Medicine For Longer Lifespan

Medicine For Longer Lifespan
Despite the increasing lifespans in modern societies, there are still many diseases
that can shorten or prevent the healthy lifespan of people. Some of the most
common of these include cancer culture.aseancoverage, cardiovascular disease and diabetes. Fortunately,
there are ways to keep these conditions in check while also keeping your overall
lifespan longer than expected.

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Medicine for Longer lifespan
Several approaches have been developed that promise to increase the number of
years lived by individuals. They include dietary restriction, aging-modifying
therapies and cellular interventions that target the genetic pathways that are
responsible for aging and age-related disease.
The most popular of these strategies is calorie restriction, which involves eating less
food and exercising more to reduce body weight. This strategy has been proven
effective in a wide range of animal models, including mice, and has also been shown
to extend longevity.
However, a drastic reduction in calories can be harmful to humans. This is why a
more moderate approach to calorie restriction may be the better option for the
general public.
Other lifestyle changes are also important, such as avoiding smoking and getting
plenty of exercise. These behaviors have been shown to significantly decrease the
risk of death from all causes in a study of 6,200 men and women over eight years.
Life extension drugs have been found to significantly extend the lives of mice, and
more research is needed to find out whether these effects will carry over to humans.

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Some of the drugs currently under investigation for life extension are rapamycin and
metformin, which have been found to help delay the onset of age-related diseases
such as diabetes and dementia in mice.
Rapamycin and metformin are metabolites of glucocorticoids, which are natural
hormones that promote growth and cell regeneration in the body. They are also
believed to be important for maintaining telomere length and preventing the
formation of senescent cells, which can damage tissues and cause cellular aging.
Another potential anti-aging drug is acarbose, which has been shown to reduce the
onset of age-related diseases in mice by lowering glucose levels. It does this by
blocking SGLT2, which controls how much sugar your cells absorb from the blood.
In addition, a drug called everolimus, which is based on an enzyme called PBP4, has
been found to prolong the lifespan of mice by up to 9%. It can also be used to block
a protein called mTOR, which plays a role in regulating the way the body uses
There are also several herbs that have been found to combat aging, such as
rhodiola, astragalus and fisetin. Rhodiola and astragalus are both known for their
ability to stimulate the production of anti-aging hormones, while fisetin is believed to
reduce oxidative stress, promote immunity and scavenge senescent cells.

These drugs have been shown to have significant anti-aging and life extension
properties in mice, worms, yeast and flies, but it is not clear whether these findings
will translate to humans. Some researchers have suggested that if these drugs can
be developed into human treatments, they could help slow aging in the general
population as well as prolong healthspan (the period of life that is disease free and
highly functional).
The development of new medicines for extending lifespan has been on the rise,
thanks to recent advances in biomedical research. However, the field remains
fragmented with most drug development focused on disease treatment and
prevention, not lifespan extension. As a result, it is difficult to conduct adequate
studies and trials to determine the effectiveness of aging-related treatments.…