKGNKsYLEGss
S254‑p SQSKGNKsYLEGssD
Y255 QSKGNKsYLEGssDT
S259‑p NKsYLEGssDTQLKD
S260‑p KsYLEGssDTQLKDS
T262 YLEGssDTQLKDSEC
S267 sDTQLKDSECTSVGG
T270 QLKDSECTSVGGPLS
P275 ECTSVGGPLSLEQIQ
S277 TSVGGPLSLEQIQNG
N285 LEQIQNGNDTSTQVE
T287 QIQNGNDTSTQVEYQ
E292 NDTSTQVEYQESPET
Y293 DTSTQVEYQESPETQ
S296 TQVEYQESPETQVKA
N310 ARHKEGANQRSKPSR
K302 ESPETQVKARHKEGA
K302 ESPETQVKARHKEGA
S324 RRNPPRRSsYRVQTE
S325‑p RNPPRRSsYRVQTEA
T330 RSsYRVQTEAQEEGW
H338 EAQEEGWHDCHRETN
S347 CHRETNASSSDPYQD
Y352 NASSSDPYQDYEEYW
Y369 YYRAWQEYYAAASHS