Herbal Health

The patient is responsible for recording his reactions to the various foods and chemicals according to the instructions which he is given. He is also responsible for other aspects of his own diagnosis and treatment, to an extent unusual in most hospitals.

For example, he is given precise instructions on how to take his own pulse—5 minutes before, and 20, 40, and 60 minutes after the end of each meal. The pulse must be taken for a full minute, and the patient cannot be active or even go to the bathroom immediately before taking it. Any form of physical activity will invalidate the results.

The patient must be disciplined enough not to leave the unit for several weeks nor to eat any substance other than what is ordered for him by the doctor. He also must not smoke at any time while under treatment.

Most of all, the patient must cooperate in learning. There is a great deal to learn: new concepts, many of them quite at variance with conventional wisdom on nutrition and health. This is not an easy task for many patients who come to the hospital in a confused or even a bewildered state. They have been sick, often for years, and have usually been through a gamut of unsuccessful medical experiences. Suddenly, they are confronted by concepts and techniques which seem alien to everything that went before.

Unless the patient has some intellectual curiosity, then, it is difficult for him to get the most out of this program. Some patients are so befuddled by their disease that they find it too much of a challenge. Most patients, however, are eager to try something truly different—an alternative approach to their problems.

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Aluminum-containing antacids, if used regularly, tend to cause extensive loss of calcium and phosphorus from the body, thereby seriously weakening the bones. X-rays of a 60-year-old woman with limb pains and excessive weakness revealed that her bones had lost so much density that they were scarcely able to support her tissues. Her osteoporosis, according to the Journal of the American Medical Association (244:2544), was due to the long-term daily use of an antacid containing aluminum hydroxide.

Antacids that contain aluminum, Archives of Internal Medicine (143:657) reports, can become a major factor in weakening the bones. However, since they do not produce any noticeable unpleasant side effects, people continue taking them for stomach pains and indigestion.

These drugs work by binding and neutralizing gastric acid. Unfortunately, they also bind with and prevent the absorption of phosphoric acid, which is then carried away in the stools. To compensate the body for this, the bones release some phosphorus into the bloodstream, together with the calcium with which it was bound. This calcium is quickly carried away through the kidneys.

In this way, aluminum antacids taken year after year can deplete the skeleton of calcium and phosphorus and cause thinning and weakness of all the bones. This results in fractures occurring in response to only trivial trauma, and to pseudofractures, a condition in which bones crack but do not break completely, causing weakness, pain, and stiffness that are often mistaken for arthritis.

Doctors, more and more, are becoming aware of this danger, but aluminum-containing antacids are still widely prescribed and can be purchased without prescription. The trouble is that it takes years for the cumulative bad effects of repeated doses to show up and, later in life, people tend to accept bone pain and fractures as a natural effect of aging.

To compensate for this danger, the Archives recommends, we should take extra calcium and phosphorus when using medications that contain aluminum or, better still, take stomach medicines that are aluminum-free. Aluminum, remember, poses other serious threats as well (see, for example, the articles on Alzheimer’s Disease). One of the least expensive and most readily available forms of calcium in tablet form is the antacid Tums. Before purchasing an antacid, read the list of ingredients on the labeling. The pharmacist can tell you about products that are aluminum-free.

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Signs and symptoms

The major symptoms are nasal congestion, sneezing, clear nasal discharge, and itching of the nose. This runny, itchy nose leads to the frequent rubbing of the nose referred to as an “allergic salute.” Membranes inside the nose are pale and white instead of the normal pink.

The eyes may also be affected. Congestion in the sinuses may cause a headache. The ears feel blocked and are sometimes painful. The child may not hear as well as usual if there is congestion in the Eustachian tubes (which connect the nose with the ears). The child may have bluish bags under the eyes, called “allergic shiners.” The child may snore and complain of fatigue (allergic fatigue syndrome). If oral antihistamines quickly relieve the symptoms, this is often a clue that the congestion is due to an allergy rather than to some other illness.

Secondary (additional) bacterial infections are common complications of hay fever. Symptoms of an additional bacterial infection include fever, moderate to severe earache, swollen glands in the neck, or opaque (green, yellow, or milky) nasal discharge.

Home care

Consult your doctor before giving child medications for hay fever. The most common medications for hay fever are oral antihistamines. Decongestants containing ephedrine, pseudoephedrine, or phenylpropanolamine may provide added relief.

Whenever possible, try to avoid exposing the child to substances that seem to cause hay fever reactions. (The dander of a cat or dog allowed in the house only once can remain in the home for four to six weeks.) Keep the windows closed against pollens, and use an air conditioner if possible. Hot air ducts should have filters at room inlets to reduce the amount of dust in the air. Use non-allergenic (non-allergy-causing) pillows and keep the house as dry and free from humidity as possible.

Precautions

• Rubber pillows, which are considered non-allergenic, may breed molds as they age. • Avoid repeated use of decongestant nose drops and nasal sprays. These can cause worse congestion following the initial, brief relief.

Medical treatment

The doctor will confirm the diagnosis by examining the child’s nose and by testing nasal secretions for allergic white blood cells (called eosinophiles). As well as confirming the diagnosis, your doctor can help identify the offending substances by investigating the child’s medical history and, if necessary, conducting allergy skin tests. Your doctor may recommend desensitization shots for severe cases. These shots decrease the child’s sensitivity to the allergy-causing substances.

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