Myofascial Slings: The Secret to Efficient Running Perhaps the most overlooked concept in running performance is how the body works through slings. Your muscles don't function in isolation. Instead, they work together in long chains of connective tissue and muscle that connect one shoulder to the opposite hip. The most important for runners is the Posterior Oblique Sling, which connects: Latissimus dorsi Thoracolumbar fascia Gluteus maximus Opposite hamstrings When your right

Running Is Controlled Rotation Many runners think of core stability as "holding still." In reality, the best runners don't have rigid cores—they have responsive cores. Your trunk must be stiff enough to transfer force while remaining mobile enough to allow efficient arm swing and pelvic rotation. Too much motion wastes energy. Too little motion increases stress elsewhere. The goal isn't rigidity. It's controlled movement. The Principle of "Load and Explode" One of the biggest

It's More Than Just Abs As runners we’re often told we need a strong core and stable hips, but what exactly does that mean in practice? The purpose of your core isn't to give you six-pack abs—it's to create a stable, powerful platform that transfers force efficiently between your upper and lower body, and from right to left and back. Every stride you take depends on your ability to control movement, absorb forces, and generate power. A strong, well-trained core can improve ru

Hamstring injuries in runners most often develop from high eccentric loading, particularly during the late swing phase of gait when the hamstrings lengthen to decelerate the leg before foot strike. Faster running speeds, sprinting, hills, and fatigue all increase this load. Overstriding further amplifies strain by placing the foot too far ahead of the center of mass, forcing the hamstrings to work harder to control hip and knee motion. This is why many hamstring injuries occu

Shin splints are a common complaint among runners and active individuals, typically causing pain along the inside of the lower leg. Most often, this refers to medial tibial stress syndrome, which occurs when the shin bone and surrounding tissues are overloaded faster than they can adapt. Shin splints can significantly impact training and may alter gait mechanics, potentially leading to injuries elsewhere in the body. They are usually caused by a combination of factors, with t

Blood Flow Restriction (BFR) is a relatively new technique that physical therapists use to help speed up recovery for certain diagnoses and increase strength and muscle coordination. The technique involves using a blood pressure cuff on the extremity or limb where there is pain to decrease venous blood flow. This creates a hypoxic environment that increases growth hormones, muscle hypertrophy, and muscle strength. The goal of BFR is to stimulate a response by the musculoskele