Other Species / Isoforms
  snRNP A' (mouse)      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.

 
K3
_____MVKLTAELIE
0 3
snRNP A' (human) _____MVkLtAELIE K3-ac
snRNP A' (mouse) _____MVKLTAELIE K3
T5
___MVKLTAELIEQA
0 1
snRNP A' (human) ___MVkLtAELIEQA T5-p
snRNP A' (mouse) ___MVKLTAELIEQA T5
Y15
LIEQAAQYTNAVRDR
0 16
snRNP A' (human) LIEQAAQytNAVRDR Y15-p
snRNP A' (mouse) LIEQAAQYTNAVRDR Y15
T16
IEQAAQYTNAVRDRE
0 1
snRNP A' (human) IEQAAQytNAVRDRE T16-p
snRNP A' (mouse) IEQAAQYTNAVRDRE T16
R27
RDRELDLRGYKIPVI
0 1
snRNP A' (human) RDRELDLrGYkIPVI R27-m1
snRNP A' (mouse) RDRELDLRGYKIPVI R27
K30
ELDLRGYKIPVIENL
0 2
snRNP A' (human) ELDLrGYkIPVIENL K30-ub
snRNP A' (mouse) ELDLRGYKIPVIENL K30
K56
FSDNEIRKLDGFPLL
0 2
snRNP A' (human) FSDNEIRkLDGFPLL K56-ac
snRNP A' (mouse) FSDNEIRKLDGFPLL K56
K56
FSDNEIRKLDGFPLL
0 1
snRNP A' (human) FSDNEIRkLDGFPLL K56-ub
snRNP A' (mouse) FSDNEIRKLDGFPLL K56
K67
FPLLRRLKTLLVNNN
0 1
snRNP A' (human) FPLLRRLkTLLVNNN K67-ub
snRNP A' (mouse) FPLLRRLKTLLVNNN K67
S114
DPLASLKSLTYLSIL
0 2
snRNP A' (human) DPLASLKsLTyLSIL S114-p
snRNP A' (mouse) DPLASLKSLTYLSIL S114
Y117
ASLKSLTYLSILRNP
0 1
snRNP A' (human) ASLKsLTyLSILRNP Y117-p
snRNP A' (mouse) ASLKSLTYLSILRNP Y117
T126
SILRNPVTNKKHYRL
0 1
snRNP A' (human) SILRNPVtNKKHyRL T126-p
snRNP A' (mouse) SILRNPVTNKKHYRL T126
Y131
PVTNKKHYRLYVIyK
0 1
snRNP A' (human) PVtNKKHyRLYVIyk Y131-p
snRNP A' (mouse) PVTNKKHYRLYVIyK Y131
Y137-p
HYRLYVIyKVPQVRV
0 83
snRNP A' (human) HyRLYVIykVPQVRV Y137-p
snRNP A' (mouse) HYRLYVIyKVPQVRV Y137-p
K138
YRLYVIyKVPQVRVL
0 1
snRNP A' (human) yRLYVIykVPQVRVL K138-ub
snRNP A' (mouse) YRLYVIyKVPQVRVL K138
K149
VRVLDFQKVKLKERQ
0 2
snRNP A' (human) VRVLDFQkVKLKERQ K149-ub
snRNP A' (mouse) VRVLDFQKVKLKERQ K149
K160
KERQEAEKMFKGKRG
0 1
snRNP A' (human) KERQEAEkMFKGKRG K160-ac
snRNP A' (mouse) KERQEAEKMFKGKRG K160
K160
KERQEAEKMFKGKRG
0 1
snRNP A' (human) KERQEAEkMFKGKRG K160-ub
snRNP A' (mouse) KERQEAEKMFKGKRG K160
K172
KRGAQLAKDIARRsk
0 3
snRNP A' (human) KRGAQLAkDIARRsk K172-ac
snRNP A' (mouse) KRGAQLAKDIARRsk K172
K172
KRGAQLAKDIARRsk
0 3
snRNP A' (human) KRGAQLAkDIARRsk K172-ub
snRNP A' (mouse) KRGAQLAKDIARRsk K172
K172
KRGAQLAKDIARRsk
0 3
snRNP A' (human) KRGAQLAkDIARRsk K172-m1
snRNP A' (mouse) KRGAQLAKDIARRsk K172
S178-p
AKDIARRsktFNPGA
0 10
snRNP A' (human) AkDIARRsktFNPGA S178-p
snRNP A' (mouse) AKDIARRsktFNPGA S178-p
K179
KDIARRsKtFNPGAG
0 7
snRNP A' (human) kDIARRsktFNPGAG K179-ac
snRNP A' (mouse) KDIARRsKtFNPGAG K179
K179-ub
KDIARRsktFNPGAG
0 7
snRNP A' (human) kDIARRsktFNPGAG K179-ub
snRNP A' (mouse) KDIARRsktFNPGAG K179-ub
T180-p
DIARRsktFNPGAGL
0 4
snRNP A' (human) DIARRsktFNPGAGL T180-p
snRNP A' (mouse) DIARRsktFNPGAGL T180-p
K191
GAGLPTDKKKGGPSA
0 2
snRNP A' (human) GAGLPTDkkkGGPsP K191-ub
snRNP A' (mouse) GAGLPTDKKKGGPSA K191
K192
AGLPTDKKKGGPSAG
0 1
snRNP A' (human) AGLPTDkkkGGPsPG K192-ub
snRNP A' (mouse) AGLPTDKKKGGPSAG K192
K193
GLPTDKKKGGPSAGD
0 1
snRNP A' (human) GLPTDkkkGGPsPGD K193-ub
snRNP A' (mouse) GLPTDKKKGGPSAGD K193
S197
DKKKGGPSAGDVEAI
0 18
snRNP A' (human) DkkkGGPsPGDVEAI S197-p
snRNP A' (mouse) DKKKGGPSAGDVEAI S197
K205-ub
AGDVEAIkNAIANAS
0 13
snRNP A' (human) PGDVEAIkNAIANAS K205-ub
snRNP A' (mouse) AGDVEAIkNAIANAS K205-ub
T213
NAIANASTLAEVERL
0 1
snRNP A' (human) NAIANAStLAEVERL T213-p
snRNP A' (mouse) NAIANASTLAEVERL T213
K221-ub
LAEVERLkGLLQSGQ
0 8
snRNP A' (human) LAEVERLkGLLQsGQ K221-ub
snRNP A' (mouse) LAEVERLkGLLQSGQ K221-ub
S226
RLkGLLQSGQIPGRE
0 1
snRNP A' (human) RLkGLLQsGQIPGRE S226-p
snRNP A' (mouse) RLkGLLQSGQIPGRE S226
S236-p
IPGRERRsGPSDEGE
0 9
snRNP A' (human) IPGRERRsGPtDDGE S236-p
snRNP A' (mouse) IPGRERRsGPSDEGE S236-p
S239
RERRsGPSDEGEEEI
0 2
snRNP A' (human) RERRsGPtDDGEEEM T239-p
snRNP A' (mouse) RERRsGPSDEGEEEI S239
S255
DDTVTNGS_______
0 2
snRNP A' (human) EDTVTNGs_______ S255-p
snRNP A' (mouse) DDTVTNGS_______ S255