Jono Blake
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Oxygen, Carnitine and Exercise Introduction Aerobic metabolism and fat utilization There is no doubting the value of oxygen for our physiological
functioning as we are geared for 'aerobic'metabolism. [It
should be remembered however that we do have an alternative 'anaerobic' metabolic
pathway]. This applies to us at rest, as well as during
exercise. The determining factor as to which metabolic
pathway is the dominant one during exercise is the INTENSITY
of that exercise. As long as sufficient oxygen is available
at muscular level, energy is provided via the aerobic system. As
exercise intensity increases, it becomes more difficult for
cardiorespiratory dynamics to meet the increasing demand
for oxygen. Supplemental oxygen The oxygen in Cellfood® and Cellfood Sport is not present in molecular form, but is rather liberated by catalytic converters. Oxygen is present in NASCENT form. Oxygen is not a fuel – it is a catalyst in the aerobic pathway. This ensures that the pathway has its highest energy yield, with the most innocuous by-products. Fat metabolism Stored fat is broken down into Free Fatty Acids (FFA’s)
and glycerol which are taken up by the power houses (mitochondria)
of our cells to be converted into energy. In order to enter
the mitochondria, a carrier molecule is required. Carnitine
is such a carrier. This combination of nascent oxygen and
Carnitine provides an ideal physiological environment to
promote fat metabolism. Total supplementation In addition to the nascent oxygen and Carnitine, Cellfood® and Cellfood Sport provide all the micronutrients necessary for optimal supplementation. This makes these products unique in content and action. |