The Healthy Home : For the Love of Food (part 3) - Out of Balance - Acid/Alkaline Equilibrium

- 7 Kinds Of Fruit That Pregnant Women Shouldn’t Eat
- How to have natural miscarriage
- Foods That Cause Miscarriage
- Signs Proving You Have Boy Pregnancy

Out of Balance

All of life is a matter of balance. Not a frozen balance, like a statue—that would mean death—but rather a delicate balance, which allows moderate movement in one direction or the other, bending but not breaking.

The human body needs this kind of dynamic stability, as do all other living things. The process is called homeostasis, in which internal conditions—like body temperature, blood levels of calcium, and blood pressure—are maintained within narrow ranges, despite the extreme changes that may occur outside.
But most of us today, in the name of convenience, are throwing out of balance the complex and overlapping mechanisms inside our bodies.

Acid/Alkaline Equilibrium

One of the most important homeostatic mechanisms in the body is the acid-alkaline balance, or pH. Our bodies work hard to maintain a blood pH between 7.35 and 7.45—ideally about 7.40, or slightly alkaline. This is the ideal pH for many of our enzyme systems to work well.

The human body settled on this pH range largely because our early diets consisted of a plant-to-animal ratio of close to 1:1, with fish and shellfish comprising much of the animal component. These diets, high in unprocessed plant fiber and fruits, would have been slightly alkaline, which guided our evolutionary development.

But times have changed, and so have our diets. Profound alterations in humankind’s cultural and biological environments, brought about around 10,000 years ago through the introduction of agriculture and animal husbandry, were then magnified with the arrival of the industrial revolution. On an evolutionary scale, such shifts occurred too recently and too swiftly for the human body to adapt. In conjunction with this growing discord between our ancient biology and today’s prevailing nutritional and cultural patterns, many of the so-called “diseases of civilization” have emerged—consequences of twenty-first-century diets meeting stone-age bodies.
The foods we consume today would have been unrecognizable to our hunter-gatherer ancestors and those first farmers, yet the nutritional needs of our cells have hardly changed at all. Meat products, dairy products, and cereals provide most of the calories in our diets, and they are all high on the scale of acid-producing foods.

But remember, our bodies lean toward the alkaline. So we’re making it difficult for our systems to maintain the acid/alkaline balance that has prevailed since the beginning of human time.


The basic rule is that meat and dairy foods have a high acid load, whereas vegetables and many fruits are acid-reducing. People frequently confuse the acidity of a food source with its acid load. It appears paradoxical, but a lemon—which is quite acidic—will actually reduce the body’s acid load once its mineral contents—generally found in the pulp—are absorbed into the body fluids. This is because the predominant minerals within the lemon have an alkalizing or acid-reducing effect on the body. They do this by forming mineral hydroxides and carbonates in our cells, which act like molecular sponges to “suck up” excess acidity.

In addition to eating more vegetables, you can also take potassium bicarbonate to help reduce your body’s acid burden. But why is it so important to reduce the acid burden of the body and move our diet back to match that of our evolutionary development? Two major risks arise from modern acid-producing diets:
• Osteoporosis
• Cancer

Cellular Truths

Acidity—Your Bones and Cancer
Net acid load is an expression that refers to the amount of acid (H+) the foods we consume contribute to the cells of the body. As such, it represents the total body burden of dietary acid. A net acid load of zero would imply that the foods eaten were exactly balanced in their relative acidity and alkalinity. Whereas our ancestral diets were slightly alkaline, today’s modern Western diet has a high net acid load.

This has severe implications for long-term bone health.

Through direct chemical dissolution of the bone, bone tissue buffers the acidity of the body. In the process, calcium (Ca+2) and carbonate (CO3–2) are released from the bone mineral matrix. The release of calcium into the blood and its excretion in the urine are not compensated by equivalent calcium uptake from foods in the stomach. Sodium (Na+), potassium (K+), and assorted phosphate (PO4–3) ions also are released from the bone to combine with the excess hydrogen (H+) in the blood.

Unchecked, this degrading process leads to thinner, weaker bones—osteopenia—and, if not corrected, osteoporosis, or hollowed-out bones.
An acid-promoting diet also initiates a broad cascade of biochemical and physiological changes to the body that appear to set us up for cancer. These include:
• Chronic oxidative stress
• Enhanced catabolism—muscle wasting and destruction of skeletal reserves
• Elevation of insulin and cortisol
• Systemic inflammation
• Obesity
• Impaired immunity
Each of these aberrations is known singularly to be involved with the genesis of the cancer process. Just imagine the implications when they are all pulling on the same rope.

Acidosis and Bone Health

To protect at all costs the pH balance of the blood, the body sacrifices bone tissue, enlisting the minerals as buffers against the corrosive effects of excess acidity. As little as one week on a mildly acidic diet is sufficient to show a detectable drop in bone minerals from the bone surface.
Consequently, acid-producing diets can dramatically alter both bone structure and function. A high dietary acid load has been shown to both increase bone resorption—a process by which the bone structure is depleted—and decrease bone formation.

A Cancerous Environment

Everybody has cancer cells. Period. Your mom, your brother, your spouse all have them. Cancerous cells are formed continuously in the human body, with an estimated 10,000 cells active at any given time, but their growth is normally kept in check by an active, healthy immune system. So the question is: Are you feeding these cancerous cells or fueling your body’s fight against them?

Recent studies have emerged that provide intriguing insight into the relationship between diet and cancer. Abnormalities in our acid/alkaline balance seem to play a major role in the beginnings of cancer by knee-capping the immune response and allowing cancerous growths to start. High levels of inflammation also block the body’s natural defenses by disarming its specialized white blood cells and enhancing the production of chemicalsignaling molecules to further inhibit immunity and encourage unchecked growth. Measuring the level of systemic inflammation can, in fact, predict a patient’s survival time for several cancers.
Top search
- 6 Ways To Have a Natural Miscarriage
- Foods That Cause Miscarriage
- Losing Weight In A Week With Honey
- Can You Eat Crab Meat During Pregnancy?
- Grape Is Pregnant Women’s Friend
- 4 Kinds Of Fruit That Can Increase Risk Of Miscarriage
- What Are The Causes Of Diaper Rash?
- What Kind Of Music Helps Your Baby Sleep The Best?
- Ways To Teach Babies Not To Swallow Toothpaste
- Ways To Respect Your Child’s Privacy
- Ways That Help Improve A Toddler’s Speech
- Ways To Burp Your Newborn Properly
- Tips To Soothe Your Baby’s Teething (part 2) - Solid foods, Over-the-counter medicine
- Tips To Soothe Your Baby’s Teething (part 1) - Massage gums
- Treat Diaper Rash By Using Home Remedies
- Treat Diaper Rash With Baking Soda
Top keywords
Miscarriage Pregnant Pregnancy Pregnancy day by day Pregnancy week by week Losing Weight Stress Placenta Makeup Collection
Top 5
- 5 Ways to Support Your Baby Development
- 5 Tips for Safe Exercise During Pregnancy
- Four Natural Ways Alternative Medicine Can Help You Get Pregnant (part 2)
- Four Natural Ways Alternative Medicine Can Help You Get Pregnant (part 1)
- Is Your Mental Health Causing You to Gain Weight (part 2) - Bipolar Disorder Associated with Weight Gain