4 Comments
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Malkesh Dalia's avatar

Thank you, Dr. Traster. This was one of the clearest explanations I've read of how the brain integrates vestibular, visual, and proprioceptive information to maintain balance.

As someone experiencing intermittent lightheadedness, often associated with bloating and gastrointestinal discomfort, your article helped me think about balance as a multisensory process rather than just an inner ear problem.

I have a question: from a neuroplasticity perspective, what are the most effective daily habits or exercises for improving vestibular function and multisensory integration in people with mild chronic dizziness? Is simple walking combined with balance and gaze stabilization training enough, or are there other evidence-based approaches you recommend?

Thank you for sharing your expertise.

Mind, Brain & Theory on Ink πŸ”'s avatar

Okay, I wasn't expecting to get a deep dive into the hidden truths behind balance disorders. Nonetheless, I'm grateful for this little 101. Being a biology major helped me track some of the terminology in this. Mentioning that a healthy nervous system is flexible, anchors the entire piece. It’s so fascinating seeing that balance is not just a static physical trait, but a highly distributed network spanning the cerebellum, cortex, and vestibular nuclei. This info serves as the perfect roadmap for how we isolate sensory error and force neuroplastic adaptation. The brain is so intelligent and fascinating. I've been doing deep dives moreso in to cognitive functions and wired traits and have come to the realization that everything works like a network. I wish you'd talk more about this in your upcoming posts. Thanks!

Linda Palmer's avatar

Exceptional and very interesting

Neuroscience & Neuroplasticity's avatar

Thank you for reading!