Osteoporosis can be prevented
Bones store calcium but it is used constantly and needs to be replaced
When the blood becomes acidic, we need alkaline minerals like sodium, potassium, calcium and in some cases, magnesium to buffer it. Without these essential minerals, our heart muscles would fail to contract or relax in time to a regular beat. At short notice, acidity is buffered by skeletal calcium and magnesium. The minerals are replaced as soon as dietary sources are again made available. Warning signals like cramps, aching joints or piercing stabs from kidneys show the need for more calcium and magnesium.
We make a lot of noise about these pains and still think that osteoporosis is a "silent" disease. Osteoporosis is the term used to describe bones that have been weakened by the continuous removal of calcium and magnesium. One of the earliest symptoms of this condition is kidney stones. They contain the skeletal calcium that is then used to neutralize urine when excessive toxicity and phosphates makes it too acidic. Taking extra doses of magnesium with vitamin B 6 is an easy way to prevent kidney stones and save your bones. We underestimate the importance of magnesium and fail to to top up on this important mineral that affects our blood sugar and heart health. Menstrual cramps are another sign that magnesium is in short supply. Painkillers are used to silence the critical need for more magnesium, every time we experience these and other types of cramps. When adequate calcium and magnesium supplementation is given during the onset of menstruation, ladies find that they do not need painkillers or hot water bottles. Simple supplementation is the key to silencing the body's many screams for more minerals. Why are we so blind to the etiology of osteoporosis?
Our bones are alive and perform a number of vital functions. Apart from forming our inner framework, bone tissue doubles up as a mineral bank to provide emergency supplies to maintain over 300 metabolic functions. This serves as a lifesaver just in case we fail to consume enough foods that are rich in calcium and magnesium that are used to keep the arterial blood alkaline at a pH of 7,6. Venous blood becomes more acidic when it flows over cells that are eating, breathing and purging out their waste materials.
Minerals are added to bones on a daily basis by customized cells known as osteoblasts. Osteoclasts, however, do the opposite: they break down bone tissue. They extract the calcium and magnesium from our bones and transfer it to carrier proteins that allow these minerals to travel around in the bloodstream to appointed destinations. They bind to heavy metal particles and other toxins along the way and can be excreted. New “clean” calcium is then attached to bones. We thus have a daily flow of minerals both to and from our bones. This is known as bone turnover.
Why Do We Allow Our Bones to Run Out of Minerals?
We don't receive monthly bone statements to warn us that we are withdrawing too many minerals and not keeping up to date with payments. Bones have to maintain their rigidity with calcium that is attached to a collagen matrix that is dependent on vitamin C. Magnesium and calcium interact with other vitamins such as vitamin D 3, B 6 and vitamin K. The mineral boron is the "cash controller" and helps to prevent calcium from being lost via the gut or kidneys.
All these nutrients are required to ensure a positive bone density, providing we supply enough of them from dietary sources or supplementation. As we get older our stomach acid weakens and it is unable to convert calcium carbonate into a more assimilable form. So, although we consume adequate calcium, we fail to feed our bones. We also like to think that the food we eat supplies all that we need for strong, healthy bones. It does! Unfortunately our bones begin to weaken because the nutrients do not reach them for various reasons.
What Interferes With Our Bone Maintenance?
Nutrition is complicated. It is not a case of reading a list of ingredients and assuming you have paid your dues in terms of bone building for the day. The calcium in milk, for instance, is negated to the degree that phosphorus is present. When you consume whole wheat bread, wheat bran or other insoluble fibres, such as psyllium husks that contain phytic acid you are actually being robbed of calcium. These calcium thieves as well as phosphates and excessive protein cause acidity in the bloodstream and may even be the prime cause of osteoporosis in later life.
Gluten intolerance has a way of blocking your uptake of Vitamin D 3, regardless of how much sunshine you get. Vitamin B 6 is deactivated by sugar and most of our vegetables lack boron. Our skeletons grow to full strength by puberty and need adequate building materials to reach 100% bone density. Call this an investment in your future. Beware of calcium thieves that promote acidity and you don't want to instigate bone loss while you are trying to increase your bone density in the first place.
How Do We Build Our Bones?
To be on the safe side, it is best to take a comprehensive calcium and magnesium supplement. The formulation should include calcium citrate, half as much magnesium and adequate zinc, boron, vitamin B 6, D 3 and vitamin C. The best time to take your supplement is at bedtime. People agree that this helps them to sleep, keeps the restless legs under control and helps to improve their bones as well as joints. Taking a soak in a hot bath and adding one or two cups of Epsom Salts (magnesium sulphate) will help you to absorb extra magnesium.
During the day be sure to top up on Omega 3, especially fish oil and a good multivitamin. It is not essential to include vitamin K because we get plenty of it from leafy green vegetables. People who take Warfarin need to be cautious about vitamin K because it can affect the way their blood clots and some people even avoid natural, healthy sources from the vegetable garden.
An unusual source of calcium, magnesium and other minerals is eggshells. You can find out how to harness this simple resource by reading the article I wrote about eggshells.
Homeopathic potencies of mineral tissue salts help mineral assimilation and also control the balance of calcium in soft tissue. HRT (hormone replacement) purveyors are not entirely truthful when making claims about saving bones. Increased levels of estrogen inhibit the activity of osteoclasts, according to recent studies. You may think your bones are “thus protected” from mineral loss, but would this help to keep your blood alkaline or protect your heart? The pituitary gland controls hormonal activity and there must be a reason why older women have a lower estrogen status. With adequate mineral supplementation throughout life one need not become a victim of osteoporosis, the so-called “silent disease”.
What is Diatomaceous Earth?
Diatomaceous earth is a mineral that is mainly composed of silicon dioxide. It is a sedimentary rock that takes thousands of years to develop. The gritty texture of this unique substance comes from the fossilized exoskeletons of algae and unicellular organisms that contained silica. Once it is ground to a powder the result is a fine matrix of sharp glassy crystals that are no match for sticky food deposits, plaque and pathogenic biofilms that adhere to teeth. This also helps to expel microbes and toxins because it carries a negative charge. For teeth this is important to help protect the enamel and strengthen it. Gums too, become stronger and less inclined to bleed after exposure to diatomaceous earth when it is present in toothpaste.
Diatomaceous earth is beneficial if swallowed, providing it is food grade. So when it is included in toothpaste (unlike fluoride) it is not going to endanger your health. Some people eat diatomaceous earth for its health benefits! Taking a tablespoon or two of diatomaceous earth every day ensures a natural source of silica and trace elements. Eating this earth is said to keep the colon clean, free of pests and slime. This facilitates the absorption of nutrients and the extra minerals, especially the silicon dioxide help to build healthy bones and promote lustrous hair and strong fingernails.
So, what About Natural Fluoride?
Calcium fluoride or fluorite occurs naturally as beautiful green and purple crystals. Water containing particles of this mineral is indeed good for tooth and bone construction. However, too much of it will also cause fluorosis of the teeth and brittle bones. There is no proof that man has ever been fluoride deficient. Even a tea bag contains 1/3 of our daily needs. Natural fluoride is present in just about every food that has been tested. Even a bag of potato crisps! Should we need a little extra help with minerals then it is best to use the Tissue salt: Calcium Fluoride or CALC FLUOR D 6.
(accessed 2nd July 2012)
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