Research
shows that the active ingredients in Cellarator increases
oxygen intake, decreases lactic acid levels and increases
the level of hemoglobin. This combination of benefits
will increase the length of time a horse can perform at
their peak level. To
fully understand how Cellarator increases the performance
of your horse(s), lets first look at the physical elements
of a horse.
When
a horse performs or exercises, they use their muscles to
accomplish tasks (running, turning, stopping, etc). One
of the key elements in the performance of muscles is oxygen
to the muscle. When muscles contract vigorously for
long periods the circulatory system begins to lose ground
in delivery of oxygen. Under these conditions, due
to the lack of oxygen to the muscles, lactic acid begins
to form in the muscles. As lactic acid is produced
in the muscles it leaks out into the blood and is carried
around the body. If this condition continues the functioning
of the body will become impaired and the muscles will fatigue
very quickly. When oxygen becomes available the lactic acid
is converted to pyruvic acid and then into carbon dioxide,
water and ATP (energy). Research
of the active ingredients in Cellarator shows an increases
in oxygen intake by 15% while decreasing lactic acid levels
by 15%. The research clearly shows the relationship
between oxygen and lactic acid.
Another
key benefit of Cellarator is that it increases hemoglobin
levels by 22%. Why is this important?
Red blood cells perform the
most important blood duty. A single drop of blood contains
millions of red blood cells which are constantly traveling
through the horses body delivering oxygen and removing waste.
If they weren't, the body would slowly die.
Red
blood cells are red only because they contain a protein
chemical called hemoglobin which is bright red in color.
Hemoglobin contains the element iron, making it an excellent
vehicle for transporting oxygen and carbon dioxide. As blood
passes through the lungs, oxygen molecules attach to the
hemoglobin. As the blood passes through the body's tissue,
the hemoglobin releases the oxygen to the cells. The empty
hemoglobin molecules then bond with the tissue's carbon
dioxide or other waste gases, transporting it away.
Over time, the red blood cells get worn out and eventually
die. The average life cycle of a red blood cell is 120 days.
Bones are continually producing new blood cells, replenishing
the supply. The blood itself, however, is re-circulated
throughout the horses body, not being remade all of the
time.
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