Imagine your muscles as tiny, bustling factories, constantly in need of energy to keep production lines running. At the heart of each of these factories are specialized power plants, the mitochondria. In the world of endurance sports, these microscopic organelles are the unsung heroes, tirelessly generating the fuel that powers every stride, pedal stroke, or … Continue reading Endurance Explained: Your Cellular Powerhouses – Mitochondrial Efficiency vs. Mitochondrial Density
The post explores the concepts of fatigue resistance and fatigue tolerance in endurance athletes. Fatigue resistance is the physiological ability to delay fatigue onset, while fatigue tolerance relates to enduring discomfort during performance. Understanding these concepts helps athletes tailor training strategies, optimizing both their physical capacity and mental resilience for better endurance performance.
Imagine your muscles as bustling cities, constantly demanding supplies like oxygen and fuel, and needing an efficient way to get rid of waste. Now picture the roads leading into and out of these cities. For endurance athletes, the more roads, the better the traffic flow. But what if your "roads" are sparse, creating bottlenecks that … Continue reading Endurance Explained: Capillarization – Maximizing Your Muscle’s Road Network
Power-to-weight ratio (PWR) is one of those metrics that gets a lot of attention in cycling circles, especially when the road starts to tilt upwards. But what exactly does it mean, and how much does it really affect your performance? While PWR is often seen as a predictor of success, it's better thought of as … Continue reading Understanding Power-to-Weight Ratio (PWR) in Cycling | Optimizing Performance
