Fascial restriction contributes to somatic dysfunction by:

Fascial restriction contributes to somatic dysfunction by:

• A. Fascia can become restricted, creating mechanical tension and nerve irritation that limit mobility
• B. Fascia has no role in dysfunction
• C. Fascia restriction improves mobility
• D. Fascia only affects arterial flow

Answer: (A)

Fascia is a continuous network that surrounds and interpenetrates every structure in the body. When it becomes restricted, its ability to glide freely diminishes, creating mechanical tension along the fascial system. This tension can pull on tissues and irritate nearby nerves, which can alter movement, produce pain, and disrupt proprioception. Together, these effects contribute to somatic dysfunction by limiting mobility and changing how the body moves and feels. The statement captures this link between fascial restriction, mechanical load, and neural irritation. The other choices overlook fascia’s role, wrongly suggest restriction improves mobility, or imply fascia only affects arterial flow, which isn’t accurate.

Fascia is a continuous network that surrounds and interpenetrates every structure in the body. When it becomes restricted, its ability to glide freely diminishes, creating mechanical tension along the fascial system. This tension can pull on tissues and irritate nearby nerves, which can alter movement, produce pain, and disrupt proprioception. Together, these effects contribute to somatic dysfunction by limiting mobility and changing how the body moves and feels. The statement captures this link between fascial restriction, mechanical load, and neural irritation. The other choices overlook fascia’s role, wrongly suggest restriction improves mobility, or imply fascia only affects arterial flow, which isn’t accurate.