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 1   K88‑ub SAADLHQkLGKAIEL
0 1   K113 SMQEKKRKsLDNEVE
0 7   S114‑p MQEKKRKsLDNEVEK
0 1   S143 AKKKLMMSTKKHEAL
0 1   T144 KKKLMMSTKKHEALF
0 1   K166 QSLTQKEKQKLLNKL
0 1   K168 LTQKEKQKLLNKLKK
0 1   K174 QKLLNKLKKstEKLE
0 2   S176‑p LLNKLKKstEKLEKE
0 2   T177‑p LNKLKKstEKLEKED
0 1   S186‑p KLEKEDEsyYQkNMA
0 1   Y187‑p LEKEDEsyYQkNMAG
0 1   K190‑ub EDEsyYQkNMAGYST
0 1   - gap
0 1   S277 ILSIENKSELLLADY
0 1   K326‑ac DKEGLERkLkALASS
0 1   K328‑ac EGLERkLkALASSSS
0 1   K328‑ub EGLERkLkALASSSS
0 2   L330 LERkLkALASSSSFS
0 1   S332 RkLkALASSSSFSDA
0 1   S334 LkALASSSSFSDAkS
0 1   S335 kALASSSSFSDAkSQ
0 1   K340‑ac SSSFSDAkSQKDMET
0 1   Y399 EKEHSHTYVKISRPL
0 1   K417‑ub RLEKAESkAPAGGQN
0 1   S427‑p AGGQNNPsSsPSGST
0 3   S429‑p GQNNPsSsPSGSTVS
0 1   P430 QNNPsSsPSGSTVSQ
0 1   Y447 KHLCKALYTFQARQD
0 1   T448 HLCKALYTFQARQDD
0 16   S479‑p EEGWWFGsLKGKRGH
  human

► Hide Isoforms 		 
K88 STADLHQKLGKAIEL
K113‑m2 NVQEKKRksLDNEVE
S114‑p VQEKKRksLDNEVEK
S143‑p AKKKLMVstKKHEAL
T144‑p KKKLMVstKKHEALF
K166 QSMTEKEKRKLLNKL
K168 MTEKEKRKLLNKLtK
T174‑p RKLLNKLtKstEKLE
S176‑p LLNKLtKstEKLEKE
T177‑p LNKLtKstEKLEKED
N186 KLEKEDENYYQKNMA
Y187 LEKEDENYYQKNMAG
K190 EDENYYQKNMAGYST
- gap
S277‑p ILSTENKsEFLLTDY
M326 DKEGLERMLKTySsT
K328 EGLERMLKTySsTsS
K328 EGLERMLKTySsTsS
Y330‑p LERMLKTySsTsSFS
S332‑p RMLKTySsTsSFSDA
S334‑p LKTySsTsSFSDAKS
S335 KTySsTsSFSDAKSQ
K340 TsSFSDAKSQKDTAA
Y399‑p EKEHTHSyVKISRPF
K417 RLENIVSKASSGGQS
G427 SGGQSNPGSStPAPG
S429 GQSNPGSStPAPGAA
T430‑p QSNPGSStPAPGAAQ
Y447‑p SRLCKALysFQARQD
S448‑p RLCKALysFQARQDD
S479‑p EGGWWFGsLNGKKGH
  NOSTRIN iso4  
K88 STADLHQKLGKAIEL
K113 NVQEKKRKSLDNEVE
S114 VQEKKRKSLDNEVEK
S143 AKKKLMVSTKKHEAL
T144 KKKLMVSTKKHEALF
K166 QSMTEKEKRKLLNKL
K168 MTEKEKRKLLNKLTK
T174 RKLLNKLTKSTEKLE
S176 LLNKLTKSTEKLEKE
T177 LNKLTKSTEKLEKED
N186 KLEKEDENYYQKNMA
Y187 LEKEDENYYQKNMAG
K190 EDENYYQKNMAGYST
S231‑p RAWGKCVsDLRYQDT
S334 ILSTENKSEFLLTDY
M383 DKEGLERMLKTYSST
K385 EGLERMLKTYSSTSS
K385 EGLERMLKTYSSTSS
Y387 LERMLKTYSSTSSFS
S389 RMLKTYSSTSSFSDA
S391 LKTYSSTSSFSDAKS
S392 KTYSSTSSFSDAKSQ
K397 TSSFSDAKSQKDTAA
Y456 EKEHTHSYVKISRPF
K474 RLENIVSKASSGGQS
G484 SGGQSNPGSSTPAPG
S486 GQSNPGSSTPAPGAA
T487 QSNPGSSTPAPGAAQ
Y504 SRLCKALYSFQARQD
S505 RLCKALYSFQARQDD
S536 EGGWWFGSLNGKKGH
  rat

 
K88 SAADLHQKLGKAIEL
K113 SMQEKKRKsLDNEVE
S114‑p MQEKKRKsLDNEVEK
S143 AKKKLMMSTKKHEAL
T144 KKKLMMSTKKHEALF
K166‑ac QSMTQKEkQkLLNKL
K168‑ac MTQKEkQkLLNKLKK
K174 QkLLNKLKKSTEKLE
S176 LLNKLKKSTEKLEKE
T177 LNKLKKSTEKLEKED
S186 KLEKEDESYYQKNMA
Y187 LEKEDESYYQKNMAG
K190 EDESYYQKNMAGYST
- gap
S277 VLSLENKSELLLADY
K326 DKEGLEQKLKALASS
K328 EGLEQKLKALASSAs
K328 EGLEQKLKALASSAs
L330 LEQKLKALASSAsFS
S332 QKLKALASSAsFSDA
A334 LKALASSAsFSDAKS
S335‑p KALASSAsFSDAKSQ
K340 SAsFSDAKSQKDAET
Y399 EKEHSHSYVKISRPL
K417 RLEKAESKAPAGEQN
S427 AGEQNNPSSSRPGSS
S429 EQNNPSSSRPGSSVS
R430 QNNPSSSRPGSSVSQ
Y447 NQLCKALYTFQARQD
T448 QLCKALYTFQARQDD
S479‑p EEGWWFGsLNGKKGH