For individuals affected by Temporomandibular Joint Dysfunction (TMD), the search for relief from the discomfort can seem never-ending. TMD is the 2nd most common musculoskeletal pain, with low back pain being the first. About 33% of the population has at least one TMD symptom, and 3.6 to 7.0% of the population has TMD with sufficient

Dry needling is a powerful tool that physical therapists, athletic trainers, and chiropractors can utilize to address musculoskeletal pain and dysfunction. While teaching dry needling courses for Structure & Function Education®, one of the most common questions I get is how dry needling works. Dry Needling is a technique that involves inserting thin, monofilament needles

The holiday season is a time for singing songs, making cookies, and catching up on studies. Forget the five golden rings; we are opening something more critical this year. Twelve days of cutting-edge dry needling research. Consider this your gift guide for enhancing patient care in the coming year! Like the 12 Days of Christmas,

Dry needling has emerged as a popular intervention for musculoskeletal pain. This technique, involving the insertion of fine needles into anatomic locations around nerves and muscles, aims to alleviate pain and improve function.1–3 However, for individuals living with diabetes, this practice isn’t without its considerations and potential risks.4 Let’s delve into six critical factors that

Introduction to vibration therapy’s physiological impacts Vibration treatment works primarily through mechanical stimulation of muscle and neurological components. Whole body vibration (WBV) and focal vibration (FV) therapy are both types of vibration therapy that differ in how they deliver vibrations to the body and have differing effects.1 When administered, these vibrations cause rapid and repetitive