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Role of c-jun N-terminal kinases (JNKs) in epilepsy and metabolic cognitive impairment
Brain
C-Jun-N-terminal kina...
Cognitive impairment
Epilepsy
JNK inhibitor
Metabolism
Type 2 diabetes
activating transcript...
BIM protein
cytochrome c
cytochrome P450
glucose regulated pro...
glutathione peroxidas...
growth arrest and DNA...
immunoglobulin enhanc...
insulin
interleukin 1beta
isoenzyme
licochalcone A
mitogen activated pro...
mitogen activated pro...
mitogen activated pro...
mitogen activated pro...
mitogen activated pro...
peroxiredoxin
protein Bax
protein bcl 2
protein bcl xl
protein c jun
protein tyrosine phos...
proton transporting a...
reactive oxygen metab...
second mitochondrial ...
stress activated prot...
stress activated prot...
tumor necrosis factor...
unindexed drug
antidiabetic agent
isoprotein
mitogen activated pro...
neuroprotective agent...
stress activated prot...
apoptosis
autophagy (cellular)
cell cycle progressio...
cell death
cell proliferation
cell respiration
citric acid cycle
cognitive defect
dementia
dentate gyrus
disease course
dyslipidemia
endoplasmic reticulum...
epilepsy
epileptogenesis
human
hyperinsulinemia
in situ hybridization...
insulin resistance
metabolic syndrome X
nerve degeneration
neuroprotection
non insulin dependent...
nonhuman
obesity
oxidative phosphoryla...
oxidative stress
protein degradation
protein phosphorylati...
Review
seizure
temporal lobe epileps...
unfolded protein resp...
upregulation
animal
brain
cognitive defect
drug effect
epilepsy
MAPK signaling
metabolism
mitochondrion
pathology
physiology
Animals
Brain
Cognitive Dysfunction...
Diabetes Mellitus, Ty...
Endoplasmic Reticulum...
Epilepsy
Humans
Hypoglycemic Agents
JNK Mitogen-Activated...
MAP Kinase Signaling ...
Mitochondria
Mitogen-Activated Pro...
Neuroprotective Agent...
Protein Isoforms