What occurs if there is a decrease in stretch of myofascial structures?

A decrease in stretch of myofascial structures leads to an increase in tension on the joint. This tension arises because the myofascial structures, which include muscles, tendons, and fascia, play a critical role in maintaining the balance, alignment, and functional movement of joints. When these structures are not adequately stretched or are in a shortened state, they cannot distribute forces effectively during movement.

As the myofascial structures become less compliant due to decreased stretch, they become tighter. This can lead to a scenario where the joints are subjected to greater forces during movement, potentially altering biomechanics. The accumulation of tension can restrict the range of motion and place excessive pressure on the joint, leading to discomfort and potentially long-term issues, such as joint dysfunction or increased wear over time.

Thus, the correlation between decreased stretch of the myofascial structures and increased joint tension is a fundamental concept in osteopathic practice, as it underscores the importance of maintaining flexibility and proper function in the musculature surrounding the joints. This understanding serves to inform treatment strategies aimed at enhancing overall joint and structural health.