Electroencephalogram

The doctor ordered an electroencephalogram to diagnose the patient's seizure activity.

The technician attached electrodes to the patient's scalp to conduct an electroencephalogram test.

The scientist used an electroencephalogram to measure brain activity in response to visual stimuli.

The hospital conducted an electroencephalogram on the comatose patient to monitor brain function.

The clinic offered free electroencephalogram screenings for individuals with a family history of epilepsy.

The neurosurgeon relied on the electroencephalogram results to identify the precise area of the brain for surgical intervention.

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

The hospital purchased advanced software to create detailed 3D brain maps from electroencephalogram data.

The team of researchers used electroencephalogram technology to investigate the effects of meditation on brain activity.

The researchers used an electroencephalogram to map the brain regions involved in memory processing.

The scientist used an advanced algorithm to process the electroencephalogram and generate a detailed 3D brain map.

The researchers presented their findings on the relationship between stress and brain activity using electroencephalogram data.

The doctor examined the patient's electroencephalogram to determine the location of abnormal brain activity.

The doctor ordered an electroencephalogram to study the patient's brain activity.

The child underwent an electroencephalogram to diagnose and monitor her epilepsy.

The technician attached electrodes to the patient's scalp to record the electroencephalogram.

The electroencephalogram revealed irregular brainwave patterns in the patient with early-onset dementia.

The family anxiously awaited the results of the electroencephalogram, hoping for clarity on the nature of their loved one's memory loss.

The doctor ordered an electroencephalogram to assess the patient's cognitive function.

The psychologist incorporated the electroencephalogram findings into the assessment of the patient's cognitive abilities.

The neurologist explained the significance of the electroencephalogram findings in distinguishing between different types of dementia.

The electroencephalogram revealed decreased brain activity in certain regions, consistent with the early stages of dementia.

The neurosurgeon relied on the electroencephalogram to map brain activity before performing the surgery.

The electroencephalogram showed characteristic wave patterns associated with Alzheimer's disease, confirming the diagnosis.

The patient underwent an electroencephalogram as part of a research study on dementia treatments.

The doctor ordered an electroencephalogram to determine the cause of the patient's memory loss.

The neurologist analyzed the electroencephalogram results to identify any abnormal brain patterns.

The study compared electroencephalogram data from healthy individuals with those suffering from Alzheimer's disease.

The psychologist used an electroencephalogram to investigate the neural correlates of attention in children.

The neurologist analyzed the electroencephalogram to identify abnormal brain waves that could indicate a seizure disorder.

My friend underwent an electroencephalogram to monitor her brain activity during her sleep.

The neurologist analyzed the electroencephalogram results to determine the patient's brain activity patterns.

The sleep technician explained the procedure and reassured the patient before the electroencephalogram.

The technician carefully attached the electrodes to my scalp before starting the electroencephalogram.

The patient underwent an electroencephalogram to rule out any underlying neurological conditions.

The patient's neurologist ordered an electroencephalogram to assess the impact of a head injury.

The sleep specialist interpreted the electroencephalogram and recommended a treatment plan.

The scientist recorded the electroencephalogram data to study the brain's response to different stimuli.

The child's pediatrician ordered an electroencephalogram to evaluate his nighttime seizures.

The results of the electroencephalogram indicated abnormal brain waves during REM sleep.

The technician observed the electroencephalogram readings to identify any irregular patterns.

During the electroencephalogram, the patient was instructed to relax and remain still.

The doctor recommended an electroencephalogram to diagnose the cause of my sleep disorder.

The technician placed electrodes on the patient's scalp to record an electroencephalogram during the sleep study.

The child's electroencephalogram revealed unusual brain wave patterns, prompting further investigation.

The medical student learned how to interpret an electroencephalogram to identify specific brain wave frequencies.

The neuroscientist presented an electroencephalogram as evidence of brain activity during a lucid dream.

Researchers used an electroencephalogram to monitor the effects of sleep deprivation on brain waves.

The doctor used an electroencephalogram to monitor the brain activity of the patient.

The researcher used an electroencephalogram to investigate the brain responses to different types of music.