Physiological Adaptations to Interval Training: A Science to Practice Overview
In this episode of the IOPN "Science to Practice" overview series, Dr Laurent Bannock focusses on "Physiological Adaptations to Interval Training", and explores the relevant scientific evidence and its appropriate translation into real-world practice. Special thanks to Dr Dan Owens for his significant contributions to the creation of the presentation.
▶︎
Lactic Acid, Lactate, and Exercise: A Science to Practice Overview
▶︎
Hit Training - Mechanisms of Adaptation - Prof. Gibala
▶︎
This Training Session Is So Good It Blew My Mind
▶︎
High Intensity Interval Training and Periodization - Prof. Rønnestad
▶︎
Molecular Regulation of Mitochondrial Adaptations to Exercise
▶︎
The limitations to fatty acid oxidation in the transition from moderate.. - Prof. Helge
▶︎
Training of the Top-Class Runner - Prof. Jones
▶︎
What are the Most Effective Intervals? HIIT Science
▶︎
All You Need To Know About Interval Training | Prof Martin Gibala
▶︎
Science Proves This 15 Minute HIIT Workout is Worth Hours
▶︎
Physiological responses and adaptations to exercise in the heat, George Havenith
▶︎
Metabolic Determinants of the Critical Power - Dr. Vanhatalo
▶︎
The INSANE Brain Benefits of High-Intensity Exercise | Martin Gibala
▶︎
Is Polarized Training Still Relevant with Dr Stephen Seiler - Ep 156 GET FAST PODCAST: IRONMAN
▶︎
The Training Process: Quantifying Training Load | Essentials of Sport Science Live Lecture
▶︎
Muscle growth/strength versus endurance signal transduction pathways and their - Dr. Wackerhage
▶︎
THREE MINUTES PER WEEK Sprint Interval Training - Professor Martin Gibala
▶︎
The Science of Fatigue: Your Brain is the 'Central Governor'
▶︎
What are the Trainable Components of Endurance Physiology? International Biathlon Union
▶︎