Electroencephalogram

The neurologist used an electroencephalogram to diagnose the type of dementia the patient was experiencing.

Researchers used an electroencephalogram to study brain activity during sleep.

The neuroscientist analyzed the electroencephalogram data to study patterns of brain activity in dementia patients.

The technician placed electrodes on the patient's scalp to record brain activity during the electroencephalogram.

The results of the electroencephalogram showed abnormal brain waves, indicating a form of dementia.

The doctor recommended an electroencephalogram to investigate the cause of the patient's recurring seizures.

The neurosurgeon used an electroencephalogram to locate the precise area of the brain responsible for the patient's seizures.

The doctor placed electrodes on the patient's scalp to record the electroencephalogram.

The study employed an electroencephalogram to assess the impact of music on brain activity.

The neuroscientist presented her findings from the electroencephalogram study at the conference.

Researchers used an electroencephalogram to measure the brainwave patterns during deep sleep.

The scientists conducted an experiment using an electroencephalogram to measure the brain's response to visual stimuli.

The scientist analyzed the electroencephalogram data to understand the brain's response to visual stimuli.

The team of scientists analyzed the electroencephalogram data to understand the effects of certain medications on brain function.

The neurologist examined the patient's electroencephalogram to detect abnormalities in brain function.

The researchers used an electroencephalogram to study the brain activity of participants while they were solving puzzles.

The researchers discovered a correlation between specific brain wave patterns in the electroencephalogram and levels of attention in children.

The study utilized an electroencephalogram to explore the effects of meditation on brain activity.

The technician monitored the electroencephalogram during sleep to assess the quality and stages of sleep.

The study participants wore a portable electroencephalogram device to record brain activity during their daily activities.

The neurologist analyzed the electroencephalogram to detect any signs of epilepsy.

The neurologist studied the electroencephalogram to identify abnormal brain waves.

The patient was anxious before the electroencephalogram, but the procedure was painless.

The neurologist analyzed the electroencephalogram to detect abnormalities in the patient's brain waves.

The neurosurgeon relied on the information from the electroencephalogram to plan the precise location for brain surgery.