What is Scar Tissue and How Does it Affect Your Range of Motion?
Everyone develops scar tissue over time. This is the body’s normal reaction to injury—no matter how slight. Even simple actions that most people wouldn’t regard as injury-producing can lead to a buildup of scar tissue. Repetitive motions like typing, for example, can cause micro-trauma to the soft tissue (often referred to as an overuse injury), leading to carpal tunnel syndrome. As part of the repair process, scar tissue is created. However, this type of tissue tends to interfere with the smooth movement of muscle and may eventually affect your range of motion.
If you have ever felt a tightness or inability to move a joint in a fluid manner, you likely have a buildup of scar tissue. Our soft tissues (including tendons and ligaments) are made of collagen, which is a substance that looks like strands of rope wound together into a net-like formation called fascia. When an injury occurs, it causes frays, kinks and bends in the collagen strands of the fascia, which create the scar tissue. Ideally, scar tissue is replaced by normal tissue as it heals, but this does not always happen.
Adhesions are small bits of scar tissue that bind the tissues around them, leading to stiffness and a reduction in strength and range of motion. Nerves often become trapped in these adhesions, creating “trigger points” from which pain can radiate. Painful movements lead to less activity, and less activity leads to a further reduced range of motion. Because scar tissue has less circulation and is less flexible and elastic than normal muscle tissue, muscles become shorter and weaker. It is important to remove these scar tissue adhesions in order to reduce pain and restore strength and the proper range of motion.
Therapies such as the Active Release Technique (ART), Graston Technique and Myofascial Release are used as a way of breaking up scar tissue to release trapped nerves and restore greater range of motion. Stainless steel instruments are used in Graston Technique and the doctor utilizes his hands in the other two techniques.
These techniques are used to help increase the patient’s strength and range of movement, as well as helping their chiropractic adjustments to last longer. The more fluid and free of scar tissue the musculoskeletal system, the less likely tense muscles will pull the spine back out of alignment.