In 1995, Ajinomoto sports scientists set out to create an
advanced sports performance supplement that would safely and
effectively deliver all the energizing, restorative and
fitness-enhancing power of amino acids. The end result of their
efforts is Amino Vital, the first sports performance supplement
formulated with precisely the right combination of amino acids
your body needs for greater fitness and higher performance.
Product Benefits
Energizes, while combating fatigue. Rich in
BCAAs as well as arginine and glutamine, Amino Vital delivers
the power your muscles need for sustained exertion. Studies also
show that this unique combination of amino acids results in
lower creatine kinase (CK-MM) levels in the bloodstream, which
can be a symptom of muscle damage and exhaustion.
Ensures
fast absorption to help prevent dehydration. Requiring no
digestion, Amino Vital passes from the stomach into the
intestines and from there to the rest of your body as quickly as
possible. In addition, the osmotic pressure of Amino Vital is
designed to allow a fast but steady rate of absorption, so more
fluid reaches your body tissues when you need it most.
Increases fat burning with exercise. Amino Vital encourages fat
burning by helping your muscles perform at peak efficiency and
thus burn more fat calories. Over the long term, an increased
muscle-to-fat ratio results in a higher metabolism, making it
much easier to take - and keep - weight off.
Helps maintain
focus during workouts. A plentiful supply of BCAAs supports the
psychological effect of "focus" during exercise. When your body
is low on BCAAs, there's a relative increase in production of
the potent brain neurotransmitter serotonin, which makes you
feel sleepy and unfocused. Amino Vital ensures optimum levels of
BCAAs, so serotonin won't get in the way of workout.
Encourages muscle recovery and repair. Amino Vital provides the
nutrients…quot;BCAAs, arginine and glutamine…quot;your
muscles need to rebuild themselves faster with less soreness.
Arginine also helps remove toxins that accumulate during muscle
exertion.
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