Electroencephalogram

During the surgical procedure, the neurologist closely monitored the patient's brain using an electroencephalogram.

The technician placed electrodes on the patient's scalp to conduct an electroencephalogram and evaluate their brain function.

The researchers compared the electroencephalogram readings of patients with Alzheimer's disease to those without the condition.

The study aimed to correlate electroencephalogram patterns with specific cognitive tasks to better understand brain function.

In the sleep clinic, the sleep specialist used an electroencephalogram to assess the sleep patterns of individuals with insomnia.

Researchers used an electroencephalogram to measure the brainwaves of participants while they were sleeping.

During the experiment, the scientists analyzed the electroencephalogram data to study the effects of music on brain activity.

The neurosurgeon reviewed the electroencephalogram results to determine the best course of treatment for the patient's epilepsy.

The doctor performed an electroencephalogram to monitor the patient's brain activity during a seizure.

The technician placed the electrodes on his scalp to perform the electroencephalogram.

The neurologist recommended an electroencephalogram to diagnose the cause of the patient's frequent headaches.

The neurologist interpreted the electroencephalogram data to identify abnormal brain activity in the patient's temporal lobe.

The doctor recommended an electroencephalogram to diagnose her seizures.

The researcher analyzed the electroencephalogram readings to study the effects of sleep deprivation on cognitive function.

The technician adjusted the settings on the electroencephalogram machine before the test.

The researchers compared the electroencephalogram patterns of individuals with and without certain psychiatric disorders.

Researchers are developing portable electroencephalogram devices for easier brain monitoring outside of medical facilities.

The neurologist attached the electrodes to the patient's scalp to perform an electroencephalogram.

The electroencephalogram revealed a sharp increase in brain activity when the subject was presented with a challenging task.

The scientist observed the changes in brain waves on the electroencephalogram during different stages of meditation.

The hospital invested in state-of-the-art electroencephalogram equipment to enhance their diagnostic capabilities.

The doctor attached electrodes to the patient's scalp to record brain activity using an electroencephalogram.

The doctor examined the electroencephalogram results to identify abnormalities in the patient's brain waves.

The patient had to stay still and relaxed during the electroencephalogram procedure.

The neurologist used an electroencephalogram to diagnose the patient's seizure disorder.

The technician carefully placed the electrodes on the patient's scalp to conduct the electroencephalogram test.

The doctor ordered an electroencephalogram to determine the cause of the patient's recurring seizures.

The hospital uses advanced technology to record and interpret the results of an electroencephalogram.

The child's parents felt relieved when the electroencephalogram showed no signs of abnormalities.

The neurosurgeon relied on the electroencephalogram to pinpoint the exact location of the brain tumor.

The clinic offers comprehensive evaluations, including an electroencephalogram, for individuals with suspected brain injuries.

The specialist analyzed the electroencephalogram readings to identify patterns associated with certain neurological disorders.

The electroencephalogram revealed abnormal brain patterns, leading to further investigation of the patient's cognitive function.

The patient remained still and calm during the electroencephalogram test.

The neurologist interpreted the electroencephalogram to diagnose a seizure disorder.

The neurosurgeon relied on the electroencephalogram to guide the precise placement of electrodes.

The anesthesiologist used the electroencephalogram to monitor the depth of anesthesia during the surgical procedure.

The neurologist discussed the findings of the electroencephalogram with the patient, explaining the significance of the recorded brainwave patterns.

The surgeon relied on the electroencephalogram readings to ensure the patient's brain function remained stable throughout the operation.

The neurosurgeon used the electroencephalogram to map the brain's activity before removing the tumor.

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

The electroencephalogram showed significant brain activity during the patient's deep sleep.

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

During the procedure, the electroencephalogram displayed the brainwave patterns on the monitor.

The technician adjusted the settings on the electroencephalogram machine to optimize the signal quality.

The patient had to stay still and relaxed during the electroencephalogram to obtain accurate brainwave measurements.

The athlete underwent an electroencephalogram to assess the impact of head injuries on his brain function.

The researchers conducted an electroencephalogram study to investigate the brain activity during sleep.

The doctor recommended an electroencephalogram for the child with suspected developmental delays.

The psychiatrist recommended an electroencephalogram to evaluate the patient's mental health condition.