What Happens to our Bodies After Exercise?
When you perform endurance exercise or activities, your body requires a continual supply of fuel. Our bodies convert food nutrients into chemical energy during the digestion/absorption process. Then at the cellular level, our bodies convert these stored chemical energy sources into mechanical energy, which is how we perform exercise or work.
The Adenosine Triphosphate (ATP) needed for muscle work can be produced from either aerobic (with oxygen) metabolism or from anaerobic (without oxygen) metabolism. The aerobic metabolism of nutrients refers to the oxidation of glucose or glycogen molecules and fatty acids to form ATP, this process is called aerobic glycolysis. This metabolic pathway requires a continuous supply of oxygen and nutrients. The nutrients are in the forms of carbohydrates, fatty acids or proteins. The breakdown of carbohydrates provides the largest nutrient source of energy to working muscles. The liver and muscle cells store the carbohydrates as glycogen, a starch built by linking glucose molecules together. An individual glycogen molecule may contain hundreds to thousands of glucose molecules linked together by weak bonds. During work activities, individual working muscle cells break down the glycogen molecules in process called glycogenolysis. This process provides glucose, as an energy source, to the working muscles. Glycogenolysis can also occur in the liver, the free-floating glucose and fatty acids are then delivered to the working muscles by the blood supply.
Aerobic glycolysis can be sustained as long as there is a sufficient supply of oxygen and glucose. Total glycogen stores are limited and can be depleted from the body within a few hours in cases of prolonged work. Proteins, which are comprised of amino acid chains, contribute only a small percentage of usable energy during work. Proteins are metabolized for energy by two different processes. The proteins can either be converted to glycogen in the liver, then transported to working muscles in the form of glucose, or the protein amino acids can be directly converted to energy inside the working muscle cells via the Kreb's Cycle, a complex metabolic pathway.
In addition to nutrients, aerobic metabolism utilizes oxygen. Small amounts of oxygen are found within the muscle cells attached to the muscle proteins, however the majority of oxygen is carried to the muscle cells via blood cells from the circulatory system. A cardiovascular response to increased workload is to increase the amount of blood flowing to active muscle. However, it can take almost one minute for this response to be activated. Therefore, at the onset of most industrial tasks, or in cases of quick-high intensity tasks, it is not always possible to have adequate blood flow available to working muscles. When this occurs, the muscles switch to anaerobic metabolism.
AdvoCareÂ® Post-Workout Recovery Sports Drink Why Important?
Why is AdvoCareÂ® Post-Workout Recovery Important?
It is really quite simple, the faster you can recover after working out, the more potential you have for muscle growth and better endurance because you can resume or increase your activity level faster.
According to the AdvoCareÂ® website product detail: Post-Workout Recovery Sports Drink is a great source of more than 30 vitamins, minerals and other nutrients that support your muscle's metabolic processes in recovery, and aids in lessening occasional soreness after workouts.
AdvoCareÂ® Post-Workout Recovery Drink is the best solution for fighting the aches and pains of working out. AdvoCareÂ® Post-Workout Recovery Sports Drink helps to improve your physical performance and your stamina while also providing your body with essential components for muscle repair and muscle gain during and after your workouts, sports or physical activity.
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