3 Mental and Behavioral Disorders That Neurocore Brain Performance Centers Can Help With

3 Mental and Behavioral Disorders That Neurocore Brain Performance Centers Can Help With

If there is one thing we can be sure of is that our brains can perform great feats. It is truly one of the most amazing organs in our body. Our brain is not only resilient but also adaptable and versatile in nature. It is the source of our thoughts, ideas, behaviors, perceptions, and of course, our emotions.

The brain comprises of billions of microscopic neurons that send out chemical signals that aid in the regulation of electrical activity within the body. As a result, these neurons are responsible for allowing us to feel, think, and function in our daily lives.

Over the years, our scientists have discovered wonderful things about the brain. However, there are still some aspects that remain a mystery to humankind. Truly, science and technology have given us a better understanding of what our brain is capable of.

 There have been certain advances in what is known as electroencephalography (EEG) technology that heavily deals with neurofeedback as well as brain mapping. Neurocore, a leading brain performance center, have started to apply certain knowledge in their experiments.

 This brain performance center boasts its studies regarding EEG technology; this includes developing treatments for a number of mental disorders like anxiety, depression, attention-deficit / hyperactivity disorder (ADHD), and autism spectrum disorder (ASD).


Top 3 Mental and Behavioral Disorders Addressed by Neurocore

1. Anxiety and Depression

With the help and use of EEG, scientists and medical professionals can now detect specific brain signals that correlate to anxiety and depression. In this field, the amygdala and hippocampus have been known to be involved with the processing of our moods and emotions. Now, there have been recent studies that a particular set of brain waves that are transmitted between the two actually relates to anxiety and depression.

 Using this information, medical professionals can use EEG to further study this phenomenon and find a way to eliminate this brain wave without causing any harm to the patient. Furthermore, this newfound data can lead to the innovation of certain scientific and medical devices that have the potential to cure anxiety or depression.

2. Attention-Deficit / Hyperactivity Disorder (ADHD)

EEG has been long used as a means to detect and diagnose ADHD. Similar to how anxiety and depression were detected, there are also certain brain waves that correlate specifically to ADHD. It is important than when a physician diagnoses a patient with ADHD, there is a need to be accurate about the conditions and the symptoms involved.

As a result, ADHD has been viewed by many as a medical myth. The over-diagnosis of ADHD among clinical practitioners is a continuing problem. With EEG, clinicians can perform a much appropriate diagnosing process that will involve a better ADHD screening. This will involve the process of reviewing a detailed developmental history, an assessment of the patient’s present condition, and cognitive test data.

3. Autism Spectrum Disorder (ASD)

There have been a lot of speculations revolving around the idea and ability of EEG to predict autism onset. ASD is defined behaviorally rather than biologically. With this in mind, there are standard diagnostic methods that include a semi-structured assessment between the patient and the examiner.

EEG can greatly contribute to this process as it can be used to investigate brain activity as well as functions. There are even cases reporting the success of this procedure. Researchers from Boston Children’s Hospital have used EEG on 188 children. The results showed that about 99 children had a high risk for ASD.

 These children were monitored over the succeeding months, and using machine learning algorithms, it was found out that the diagnosis was 95% accurate. In the end, this brain performance center, by using EEG technology, truly knows and appreciates the beauty of how our brain functions.

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