Effects of Low-Load, High-Repetition Resistance Training on Maximum Muscle Strength and Muscle Damage in Elite Weightlifters: A Preliminary Study

Regular resistance training lowers markers of muscle damage and inflammation due to physiological adaptations.

In elite male weightlifters, performing resistance training with light weights and many repetitions lowers eEF2 phosphorylation and increases p70S6K1 activation, which is associated with higher efficiency of protein synthesis during recovery.

In elite male weightlifters, 8 weeks of either light or heavy weight training does not change the activity levels of mTOR or AKT proteins, which are involved in muscle growth signaling.

In highly trained male weightlifters, training with lighter weights and more repetitions produces the same gains in muscle size and strength as training with heavier weights and fewer repetitions over an 8-week period.

In elite male weightlifters, lifting lighter weights for more repetitions increases a specific molecular signal involved in muscle growth more than lifting heavy weights, even though the known major growth pathway remains unchanged, suggesting an alternative mechanism may drive muscle adaptation in trained athletes.

In elite male weightlifters, both light and heavy weight training decrease the activity of a protein that slows down muscle protein production, which may allow more protein to be made in muscle cells.