Discovering the Fascinating World of Fascia in Chiropractic Care

It was across the large, bright white dissection lab that I first heard the word "fascia" spoken by my professor, a Soviet-era doctor soon to be head of the anatomy department. Hearing this word was an epiphany for me. How could I have progressed through years of anatomy education without understanding it? After spending so much time ignoring the tissues surrounding the important muscles and organs, I realized that fascia was a missing link in my understanding of the human body. I had to know everything the curriculum didn’t cover.

The Fascinating World of Fascia

I approached Dr. Myroslava Kumka, and she graciously agreed to guide me on this journey into the world of fascia. I now had a faculty supervisor for an investigation that would take years to complete, leading me to places I had never dreamed of. Dr. Kumka spent countless hours with me in her office, exploring the evolving field of fascia research.

There had recently been an international congress at Harvard University, and we eagerly absorbed the exciting information presented there, including revelations about fascia's innervation. With her support, I dove deep into this rabbit hole, exploring disciplines ranging from biomechanics to immunology, histology, and surgery. As a chiropractic student, I felt overwhelmed by the sheer volume of information. My goal was to organize and condense this knowledge to share with others.

What I discovered was that fascia was not only under-discussed but also that we were using inconsistent language when communicating about it internationally. It seemed to me that fascia was "the" organ system that had yet to be properly mapped out. I proposed that different regions of fascia could be grouped and catalogued better. Through histological studies, I learned that the microscopic makeup of fascia dictates its function. Understanding the cells in fascia allows us to deduce its role in the body and its therapeutic responses.

The Hands-On Experience

I dedicated countless hours not only to reading but also to hands-on experience in the cadaver lab. I dissected, observed, photographed, and sought to understand fascia in a practical way. This eventually led to a summer crash course where I created my own histological slides of fascia. Staining these tissue samples allowed me to visualize the fibroblasts and collagen cells better. The results were stunning: brilliant blue waves of collagen fibers embedded with glistening red gems of fibroblasts and myofibroblasts.

My initial passion for this tissue evolved into a significant project aimed at revealing a system that could organize and explain fascia—something anatomists had overlooked for centuries. This endeavor was ambitious, to say the least. If you know how an “old school” academic operates, you might understand Dr. Kumka as a classic gem from the USSR.

Sharing Our Findings

As our investigation progressed, we developed a comprehensive narrative review on fascia. We wanted to share our findings with chiropractors and reach a wider academic audience. To our delight, our article began to receive citations worldwide. We were invited to two major conferences that year: the International Fascia Research Congress and the ACC-RAC conference, where I had the opportunity to present our findings.

These opportunities opened many doors for me, and I felt I had achieved my goal of understanding fascia as thoroughly as possible.

Daily Practice and Therapeutic Outcomes

In my daily practice, I now feel more comfortable manipulating soft tissues and understanding therapeutic outcomes due to my enhanced knowledge of fascia. As an innervated tissue, fascia can communicate with us. Mechanotransduction is one of the ways we can interact with fascia. Understanding tensegrity models and making connections along myofascial meridians helps us treat the body more holistically.

These connections can be traced back to ancient China and their acupuncture meridians. The receptors we deal with are primarily Pacinian and Ruffini. Therefore, I often rely on deep vibration, acupuncture needling with manipulation, higher frequency electrical stimulation, and deep sustained pressure. If I detect adhesions where scar tissue may exist between layers of superficial and deep fascia, I use cupping to separate these layers. Instrument-assisted soft tissue techniques help gently alleviate tension.

Surgical stainless steel tools are a modern advancement over ancient Gua Sha tools, allowing us to break down chronic scar tissue adhesions more effectively. As I scrape, I visualize breaking collagen fibrils microscopically, stimulating fibroblasts and myofibroblasts to replace and remodel the tissue into a stronger form. The goal is to align the haphazard mess of scar tissue into a more organized structure. Active rehabilitation that tensions the tissue in the desired direction can utilize eccentrics, allowing myofibroblasts to assist in recovery.

Fascia is an innervated, contractile tissue present throughout the body. It plays crucial biomechanical roles and can significantly impact our overall health.

The Importance of Fascia in Patient Care

I keep fascia in mind when addressing challenges in patient care and biomechanics. I am grateful for the valuable details and concepts I have learned about fascia. As I treat chronic pain and fibromyalgia, it seems odd that we haven’t explored this tissue more deeply. While we may think we have a solid grasp of the human body, mysteries still exist. It's exciting to consider that fascia could be a frontier with more answers about how we move and heal.

I owe a debt of gratitude to brilliant anatomists and true explorers like Dr. Myroslava Kumka. Her gifts of knowledge and her living example of strength, hard work, and dedication have profoundly impacted my journey. I am thankful for that fateful day in the anatomy lab when I became a fasciaist.

Exploring the Future of Fascia Research

As we look ahead, the future of fascia research is bright. New studies are emerging, and the understanding of fascia is evolving. This tissue is becoming increasingly recognized for its role in various health conditions. Researchers are uncovering how fascia interacts with other systems in the body, leading to innovative treatment approaches.

I encourage you to stay informed about the latest findings in fascia research. This knowledge can empower you to take charge of your health. Understanding how fascia affects your body can lead to better therapeutic outcomes and improved well-being.

Conclusion

In conclusion, understanding fascia has transformed my approach to chiropractic care. I encourage you to explore this fascinating tissue and consider its role in your health and well-being. If you're interested in learning more about how fascia can impact your health, feel free to reach out.

By embracing the knowledge of fascia, we can enhance our understanding of the human body and improve our overall health. Together, we can navigate this exciting journey into the world of fascia and its profound implications for our well-being.