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ELECTROMAGNETIC ENERGY is an integral part of the human body. It can help produce illness and help bring healing, depending on its type and strength. The world is surrounded by magnetic fields: some are generated by the Earth's magnetism, others by solar storms and changes in the weather. Magnetic fields are also created by everyday electrical devices: motors, televisions, office equipment, computers, electrically heated water beds, electric blankets, microwave ovens, the electrical wiring in homes, and the power lines that supply them.

Recently, scientists have discovered that external magnetic fields can affect the body's functioning in both positive and negative ways, and this observation has led to the development of magnetic field therapy. The use of magnets and electrical devices to generate controlled magnetic fields has many medical applications and has proven to be one of the most effective means available for diagnosing human illness.

Magnets and electromagnetic therapy devices are now being used to relieve symptoms and reverse degenerative diseases, eliminate pain, facilitate the healing of broken bones, counter the effects of stress, and address the reversal of cancer. Magnets are widely used throughout Europe and are now becoming more accepted in the United States. Researchers have noted that positive and negative magnetic energies have different effects upon the biological systems of animals and humans -- negative magnetic fields have a beneficial effect, whereas positive magnetic fields have a stressful effect. They have found that magnets could be used in the treatment of arthritis, cancer, glaucoma, infertility, mental and emotional disorders, and other diseases.

Magnetic Fields are Vital to Health

Many people are becoming aware that our external sources of magnetism are currently dwindling. Kyoichi Nakagawa, M.D., references authorities who have demonstrated that the Earth's magnetic field has diminished in half over the last 500 years. Nakagawa points out that modern technology, such as trains, cars, and metal buildings, absorb the Earth's magnetic field and cause a loss of gauss strength. This interferes with the human energy system because electromagnetic induction does not occur at an optimum level. It seems logical that the human body is adapted to a higher gauss strength than that of the Earth's current magnetic field, and thus human deficiencies are now emerging.

After more than 20 years of research, Nakagawa has concluded that a magnetic field deficiency syndrome exists as a result of this weakened magnetism. The symptoms of this syndrome include: stiffness in the shoulders, back, and neck; chest pains; headache and heaviness of the head; dizziness; insomnia; habitual constipation; and general lassitude. The long-term biological consequences of magnetic deficiency include the following: the development of acute symptoms and chronic degenerative diseases; the loss of normal healing ability; and the unsuccessful defense against infectious microorganisms and environmental toxins. In particular, when the body's supply of magnetism is deficient, the oxidoreductase enzymes do not function properly. These enzymes are needed for the following: the reversal of free radicals, hydrogen peroxide, aldehydes, alcohols, and acids back to molecular oxygen; and the maintenance of the pH at a normal alkaline state. A negative magnetic field activates paramagnetic bicarbonates in the body and activates these enzymes.

Magnets as a Medical Therapy

Electromagnetic energy and the human body have a valid and important interrelationship. Magnetic field therapy can be used in both diagnosing and treating physical and emotional disorders. This process has been recognized to relieve symptoms and may, in some cases, retard the cycle of new disease. Magnets and electromagnetic therapy devices are now being used to relieve symptoms and reverse degenerative diseases, ease pain, speed the healing of broken bones, and counter the effects of stress.

The use of magnets and electrical devices to generate controlled magnetic fields has proven to be one of the most effective means for diagnosing disease. For example, MRI (magnetic resonance imaging) is replacing X-ray diagnosis because it is safer and more accurate, and magnetoencephalography is now replacing electroencephalography (EEG) as the preferred technique for recording the brain's electrical activity.

In 1974, physicist Albert Roy Davis noted that positive and negative magnetic polarities have different effects upon biological systems. He found that magnets could be used to kill cancer cells in animals, and could also be used in the treatment of arthritis, infertility, and chronic diseases related to aging. He concluded that negative magnetic fields have a beneficial effect on living organisms, whereas positive magnetic fields are detrimental (stressful).

The negative pole calms neurons and encourages rest, relaxation, and sleep. When sufficiently high in gauss strength, it can even produce general anesthesia. And because it is neuron-calming, it has been successfully used in the control of neurosis, psychosis, seizures, addictive withdrawal, and movement disorders. A negative magnetic field consistently produces a predictable, long-term healing response, because only this field can ultimately relieve stress or injury. The body itself always responds with negative magnetic field energy to counter any stressor. The negative magnetic field counteracts stress by the following mechanisms: normalization of pH (acid-base balance), correction of cellular swelling or edema, and release of molecular oxygen.

In contrast, the positive pole has a stressful effect on the body. With a prolonged exposure, it interferes with metabolic functioning, produces acidity, reduces cellular oxygen, and encourages the spread of latent microorganisms. As a neurologist, I have seen that a positive magnetic field excites or stimulates neurons. The higher the gauss strength of the positive pole, the higher the level of stimulation. In fact, a sufficiently high positive magnetic field can even evoke seizures and precipitate psychosis in those so predisposed.

"Scientifically designed, double-blind, placebo-controlled studies, however, have not been done to substantiate the claims of there being different effects between positive and negative magnetic poles," says John Zimmerman, Ph.D., President of the Bio-ElectroMagnetics Institute. "But numerous anecdotal, clinical observations suggest that such differences are real and do exist. Clearly, scientific research is needed to substantiate these claims."

The Future of Magnet Therapy

With the rising popularity of magnetic field diagnostic techniques such as MRI (magnetic resonance imaging), magnets and electromagnetic devices are beginning to gain mainstream medical acceptance as diagnostic and treatment tools. Eventually, the medical community will understand that magnetic therapy as a treatment modality provides predictable and effective results for a variety of illnesses. Magnetic therapy in the future will be seen not only as a valuable diagnostic technique, but as an effective treatment modality. Because magnets do not introduce any foreign substance to the body, this makes them safer over the long-term than medications.

As our understanding of magnetic energy improves, we will begin to see that the negative magnetic field produces the most effective relief of pain caused by infections, local edema, acidosis, and toxicity. Magnets will also prove central to the healing process, particularly with broken bones, bruises, burns, acute environmental allergies, and chronic degenerative diseases.

Negative magnetic field therapy will be a major tool in relieving arteriosclerosis (hardening of the arteries), Alzheimer's, high cholesterol, and high triglycerides. It will resolve problems related to calcium metabolism, including some types of kidney stones as well as insoluble calcium deposits around joints and in the brain. All types of cancer will prove reversible by continuous exposure to a negative magnetic field. Negative magnetic field therapy will prove effective in reverting scar tissue to normal tissue.

Negative magnetic field therapy will be the most effectual antibiotic treatment for infections (bacteria, viruses, fungi, and parasites). Indeed, a negative magnetic field will become the antibiotic of tomorrow, because none of these organisms can tolerate a negative magnetic field. This antibiotic effect will be of tremendous value because conventional medicine is currently having difficulties making new antibiotics fast enough to counter microorganism mutations, which render antibiotics ineffective.

Negative magnetic field therapy will offer the greatest control over abnormal electromagnetic activity in the central nervous system. Negative magnetic exposure will be used to control major mental disorders (delusions, hallucinations, disassociation, obsessive-compulsiveness, psychotic depression, and others) as well as minor emotional disorders (all types of neuroses) and learning and behavioral disorders (dyslexia, attention deficit disorder, hyperactivity). Negative magnetic field therapy will be shown to be an effective stimulator of the health-enhancing hormones melatonin and human growth hormone (HGH) when used at night. This application of magnets can substantially replace tranquilizers, antidepressants, and anti-seizure medications in the treatment of mental illness. In addition, it will help correct sleep disorders.

This article was excerpted from Magnet Therapy,
by William H. Philpott, M.D. and Dwight K. Kalita, Ph.D. with Burton Goldberg. ©2000. 

How Safe Is My Drinking Water?

Most community water suppliers deliver high quality drinking water to millions of Americans every day. Of the more than 55,000 Community Water Systems in the United States, only 4,769 or 8.6 percent reported a violation of one or more drinking water health standards in 1996. Nationwide, drinking water systems have spent hundreds of billions of dollars to build drinking water treatment and distribution systems, and they spend an additional $22 billion per year to operate and maintain them. Additional monies became available in 1997 to upgrade drinking water systems and implement local source water protection activities. In addition, there is a network of government agencies whose job is to ensure that public water supplies are safe. Nonetheless, problems with local drinking water can, and do, occur. Why Does EPA Allow Any Contaminants in Drinking Water? All sources of drinking water contain some naturally occurring contaminants. Because water is the universal solvent, many materials are easily dissolved upon contact. At low levels, these contaminants generally are not harmful in our drinking water. Removing all contaminants would be extremely expensive and in nearly all cases would not provide greater protection of health. A few of the naturally occurring substances may actually improve the taste of drinking water and may have nutritional values at low levels. What Problems Can Occur? As development in our modern society increases, there are growing numbers of threats that could contaminate drinking water. Suburban sprawl has encroached upon once-pristine watersheds, bringing with it all of the by-products of our modern life style. Actual events of serious drinking water contamination occur infrequently, and typically not at levels posing near-term health concern. Nonetheless, with the threats of such events increasing, we cannot take drinking water safety for granted. Greater vigilance by you, your water supplier, and your government is vital to ensure that such events do not occur in your water supply.

Microbiological and chemical contaminants can enter water supplies. These materials can be the result of human activity or can be found in nature. For instance, chemicals can migrate from disposal sites and contaminate sources of drinking water. Animal wastes and pesticides may be carried to lakes and streams by rainfall runoff or snow melt. Human wastes may be discharged to receiving waters that ultimately flow to water bodies used for drinking water. Coliform bacteria from human and animal wastes may be found in drinking water if the water is not properly treated or disinfected. These bacteria are used as indicators that other harmful organisms may be in the water.

The potential for health problems from drinking water is illustrated by localized outbreaks of water-borne disease. Many of these outbreaks have been linked to contamination by bacteria or viruses, probably from human or animal waste. In 1993 and 1994, for example, there were 30 reported disease outbreaks associated with drinking water, 23 associated with public drinking water supplies and 7 with private wells.

Certain pathogens, such as Cryptosporidium, may pass through water treatment filtration and disinfection processes in sufficient numbers to cause health problems. Cryptosporidium is a protozoa that causes the gastrointestinal disease cryptosporidiosis. The most serious, and sometimes deadly, consequences of cryptosporidiosis tend to be focused among sensitive members of the population, such as individuals with immune system deficiencies.

A 1993 outbreak of cryptosporidiosis in Milwaukee, Wisconsin, is the largest outbreak of waterborne disease in the United States. Lake Michigan is the source of Milwaukees water, which is treated by filtration and disinfection. Due to an unusual combination of circumstances during a period of heavy rainfall and runoff the treatment plant was ineffective, resulting in an increase in the turbidity of the treated water. Increased turbidity can be, and was in this case, an indicator of higher levels of Cryptosporidium. Over 400,000 persons were affected by the disease, more than 4,000 were hospitalized, and over 50 deaths (some counts are as high as 100) have been attributed to the disease. The original source of contamination is uncertain.

Nitrate in drinking water at levels above the national standard poses an immediate threat to young children. Excessive levels can result in a condition known as "blue baby syndrome." If untreated, the condition could be fatal.

Naturally occurring contaminants also are being found in drinking water. For example, the radioactive gas radon-222 occurs in certain types of rock and can get into ground water. People can be exposed to radon in water by drinking it, while showering, or when washing dishes. The primary source of exposure to radon in the home is radon seeping out of the soil and into the basement air.

Where Can I Get More Information About My Water?

Information on water quality in your area is available from several sources, including your local public health department and your water supplier. You can determine whom to contact by checking your water bill or by calling your local town hall.

State agencies also can provide extensive information on your water supply and its quality. Each state has a department responsible for drinking water quality.

EPA maintains general water resources information at its headquarters and in its 10 regional offices. Other groups, such as environmental organizations, also may be able to provide information.

How Does EPA Set Drinking Water Standards?

EPA has issued drinking water standards, or Maximum Contaminant Levels (MCLs) for more than 80 contaminant. The standards limit the amount of each substance allowed to be present in drinking water.

A process called risk assessment is used to set drinking water quality standards. When assessing the cancer and non-cancer risks from exposure to a chemical in drinking water, the first step is to measure how much of the chemical could be in the water. Next, scientists estimate how much of the chemical the average person is likely to drink. This amount is called the exposure. In developing drinking water standards, EPA assumes that the average adult drinks 2 liters of water each day throughout a 70-year life span.

Risks are estimated separately for cancer and non-cancer effects. For cancer effects, a risk assessment estimates a measure of the chances that someone may get cancer because they have been exposed to a drinking water contaminant. EPA generally sets MCLs at levels that will limit an individuals risk of cancer from that contaminant to between 1 in 10,000 and 1 in 1,000,000 over a lifetime. For non-cancer effects, the risk assessment estimates an exposure level below which no adverse effects are expected to occur.

MCLs are set based on known or anticipated adverse human health effects, the ability of various technologies to remove the contaminant, their effectiveness, and cost of treatment. All MCLs are set at levels that protect public health. The limit for many substances is based on lifetime exposure so, for most potential contaminants, short-term exceed-ances pose a limited health risk. The exceptions are the standards for coliform bacteria and nitrate, for which exceedances can pose an immediate threat to health.

To comply with MCLs, public water systems may use any state-approved treatment. When it is not economically or technologically feasible to set an MCL for a contaminant--for example, when the contaminant cannot be easily measured--EPA may require use of a particular treatment technique instead. The technique specifies the design for part of the drinking water treatment process.

How Many Public Water Systems Have Exceeded The MCLs And Treatment Requirements?

Currently, the nations approximately 55,000 Community Water Systems (CWSs) must test for more than 80 contaminants. In 1996, 4,151 systems, or 7 percent, reported one or more MCL violations, and 681 systems (less than 2 percent) reported violations of treatment technique standards.

Who Makes Sure That My Drinking Water Supply Is Safe?

Local governments, public water systems, the states, and EPA work together towards the goal of ensuring that all public water supplies are safe. For households on private wells, state and local health departments usually have some standards for the drinking water, but it is generally up to the homeowner to maintain the quality of the drinking water.

Local governments have a direct interest in protecting the quality of their drinking water source, be it ground water or surface water. They may be responsible for overseeing land uses that can affect the quality of untreated source water. Public water systems have a responsibility to maintain sound treatment works and water distribution networks. They are responsible for ensuring that the water they supply does not contain contaminants at levels higher than the law allows.

EPA 816-F-02-013
July 2002