Механизм мышечной гипертрофии и приложения относительно силовой тренировки

В обзоре рассмотрены механизмы мышечной гипертрофии: механическое напряжение, повреждение скелетных мышц, а также метаболический стресс. Даны практические рекомендации относительно параметров силовой тренировки.

Гипертрофия мышц (бодибилдер)

 

B.J. Schoenfeld The Mechanism of muscle Hypertrophy and Their Application to Resistance Training // Journal of Strength and conditioning Research, 2010.– V. 24.– № 10.– P. 2857-2872

Б.Дж. Шёнфельд

МЕХАНИЗМ МЫШЕЧНОЙ ГИПЕРТРОФИИ И ПРИЛОЖЕНИЯ ОТНОСИТЕЛЬНО СИЛОВОЙ ТРЕНИРОВКИ

Abstract

Те, кто поднимают тяжести, стремятся увеличить мышечную массу тела (то есть осуществить гипертрофию мышц). Однако не хватает исследований, каким образом максимизировать рост мышц под воздействием физической нагрузки.

Бодибилдеры обычно тренируются с умеренными нагрузками и довольно короткими промежутками отдыха, которые вызывают большое количество метаболического стресса. Пауэрлифтеры, с другой стороны, обычно тренируются с нагрузками высокой интенсивности и длительными периодами отдыха между подходами. Хотя обе группы, как известно, показывают впечатляющую мускулатуру, не ясно, какой метод лучше для гипертрофии мышц.

Было показано, что многие факторы опосредуют гипертрофический процесс и что механическое напряжение, повреждение мышц, а также метаболический стресс могут играть определенную роль в вызванной физической нагрузкой гипертрофии мышц.

Таким образом, цель данной работы является двоякой: (а) дать широкий обзор литературы, как о механизмах мышечной гипертрофии, так и их применении для осуществления подготовки и (б) сделать выводы из исследований какой протокол тренировки является оптимальным для максимизации роста мышц.

Более подробно строение и функции мышц описаны в моих книгах:

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