The most surprising finding of this analysis was that no training variable meaningfully predicted injury risk, including weekly training volume, per-lift training frequency, or proportion of training with loads in excess of 85% of 1RM.
Periodization is popular and almost universally accepted, but its history and theoretical underpinnings aren’t as straightforward as many believe.
Let’s set the stage for the rest of this series: If you’re aiming to get strong, what sorts of numbers should you be shooting for? What is strong?
Want to learn how to get strong? Demystify the training process and get better results, more efficiently, with this new Stronger By Science article series.
How much progress can a new trainee expect by July? Here are the realistic training goals, backed by science, that all new lifters can aim for.
We all know at least one scrawny guy with more strength than people who are way bigger and more muscular. How can that happen? We have your answer here.
Should you be training different muscles with different loads and rep ranges based on their predominant muscle fiber type?
How much control do we have over strength and hypertrophy outcomes? Here’s what we know about the relationship between genetics and strength training.
This is a bench press tweak you should know about. Learn how to optimize your bar path for a bigger bench. It makes a bigger difference than you realize.
Cuing sitting back vs. down in the squat may change how the squat looks, but muscular demands are pretty similar through the range of motion that overlaps.