Zone 2 Training Research

Zone 2 vs HIIT: A Clear Winner? Latest Science on Intensity and Health For years, the endurance community has debated the merits of low-intensity, stead…

Wearable Fitness Trackers: A Clear Path from Data to Better Health Fifteen U.S

Introduction Ageing is consistently associated with a loss of diversity in the gut microbiome

Exercise Shapes the Gut to Fight Fatigue: New Research on the Gut-Muscle Axis For endurance athletes, the familiar wall of fatigue is more than a mental…

Concurrent Training: The Science of Strength, Endurance, and Fatigue Management A comprehensive Spanish-Brazilian study has found that the fatigue you a…

The number of scientific studies on the physiological drivers of endurance performance has more than doubled since 2010, growing at a steady annual rate of 5.5%. This growth points to a mature, fast-moving field where understanding the body’s thresholds has become the central focus for improving athletic capacity. Key Takeaways Research on cardiopulmonary performance and…

Introduction High-intensity interval training (HIIT) provides distinct cardiovascular benefits compared to continuous moderate exercise

The Endurance Enzyme: How PGC-1α Turns Exercise Into Muscle Mastery Skeletal muscle contains a master regulator that translates the physical stress of e…

Exercise Protects Telomeres: The Cellular Link Between Movement, Stress, and Aging Telomeres, the protective caps at the ends of our chromosomes, shorte…

Introduction Athletic recovery isn’t just about sleep and protein shakes