Stretching protocols
Sources:
shares several research-backed protocols on stretching to improve flexibility and range of motion. Here's a summary of the key insights:
Basic Protocol:
- Static Stretching:
Flexibility Mechanisms:
- Neural, Muscular, and Connective Tissue:
- Flexibility improvements come from short-term neural changes, muscle stretch tolerance, and adaptations in connective tissue.
- Mechanisms involve inhibiting the muscle spindle reflex and the Golgi tendon organ for better stretch tolerance 3.
Additional Benefits:
- Stretching can also help with relaxation, reducing inflammation, and possibly impacting immune-related responses to conditions like cancer.
- Examples include reduced systemic inflammation and tumor growth in specific animal studies 4 5.
Varieties of Stretching:
- Static Stretching: Can be active (with effort) or passive (relaxed into position).
- PNF (Proprioceptive Neuromuscular Facilitation): Uses neural feedback to enhance flexibility. This might involve using straps, weights, or partners to assist 6.
- Dynamic and Ballistic Stretching: Involve momentum to target specific performance goals before physical activities 7.
Effective Implementation:
- Implement three sets of 30-second holds per session, ideally done five times a week.
- Rest times between sets are flexible, but doubling the stretching duration for rest might be beneficial.
- Warm-up before stretching for better effectiveness 7 2 6.
Understanding these mechanisms and protocols allows tailoring a stretching regimen to individual goals, which can significantly impact flexibility and overall physical health.
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