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AB12 improves
energy levels any time or all the time for everyone!
Athletes have
long known that large doses of B12 have short
and long term performance advantages. With few
exceptions B12 is not prohibited for various
forms of sanctioned competition. Normally B12 is
not effectively transported into the bloodstream
during digestion. The traditional method has
been direct injection.
Dibencozide is a Co-Enzyme variation of B12
which quickly and efficiently enters the blood
stream eliminating the need for injections while
providing all the benefits.
AB12 is formulated to be fully effective within
20-30 minutes of ingestion. Anabolic AB12 will
greatly improve performance and endurance for
2to 5 hours. Continued use will increase the
bloods oxygen carrying capacity which has a
direct impact on longer term endurance.
AB12 can help you power through your day
reducing the fatigue of daily life.
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Ingredients
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Derived from
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Potential
Benefit
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Dibencozide
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form of
Vitamin B-12
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Dibencozide,
also known as adenosylcobalamin, is one of the
better absorbed forms of B-12. Dibencozide is an
active coenzyme form of vitamin B-12. It is
required for processing branched chain amino
acids through the Krebs cycle.
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Folic Acid
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Green Foods
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Folic Acid,
also known as Vitamin B 9. Metabolism, red blood
cells, overall growth and development, and
nerves.
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B-6
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Green Foods
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B6 is very
important because of its effect on protein
digestion. Muscle-building diets require larger
than normal amounts of protein, and this means
that your body needs a higher amount of vitamin
B6 than the average Joe.
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Vitamins are essential for
the body to function properly, but there may be a link
between the B-vitamins (thiamin, riboflavin, vitamin
B-6, B-12 and folate) and performance in high-level
athletes. The B-vitamins are called 'micronutrients'
and are used to convert proteins and carbohydrates
into energy. They are also used for cell repair and
production.
Researchers at Oregon State
University found that athletes who lack B-vitamins
have reduced high-intensity exercise performance and
are less able to repair damaged muscles or build
muscle mass than their peers who eat a diet rich with
B-vitamins. The study results were published in the
International Journal of Sport Nutrition and Exercise
Metabolism.
They found that even a small
B-vitamin deficiency can result in reduced performance
and recovery. Individual B-vitamin requirements vary
and may depend upon the type and intensity of
exercise, the amount of nutrients lost through sweat,
and urine, and individual differences in diet.
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