Try to Slow Down Heart Disease with Antioxidants

Picture of a heart composed from healthy foods

The human heart is truly a miraculous machine.  Even before you’re born, the muscles that make up the heart are working hard, pumping oxygen rich blood to each organ in you and returning oxygen depleted blood back to the lungs.  On average, the heart will beat 37,869,120 times each year, year after year.  That’s about two and a half billion heartbeats in a lifetime.

Plainly, your heart is your powerhouse and it’s worth protecting. We know, nobody can live without a beating heart and indeed, with an average of 2 deaths every 68 seconds,  forty percent of all the deaths in the United States are from heart disease, led by Coronary Artery Disease (CAD).

As the hardest working organ in the body, the heart muscles naturally produce a continuous supply of energy and it’s this massive level of energy creation which makes the heart vulnerable to the attack of free radicals. Hence, your heart is one organ with a large requirement for antioxidants like Glutathione which is the most valuable.

The Heart’s Energy Production

The heart’s amazing ability to produce energy is based within each cell in the cellular power plants- Mitochondria.  Every cell in every organ possesses these tiny energy producing locations.  On average, most cells will have a few hundred mitochondria, but the cells in your heart are estimated to include up to 5,000! The power that’s made in your cells, takes the form of a compound called ATP – adenosine triphosphate.  Unfortunately, making energy has a price.

The by- products of creating energy are free radicals and with the high concentration of energy producing mitochondria in the cells of the heart, there is an equally high production of free radicals. Think about wood burning in a fireplace and the ashes that accumulate. If they don’t get cleared out now and then, eventually they’re smother the fire. That clearing out process is accomplished by antioxidants and without their work, free radicals create a cascading response within the cells that will destroy them and their components – including the cellular DNA.

CAD and Heart Disease

Arteriosclerosis – Coronary Artery Disease (CAD) which is commonly called hardening of the arteries or loss of arterial elasticity is one of the main causes of Heart disease. It’s been linked to a substance known as lipid peroxidase. That’s what happens if the lipids in your heart are converted into free radicals.  Lipids, are a molecular group that includes sterols, waxes, fats and the fat soluble vitamins E, A, D & K.  As well as elevated levels of free radicals, patients with CAD also have low levels of antioxidants including Glutathione.  Lacking the antioxidant reserves to clean out free radicals in your heart, it and the arteries in the system will eventually suffer from oxidative stress.

Human bodies have originally been designed to clean up the free radicals created by normal processes, but most of us are subject to extra stressors that aren’t natural . These stresses include environmental toxins (and especially tobacco smoke!), poor diets, the unhealthy pace and emotional stress of everyday living and a weak condition of our muscles from not getting enough exercise.  We have put our antioxidant capabilities at a terrible disadvantage.

The Benefits of More  Glutathione and Other Antioxidants

As we grow older, our chemistry starts to slow down. The mitochondria in our heart muscles inevitably create less energy and we also naturally begin to produce less glutathione – which is vital for a healthy heart.  Boosting glutathione reserves will not make us live forever, but given how hard your heart is working for you, it must make sense to  improve your diet, choose a healthier lifestyle and take concrete steps to increase your natural production of glutathione.

Oral Glutathione supplements are not effective, but you can increase your glutathione with a glutathione precursor like  Cellgevity- available at wholeearthhealth.com.

Avoid Heart Disease- Know the Risk Factors

Atherosclerosis, the scientific term for heart disease is the # 1 killer among North Americans. But what is it Well, sclerosis signifies “hardening” and athero identifies the type of substance that stops up and hardens arteries. Over time, our risk factors slowly rise but specific risk factors are important in figuring out if we’re probably prospects and they include our years, blood pressure, total cholesterol levels and good (HDL) cholesterol ranges.

Warning Indicators
High total cholesterol

High levels of cholesterol in the blood can contribute to atherosclerosis, which is the slow build-up of fat, cholesterol and other particles along the sides of your arteries. It’s called plaque and it can accumulate enough to narrow and harden the artery. If the plaque is serious enough, it can restrict blood flow past the blockage. Portions can also detatch themselves and cause a heart attack or stroke. An acceptable cholesterol level is 170 mg/dL or lower.

Low HDL “good” cholesterol
High concentration lipoproteins (HDL) absorb cholesterol and recycle it back to the liver for removal. A normal, healthy HDL level is over 60 mg/dL. HDL cholesterol rises with workouts. We need daily exercise to boost our HDL and decrease our risk of heart attack.

Elevated blood pressure
Blood pressure measurements are read as two numbers. The higher number, referred to as the systolic pressure, signifies the pressure in the arteries when your heart beats . The smaller number, called the diastolic pressure, signifies the pressure when the heart is at rest.

A normal systolic number is 115. If your arteries are narrowed, hardened or inflamed your heart needs to beat harder and this will generate a higher systolic measure.

A normal diastolic number is 75 or less. When the diastolic number is too high it can suggest that your lungs, kidneys and liver are not properly detoxifying your body.

High blood pressure, along with high cholesterol levels and low HDL levels should be considered as warning signals from our body. Heightened homocysteine sounds a louder alarm and high C-Reactive protein levels should never be ignored.

In addition to exercise, products like Cellgevity with support the heart by supporting our glutathione production, ProAri-9 Plus which acts as a Nitric Oxide Precursors and Herbal supplements like RGardens Heart Blend will all help you support your good health.

Why Your Heart Needs AntiOxidant Protection

Elderly man in great shape

The human heart is certainly a wonderous organ .  Even before your first breath , the muscles that make up the heart are working hard , circulating oxygen rich blood to every part in you and drawing oxygen depleted blood back to your lungs.  On average, your heart will beat 37,869,120 times each year , year after year.  That’s around two and a half billion heartbeats in your lifetime .

Clearly , the heart is your powerhouse and deserves protection. You know , nobody can survive without a working heart and   with an average of 2 deaths every 68 seconds ,  forty percent of all the deaths in the United States are the result of heart disease, the leading cause of which is CAD- Coronary Artery Disease

Because it’s the hardest working organ in your body, the heart muscles will produce a continuous supply    of energy and it’s this massive level of energy creation which renders your heart vulnerable to the threat of free radicals. Hence , the heart is one organ with a high demand for antioxidants  and the most important of which is Glutathione.

Producing Energy for the Heart

The heart’s astounding ability to make energy is rooted within each cell’s power plants known as Mitochondria.  Every cell in every organ has these tiny energy producing sites .  On average, most cells will have a few hundred mitochondria, but the cells found in the muscles of your heart have about 5,000! The power that’s made in your cells, is created in the form of a compound called ATP or adenosine triphosphate.  Unfortunately , producing energy has a price .

The by- products of creating energy are free radicals and with so many mitochondria in the cells of the heart , there will also be a matching population of by-products . Without the intervention of antioxidants , free radicals can create a cascading response within the heart cells that can kill them and their components – like cellular DNA.

CAD and Heart Disease

Arteriosclerosis – Coronary Artery Disease (CAD) which is generally called hardening of the arteries or loss of arterial elasticity is a leading cause of Heart disease. It’s been linked to a substance called lipid peroxidase. That’s what you get when the lipids in your heart are converted into free radicals.  Lipids, are a large group of molecules which include waxes, sterols, fats and the fat soluble vitamins A, D, E & K.  In addition to   raised levels of Free radicals, patients with CAD have also been found with depressed levels of antioxidants including Glutathione.  Missing a sufficient supply of antioxidants to scavenge free radicals in your heart, this organ and your arterial system will eventually suffer from oxidative stress.

Our systems are designed to manage free radicals created by normal processes, but most of us are subject to extra stresses that were not part of the original plan . They include environmental chemicals ( like cigarette smoke!), lousy diets, the unhealthy pace and emotional stress of our busy lives and poor conditioning of our muscles from not enough exercise.  We have placed our antioxidant reserves at a terrible disadvantage.

Why You Need More  Glutathione and Other Antioxidants

As we age , our chemistry starts to slow down. The mitochondria in our cells inevitably produce less energy and we also naturally begin to produce less glutathione – which is vital for a healthy heart.  Boosting glutathione supply can’t make us live forever, but given how important your heart is , it only makes sense to  eat better ,  live a healthier lifestyle and take concrete steps to boost our natural production of glutathione.

Oral Glutathione supplements are not effective, but you can increase your glutathione with a glutathione precursor like MaxONE.