How Our Environment Is Making Us Sick

How Our Environment Is Making Us Sick

Oxidative Stress And Excessive Free Radical Damage

Not everyone understands the impact free radicals can have throughout the body. Keep reading if you've heard the term "free radicals," but don't quite see how it applies to you. Here are some ways Free Radicals have an impact on your body

Brain Dysfunction

The brain requires 4 trillion molecules of ATP (adenosine triphosphate (energy molecules)) each minute. Producing ATP is a highly oxidative process that naturally has billions of free radicals. Unfortunately, the brain's antioxidant defense is reduced due to low antioxidants in the average American's diet, making it vulnerable to free radical damage and dysfunction.

Hearing Loss

Age and noise-related hearing loss are accompanied by an immune response, inflammation, and free radicals formation. Without an antioxidant termination process, continued hearing loss is the natural result.

Pregnancy

The demands of pregnancy and childbirth can leave mother and child more susceptible to disorders associated with free radical damage (Respiratory issues, eyesight issues, low birth weight, etc.) due to the high antioxidant reserves dedicated to the growing fetus.

Beauty & Integumentary System (Skin)

Exposure to environmental factors such as the sun, smoking, and air pollution can increase oxidative stress on the skin. Free radicals degrade and destroy the elastin and collagen in skin cells, leading to skin thickening, more noticeable discoloration, and exaggerated wrinkles.

Cardiovascular Disease

Many cardiovascular conditions initiate with a free radical attack. LDL (low-density lipid (lousy cholesterol)) particles quickly pass between the cells and stay inside the cell membrane. LDL particles are fat molecules susceptible to free radical oxidation that can trigger an inflammatory response. Over time, if this process is propagated due to a breakdown of the antioxidant defense mechanisms, the termination process never occurs, leading to a build-up of fatty deposits called plaque that eventually can form an arterial blockage.

Mental Conditions

Free radicals play an essential role in cellular signaling and comminutions. With alterations of antioxidant defense systems, energy production, inflammation, impairment of cell signaling, and the generation of neurotransmitters (GABA, Serotonin, and Dopamine) can be interrupted.

Eye Damage

Free radicals will likely damage the eyes due to ultraviolet light (the sun), blue light (tv, phone, and computer screens), and their naturally high metabolic rate. This leads to degradation (macular degeneration (AMD), glaucoma, cataract, diabetic retinopathy, and retinitis pigmentosa.)

Metabolic Syndrome

People who suffer from metabolic syndrome often experience hyperglycemia (elevated blood sugar levels). Chronic hyperglycemia primes the innate immune system for an exaggerated inflammatory response. This is the perfect environment for free radical propagation. Frequent hyperglycemia reoccurrences deplete the body's antioxidant reserves and allow metabolic syndrome to progress to more severe conditions.

Antioxidants are the path to better health!

Antioxidants are abundant in several natural sources, including fruits, vegetables, seafood, and protein. These sources are exogenous antioxidants meaning they come from outside the body. The body cannot produce these antioxidants alone, but they are essential to forming antioxidants within the body. The body also has a natural enzymatic process for generating antioxidants internally. These antioxidants are called endogenous antioxidants, which come from within the body. Endogenic antioxidants are incredibly efficient in terminating free radicals.

Daily supplementing with broad-spectrum and concentrated antioxidant, multivitamin, and mineral supplements helps the body to control oxidative and free radical processes. Reducing sugar, refined foods, processed meats, and daily exposure to environmental contaminants assist the body in having a robust free-radical defense system.

Leave your comment