What can you do to slow natural aging to live longer and better ? Kris Verburgh illuminates the biochemical processes that make our bodies vulnerable to heart attacks, strokes, arthritis, diabetes and other age-related diseases. We hear about the critical task of malfunctioning mitochondria, shorter telomeres, enzymes, sugars, and more. Dr. Verburgh also offers the resources we need to slow things down while describing the ageing cycle at work. Dr. Verburgh explains how new vaccine…
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What can you do to slow natural aging to live longer and better ? Kris Verburgh illuminates the biochemical processes that make our bodies vulnerable to heart attacks, strokes, arthritis, diabetes and other age-related diseases. We hear about the critical task of malfunctioning mitochondria, shorter telomeres, enzymes, sugars, and more. Dr. Verburgh also offers the resources we need to slow things down while describing the ageing cycle at work. Dr. Verburgh explains how new vaccine types, mitochondrial DNA, CRISPR enzymes, and stem cells can allow us to slow down or even reverse aging.
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What can you do to slow natural aging to live longer and better ? Kris Verburgh illuminates the biochemical processes that make our bodies vulnerable to heart attacks, strokes, arthritis, diabetes and other age-related diseases. We hear about the critical task of malfunctioning mitochondria, shorter telomeres, enzymes, sugars, and more. Dr. Verburgh also offers the resources we need to slow things down while describing the ageing cycle at work. Dr. Verburgh explains how new vaccine types, mitochondrial DNA, CRISPR enzymes, and stem cells can allow us to slow down or even reverse aging.
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