Which technique involves applying pressure to knots or adhesions to achieve a relaxation response?

Which technique involves applying pressure to knots or adhesions to achieve a relaxation response?

• A. Static Stretching
• B. Self-Myofascial Release
• C. Dynamic Stretching
• D. PNF Stretching

Answer: (B)

This tests knowledge of self-myofascial release, which uses sustained, self-applied pressure to knots or adhesions in the fascia to calm the tissue and promote relaxation. Using tools like a foam roller or massage ball, you locate tender spots, apply steady pressure for a short period, then slowly roll or release to allow the fascia and underlying muscle to relax. This approach helps break up adhesions, reduces hypertonicity, and improves blood flow, contributing to greater range of motion and less perceived tension. Static stretching lengthens and holds a position without focusing on tissue adhesions. Dynamic stretching involves movement to prep for activity. PNF stretching uses deliberate contractions and stretches often with a partner or facilitator. SMR specifically targets the fascia and trigger points with pressure to elicit relaxation, which is why it’s the best fit here.

This tests knowledge of self-myofascial release, which uses sustained, self-applied pressure to knots or adhesions in the fascia to calm the tissue and promote relaxation. Using tools like a foam roller or massage ball, you locate tender spots, apply steady pressure for a short period, then slowly roll or release to allow the fascia and underlying muscle to relax. This approach helps break up adhesions, reduces hypertonicity, and improves blood flow, contributing to greater range of motion and less perceived tension.

Static stretching lengthens and holds a position without focusing on tissue adhesions. Dynamic stretching involves movement to prep for activity. PNF stretching uses deliberate contractions and stretches often with a partner or facilitator. SMR specifically targets the fascia and trigger points with pressure to elicit relaxation, which is why it’s the best fit here.