AC-11 is a revolutionary advancement in human nutrition and skin care. Derived from the inner bark of Uncaria tomentosa, a vine indigenous to the Amazon rainforest, safe, all-natural AC-11 helps the body to repair DNA damage with a huge anti aging effect . The process by which this repair occurs is self-healing and has evolutionary origins. Its proper functioning may be the critical piece to the human health puzzle. Current science confirms that it is unrepaired DNA damage that leads to accelerated aging and an eventual breakdown of the body.
Effective both orally and topically, AC-11 begins where the protective benefits of antioxidants end by visibly reducing the adverse effects of aging and by helping to restore healthy cell function. Supported by over 40 peer-reviewed scientific studies, AC-11 works with the body to repair DNA damage caused by over-exposure to the sun and oxidative stress (pollution, etc,) starting the best anti aging process. This action helps boost immune function and allows our bodies to perform more efficiently, so that we look and feel younger—a perfect solution for inner health and outer beauty!
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The body naturally protects against free radical damage by producing neutralizing antioxidants. Certain foods and dietary supplements, moreover, provide a way to introduce additional antioxidants into the system.
Where free radical damage, or a lesion, has occurred to DNA, the body has a limited repair capacity. Specialized proteins scan the DNA to identify and isolate corrupted portions of the genetic code. Minor lesions may be chemically reversed; more extensive damage must be removed. Repair enzymes cut out or excise the damaged area and re-create the discarded section.
Together, antioxidants and the cell's internal DNA repair mechanisms work to preserve the integrity of the cell. However, too many free radicals and too much damage over a given period of time can overwhelm these basic mechanisms and cause them to fail. Overload of this type is called oxidative stress. When lesions are left unrepaired, eventually they impair the cell's natural functions, including its self-repair functions. Individual cells damaged by oxidative stress break down and die prematurely. Over time, the body becomes progressively less capable of restoring healthy DNA as the cells continue to replicate in damaged or corrupted form.
As a result of unrepaired DNA damage that accumulates w