Ohio Biomechanics

03/25/2026

Repost from
•
Have you ever gone for a run and felt worse the more you did it?

Running doesn’t fix your movement, it reinforces it. Because it’s repetitive, every step you take is either moving you toward more function or more pain. If your mechanics are off, you’re not building endurance, you’re training inefficiency.

Both runners are using their muscles here. The difference is how those muscles are working together.

One runner is overly compressed and rigid through the spine. You can see how each step is more labored, energy is bleeding from the body, and there’s more effort with less output.

The other runner, Paul Chelimo, is using elastic recoil. His spine and connective tissues are better positioned for expansion and return, so force is stored and released from step to step. There’s more balance to his movement overall.

This is what’s defined as economy of motion. You’re not trying harder, you’re losing less energy.

Same run, different outcome. One accumulates wear, the other builds efficiency and resilience.

If you want to move and run with more elastic recoil, our shows you how to build posture, coordination, and tension so your body can produce and transfer force more effectively.

03/20/2026

Repost from
•
Everyone’s talking about fascia and tensegrity now, yet few actually know how to apply them. We’ve spent over a decade refining these principles and developing a system that delivers real, measurable results through precise exercise application.

This interview with Thomas Myers from was filmed over 10 years ago. At the time, we weren’t following trends. We were building the future of training.

Today, the industry is scrambling to catch up. Terms like “crimp,” “elastic recoil,” and “tensegrity” are thrown around without real application. If your methods don’t create visible improvements in movement, they’re just empty words.

Elastic recoil is one of the most important components of human function. It allows for spring-loaded, effortless movement. When we lose it, we move slower, feel stiffer, and break down. Restoring it means restoring resilience, longevity, and efficient movement.

This is why we train more than just muscles. We target the way they work as a system with the fascia, bones, and everything in between.

We’ve set the standard. If you’re serious about your health and performance, you’re in the right place.

03/19/2026

Repost from
•
Everyone is starting to realize how important fascia is when it comes to training the body, but most people still underestimate how deeply it influences movement.

Hydrated fascia behaves very differently, down to the cellular level. Not only does it participate in bioelectric signaling, it also plays a major role in how much range of motion your body can access during exercise. When this tissue is loaded correctly, it becomes elastic and responsive.

As humans, our gait cycle, the way we walk and run, determines how our muscles and fascia develop and support us over time.

When walking and running are trained correctly, the body is exposed to the directional forces it was designed for. The spine rotates, the arms and legs work together, and movement becomes coordinated instead of forced.

Your muscles coordinate better, your posture improves, and your body stops fighting itself to move.

When this is missing, the system starts to break down.

Yoga is an example of training that lacks the force and coordination needed to strengthen the human frame. The same goes for passive stretching and many forms of mobility work. Over time, this can make the body looser without structure. As that happens, tissues begin to lose their elasticity.

This is where problems start to show up.

Tissues become less organized, tension builds in the wrong places, and movement quality declines.

Hydration in the body is not just about drinking more water. It depends on creating the right conditions for fluid to move through your tissue under load.

The visual on the left reflects what happens when the body is trained with proper coordination and force. The image on the right shows what happens when that structure is lost.

If you want to start improving your movement, the is the best place to start.

03/12/2026

Poor muscle support can lead to joint stress and pain from gravitational forces. Helping to guide my client towards better tension balance and creating spinal support using methods.

personaltrainer

03/09/2026

Our introductory 10-Week Online Program provides the educational foundation for our customers to completely revamp their training method, aimed at improving their quality of life through addressing movement dysfunctions, alleviating muscle imbalances, and learning the basics of postural analysis and...

01/30/2026

12/28/2025

Repost from
•
This is what everyone needs to understand about fascia. When it’s dehydrated, it collapses under pressure. When that happens, muscles lose support, elasticity disappears, force leaks, and the system breaks down under stress instead of rebounding from it.

What most people think is good for fascia, passive stretching, long holds, and low load mobility work, is often the opposite of what’s needed. Pulling on a dry system doesn’t restore elasticity. It just lengthens tissue that can’t spring back.

Hydrated fascia behaves differently. It holds pressure, resists gravity, connects muscles into a unified system, and allows energy, force, and lymph to move efficiently. This is why movement that restores hydration, tension, and elastic recoil changes how the body feels and performs. You don’t fix a wilted system by pulling on it and making it looser.

You restore function by rebuilding the conditions that allow the body to push, pull, and sling itself through space. You restore crimp in the fascia by training in relation to the FP First Four.

Shoutout to FP HBS practitioners .calleja and for some real hydration nation movement.

11/25/2025

Repost from
•
Everyone is starting to talk about fascia now, and yet very few people understand how much it influences the way we move. This clip from Dana Sterling demonstrates the problems that myofascial adhesions can cause in a very simple and clear way.

When fascia becomes dehydrated, tangled, or stuck, it loses its ability to provide space and feedback for the muscles to move efficiently. Instead of sliding, coordinating, and distributing tension the way it’s designed to, your muscles get pulled into poor patterns of posture and movement.

Most people assume the answer is to stretch, it’s not. Stretching doesn’t address the adhesions or roadblocks you see in this video. It just pushes and pulls on tissue that’s already locked down.

If you want to restore your mobility and movement, the real solution is improving how your body organizes and distributes tension through motion. Targeted myofascial release and proper movement training help free up these restrictions so your muscles and fascia can glide and function the way they should.

Train for integration and your body will thank you.

11/08/2025

11/07/2025

Repost from
•
Top 3 Tips on How to Stay Hydrated

1️⃣ Myofascial release helps create space in your joints and fascia, the connective tissue that surrounds and supports your muscles.

By releasing mechanical tension in these tissues, you restore the physical space needed for water to be stored.

This allows your tissues to expand and retain fluid more effectively, rather than letting it leak out.

2️⃣ When you experience anxiety, your nervous system goes into a sympathetic state, your muscles contract, and your fascia stiffens.

This chronic tension acts like a tourniquet around your bones and tissues, reducing space and making it harder for your body to retain fluid.

By managing stress and down regulating your nervous system, you allow your body to relax, and your tissues expand, which is essential for true tissue hydration.

3️⃣ Water movement in and out of cells depends on proper electrolyte and salt balance in your system.

These minerals are what enable you to draw water into your cells and maintain it within your cell membrane.

Without them, water passes through your system without being properly absorbed, leaving you dehydrated.

11/07/2025

Repost from
•
When it comes to improving health and performance, bringing balance to your muscles and fascia is one of the most important things you can do. It sets the foundation for how your body moves, adapts, and performs under load.

Everyone’s talking about fascia and functional movement now, yet few actually know how to apply them. We’ve spent over a decade refining these principles and developing a system that not only addresses the fascia in training, but produces real, measurable results through precise exercise application.

Despite the science emerging around the biomechanical and bioenergetic properties of fascia and its influence on how the body adapts to exercise, many in the industry continue to downplay its importance. They rely on outdated models that separate structure from function, a perspective that fails to explain why so many people stay in pain despite years of training. The reality is that until the fascia is addressed, lasting improvements in movement and performance will remain out of reach.

If you want to start training your body in a way that optimizes how your muscles and fascia work together, comment “fascia” below.