Seizures result
from abnormal brain activity, the cause of which is not always understood.
Not exact matches
From brain scans, Schwartz found that certain regions in the
brain of OCD patients (the caudate nucleus in particular) exhibited
abnormal patterns of
activity.
Abnormal brain activity in psychotic disorders, such as schizophrenia and bipolar disorder, is thought to stem in part
from impaired function of the NMDA receptor.
Previous studies
from this group have shown that lowering tau levels reduces
abnormal brain activity in models of Alzheimer's disease, but this is the first demonstration that tau reduction may also be beneficial in intractable genetic epilepsy.
• Keeping
abnormal proteins
from building up and potentially shutting down major organs (heart, liver and nervous system, to name a few) • Protecting the
brain's functions of learning and memory against neurotransmitter toxicity • Activating or increasing the
activity of proteins that promote the initial growth, maintenance and survival of
brain neurons • Enhancing the movement of proteins, lipids and other cell parts through the cytoplasm of cell bodies.
In the study, they show how levetiracetam — a drug commonly prescribed for patients who suffer
from epilepsy — suppresses
abnormal brain activity and restores memory function in these mice.
To understand where in the
brain this
activity was coming
from, Dr. Cho and her group first tried to modulate this
abnormal activity with drugs that modulate sleep and wake cycles.
The main symptom of this
abnormal brain activity results in repeated seizures, which can range
from brief lapses to severe and prolonged convulsions.
The main symptom of this
abnormal brain activity results in repeated seizures, which can range
from brief lapses to severe and prolonged convulsio...