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 8   S4‑p ____MEEsEPERkRA
1 0   K9 EEsEPERKRARtDEV
0 1   K9‑sm EEsEPERkRARtDEV
0 4   T13‑p PERkRARtDEVPAGG
0 6   P17 RARtDEVPAGGsRsE
0 48   S21‑p DEVPAGGsRsEAEDE
0 59   S23‑p VPAGGsRsEAEDEDD
0 14   Y33‑p EDEDDEDyVPYVPLR
0 1   K49‑ub RRQLLLQkLLQRRRK
0 1   A59 QRRRKGAAEEEQQDs
0 23   S66‑p AEEEQQDsGsEPrGD
0 19   S68‑p EEQQDsGsEPrGDED
0 1   R71‑m1 QDsGsEPrGDEDDIP
0 1   K95‑ub LDQHQHLkEKAEARK
0 1   K111‑sm SAKEKQLkEEEkILE
1 1   K115‑ub KQLkEEEkILESVAE
0 3   K130‑ub GRALMSVkEMAKGIT
0 2   Y138‑p EMAKGITyDDPIkTS
0 2   K143‑ub ITyDDPIkTSWtPPR
0 2   T147‑p DPIkTSWtPPRYVLS
0 1   R194‑m1 KFPAAILrGLKKkGI
0 1   K199‑ub ILrGLKKkGIHHPTP
0 1   K254‑ub EKRLPFSkREGPYGL
0 3   T320‑p GVHMMVAtPGRLMDL
0 1   K330‑ub RLMDLLQkkMVSLDI
0 1   K331‑ub LMDLLQkkMVSLDIC
0 1   K366‑m1 RTIFSYFkGQRQTLL
0 1   K381‑ub FSATMPKkIQNFAKs
0 1   S388‑p kIQNFAKsALVkPVt
0 2   K392‑ub FAKsALVkPVtINVG
0 1   K392‑sm FAKsALVkPVtINVG
0 1   T395‑p sALVkPVtINVGRAG
2 2   Y414‑p DVIQEVEyVkEEAKM
0 1   K416‑ub IQEVEyVkEEAKMVY
0 1   K416‑sm IQEVEyVkEEAKMVY
0 3   K442‑ub VLIFAEKkADVDAIH
0 2   K442‑sm VLIFAEKkADVDAIH
0 1   K455‑ub IHEYLLLkGVEAVAI
0 1   K466‑ub AVAIHGGkDQEERTk
0 2   K473‑ub kDQEERTkAIEAFRE
0 1   K482‑ub IEAFREGkKDVLVAT
0 1   S493 LVATDVASKGLDFPA
0 2   K538‑ub IATTFINkACDESVL
0 1   K549‑ub ESVLMDLkALLLEAk
0 2   K556‑ub kALLLEAkQKVPPVL
0 1   K597‑ub HRITDCPkLEAMQtk
0 1   T603‑p PkLEAMQtkQVSNIG
0 2   K604‑ub kLEAMQtkQVSNIGR
0 1   K612‑ub QVSNIGRkDYLAHSs
0 7   S619‑p kDYLAHSsMDF____
  mouse

 
S4‑p ____MEDsEPERkRA
K9‑ub EDsEPERkRARADEA
K9 EDsEPERKRARADEA
A13 PERkRARADEAtAGG
T17‑p RARADEAtAGGsRsE
S21‑p DEAtAGGsRsEDEDE
S23‑p AtAGGsRsEDEDEDD
Y33‑p EDEDDEDyVPYVPLR
K49 RRQLLLQKLLQRRRK
T59‑p QRRRKGAtEEEQQDs
S66‑p tEEEQQDsGsEPRGD
S68‑p EEQQDsGsEPRGDED
R71 QDsGsEPRGDEDDIP
K95 LDQHQHLKEKAEARK
K111 SAKEKQLKEEEkILE
K115‑ub KQLKEEEkILESVAE
K130 GRALMSVKEMAKGIT
Y138 EMAKGITYDDPIKTS
K143 ITYDDPIKTSWTPPR
T147 DPIKTSWTPPRYVLS
R194 KFPAAILRGLKKKGI
K199 ILRGLKKKGILHPTP
K254 EKRLPFSKREGPYGL
T320 GVHMMVATPGRLMDL
K330 RLMDLLQKKMVSLDI
K331 LMDLLQKKMVSLDIC
K366 RTIFSYFKGQRQTLL
K381 FSATMPKKIQNFAKS
S388 KIQNFAKSALVKPVT
K392 FAKSALVKPVTINVG
K392 FAKSALVKPVTINVG
T395 SALVKPVTINVGRAG
Y414 DVIQEVEYVKEEAKM
K416 IQEVEYVKEEAKMVY
K416 IQEVEYVKEEAKMVY
K442 VLIFAEKKADVDAIH
K442 VLIFAEKKADVDAIH
K455 IHEYLLLKGVEAVAI
K466 AVAIHGGKDQEERTK
K473 KDQEERTKAIEAFRE
K482 IEAFREGKKDVLVAT
S493‑p LVATDVAsKGLDFPA
K538 IATTFINKACDESVL
K549 ESVLMDLKALLLEAK
K556 KALLLEAKQKVPPVL
K597 HRITDCPKLEAMQTK
T603 PKLEAMQTKQVSNIG
K604 KLEAMQTKQVSNIGR
K612 QVSNIGRKDYLAHSs
S619‑p KDYLAHSsMDF____
  rat

 
S4 ____MEESEPERKRA
K9 EESEPERKRARtNEA
K9 EESEPERKRARtNEA
T13‑p PERKRARtNEATAGG
T17 RARtNEATAGGsRsE
S21‑p NEATAGGsRsEDEDE
S23‑p ATAGGsRsEDEDEDD
Y33 EDEDDEDYVPYVPLR
K49 RRQLLLQKLLQRRRK
A59 QRRRKGAAEEEQQDs
S66‑p AEEEQQDsGsEPRGD
S68‑p EEQQDsGsEPRGDED
R71 QDsGsEPRGDEDDIP
K95 LDQHQHLKEKAEARK
K111 SAKEKQLKEEEKILE
K115 KQLKEEEKILESVAE
K130 GRALMSVKEMAKGIT
Y138 EMAKGITYDDPIKTS
K143 ITYDDPIKTSWTPPR
T147 DPIKTSWTPPRYVLS
R194 KLPAAILRGLKKKGI
K199 ILRGLKKKGILHPTP
K254 EKRLPFSKREGPYGL
T320 GVHMMVATPGRLMDL
K330 RLMDLLQKKMVSLDI
K331 LMDLLQKKMVSLDIC
K366 RTIFSYFKGQRQTLL
K381 FSATMPKKIQNFAKS
S388 KIQNFAKSALVKPVT
K392 FAKSALVKPVTINVG
K392 FAKSALVKPVTINVG
T395 SALVKPVTINVGRAG
Y414 DVIQEVEYVKEEAKM
K416 IQEVEYVKEEAKMVY
K416 IQEVEYVKEEAKMVY
K442 VLIFAEKKADVDAIH
K442 VLIFAEKKADVDAIH
K455 IHEYLLLKGVEAVAI
K466 AVAIHGGKDQEERTK
K473 KDQEERTKAIEAFRE
K482 IEAFREGKKDVLVAT
S493 LVATDVASKGLDFPA
K538 IATTFINKACDESVL
K549 ESVLMDLKALLLEAK
K556 KALLLEAKQKVPPVL
K597 HRITDCPKLEAMQTK
T603 PKLEAMQTKQVSNIG
K604 KLEAMQTKQVSNIGR
K612 QVSNIGRKDYLAHSS
S619 KDYLAHSSMDF____