In resistance training, the effectiveness of the various methods of periodizing volume and intensity to boost muscle strength and hypertrophy is the subject of much debate. Does one strategy stand out, especially for advanced exercisers? Is periodization essential for optimizing hypertrophy?
In recent years, the use of a mini-band around the thighs has been proposed to reduce valgus knee observed in movements such as squat, by exaggerating knee movement and improving motor control. But how effective is this technique?
Cell swelling stimulates protein synthesis, but its long-term impact on hypertrophy remains to be elucidated. Commonly linked to training with light loads, the question arises: what is its influence under heavier loads?
Concurrent training combines cardio and strength training. On paper, it looks perfect for developing cardiovascular endurance and muscular strength. However, it’s often said that too much endurance could limit muscle gains. Is this really the case?
Although BMI is used to classify overweight and obesity, visceral fat mass is a more accurate risk indicator of cardiometabolic disease. But exercise or calorie restriction, which method offers the greatest weight loss?
Stretching is often criticized for having a negative impact on performance. Yet they are often necessary to improve joint range of movement. Resistance training is emerging as an alternative way of improving joint mobility, but is it as effective as stretching?
Drop Set is a very popular technique in bodybuilding. It consists of performing set until failure at a given load, then reducing the load and immediately continuing the set with as many repetitions as possible. The aim is to maximize motor unit recruitment. But are hypertrophy gains better than traditional sets?
In the quest for strength and hypertrophy, free-weights are often considered superior to machines, as they involve greater agonist/synergist activation and also allow much greater use of the core muscles. But is this really the case?
Plant-based proteins are often considered “inferior” to proteins of animal origin. They would stimulate a lower rate of myofibrillar protein synthesis and they would not allow to sustain a good hypertrophy on the long term… But is this really the case?
