Tuesday, January 19, 2016

MAGNESIUM


Magnesium

This is one of the most unsung minerals of our time.  In many ways it is even more important than calcium as it acts as a catalyst in the system to the vital organs, the heart being the most prevalent.

Magnesium is mainly found in vegetables, especially green vegetables, as it is a key ingredient in chlorophyll.  It is also found in grains but it is lost during the milling and refining processes.  It is a heat sensitive mineral and so is also diminished with cooking.

Magnesium is responsible for the health of nerves and muscles as well as some glandular functions, especially the pituitary.  It is absolutely vital in maintaining normal structure of tissues, bone formation in children and the digestive system.  It activates specific enzymes in the body that are responsible for breaking down carbohydrates.  It is great for heartburn, indigestion and is a wonderful natural laxative.

E.V. McCollum, who had his research published in a book entitled, 'The Newer Knowledge of Nutrition', conducted an experiment using laboratory rats and magnesium.  Those on magnesium deficient diets developed many problems such as dilation of the blood vessels, kidney damage, diarrhea, loss of hair, edema, nutritional failure, tetany, rough sticky coats, over-excitement, convulsions and malignant tumors.  

Dr. Edmund B. Flink, who was chairman of medicine at West Virginia University School of Medicine back in the 60's, found that alcoholics are extremely deficient in magnesium.  He found that when those experiencing tremors, hallucinations and typical withdrawal symptoms, were supplemented with magnesium, their symptoms disappeared.

W.O. Smith reported on his research in the Journal of Laboratory and Clinical Medicine (vol. 59/1962).  He found that when the cells are deficient in magnesium, the structure of the ribosomes, which contain essential nucleic acids, are destroyed.  In addition to this, the mitochondria, which is known as the powerhouse of the cell, cannot function properly without magnesium present.

Many pharmaceutical drugs inhibit magnesium and create a deficiency in the system. Cortisone, which is used to reduce inflammation from arthritis and allergies, also has been found to promote and produce diabetes.  In some studies, it has been found to create a magnesium deficiency as well.


Dr. J.K. Aikawa stated in his book, 'The Role of Magnesium in Biological Processes', that, "cortisone produces subtle changes in the distribution of magnesium in the body, which cannot be attributed to its diabetogenic or anti-inflammatory effect." He said that tetracycline, digitoxin, testosterone and thyroxin all suppress magnesiums activity as well.  However, one of the most dangerous common things is the X-Ray.  Dr. Aikawa found that irradiation destroys certain cellular processes.  When male rabbits were subjected to x-ray exposure, he found that "the bone cortex, kidney and heart tissues previously considered to be radio-resistant are as radiosensitive as the appendix, stomach and testis."  After a week he found the rabbits had "a significantly decreased turnover of stable magnesium."

Dr. Winifred Nayler of the Baker Medical Research Institute stated in 'Heart Journal' (March/1967), that while calcium is vital to keep the heart beating, it will not do what it is supposed to unless it is controlled in turn by a sufficient amount of magnesium in the body.  Magnesium is the primary regulator of electrical activity within our bodies.  Every movement both internal and external is triggered by these electrical impulses transmitted along the nerves.

There has also been a link between a lack of magnesium and the rise of suicide.  French scientist, M.L. Robinet did a study on this very thing.  He based his findings on the soil samples taken from all parts of the country.  He found that in areas with poor soil levels of magnesium that the suicide rates were much higher.  He also noted that the diets of people in those areas were also magnesium deficient.  He stated that those who regularly absorbed a good amount of magnesium in their diet had a more stable equilibrium.

Dr. L.M. Dalderup of the Netherlands Institute of Nutrition, said the symptoms of magnesium deficiency are apprehension, over-excitability, tremors, myoclonus (problems with calcium absorption), muscle twitching, disorientation, depression, confusion, nervousness, irritability and headaches.

According to Dr. Lewis Barnett, retired orthopedic surgeon, the pituitary gland is largely dependent on magnesium for its function.  If it does not have enough it fails in its function of exercising thermostatic control over the adrenals which are then allowed to overproduce adrenalin.  They found that those who were suicidal would have a huge adrenal surge before attempting to commit suicide.  They also found that those with high protein diets are extremely magnesium deficient and more prone to these sorts of problems.

Magnesium is an analgesic or used to relieve pain.  It is found more than any other mineral in the spinal fluid.  In fact, it is found in much higher concentrations in the spinal fluid than in the blood.  Scientists can test the level of magnesium in the blood by doing a simple blood test.  They found that the lower concentrations of magnesium in the blood also directly correlated with low amounts of this element in the spine. (Scary to think about how a deficiency in this mineral can cause a slew of serious issues.)  Also when magnesium deficiencies occur, the regulation of hormones in the system is almost nonexistent, leading to such things as heart damage, epilepsy, osteoporosis and periodontal disease.  Once again, Dr. Barnett said that the first step in treating magnesium deficiencies in children was to eliminate milk from their diet.  He said that 9 out of 10 childhood epileptics drink milk.  Synthetic vitamin D, like fluoride, binds with magnesium in the system.  Dr. Barnett stated that milk is loaded with both these substances and only enhances the problem. (And here we are taught how milk does a body good...we thinks perhaps everything we have been taught has been wrong.)

Another study was done on athletes.  They found that in areas where the oxygen levels were low, that those who had diets high in magnesium had not only MORE oxygen in their systems but higher stamina and endurance levels.

They have found that without magnesium that teeth will only create soft dental enamel.Magnesium is responsible for hard dental enamel which protects the teeth from plaque buildup and the creation of cavities.  Dental structures beneath the surface will actually dissolve and speed up decay if magnesium is not there to prevent it from happening.

Magnesium promotes absorption of many minerals into the bone but deficiencies encourage deposits of minerals upon the kidneys, heart muscle, gums and arteries.  This can result in the irritation and gradual degeneration of organs, tissues and bones.


According to Dr. Pierre Delbet, magnesium deficiencies are the leading cause of senility in the brain and testicle. He said that a lack of magnesium in the diet leads to diseases of old age.  Tissues and organs do not age at the same speed.  The nervous system usually lasts the longest and the muscular system deteriorates the first.  The 'Journal of American Medical Association' also confirms this.  When a group of researchers studied 1000 patients in hospitals, they found that 54% of those with heart complaints were magnesium deficient and yet the doctors there failed to even call for a magnesium test.  Many of these patients died from magnesium deficient related symptoms.

Some natural sources of magnesium are fresh green vegetables, raw wheat germ, raw almonds, apples, raw nuts, raw honey, peaches, brown rice, figs, lemons, grapefruit, bran, seeds, parsley, ginger, garlic, alfalfa, cayenne, papaya, rosemary and peppermint.  It can also be found in the herbs aloe, comfrey, black walnut, blue cohosh, catnip, chamomile, dandelion, gotu kola, hops, kelp, mullein , red clover, valerian and wood betony.  Its enemies are alcohol, diuretics, too much sugar, refined flours and grains, too much protein, food processing and heat.

As is customary with our posts, we are including some links below for your perusal.  The FDA has not approved this post.  It is meant to educate only and is not meant to diagnose, treat, prevent, mitigate or cure and disease or illness.  Consult a qualified physician before starting any health program.










Saturday, January 2, 2016

MANGANESE


Manganese

Manganese was first brought to our attention in 1931.  Since then many amazing studies have provided us with a wealth of information regarding this little known element.  Manganese has been dubbed, "The Big M" due to its vital role in maternal emotions, muscles and metabolism.  

It is often said that new mothers who lack proper affection for their newborns are cold and heartless.  Modern society may be jumping to conclusions here.  It may be just a simple nutritional deficiency.  Due to this lack of manganese in her system, a mother's children may be more likely to develop myasthenia gravis (lack of coordination, loss of muscle strength and weakness) or even diabetes.  Manganese is essential for the utilization of many nutrients in the body, B vitamins being at the top of the list.

R.E. Shrader and G.J. Everson reported in the Journal of Nutrition (1968) that a manganese deficiency can lead to problems with glucose tolerance.  They conducted a series of tests on guinea pigs.  In these cases, they found that young guinea pigs that were the offspring of manganese deficient females, had problems utilizing glucose.  In an earlier study done in 1967, also found in the Journal of Nutrition, these researchers discovered that animals who were manganese deficient produced babies with pancreatic disorders or without a pancreas altogether.  The pancreas is the organ that produces insulin, which in turn aids the body in the utilization of sugar in the system.  The question here should be-can a lack of this trace element cause diabetes?  In a study reported in Klinical Medicine in 1964 by L.G. Kosenko, it would seem the answer to that question would be YES.  Dr. Kosenko studied 122 diabetic subjects aged 15-81.  He discovered that the manganese content in their blood was 50% less than in normal subjects.  He also found that those who had been diabetics the longest also portrayed the lowest amount of manganese in their systems.  Although this may be news to allopathic medicine, folk practitioners have known it for years.  Extracts of blueberry and eucalyptus, cabbage, onion, clam tissues and baker's and brewer's yeast all have been used in home remedies to treat diabetes mellitis. This has been documented in Nutrition Reviews, July of 1968.

Studies have shown that manganese acts as a catalyst to many of our enzyme systems.  In a study done by Orent and McCollum recorded in a book entitled Deficiency Disease by Charles C. Thomas, published in 1968, they used several manganese deficient female animals and bred them to normal male animal subjects.  The results were astounding.  They found that 1/3 of the offspring were born dead and while normal mothers of the rat species readily adopt orphaned young ones, the manganese deficient mothers refused to do so.  They found that only 7 of the 107 babies were adopted.  They also noted that male rats fed a manganese deficient diet became sterile.  When entire families of rats were put on this same diet, several second generation rats developed ataxia and equilibrium problems.  So we now know that a lack of manganese can also directly affect the reproductive organs.  Manganese is also important in the synthesis of cholesterol.  Since cholesterol is used in the production of sex steroids, a manganese deficiency can interrupt this process.


On a different level, in the book called, 'The Thymus, Manganese and Myasthenia Gravis' by Dr. Emanuel Josephson, he explains why there is a higher incidence of this among young chidren in areas where ferric iron is found in the soil.  He believes this is due to the fact that our soils are relatively low in soluble manganese.  High phosphorus and calcium in the soil makes this increasingly so.  Dr. Josephson goes on to show remarkable come backs from myasthenia gravis in subjects whose diet was rich in manganese, B vitamins, ascorbic acid and protein.

Since manganese is key in many enzyme functions, it acts as a catalyst for the utilization of choline, biotin, ascorbic acid and thiamine. It should be a staple in our daily routine.  It is amazing that we survive with so little of it in our modern diets.  Where does manganese appear in our diets anyway?  Since our soils are so depleted how do we know we are getting anything at all?  It is possible if you buy certified non-gmo organic food you get a much better chance of getting what you require.  Or better yet...grow your own food.  In the 1960's it was determined that wheat germ had 30 times more manganese than regular flour.  Many seeds are high in this element as well.  Whole grains, dried peas and beans, rye and oatmeal are rich in manganese too (again if grown properly).  The only ones lacking in proper amounts for this mineral are meats, dairy products, seafood, poultry, soda pop, etc.  Basically everything most of us ingest on a daily basis.  Research has also found that excess of phosphorus and calcium in the body increase the need for manganese in the body.

Dr. Robert M. Hill once recommended that a young physician eat large amounts of buckwheat cakes.  This young man had been diagnosed with multiple sclerosis and Dr. Hill believed a lack of manganese to be at the root of the problem.  The young physician took his advice and saw his symptoms disappear and never return.  Now while this may not work with many people, there is no harm in eating foods rich in manganese.

Dr. Hill came to this conclusion from his study on rats.  These laboratory animals were repeatedly introduced to multiple sclerosis.  Manganese was eliminated from their diets.  They were fed milk that had vitamins added to it to give it a boost.  Through this diet alone he was able to see the actual deterioration of the myelin sheath-the protective coating surrounding your individual nerve cells.  His findings were recorded by the Denver Post in August of 1964.  He explained how the problems could be reversed by adding a concentrate of manganese to the diet.

Scientists have known since 1958 of the link between the lack of manganese and nerve and muscle disorders or diseases.  In fact, there is more and more evidence showing that manganese could be useful in treating neurological disorders such as epilepsy and schizophrenia.

Researchers Geiger, Hurley and Everson explained their experience working with rats born to mothers that were manganese deficient.  These rats suffered acute loss of muscle control.  In the first litters, 66% of the rats had ataxia, in the second litters it was 76% and in the third litters it was 100%.  While all of these studies are important, let us not forget that manganese is also essential to bone and tooth strength, growth, central nervous system integrity and reproduction.

Famous basketball Hall of Famer Bill Walton can attest to the miracles of manganese.  For a long time he struggled with bone problems but his calcium levels always tested normal.  However, once it was realized his manganese levels were low, they (the doctors and trainers) started him on a manganese supplement.  After 6 weeks his bone strength increased and he was able to return to basketball.

At the University of Missouri in 1967 at a conference on Trace Substances, Dr. George Cotzia stated that manganese was essential for the synthesis of mucopolysaccharides.  This material aids in forming cushions for the joints and the surrounding tissues around the joints.  It makes the synovial joint fluid more elastic and increases its thickness.  Incidentally, those with rheumatoid arthritis are found to be deficient in this material.  Is it any wonder why when manganese is at the core of its synthesis?  

It has also been found that the antioxidant SOD (Super Oxide Dismutase), is also manganese dependent.  In a 4 month study conducted at the University of Wisconsin, a manganese deficiency directly effects the activity of SOD in the white blood cells.  So in essence, manganese gives our immune system a boost as well.  A lack of manganese can also cause dizziness, poor cartilage formation, memory problems, hearing issues, fatigue, irritability and the lack of milk production in nursing mothers.  It would be safe to say that the Big M is a must.

As is customary with our posts we are including links below for your perusal. This post has not been evaluated by the FDA.  This information is not meant to treat, prevent, mitigate or cure and disorder or disease. Please consult with your physician before beginning a supplement program.


http://www.amazon.com/Manganese-Supplement-Alternative-Medicine-Healthy/dp/1516812484/ref=sr_1_2?s=books&ie=UTF8&qid=1451768757&sr=1-2&keywords=manganese

http://www.amazon.com/Manganese-Understanding-Elements-Periodic-Table/dp/1404214089/ref=sr_1_3?s=books&ie=UTF8&qid=1451768757&sr=1-3&keywords=manganese

http://www.amazon.com/Manganese-Health-Disease-Modern-Nutrition/dp/0849378419/ref=sr_1_4?s=books&ie=UTF8&qid=1451768757&sr=1-4&keywords=manganese

http://www.amazon.com/Manganese-catalytic-oxidation-ammonia-Charles/dp/B00646ANIS/ref=sr_1_6?s=books&ie=UTF8&qid=1451768757&sr=1-6&keywords=manganese

http://www.amazon.com/Elements-Manganese-Richard-Beatty/dp/076141813X/ref=sr_1_10?s=books&ie=UTF8&qid=1451768757&sr=1-10&keywords=manganese

http://www.amazon.com/Manganese-Metabolism-Enzyme-Function-Schramm/dp/0124312004/ref=sr_1_13?s=books&ie=UTF8&qid=1451768987&sr=1-13&keywords=manganese