Carnosine Provides Superior Cellular Protection and May Extend Lifespan
Most allopathic medical practitioners would argue that the process of aging is nothing more than a normal process whereby cells deteriorate at a predetermined rate controlled by genetically determined commands and heredity. Standing in stark opposition is a rapidly growing body of research and documented evidence to indicate that aging is a product of many varied lifestyle choices including physical activity, smoking and most importantly, the type of diet we regularly consume.
In addition to being a potent cellular antioxidant, carnosine exhibits a number of other unique capabilities that help limit glycation (the abnormal linking of proteins with glucose or lipids) to prevent injury to tissues and organ structures. These actions improve cardiovascular performance to protect against stroke, heart disease, dementia and increased susceptibility to cancer. Researchers publishing in the journal, Cellular Physiology and Biochemistry demonstrates that carnosine from supplements can help protect against a first stroke, and can significantly lower the damage caused by stroke.
Carnosine Effectively Combats the Effects of Oxidation, Glycation and Extends Telomere Length
Researchers have demonstrated that carnosine is particularly effective in providing multi-targeted protection to the heart and blood vessels through age-inducing processes such as oxidation, glycation, protein cross-linking, mitochondrial dysfunction, telomere shortening and heavy metal accumulation in tissues. Carnosine protects against ischemia or loss of blood flow to the heart muscle, preventing the devastating effect of reduced blood flow that leads to a heart attack.
A study team from the University of Glasgow in Scotland has released the result of their study in the journal Biochemistry to explain the importance of carnosine in the development and progression of cognitive decline and Alzheimer’s disease in aging adults. They noticed that dementia patients displayed lower levels of carnosine in their brains and spinal fluid than those of other older adults, and found that the condition results from multiple factors, virtually all of which have some connection to carnosine and its function in the brain.
Carnosine Binds with Zinc in the Brain to Prevent Abnormal Accumulation and Amyloid Tangles
The researchers demonstrated that those parts of the brain that are first affected in early Alzheimer’s disease are the same in which carnosine is normally found in the highest concentrations. As carnosine levels fall with age, those brain areas become the most vulnerable to Alzheimer’s-related damage. Carnosine is known to bind with zinc in the brain, ushering them away from delicate tissues and preventing abnormal accumulation. Supplementation in known to increase blood levels and cellular saturation to halt protein cross-linking and the characteristic neurofibrillary tangles so frequently associated with the disease.
A growing number of forward-thinking scientists refer to carnosine as an “anti-aging dipeptide”, capable of defending against cardiovascular disease, stroke, diabetes, cognitive decline and dementia. Carnosine is readily available from high protein animal dietary sources including milk, eggs, cheese, beef, poultry and pork. Most health-minded individuals avoid these food sources for health and ethical reasons, and will want to supplement (500 to 1,000 mg per day) to shield against vascular disease and abnormal cellular aging.
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John Phillip is a Certified Nutritional Consultant and diet, health and nutrition researcher and author with a passion for understanding weight loss challenges and encouraging health modification through natural diet, lifestyle and targeted supplementation. John’s passion is to research and write about the cutting edge alternative health technologies that affect our lives.
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