No Bad Reps

Resistance Training

4 articles

An athlete intensely performing resistance training in a futuristic gym, showcasing physiological adaptations for peak athletic performance in 2026.
Performance Longevity

What Are Physiological Adaptations to Resistance Training for Athletes?

In most training studies, resistance training can increase the cross-sectional area of muscle fibers by a remarkable 20% to 45%, according to University of New Mexico.

Hana Kim·September 8, 2026
An athlete in a gym thoughtfully considering their training plan, highlighting the importance of deload weeks for recovery and long-term progress.
Training Theory

What Are Deload Weeks and Why Do They Matter for Training?

A one-week deload period, commonly used in resistance training, was found to somewhat negatively impact strength during an 8-week training cycle, according to Biolayne .

Hana Kim·September 5, 2026
Split image showing a woman lifting heavy weights and performing high repetitions, illustrating progressive overload principles for muscle and strength.
Training Theory

How Does Progressive Overload Build Muscle and Strength?

In a study involving 55 untrained young women, simply increasing repetitions was just as effective for building muscle and strength as lifting heavier weights, challenging a long-held gym floor...

Hana Kim·June 19, 2026
Diverse individuals performing resistance training exercises, showcasing muscle hypertrophy and strength gains in a well-lit gym.
Recovery & Mobility

Study confirms resistance training's vital role in muscle hypertrophy and strength gains.

A comprehensive review of 111 studies found that resistance training consistently adds an average of 1.

Hana Kim·June 12, 2026