How EEG Subcategorization Improves Diagnosis Of Cognitive Disorders: Evoke Neuroscience

In this blog you will read about what cognitive disorders are, how they are currently diagnosed, and how a new cognitive disorders diagnostic tool called EEG subcategorization has been successfully tested to improve diagnosis of cognitive disorders.

What Are Cognitive Disorders?

Evoke Neuroscience Cognitive disorders are defined as a disruption in the ability to think, communicate, and remember. This can result in a wide range of symptoms, from mild forgetfulness to complete inability to function normally.

Cognitive disorders are often caused by a variety of factors: for example, Alzheimer’s disease is caused by abnormal protein deposits in the brain. Dementia and other cognitive disorders can be caused by strokes or other injuries to the brain. Other causes include drug interactions or genetic predispositions.

How Are Cognitive Disorders Diagnosed?

Cognitive disorders are hard to diagnose, because they don’t have any clear set of symptoms. Because of this, doctors have to rely on their own observations, along with patients’ descriptions of their symptoms and their medical history.

But there’s another way to diagnose cognitive disorders: EEG subcategorization. EEG subcategorization uses a computer program to analyze brain waves and categorize them into different types of epilepsy. This can help doctors give patients more accurate diagnoses and better treatments for their condition.

How EEG Subcategorization Improves Diagnosis Of Cognitive Disorders

EEG subcategorization is a new way of diagnosing cognitive disorders. It allows doctors to diagnose patients based on the EEG readings they take, instead of just giving them a diagnosis without any data or context.

This method has been used by Evoke Neuroscience, and it has helped doctors identify patterns in their patients’ brain activity that they were not able to identify before. This makes it easier for doctors to make diagnoses that are more accurate and complete.

This is important because it allows doctors and researchers to treat patients more effectively. If there are other factors that could be causing symptoms, then those are treated first before looking for a neurological cause.