“Osteoporosis and Hormones: The Whole Story”

My Chorale Pic

Laying down my pen

I am laying down my pen after twenty-seven years publishing Health-Light Newsletter.  I’ve left quite a legacy of print in my fifty-years of service as a health care provider and healer. I will continue posting articles from previous issues. I hope you will enjoy this one. Thank you for following me and sharing my blog articles with others. I bid you adieu with best wishes for your health and happiness.

The following article is from the Summer-Fall 2002 issue of Health Light. I first published it in my monthly column entitled “Your Body Knows Best” in the Lake Charles American Press.  I think you will find it quite informative. Enjoy!

Osteoporosis and Hormones: The Whole Story

In light of recent developments in medicine relative to hormone replacement therapy, exposing further the limitations of the medical model of health care, I thought it would be timely to write a series of articles exploring the alternative health care model and what it has to offer in this troubled area of hormonal balance and osteoporosis.

Osteoporosis is a condition of bone loss orchestrated by the body’s innate wisdom which has determined that some of the calcium in bones is needed elsewhere in the body, primarily to buffer rising acid in body fluids. The pH (potential of Hydrogen) of body fluids, in which all cells live, ideally is 7.2, which is practically neutral and slightly alkaline.

One of the largest determining factors of body fluid pH is the residue of digestion. Proteins and grains leave an acid-ash residue, because they require hydrochloric acid to digest them. Fruits and vegetables, for the most part, leave an alkaline-ash residue. (A chart is available at the center.)

Acid-ash has to be neutralized in the duodenum before it can be sent through the intestines. For this process, bile from the liver, stored in the gall bladder, and copious amounts of alkaline juices from the pancreas, are secreted into the duodenum as the stomach contents are emptied into it to emulsify the fats and neutralize the digestive acids.

The pancreas and liver make their alkaline juices from alkalizing minerals, such as sodium, which are stored in the body. These come from vegetables rich in organic minerals, which commercially-grown vegetables sorely lack. They are quickly used up keeping body fluids neutral for cell comfort and optimal function.

These sodium reserves become depleted in two ways: by over-consumption of proteins and grains and under-consumption of mineral-rich vegetation. When this reserve runs out, the body, in its wisdom, turns to the fluids and starts recycling sodium, such as is found in bile. When too much sodium is pulled out, causing calcium to precipitate out of solution and crystalize (contributing to stone formation), the body turns to the bones and starts re-absorbing calcium, the next mineral in line for neutralizing acids. The body’s time clock and survival mechanism kicks in and basically says, ”I can live with stones and osteoporosis, but I can’t live with my cells dying in these acidulous fluids.” Emergency measures are then taken in order to sustain and prolong life, the basic drive in all living organisms.

In his article on the subject in the July 4th issue of the American Press, syndicated medical columnist, Dr. Allen Douma recommends more calcium and protein in the diet. New evidence warrants caution in this area so that we do not consume too much acid-ash food and we balance that with lots of organically grown dark-green leafy and subsoil vegetables, such as lettuce, celery, spinach, radishes
and carrots, which are high in alkalizing minerals. Supplementation with organic minerals and barley green is an excellent safeguard measure as well.

Caution must also be taken to avoid “elemental” or inorganic calcium and other minerals (carbonates) which cannot be absorbed into the body. It’s only via the vegetable kingdom that we can receive the elements of the mineral kingdom. The vegetables chelate and arrange them in proportions we can use.

Milk is a high-protein food that takes sodium and calcium out of the body to buffer the acid it produces during digestion. All the calcium of a glass of milk is used up in this process, leaving not a single milligram for your bones.

For supplementation, calcium lactate or citrate can be safely taken. Cal-Ma-Plus, by Standard Process, what I use, is by far the best choice formula for increasing calcium levels in the bones.

Understanding Hormones and Drugs

With all the hoopla in the news lately about hormone replacement therapy (HRT), it might do us all well to review the process by which bone is replaced in the body. Over a seven-year cycle, every bone is replaced in your body cell by cell. Just how this happens is a story worth telling.

Bone replacement is done by osteoblasts, cells that generate bone tissue. Bone resorption is done by osteoclasts, which break out old bone tissue, thus making room for new. Both are essential to healthy bones. For example, if the old bone is not broken out, new bone cannot be brought in to replace it. The result is bone collapse from within, especially the long bones and spinal segments.

The hormone estrogen activates osteoblasts to produce new bone, just as it activates new tissue growth throughout the body. Progesterone, its partner, activates osteoclasts to break out old bone and stops the proliferation of issues. This is how estrogen is responsible for the production of neoplasm which forms tumors, and how progesterone helps stop and reverse tumor growth.

According to the literature that comes with them, Fosamax (alendronate) and Actonel (risedronate), two popular drugs given to “fight” osteoporosis, do so by inhibiting progesterone from activating osteoclasts. Old bone does not get taken out. New bone cells lay down on top of this chemical, now coating the bones, and form a veneer of calcium on the surface of the bones. This looks good on your x-rays and bone-density tests but is very misleading, because underneath this veneer is old bone now not being replaced by new. The result is hollow bones that will crumble under stress due to lack of internal structure and substance. The spinal segments are often the first to go in these cases where drug therapy is used. Women on Fosamax are known to have stress fractures in the spine.

This is one of many classic examples of the failure of the medical model of health care to honor the innate wisdom of the body. (For documented research on how medical prescriptions of estrogen without progesterone gave American women their breast cancer, read Dr John Lee’s book, What Your Doctor May Not Tell You about Menopause.)

Dr. Lee, a medical physician, is doing the apologies for the rest of his profession and is busy reversing breast cancer in thousands of women, mainly by applying progesterone cream. Call the office for his video, which every woman should view, and for more details on how you can replace your HRT with natural hormonal support using herbs and nutritional therapy.

Estrogen and progesterone are made elsewhere in the body than the ovaries. Natural estrogen and progesterone can also be administered through the skin by a cream to control hot flashes. Natural Woman is the formula we use, recommended by Dr.
John Lee ($25 for a month’s supply).

Bone Production

We now know which came first . . . the chicken!  Why? Because only the chicken can make the calcium that forms the eggshell. Listen up. Chickens that lay a calcium rich egg every day, eat grains and seeds that contain very little calcium. Yet the droppings of chickens and other bird species contain substantial amounts of calcium. But why?!

A cow produces 1-3 gallons of calcium rich milk every day, yet the cow’s diet is low in calcium. Grasses are approximately .001 % calcium. But how?!

The truth of the matter is that animals and birds naturally produce up to 20 times more calcium than they ingest If a calcium block or calcium pellets are put out for animals and birds, they will not eat it Why not?!

Conditions such as osteoporosis, PMS, hypertension, depression and many others are, in part, a result of calcium deficiency. Why don’t cows and chickens have these diseases?!

Because they eat grass and whole grains, which are surprisingly low in calcium but very high in silica and other enzyme producing micro-elements. They produce the calcium they need from silica, just as we do, and it’s done by an alchemical process called
biological transmutation.

We actually manufacture bone tissue from silica and a number of other trace minerals, such as zinc, copper, manganese, fluoride and boron, along with many other trace minerals and organic minerals, which include, of course, calcium, magnesium and
phosphorus.

Dr. Louis Krevran discovered that animals and birds eat foods rich in minerals that actually biologically transmute into other minerals required for metabolic processes. Bone growth and strengthening is one of these ongoing processes. Seeds, grains, herbs and grasses are rich in organic silica. Silica is 26% of the earth’s crust. Studies have proven that animals and birds produce calcium as a terminal waste product.

Now here’s the important piece of the puzzle. Humans cannot assimilate a waste product such as synthesized calcium (carbonate) because the body does not know how to metabolize it That’s also why chickens and cows won’t eat it In fact, ingesting synthesized calcium causes the parathyroid gland to function inefficiently.

Other Dietary Considerations

Osteoporosis was relatively uncommon among the ancients of Egypt, Rome and Greece, and is also unknown among the Indians of Hunsa, Peru, Equador, Brazil and New Guinea. Their diets of herbs and botanicals, such as Equisetum and Alfalfa, were rich in enzymes, silica, iron, copper, chromium, vanadium, boron, tin, rhodium and other minerals not found in modem vegetable diets.
Equisetum is a plant containing the richest source of safe silica known to man.

Studies have proven that silica from plants can prevent osteoporosis and calcium deficiency diseases, or reverse them.

Green and garbanzo beans, leeks, strawberry, nettle, bamboo shoots, seeds, and whole grains such as brown rice, are all rich in organic silica and other micro-minerals. The Japanese have strong, dense bones because of the amount of rice they eat daily. Such whole plants and other nutrients are in the formula Bone Plants by Total Health Solutions (available at my office).

Exercise Unavoidable

As much as we would like, simply popping pills to correct osteoporosis is not enough. Changing diet and lifestyle is unavoidable, as is exercise. But how does exercise help bone growth and density ? The answer is quite fascinating. Let’s explore.

In physiology we learned that when a crystal structure of bone bends or is placed under pressure, an electrical current is generated. This current triggers the movement of electrons, which sets up small, measurable vibrations. The current, or perhaps the resulting vibrations, also stimulate cell growth and mineral deposition. Without these vibrations of electrical currents, bones begin to weaken, as we learned in outer space. Astronauts lost bone mass quickly without gravity to place needed stress on weight-bearing bones.

Exercise is essential to bone growth and strength, as it is to all the tissues of the body. Incorporate a spirit of enjoyment into your exercise program and you have creative activity that can only lead to health and strength throughout your entire body.

And now you know the whole story! Remember, your body knows best and never does anything without a good reason. Trust it. Listen to it. Honor it’s wisdom and help it with sound nutrition and natural, holistic health care.

You body already knows what it needs to restore its health. All you have to do is ask it. I can help you do that through my services. Sound nutrition and whole food supplementation go a long way in helping to release the innate healing power of the body by supporting the healing and restorative processes. Call for a courtesy consultation today.

Anthony Palombo, D.C.

(337) 802-5510

Visit my HealingTones.org blog for more inspired reading. Current theme is Human Relationships: The Law Of Balance

Understanding Calcium Functionally

There is more calcium in the human body than all the other minerals combined.  More calcium supplements are sold than any other mineral, but most of them are not absorbed from the GI tract.  Once absorbed, calcium has to be ionized before it can be utilized.  Not all forms of calcium can be easily ionized by the body.  Let’s take a look at how this works from a functional standpoint. 

Calcium Functions

Calcium serves many functions.  It forms the foundation of bones. It provides fuel for muscle contraction. It is essential for blood coagulation and nerve impulse.  It is used by the immune system in “fighting” infections. In a deficiency of sodium, it is used to buffer acid and maintain normal pH in the body fluids and tissue.

Calcium does not stand alone, however, even in the formation of bone.  Calcium is balanced proportionately by magnesium (5/1) and by phosphorus (10/4).  Magnesium controls calcium absorption and provides lubrication for muscle contraction.  Phosphorus opposes calcium and holds it in solution where it is needed in liquid form.  It’s also a systemic acidifier, which is important to the absorption of calcium in the GI tract.

Bone Composition

Your body needs a lot more than calcium to manufacture bones.  Bones are made of protein, minerals and vitamins.  Minerals present in bone are: calcium, magnesium, phosphorus, potassium, manganese, silica, iron, zinc, selenium, baron, sulphur, chromium, and dozens of others.  In order for bones to absorb the minerals Vitamin D must be present.  Collagen is also part of bone connective tissue and provides a matrix for bone formation.  As you can see, if you’re concerned about your bone health, you’ll need to take a full spectrum organic mineral supplement and trace minerals.  I will cover this topic in my next blog post.

The Role of Phosphorus

Phosphorus holds calcium in solution.  If the ratio between calcium and phosphorus becomes imbalanced, problems will arise.  If there is not enough phosphorus to hold the calcium in solution, the extra calcium will start precipitating out of the body fluids.  If it precipitates into your kidneys, it forms kidney stones.  If it precipitates onto your teeth, it is called tartar.  If it’s in your bones, it’s called arthritis.  If in your blood vascular system, it’s called arterial sclerosis or calcified arteries.  If in your eyes, it’s called cataracts. All of these conditions are symptoms of phosphorus deficiency.  We need to take a phosphorous supplement that does not contain calcium to raise the phosphorous level.  If the calcium level is low, then we have conditions like dental caries, the erosion of the teeth.  Looking at it from the dentist’s standpoint, this is the systemic cause of dental caries: high phosphorous, low calcium.  This does not mean we have too much phosphorous. It just means we don’t have enough calcium to buckled the phosphorous.

Absorption

Calcium requires an acid environment in the GI tract for proper absorption.  People who have an alkaline GI tract just can’t absorb and assimilate calcium well.  Standard Process Labs makes a Calcium Lactate which is comprised of five grains of calcium and one grain of magnesium citrate.  This makes the pH of the total product 5.2, which is on the acid side. Seven is neutral, which straight calcium would be.

A word of caution about iron supplements:  Too much calcium in the GI tract prevents the absorption of iron.  Therefore iron and calcium supplements should not be taken together.

Ionization   

Calcium has to be ionized before it can be utilized in the body. To ionize is to give an electrical charge to a molecule being ionized. This is accomplished in the blood stream by our body’s enzyme system. The ionization of minerals makes them functional in our body tissues. If calcium is not ionized, for example, it stays in the fluid. The only kind of calcium you can ionize in your body is calcium bicarbonate.  Calcium lactate changes to calcium bicarbonate in just one step.  Whereas, limestone (calcium carbonate) goes through about a dozen changes to become calcium bicarbonate.  Don’t confuse calcium bicarbonate with calcium carbonate.

Calcium bicarbonate cannot be taken in a tablet form.  It is present in spring water, but if you put that same spring water in a tea kettle and boil it, the soft organic calcium bicarbonate changes to hard inorganic calcium carbonate, which is insoluble.  It precipitates to the bottom of the tea kettle in the form of limestone.

Calcium carbonate cannot be easily ionized in the blood stream and therefore is not readily available for use in the body.  It is circulated around and eventually deposited in muscles and on bones or turned into kidney stones for elimination.  Most commercial calcium products, including TUMS and ROLLAIDS, are calcium carbonate.  Some calcium products are formulated with calcium citrate which can be ionized, although not as easily as calcium lactate.

Chelated Organic Calcium 

Inorganic calcium becomes organic when chelated by the organic acids produced by plant roots, which absorb the calcium along with other minerals in a slightly acid soil. That’s why soil pH is very important in the vegetable garden.  Humus soil is very conducive to mineral chelation and absorption.  This is one of the benefits of organic gardening.

Getting back to calcium bicarbonate, you can’t make calcium bicarbonate tablets because as soon as you start drying the bicarbonate it changes to calcium carbonate.  So the closest that we can come to calcium bicarbonate is calcium lactate.

For specific supplement recommendations and to order product, email me.

In my next blog post, I will explain bone resorption and remodeling and how drugs like Fosamax disable this process in a futile attempt to reverse osteopenia and osteoporosis.

Here’s wishing you a Healthy and Happy New Year!

Dr. Tony Palombo

tpal70@gmail.com

References:  John Courtney, former head of Research & Development for Standard Process, Inc. for thirty years, now deceased.  His comments on products in the Clinical Reference Guide manual are adapted for use in this blog.