What You Need to Know About Back Pain, Joint Health, and Fascia

I don't know a single person who doesn't complain about back and joint pain. As a movement specialist, solving these problems is my daily bread and butter. Most of my clients are busy professionals, so it's my job to find the most efficient path to relieve their pain, allowing them to fully focus on their work and return to the sports they love. I teach my clients how to straighten their posture, breathe correctly, change their movement habits, and use self-massage techniques like foam rolling.

In traditional anatomy classes, we were taught to see the body as separate systems: bones, muscles, tendons, vessels, nerves, and internal organs. But in recent years, thanks to advances in imaging technology, we've discovered a spatial organ that envelops everything, connects everything, adapts to load, and permeates the entire body—from bone to skin and from the tips of your toes to the top of your head. This connective tissue, long overlooked and considered mere filler material, is called fascia.

Fascia is a dynamic organ composed of cells, fibers, and an intercellular fluid. The most well-known components for our purposes are collagen, elastin fibers, and hyaluronic acid. Fascia envelops every anatomical structure in the body. Blood vessels, nerves, bones, muscles—even individual muscle bundles—and internal organs are all wrapped in fascia and anchored to the skeleton. This reveals that this tissue forms a vast, three-dimensional web within our bodies, ensuring everything stays in place while also allowing all parts to move and glide against one another.

Fascia functions like a tent in our body. To achieve strength and stability, it's crucial that all the "sheets" of the tent are evenly tensioned and stretched. This principle is the source of our body's power and stability. The entire muscular system relies on fascia to maintain the stability and function of our joints. While muscles are the motor of a joint, the coordination of movement is entirely dependent on the functionality of the fascia.

Internal organs maintain their shape and are attached to the skeleton by fascia, which also provides a supportive framework for the nervous, arterial, venous, and lymphatic systems. Fascia provides the pumping force necessary for the return of blood and lymph. Healthy fascia even pulsates at a frequency of 8–12 cycles per minute.

The fiber structure of fascia has a spiral arrangement, resembling the mesh netting that papayas are often sold in. When these fibers contract, they compress the structures they surround, pushing fluids toward the heart, much like wringing out a cloth. However, if the fascia is under abnormal tension, the muscular and vascular systems are subjected to constant pressure, leading to poor muscle function and impaired circulation.

Fascia also contains important cells that allow it to adapt to different situations, producing more lubricant or fibers as needed. But under prolonged stress, lack of movement, or due to poor posture, these cells produce too little lubricant (hyaluronic acid). The fascia stiffens, and its layers begin to stick together. Because fascia runs through our entire body like a spiderweb, these adhesions can be the root cause of pain throughout the entire musculoskeletal system. Long-term overload leads to inflammation, and the stressed areas may protect themselves by transforming into bone tissue and calcifying. This often happens around a bunion, the heel bone, elbow, shoulder, or spine.

When it's healthy and functional, fascia acts as a shock absorber thanks to its high water content. It can absorb significant energy, protecting our muscles, organs, and other structures from overload. If the fascia becomes dehydrated, it loses this ability, which may be one reason why our body creates protective layers of fat tissue in these areas.

The elasticity of fascia decreases with age, leading to a densification, shortening, and calcification of its fibers. This is why we can start to feel like we're moving through stiff, crystallized honey. Movement then requires much more effort, forcing muscles to work at maximum capacity, which leads to overload and greater tension on their attachments. This is often the real cause of pain in the knees, hips, and shoulders.

Did you know that up to 80% of our body's nerve endings are located in the fascia? A tight, dehydrated, or weak fascia, lacking proper lubrication, can irritate these nerve endings and be a primary source of pain.

When it's elastic, fascia also has the ability to store kinetic energy, which it then uses for a "catapult effect." Think about shooting an arrow: to send it flying as far as possible, you need a quality bow. You pull the string back taut, and the arrow launches. Our body uses the same principle for jumping. The Achilles tendon is our bowstring, and the heel bone is the arrow. This means a better jumper is often someone whose calf muscle belly is shorter relative to their tendon.

Fascia is also a massive sensory organ. We don't need to see our arm or foot to know its exact position in space. Proper movement coordination is therefore completely dependent on the quality of our fascia.

These are the reasons why you must start caring for your fascia. In people with chronic pain, fascia often resembles crystallized honey. Everything is stuck together, lacking glide and hydration. Our focus should be on creating movements that stretch and lengthen, extending in all directions to unstick the layers from each other while improving elasticity and hydration.

Research and advanced imaging have shown that specialized massages can break down old, stiff collagen, allowing the tissue to be replaced with new, better-hydrated, and smoother tissue. Because fascia contains so much water, the pressure from a massage expels old fluid. When the pressure is released, the tissue reabsorbs even more water, now cleansed of waste products. At a molecular level, this pressure breaks the long chains of hyaluronic acid between fascial layers into smaller units with a greater surface area, enabling them to bind more water.

Many of us don't have the time or money for frequent, professional massages. Furthermore, skilled therapists specializing in myofascial techniques are hard to find. Fortunately, you can take matters into your own hands using tools like foam rollers, massage balls, and spiky balls.

However, finding the correct technique online can be a challenge. As an instructor who has trained movement specialists in how to use the foam roller to its maximum potential, I have created several online resources for my clients and for you.

My e-book, "HOW to release muscle tissue and hydrate and detoxify fascia using a foam roller, spiky ball, tennis ball, or towel," is available for anyone who wants a more supple and hydrated body.

My online course, Restart Your Body, goes a step further. Massage alone is not enough. After releasing the tissue, it's crucial to align, straighten, and strengthen the body. The course teaches you functional stability and daily movement habits so your body can begin to heal itself. This is how you can rebuild your body and learn how to Live, Work, and Play Sports without back and joint pain.

In addition to external care with self-massage techniques, I definitely recommend supporting your body from the inside by giving it the collagen it needs. I've tried many supplements, but for me, this one is the clear winner. Both my clients and I are very satisfied with it. To learn more, click HERE.