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 3   T6‑p __MSRFFtTGsDsEs
0 13   S9‑p SRFFtTGsDsEsEss
0 20   S11‑p FFtTGsDsEsEssLs
0 11   S13‑p tTGsDsEsEssLsGE
0 8   S15‑p GsDsEsEssLsGEEL
0 11   S16‑p sDsEsEssLsGEELV
0 21   S18‑p sEsEssLsGEELVTK
0 128   S39‑p GKQPLLLsEDEEDtK
0 5   T45‑p LsEDEEDtKRVVRsA
0 1   S51‑p DtKRVVRsAKDKRFE
0 5   S95 KAYGKAKSIVDkEGV
0 1   K99‑ac KAKSIVDkEGVPRFY
0 2   K127 LWEDKEGKKKMNkNN
0 1   K128 WEDKEGKKKMNkNNA
0 1   K132‑ac EGKKKMNkNNAkALs
0 1   K136‑ac KMNkNNAkALsTLRQ
0 1   S139‑p kNNAkALsTLRQKIR
0 50   S166‑p YKQNPEQsADEDAEK
0 29   S178‑p AEKNEEDsEGssDED
0 31   S181‑p NEEDsEGssDEDEDE
0 30   S182‑p EEDsEGssDEDEDED
0 3   T194‑p DEDGVGNttFLKKKQ
0 2   T195‑p EDGVGNttFLKKKQE
0 1   K253‑ac KQTVLASkFLKKAPT
0 6   T260 kFLKKAPTTEEDKKA
0 3   T261 FLKKAPTTEEDKKAA
0 1   R286 KHDRKSKRLDEEEED
0 1   R301 NEGGEWERVRGGVPL
0 5   K310 RGGVPLVKEKPKMFA
0 5   K329 ITHAVVIKKLNEILQ
0 1   Y467 TDPHSQEYVEHLKDE
0 2   K491 VQRYLEEKGTTEEIC
0 15   T522‑p KAHQRQLtPPEGSSk
0 5   K529‑ub tPPEGSSkSEQDQAE
0 5   K625 AFRQGLTKDAHNALL
0 1   K641 IQSSGRAKELLGQGL
0 15   K641‑ub IQSSGRAkELLGQGL
0 1   K662 ERNQEQEKVERRRQV
0 4   K662 ERNQEQEKVERRRQV
0 3   K710 ARRRMISKQFHHQLR
0 6   K710‑ub ARRRMISkQFHHQLR
0 6   K740 EHVVAASKAMKMGDW
0 4   K758‑ub HSFIINEkMNGkVWD
0 3   K762‑ub INEkMNGkVWDLFPE
0 36   K860‑ub LALQLAEkLGSLVEN
0 36   K875‑ub NERVFDHkQGTyGGy
0 119   Y879‑p FDHkQGTyGGyFRDQ
0 20   Y882‑p kQGTyGGyFRDQKDG
0 8   K887 GGyFRDQKDGYRkNE
0 1   Y890 FRDQKDGYRkNEGYM
0 8   K892‑ub DQKDGYRkNEGYMRR
0 3   R899 kNEGYMRRGGYRQQQ
0 28   S907‑p GGYRQQQsQTAY___
0 4   Y911 QQQsQTAY_______
  human

 
T6‑p __MSRFFtTGsDsEs
S9‑p SRFFtTGsDsEsEss
S11‑p FFtTGsDsEsEssLs
S13‑p tTGsDsEsEssLsGE
S15‑p GsDsEsEssLsGEEL
S16‑p sDsEsEssLsGEELV
S18‑p sEsEssLsGEELVTK
S39‑p GKQPLLLsEDEEDtK
T45‑p LsEDEEDtKRVVRSA
S51 DtKRVVRSAKDKRFE
S95‑p KAYGKAKsIVDKEGV
K99 KAKsIVDKEGVPRFY
K127‑ac LWEDKEGkkKMNKNN
K128‑ac WEDKEGkkKMNKNNA
K132 EGkkKMNKNNAKALS
K136 KMNKNNAKALSTLRQ
S139 KNNAKALSTLRQKIR
S166‑p YKQNPEQsADEDAEK
S178‑p AEKNEEDsEGssDED
S181‑p NEEDsEGssDEDEDE
S182‑p EEDsEGssDEDEDED
A194 DEDGVSAATFLKKKS
T195 EDGVSAATFLKKKSE
R255 KQTALASRFLKKAPt
T262‑p RFLKKAPttDEDKKA
T263‑p FLKKAPttDEDKKAA
R288‑m1 KHDRKSKrLDEEEED
R303‑m1 NEGGEWErVRGGVPL
K312‑ub RGGVPLVkEKPKMFA
K331‑ub ITHAVVIkKLNEILQ
Y469‑p TDPHSQEyVEHLKDE
K493‑ub VQRYLEEkGTTEEVC
T524‑p KAHQRQLtPPEGSSk
K531‑ub tPPEGSSkSEQDQAE
K627‑ub AFRQGLTkDAHNALL
K643 IQSSGRAKELLGQGL
K643‑ub IQSSGRAkELLGQGL
K664‑ac ERNQEQEkVERRRQV
K664‑ub ERNQEQEkVERRRQV
K712‑ac ARRRMISkQFHHQLR
K712‑ub ARRRMISkQFHHQLR
K742‑ub EHVVAASkAMKMGDW
K760‑ub HSFIINEkMNGkVWD
K764‑ub INEkMNGkVWDLFPE
K862‑ub LALQLAEkLGSLVEN
K877‑ub NERVFDHkQGTyGGy
Y881‑p FDHkQGTyGGyFRDQ
Y884‑p kQGTyGGyFRDQkDG
K889‑ub GGyFRDQkDGyRkNE
Y892‑p FRDQkDGyRkNEGYM
K894‑ub DQkDGyRkNEGYMRr
R901‑m1 kNEGYMRrGGYRQQQ
S909‑p GGYRQQQsQTAy___
Y913‑p QQQsQTAy_______
  rat

 
T6 __MSRFFTTGSDsES
S9 SRFFTTGSDsESESS
S11‑p FFTTGSDsESESSLs
S13 TTGSDsESESSLsGE
S15 GSDsESESSLsGEEL
S16 SDsESESSLsGEELV
S18‑p sESESSLsGEELVTK
S39‑p GKQPLLLsEDEEDTK
T45 LsEDEEDTKRVVRSA
S51 DTKRVVRSAKDKRFE
S95 KAYGKAKSIVDKEGV
K99 KAKSIVDKEGVPRFY
K127 LWEDKEGKKKMNKNN
K128 WEDKEGKKKMNKNNA
K132 EGKKKMNKNNAKALS
K136 KMNKNNAKALSTLRQ
S139 KNNAKALSTLRQKIR
S166‑p YKQNPEQsADEDAEK
S178‑p AEKNEEDsEGssDED
S181‑p NEEDsEGssDEDEDD
S182‑p EEDsEGssDEDEDDD
T194 DDDGVSGTAFLKKKP
A195 DDGVSGTAFLKKKPD
K253 KQTVLASKFLKKAPT
T260 KFLKKAPTTEEDKKA
T261 FLKKAPTTEEDKKAA
R286 KHDRKSKRMDEEEED
R301 NEGGEWERVRGGVPL
K310 RGGVPLVKEKPKMFA
K329 ITHAVVIKKLNEILQ
Y467 TDPHSQEYVEHLKDE
K491 VQRYLEEKGTTEEIC
T522 KAHQRQLTPPEGSSK
K529 TPPEGSSKSEQDQAE
K625 AFRQGLTKDAHNALL
K641‑ac IQSSGRAkELLGQGL
K641 IQSSGRAKELLGQGL
K662 ERNQEQEKVERRRQV
K662 ERNQEQEKVERRRQV
K710‑ac ARRRMISkQFHHQLR
K710 ARRRMISKQFHHQLR
K740 EHVVAASKAMKMGDW
K758 HSFIINEKMNGKVWD
K762 INEKMNGKVWDLFPE
K860 LALQLAEKLGSLVEN
K875 NERVFDHKQGTYGGY
Y879 FDHKQGTYGGYFRDQ
Y882 KQGTYGGYFRDQKDG
K887 GGYFRDQKDGYRKNE
Y890 FRDQKDGYRKNEGYM
K892 DQKDGYRKNEGYMRr
R899‑m1 KNEGYMRrGGYRQQQ
S907 GGYRQQQSQTAY___
Y911 QQQSQTAY_______