I am honored to be re-invited to speak at the Society of Brain Mapping and Therapeutics for the fourth time, this year. This will be my first presentation in the […]
I am honored to be re-invited to speak at the Society of Brain Mapping and Therapeutics for the fourth time, this year. This will be my first presentation in the […]
The presentation, led by Dr. Matthew Antonucci, explores the complexities of vestibular physiology, its evolutionary development, and its implications in both pathology and performance. It covers a range of topics […]
"Untangling the Neuro-Metabolic Basis of Concussion with Chiropractic" Joint Plenary Presentation with Dr. Cindy Howard. Join us at Logan University's 9th Annual Symposium in April 2024 for an enlightening plenary […]
I am honored to have been re-invited to speak at the Visual Processing Symposium at the Society of Brain Mapping and Therapeutics again this year. Last year, my topic was […]
Science is beginning to see the magnitude of head injuries in society. New reports estimate that one in every 10 people will have a concussion yearly, with some sustaining multiple. […]
This workshop, brought to you by the Carrick Institute, introduces chiropractic physicians to the tools, examination procedures, and clinical applications they need to help those suffering from concussion. Effectively treating concussion […]
A common symptom that patients who have sustained a concussion describe are the sensation of, "I don't feel like myself", or "I don't know how to explain it, but I […]
Dr. Antonucci will be talking about the Affect Circumplex, a model that describes how emotional responses arise from cognitive interpretations of core neural sensations and are the product of two independent neurophysiological systems.
Backtalk'n, is a podcast where chiropractors from all over the country are interviewed, and then syndicated to Amazon, Audible, Stitcher, Spotify, Apple Podcasts, Google Podcast, and YouTube.
This plenary presentation aims to quickly review the characteristics of ocular saccades, their neurological substrate, and their relationship to patient presentation.
