The “Big Four” brain diseases frighten everybody, doctors included. Alzheimer’s Disease, Parkinson’s Disease (PD), Amyotrophic Lateral Sclerosis (ALS, a/k/a Lou Gehrig’s Disease), and Multiple Sclerosis (MS). Not one is curable, although we’re doing well these days in the treatment of multiple sclerosis. You might have read last week about a newly released drug for Alzheimer’s […]
I’ll spare you a migraine. Don’t google “ozone therapy” as you’ll get 2.1 million results in 0.35 seconds. And while this is a mere fraction of what happens when you search for “migraine” (80 million in 1.19 seconds), just reading about the controversy over ozone therapy in first 20 entries might be enough to give […]
Nicotinamide adenine dinucleotide, or NADH, is a coenzyme made from Vitamin B2, or niacin. It’s present in all living cells. As a coenzyme, NADH serves an important role in helping enzymes to function as they should. (An Enzyme is a Protein that works like a catalyst in the body to prompt chemical changes in other substances; breaking down food into energy is an example.) Most coenzymes are synthesized from vitamins, and for optimal energy production, the body needs good amounts of them. The coenzyme, NADH, is no exception.
Day by day, there’s probably no nutrient as actively involved in keeping your system running smoothly as vitamin B6. Technically an umbrella term used to describe three B vitamins (pyridoxine, pridoxal, pyridoxamine), vitamin B6 partakes in no fewer than 100 chemical reactions throughout the body. It functions primarily as a coenzyme, working along with other enzymes to speed up chemical reactions in cells.
Over the last several decades, scientists have discovered that the body’s formation of unstable oxygen molecules called free radicals is unavoidable–every cell produces tens of thousands of them each day. We’re also exposed to free radicals in the environment on a daily basis. Cigarette smoke, for instance, is one of the most concentrated sources of free radicals.