(Re-Release): NFL, Q-Collars, Woodpeckers and Concussion with Dr James Smoliga

Send us Fan MailWe are joined by Professor James Smoliga, who serves as the Director of Research and Faculty Development for Tufts University's, Doctor of Physical Therapy program in Seattle. Professor Smoliga previously held the position of Associate Director of the Human Biomechanics and Physiology Laboratory at High Point University. He is a Fellow of the American College of Sports Medicine and was awarded the 2022 Guy Simoneau Excellence in Research Award. With over 175 publications that have been cited nearly 4,000 times, Professor Smoliga brings a wealth of expertise to our discussion. In this episode, we explore the criteria for trustworthy research, the essential questions to ask, and how to apply these principles to proposed concussion mitigation devices such as the Q-Collar. We examine from a physiological and evidence-based perspective, why such devices are ineffective in reducing the risk of concussions. 07:05 – What is Research?13:00 – Ramifications of Unethical Research15:35 – Introduction, Proposed Method of the Q-Collar & the Flaws in These Studies18:27 – Why the Altitude Proposal Does Not Work, the Scientific Reasoning, and the Demonstration of Data Interpretation32:57 – Jugular Compression and Blood Flow37:17 – Does a Woodpecker Have a Relationship with Concussion & the Q-Collar?57:06 – The Increased Risk with Potentially No Benefit & How Did It Get FDA Authorized?1:06:02 – Why Are We Resorting to Possible Protective Equipment for Concussion?1:11:40 – Fun Research Projects by Professor Smoliga – The Taylor Swift EffectHow an FDA cleared “brain protection” device built on shaky science made it to the NFL: https://www.bmj.com/content/391/bmj.r2028 Dr Mu Yang Episode 55: Academic Research Sleuthing with Dr Mu YangDr James Smoliga: Twitter/X: @jsmoliga Pseudomedicine for sports concussions in the USA:https://www.sciencedirect.com/science/article/pii/S1474442219302509?via%3DihubWoodpeckers don’t play football: implications for novel brain protection devices using mild jugular compression: https://bjsm.bmj.com/content/53/20/1262Reconsidering the woodpecker model of traumatic brain injury: https://www.sciencedirect.com/science/article/pii/S1474442218301571?via%3DihubTeam Logo Predicts Concussion Risk Lessons in Protecting a Vulnerable Sports Community from Misconceived, but Highly Publicized Epidemiologic Research: https://journals.lww.com/epidem/fulltext/2017/09000/team_logo_predicts_concussion_risk__lessons_in.17.aspxYou can find all Dr Smoliga’s publications here: https://facultyprofiles.tufts.edu/james-smoliga/publications?favouritesFirst=true&perPage=25&sort=dateDesc&startFrom=0