Fast Talk Femmes Podcast: Optimizing Altitude Training with Dr. Trent Stellingwerff
Dec 12, 2023
auto_awesome
Dr. Trent Stellingwerff, researcher providing practical tips on optimizing altitude training, discusses the benefits of altitude training for athletes. Topics include physiological effects, training camps, supplemental oxygen, correlation between GDP and Olympic medals, tapering, altitude tents and chambers, nutrition strategies, and sleep quality.
Altitude training improves oxygen transport through increased hemoglobin and red blood cells, leading to enhanced performance.
Altitude training requires monitoring hydration, nutrition, sleep quality, and iron levels to optimize adaptation and performance.
Deep dives
Optimizing Altitude Training for Improved Performance
Altitude training is advantageous to performance from a physiological and metabolic perspective. The primary response athletes seek at altitude is an increase in hemoglobin and red blood cells, which improves oxygen transport. Other benefits include non-hematological responses such as capillarization and muscle adaptations. Altitude training camps can vary in duration and purpose, ranging from aerobic season boost camps to preparation for key competitions at altitude. The timing of the training camp depends on the athlete's goals and the nature of the event. Altitude tents can be helpful to stimulate adaptations, but the total hypoxic dose is typically lower than at natural altitude. Hydration, nutrition, and sleep quality are important factors to consider when training at altitude, as well as monitoring iron levels and supplementing as needed. It's crucial to have intensity discipline, focus on recovery, and be patient with training adaptations. Preparing for altitude training by optimizing sleep habits, hydration, and nutrition can also enhance performance at sea level.
Trade-Offs and Considerations for Altitude Training
Altitude training involves certain trade-offs and considerations. High-intensity, anaerobic training is challenging at altitude, while high-end speed work is often favored. Sleep quality can be compromised at altitude, and strategies such as maintaining sleep hygiene, using melatonin, and improving sleep environment can be helpful. Hydration and energy intake, particularly carbohydrates, should be monitored closely due to increased water loss and higher resting metabolic rates. Female athletes should pay special attention to iron levels and anemia prevention. It's important to monitor resting heart rate, oxygen saturation, and potentially use HRV measurements during altitude training for insights on adaptation and recovery. Patience with training, focus on recovery practices, and proper supplementation can optimize altitude training outcomes.
Three Key Tips for Endurance Athletes Considering Altitude Training
When considering altitude training, athletes should embrace intensity discipline, respecting their training loads and monitoring internal load metrics. Additionally, prioritizing recovery aspects such as nutrition, sleep, and hydration can enhance adaptation and performance. Preparing for altitude training by checking iron and blood profiles, adjusting supplementation, and establishing good habits prior to the camp is essential. Applying the knowledge and practices gained during altitude training to sea level training can further benefit overall performance.
Dr. Trent Stellingwerff reviews the research and gives practical tips on how to optimize altitude training in preparation for events both at altitude or at sea level.