Glutathione (GSH) is an important antioxidant molecule found
in cells that plays a crucial role in cellular health. Here are some important
advances related to GSH:
GSH Supplementation: The use of exogenous GSH
supplementation has gained attention as a potential therapeutic strategy.
Advances have been made in developing GSH delivery systems to improve its
bioavailability and effectiveness in various health conditions associated with
oxidative stress and inflammation.
GSH and Aging: Research has explored the relationship
between GSH and the aging process. Studies have shown that GSH levels decline
with age, and strategies to enhance GSH synthesis or replenish GSH stores may
have potential benefits in mitigating age-related cellular damage and promoting
healthy aging.
GSH and Neurological Disorders: GSH has been implicated in
various neurological disorders, including Parkinson's disease, Alzheimer's
disease, and multiple sclerosis. Advances have been made in understanding the
role of GSH in neuroprotection and exploring GSH-based therapeutic approaches
for these conditions.
GSH and Detoxification: GSH is a key component of the
cellular detoxification system, particularly in the liver. Advances have been
made in elucidating the mechanisms by which GSH participates in detoxification
processes, including the conjugation and elimination of toxins and reactive
metabolites.
GSH and Exercise Performance: GSH has been studied in the
context of exercise and physical performance. Exercise-induced oxidative stress
can deplete GSH levels, impacting cellular health and recovery. Advances have
been made in understanding the interplay between GSH, exercise, and
performance, leading to potential strategies to optimize GSH levels and enhance
exercise outcomes.
GSH and Environmental Exposures: GSH plays a critical role
in protecting cells from environmental toxins and pollutants. Advances have
been made in understanding how GSH participates in the defense against
oxidative stress induced by environmental exposures, such as air pollution,
heavy metals, and chemical toxins.
While all of these factors come together to help our bodies function at an optimal level. We have found one of the best ways to do this is with a GSH supplement called Immunocal which accomplishes this through nutritional balancing to regenerate and maintain optimal glutathione levels. Studies have proved this to be more effective than most natural or medical healing systems.
A benefit of nutritional balancing
appears to be its amazing ability to increase glutathione levels. The keys to
excellent glutathione regeneration and synthesis used in nutritional balancing
appear to be:
Adequate animal protein in the diet.
This provides plenty of sulfur-containing amino acids such as cysteine.
Vegetarian diets, in contrast, tend to be much lower in the sulfur-containing
amino acids.
Very large amounts of cooked vegetables
and 10-12 ounces of carrot juice. These provide a tremendous amount of hundreds
of phytonutrients needed by our bodies every day.
The use of GB-3, a powerful protein
digestant. Without this, many people of all ages cannot adequately digest heavy
animal protein and its benefits are wasted.
Vitamins A, C, E, selenium, zinc,
calcium and a range of other basic nutrients. These are helpful as
anti-oxidants and for general health.
Glutathione production and regeneration
are both chemical and electrical phenomena that depend upon a balanced body
chemistry for optimum activity. Nutritional balancing, is careful to take this
factor into consideration.
Immunocal
is scientifically and clinically proven to give our body the building blocks to
make Glutathione at the cellular level.