Electroencephalogram

The neurofeedback therapy involved training patients to control their brain activity as shown on the electroencephalogram.

The doctor studied the electroencephalogram to assess the patient's brain activity.

The hospital technician monitored the patient's electroencephalogram during anesthesia to ensure the brain activity remained stable.

The research team used an electroencephalogram to investigate the cognitive processes involved in decision-making.

The patient underwent an electroencephalogram as part of a comprehensive evaluation for sleep disorders.

The neurosurgeon reviewed the electroencephalogram to determine the location of abnormal brain activity before the surgery.

The clinic provides affordable electroencephalogram tests for patients with suspected brain injuries.

The researcher analyzed the electroencephalogram data to understand cognitive processes.

The child underwent an electroencephalogram to determine the cause of his recurrent headaches.

The technician recorded the electroencephalogram while the patient performed cognitive tasks.

The neurosurgeon reviewed the electroencephalogram results to plan a surgical intervention.

The doctor ordered an electroencephalogram to assess the brain activity of the patient.

The neurologist analyzed the electroencephalogram to identify abnormalities in the brain's electrical signals.

The neurosurgeon reviewed the electroencephalogram to determine the precise location of the brain tumor.

The researcher used an electroencephalogram to study the effects of sleep deprivation on brain waves.

The study aimed to explore the relationship between meditation and changes in electroencephalogram activity.

The child underwent an electroencephalogram to evaluate potential neurological issues causing her seizures.

The technician placed electrodes on the patient's scalp to record an accurate electroencephalogram.

The neurofeedback therapist used electroencephalogram readings to train patients to regulate their brainwaves.

The scientist analyzed the electroencephalogram to study the effects of sleep deprivation on brain waves.

The student observed the changing patterns in the electroencephalogram while the participant was solving mathematical problems.

The neurologist examined the abnormal patterns in the patient's electroencephalogram to diagnose a seizure disorder.

The neurologist analyzed the electroencephalogram to identify abnormal patterns indicative of epilepsy.

The technician carefully interpreted the patterns on the electroencephalogram to detect signs of a neurological disorder.

The neurosurgeon relied on the electroencephalogram results to determine the precise location for brain surgery.

The researcher analyzed the data from the electroencephalogram to study the brain activity during sleep.

The patient underwent a series of tests, including an electroencephalogram, to evaluate the extent of their brain injury.

The psychologist used an electroencephalogram to measure brain responses to visual stimuli in their experiment.

The neuroscientist used an electroencephalogram to measure the brain's response to different stimuli.

The technician carefully calibrated the electroencephalogram machine to ensure accurate readings.

The neurologist examined the electroencephalogram to analyze the brain activity during sleep.

The doctor ordered an electroencephalogram to assess the patient's brain activity during the surgery.

The nurse carefully placed the electrodes on the patient's scalp to prepare for the electroencephalogram.

The neurologist analyzed the electroencephalogram results to identify any abnormalities in the patient's brain waves.

The anesthesiologist closely monitored the patient's brain activity using an electroencephalogram throughout the surgery.

The neuroscientist used an electroencephalogram to investigate brain patterns associated with decision-making.

The school psychologist suggested an electroencephalogram for the child to assess possible attention disorders.

The patient's electroencephalogram revealed abnormal brain activity, prompting further investigation into possible neurological disorders.

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

The hospital invested in advanced equipment to improve the accuracy and efficiency of electroencephalogram recordings.

The technician carefully attached the electrodes to the patient's scalp to prepare for the electroencephalogram test.

The neurologist analyzed the electroencephalogram results to diagnose the patient's seizure disorder.

The psychologist used an electroencephalogram to measure brainwaves and understand the cognitive processes involved in decision-making.

The technician carefully calibrated the equipment before conducting the electroencephalogram test on the patient.

The researcher analyzed the electroencephalogram data to identify patterns of brain activity associated with memory formation.

The neuroscientist used an electroencephalogram to study the brainwaves of participants during a sleep study.

The scientist used an electroencephalogram to investigate the effects of sleep deprivation on brain function.

The neurosurgeon relied on the electroencephalogram data to precisely map the regions of the brain affected by the tumor.

The neurologist interpreted the electroencephalogram results to diagnose the presence of epileptic seizures in the patient.

The technician carefully monitored the patient's electroencephalogram during a sleep study to assess the quality of their sleep.