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Science Explained

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Science Explained

Maximum Fat Oxidation Rate (MFO)

The Maximum Fat Oxidation Rate (MFO) refers to the highest rate at which your body can use fat as a source of energy during …

Science Explained

Core temperature & heat training

Body core temperature, in the context of endurance sports, refers to the internal temperature of an athlete’s body. It plays …

Science Explained

Energy burn rate

The energy burn rate refers to the rate at which the body expends energy during exercise or physical activity. It is typically …

Science Explained

FatMax

FatMax, also known as the maximal fat oxidation rate, is a concept used in endurance sports to determine the intensity at which an …

Science Explained

Grade adjusted pace

Graded Adjusted Pace (GAP) is a concept used in endurance sports, particularly in running and cycling, to account for the impact …

Science Explained

HRV

Heart Rate Variability (HRV) is a measure of the variation in the time intervals between consecutive heartbeats. It is a valuable …

Science Explained

Intensity Factor

The intensity factor is a metric used in endurance sports, particularly in activities like cycling and running, to quantify the …

Science Explained

Training Zones

Training zones in endurance sports provide a structured framework for athletes to optimize their training and achieve specific …

Science Explained

VLAmax

The concept of the maximal glycolytic rate in endurance sports refers to the maximum rate at which the body can metabolize glucose …

Science Explained

HR Decoupling

Heart rate decoupling is a concept used in endurance sports to assess the efficiency of an athlete’s cardiovascular system …