Eeg

EEG biofeedback training can help individuals regulate their brainwaves and reduce anxiety.

The technician adjusted the EEG electrodes on the patient's scalp to capture accurate brainwave signals.

The gamma EEG band is believed to be involved in higher cognitive processes.

An EEG technician placed electrodes on the patient's scalp to record brain activity.

EEG recordings can be used to diagnose and monitor epileptic seizures.

The EEG data revealed changes in brain activity during different stages of a memory task.

Alpha EEG activity is commonly observed during states of relaxation and mindfulness.

Researchers analyzed EEG data to study the effects of music on brain activity.

The EEG pattern showed a burst of gamma waves, which are associated with cognitive processing.

The beta EEG band is associated with focused attention and active thinking.

The neurologist observed the delta EEG waves during the patient's deep sleep.

The EEG activity in the alpha band was recorded during the participant's relaxation exercise.

The EEG showed excessive beta activity in the frontal lobe of the patient with ADHD.

The musician's brain exhibited increased gamma EEG waves during the improvisation of a new melody.

The EEG coherence between the left and right hemispheres improved after the participant received neurofeedback therapy.

The doctor analyzed the patient's EEG to diagnose the type of epilepsy.

The researcher compared the EEG signals of participants before and after meditation.

The EEG data suggested that the patient was in a state of deep meditation.

The neurologist examined the patient's EEG results to diagnose their seizure disorder.

The technician carefully placed the EEG electrodes on the patient's scalp to ensure accurate readings.

The psychologist used EEG recordings to investigate the effects of stress on cognitive performance.

The researchers used EEG signals to study the brain's response to visual stimuli.

The EEG showed high delta activity in the patient's brain, indicating deep sleep.

EEG measurements can be used to study the brain activity during sleep.

The hospital uses EEG as a non-invasive technique to monitor the brain function of premature infants.

The scientist used EEG to investigate the neural basis of decision-making.

The EEG showed a spike in brain activity when the participant heard their name.

The EEG revealed an increase in alpha waves, indicating relaxation.

The doctor recommended an EEG test to investigate the cause of the patient's headaches.

The eeg measurements indicated a higher level of alertness.

The eeg results showed a correlation between the brainwaves and attention span.

The eeg data revealed significant differences between the groups.

The eeg readings suggested a potential seizure disorder.

The eeg signals showed increased brain activity during the cognitive task.

The eeg headset captured the brainwaves of the participant during the virtual reality experience.

The researcher analyzed the EEG data to determine the effects of meditation on brain synchronization.

The study found that mindfulness meditation increased EEG coherence in the prefrontal cortex.

The EEG revealed abnormal activity in the frontal lobe of the brain.

The neurologist analyzed the EEG data to diagnose the patient's sleep disorder.

The EEG showed high levels of coherence between the two hemispheres of the brain.

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

The researchers used EEG to measure brain activity during the cognitive task.

The EEG readings showed decreased coherence in the brains of individuals with schizophrenia.

The neurologist performed an EEG on the patient to measure brain activity.

The researchers compared EEG coherence in bilingual and monolingual individuals during language processing.

The EEG showed high coherence between the frontal and parietal lobes.

The EEG recordings revealed synchronized brainwaves in response to the auditory stimulus.

The EEG signal was affected by movement artifacts during the experiment.

The EEG readings were difficult to interpret due to the presence of ocular artifact.

The patient's EEG showed significant interference from muscle activity.