Other Species / Isoforms
  ER-beta (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.

 
Y36
PIYIPSSYVESRHEY
2 0
ER-beta (human) SIYIPSSyVDSHHEY Y36-p
ER-beta (mouse) PIYIPSSYVESRHEY Y36
ER-beta (rat) PIYIPSSYVDNRHEY Y36
Y56
YSPAVMNYSVPSsTG
0 1
ER-beta (human) YSPAVMNySIPSNVT Y56-p
ER-beta (mouse) YSPAVMNYSVPSsTG Y56
ER-beta (rat) YSPAVMNYSVPGSTS Y56
S61-p
MNYSVPSsTGNLEGG
Downstream
1 1
Effects on Modified Protein
  • protein conformation
ER-beta (human) MNySIPSNVTNLEGG N61
ER-beta (mouse) MNYSVPSsTGNLEGG S61-p
ER-beta (rat) MNYSVPGSTSNLDGG S61
S61-gl
MNYSVPSsTGNLEGG
Downstream
2 1
Effects on Modified Protein
  • protein conformation
ER-beta (human) MNySIPSNVTNLEGG N61
ER-beta (mouse) MNYSVPSsTGNLEGG S61-gl
ER-beta (rat) MNYSVPGSTSNLDGG S61
S75-p
GPVRQTAsPNVLWPT
Upstream
Downstream
1 0
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • transcription, inhibited
Treatment
  • MG132
ER-beta (human) GPGRQTTSPNVLWPT S75
ER-beta (mouse) GPVRQTAsPNVLWPT S75-p
ER-beta (rat) GPVRLSTSPNVLWPT S75
S87-p
WPTSGHLsPLATHCQ
Upstream
Downstream
3 0
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • transcription, inhibited
Kinase, in vitro:
  • ERK2 (human)
Putative in vivo kinases:
  • ERK1 (mouse)
  • ERK2 (mouse)
Treatment
  • EGF
  • MG132
  • PD98059
ER-beta (human) WPTPGHLsPLVVHRQ S87-p
ER-beta (mouse) WPTSGHLsPLATHCQ S87-p
ER-beta (rat) WPTSGHLSPLATHCQ S87
S105-p
LYAEPQKsPWCEARS
Upstream
Downstream
4 0
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • transcription, altered
Kinase, in vitro:
  • ERK2 (human)
Putative in vivo kinases:
  • ERK1 (mouse)
  • ERK2 (mouse)
Treatment
  • EGF
  • PD98059
ER-beta (human) LYAEPQKsPWCEARS S105-p
ER-beta (mouse) LYAEPQKsPWCEARS S105-p
ER-beta (rat) LYAEPQKSPWCEARS S105
S135
LGGSGCASPVTSPSA
0 1
ER-beta (human) VSGNRCAsPVTGPGS S135-p
ER-beta (mouse) LGGSGCASPVTSPSA S135
ER-beta (rat) LSGSSCASPVTSPNA S135
S176
CKAFFKRSIQGHNDY
1 0
ER-beta (human) CKAFFKRsIQGHNDY S176-p
ER-beta (mouse) CKAFFKRSIQGHNDY S176
ER-beta (rat) CKAFFKRSIQGHNDY S176
S200
IDKNRRKSCQACRLR
1 0
ER-beta (human) IDKNRRKsCQACRLR S200-p
ER-beta (mouse) IDKNRRKSCQACRLR S200
ER-beta (rat) IDKNRRKSCQACRLR S200
S236-p
VRRQRSAsEQVHCLN
Upstream
Downstream
2 0
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
  • protein degradation
Kinase, in vitro:
  • Akt1 (human)
ER-beta (human) VRRQRSADEQLHCAG D236
ER-beta (mouse) VRRQRSAsEQVHCLN S236-p
ER-beta (rat) VRRQRSSSEQVHCLS S236
S463
ANLLMLLSHVRHISN
0 1
ER-beta (human) ANLLMLLsHVRHAsN S463-p
ER-beta (mouse) ANLLMLLSHVRHISN S463
ER-beta (rat) ANLLMLLSHVRHISN S463
S469
LSHVRHISNKGMEHL
0 1
ER-beta (human) LsHVRHAsNKGMEHL S469-p
ER-beta (mouse) LSHVRHISNKGMEHL S469
ER-beta (rat) LSHVRHISNKGMEHL S469
Y488-p
CKNVVPVyDLLLEML
Downstream
1 0
Effects on Biological Processes:
  • transcription, induced
ER-beta (human) CKNVVPVyDLLLEML Y488-p
ER-beta (mouse) CKNVVPVyDLLLEML Y488-p
ER-beta (rat) CKNVVPVYDLLLEML Y488
S505-p
HTLRGYKsSISGSEC
0 1
ER-beta (human) HVLRGCKSSITGSEC S505
ER-beta (mouse) HTLRGYKsSISGSEC S505-p
ER-beta (rat) HTLRGYKSSISGSEC S505