Impact of Yoga on Muscle Recovery Following Exercise-Induced Muscle Damage: Mechanisms, Evidence, and Future Directions- A Critical Narrative Review
Y. R. Shree Ranga *
S.D.M. College of Naturopathy and Yogic Sciences, Ujire 574240 (Dakshina Kannada), Karnataka, India.
Ganesh Prasad
Department of Yoga Therapeutics, S.D.M. College of Naturopathy and Yogic Sciences, Ujire 574240 (Dakshina Kannada), Karnataka, India.
Shivaprasad Shetty
Department of Yoga Therapeutics, SDMCNYS, Ujire, Karnataka, India.
Irappa Angadi
S.D.M. College of Naturopathy and Yogic Sciences, Ujire 574240 (Dakshina Kannada), Karnataka, India.
*Author to whom correspondence should be addressed.
Abstract
Exercise-induced muscle damage (EIMD), particularly after unfamiliar eccentric loading, can impair strength and provoke delayed-onset muscle soreness. Yoga is increasingly considered within post-exercise recovery routines, yet the term spans low-load movement, stretching, breathing, attention and demanding muscular work. This critical narrative review evaluates whether yoga improves functional recovery after EIMD, distinguishes symptom relief from tissue restoration, and examines plausible biological and behavioural mechanisms. Peer-reviewed literature from 2000 to 30 August 2026 was identified through scholarly searches and citation examination, with earlier foundational work retained where essential. Directly relevant yoga studies were interpreted alongside research on muscle-damage biology, stretching, autonomic regulation, immune signalling, pain and sleep. The directly relevant evidence is sparse. An observational comparison of previously yoga-trained and untrained women and a repeated-week post-exercise study report potentially favourable soreness outcomes, but training-history confounding, treatment-order effects and differences in exercise loading limit causal interpretation. A small randomised crossover study found changes in selected autonomic and immune indices after yoga following prolonged running; it did not establish recovery of damaged muscle. Evidence from trials and reviews of post-exercise stretching does not show a reliable improvement in soreness, strength or performance. Yoga may plausibly influence perceived discomfort, arousal and sleep-related behaviour, while inflammatory and autonomic mechanisms remain insufficiently linked to objective restoration of force production. Vigorous yoga can also add mechanical loading during an intended recovery period. Future trials should randomise participants after a standardised damaging challenge, use credible comparator conditions, record intervention dose and harms, and prioritise multiday strength or performance recovery. At present, gentle yoga may be an acceptable comfort-oriented activity, but claims that it accelerates repair of exercise-damaged skeletal muscle are not established.
Keywords: Exercise-induced muscle damage, delayed-onset muscle soreness, eccentric exercise, restorative movement, heart rate variability, pain modulation, recovery intervention, skeletal muscle adaptation