As scientists continue discovering genes associated with diseases, they all agree that different individuals come with different levels of gene-based predispositions to such degenerative illnesses like diabetes, cancer and cardiovascular disease. They have, however, also established that environmental factors like occupation, smoking and diet strongly impact on the onset and severity of these diseases. Since muscular dystrophy is characterized by strong genetic influences, scientists are now considering non-drug strategies for treatment of this group of diseases. At the moment, antioxidants are taking the lead in this regard.
What Is Muscular Dystrophy?
Muscular dystrophy can be defined as a group of genetic diseases that cause progressive degeneration and weakening of the muscles that are tasked with controlling movement. There are nine distinct types of muscular dystrophy with the most common being Duchenne MD, which is commonly found in children, particularly boys. On the other hand, Myotonic MD is common among adults, which is characterized by the following symptoms:
- Impaired nourishment of non-muscular tissue
- Delayed muscle relaxation following a contraction
- Baldness in men and women
- Intellectual impairment
- Heart irregularities in early childhood
- Respiratory problems
While there are numerous varieties of muscular dystrophy that are involved in the weakening and degeneration of muscle tissue, the majority are associated with distinct genetic variants. The degree at which genes influence the time of onset, the severity of the condition and course of the disease is mainly dependent on the particular type of dystrophy affecting you.
Relationship between Antioxidants and Oxidative Stress
To appreciate the reason antioxidants will come in handy in your fight against muscular dystrophy, then you need to appreciate the important role played by this diverse group of bioactive compounds in maintaining health and preventing diseases. By the mere fact of being oxidized itself, an antioxidant essentially protects chemicals and other substances from oxidation.
Free radicals will often cause and perpetuate oxidation as their unpaired electron render molecules highly reactive, enabling them to oxidize other substances. They have numerous and varied targets including proteins, fats, DNA and cells among other molecules that are extremely vulnerable to oxidative attack.
Failure to use antioxidants in intercepting free radicals would gradually render the targeted molecules free radicals themselves. This would facilitate the development of a highly damaging condition known as oxidative stress. It is, therefore, imperative that you consume a wide variety of antioxidants if you’re interested in protecting yourself from oxidative stress. Click here to discover an assortment of antioxidants that will effectively tackle all types of damaging radicals.
Muscular Dystrophy and Oxidative Stress
A Recent study has provided conclusive evidence to the effect that free radical damage coupled with oxidative stress perform a crucial role in the progression of muscular dystrophy disease. The same study reveals that supplementing your diet with antioxidants, such as epigallocatechin gallate and green tea significantly improve your muscle power while dramatically reducing the necrosis of muscle tissue. The result of this and other studies have prompted medical practitioners to recommend antioxidants as a possible therapy for muscular dystrophy.
It’s no secret that muscular dystrophy patients are often under constant oxidative stress. Using a dietary source of antioxidants is, therefore, important in supplementing the antioxidants produced by your body. The best way you can obtain optimal amounts of antioxidants is through consumption of an extensive selection of antioxidant foods.