Alcohol: A Dangerous and Unnecessary Medicine, How and Why, Martha Meir Allen [e book reader free .txt] 📗
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Dr. Hall then reviews the work of Dr. Reid Hunt and Dr. S. P. Beebe, and continues:—
“The value of this work can hardly be over-estimated. In the first place the rapid oxidation of the alcohol in the liver is explained. Alcohol itself being one of the toxic substances which reach the liver from the alimentary canal is at once attacked by the liver, and if the oncoming tide of alcohol is not too great it will practically all be oxidized.
“But the liver oxidation of other toxic substances is impaired in the meantime so that they get past the liver to the tissues, where they may do injury. Some of these toxins are excreted unoxidized by the kidneys. There are three ways of accounting for this condition: (1.) The oxidation capacity of the liver is limited. The physiological limit of alcohol ingestion is that amount which taxes the oxidation capacity of the liver to its limit. When thus taxed all other toxic substances including uric acid and the xanthin bodies pass through the liver unoxidized to appear in the urine. (2.) The presence of alcohol in the blood, through its toxic action upon the liver cells, impairs the hepatic oxidation capacity and thus permits toxic substances to pass unoxidized. (3.) A combination of these conditions may represent the real situation. It is hardly conceivable that the relation of alcohol to the liver activity is not covered in the hypotheses above formulated.
“We may therefore accept it as practically demonstrated by the researches of Beebe, Hunt, and others that the oxidation of alcohol in the liver is simply one of the defensive activities of that organ, i. e., it is a protective oxidation and belongs strictly in the same category with the oxidation of uric acid, xanthin bodies, leucin, tyrosins, and the amido acids.
“The next question which arises is, why does the liver select alcohol first and oxidize that substance to the exclusion of other toxic substances up to the oxidation capacity? The answer is probably to be found in the chemical composition of alcohol.
“It oxidizes very easily, much more so than any of the other toxic substances which gain access to the liver. Its early oxidation may be due to this fact alone, or in part to an actual selection on the part of the liver. Another question of importance: Is the energy liberated in the oxidation of alcohol in the liver available for the use of the muscles, nervous system, or glands?
“If this question is answered affirmatively, then alcohol is a food. If negatively then alcohol is not a food. Let us reason together. All body oxidations may be classified in two groups: (1.) Active oxidations which take place in the active tissues—muscles, nervous system, or glands—and take place incident to action. It is under the perfect control of the nervous system and is proportional to normal activity. (2.) Protective oxidations which take place in the liver. This class of oxidation processes is wholly independent of the usual tissue activity and is proportional to the ingestion of toxic substances and quite independent of muscle action, brain action, or gland action, other than liver action.
“If the oxidation of alcohol in the liver belongs to class 1, the following consequences should be found: (1.) The ingestion of alcohol would lead to an increase in muscular power and in the working capacity of the brain or glands. (2.) The ingestion of alcohol would serve to maintain body temperature in the healthy individual subjected to low external temperature. (3.) The accession of muscle, brain, or gland activity would be proportional to the amount of alcohol ingested, but laboratory observations and general experience show that none of these things are true; i. e., the ingestion of alcohol decreases muscle, brain, and gland work, and depresses body temperature when external temperature is low.
“In the nature of the case there can be no proportional relation. The oxidation of alcohol does not therefore belong to class 1. If the oxidation of alcohol in the liver belongs to class 2, the following consequences would be found: (1.) The ingestion of alcohol would be followed by its early oxidation in the organs in question. (2.) If the oxidation capacity of the liver is limited this capacity may be overloaded by exceeding the physiological limit of alcohol. (3.) If the oxidation capacity of the liver is taxed nearly to its limit in the oxidation of uric acid, xanthins, and other toxic substances, the introduction of alcohol may seriously interfere with this protective oxidation by overtaxing the capacity. (4.) If the oxidation capacity is overtaxed, an excess of uric acid, xanthin bodies, and other toxic substances will get by this portal and reach the active tissues or the kidneys. Now all of these things take place, so we are forced to the conclusion that the oxidation of alcohol is a protective oxidation. In the light of this presentation the significance of Dr. Hunt’s work becomes very clear. The alcohol given to the animals taxed the oxidation capacity of the liver to the limit and left the organism defenseless against bacterial or other toxic substances.”
CHAPTER XVII. MISCELLANEOUS.Alcohol Baths:—The action of alcohol upon the surface of the body is that of a refrigerant. Alcohol baths for debility, weakness, and states of exhaustion are opposed by non-alcoholic physicians. The old custom of bathing a new-born babe with whisky was simply a superstition, and a dangerous one, because the infant should not have a refrigerant applied to its body so soon after leaving the warm nest where it had been sheltered so long. Warm water is the proper liquid for a baby’s bath until it becomes hardy. There is nothing of strength imparted by an alcohol rub; the ‘rub’ is good, but vinegar, or water, or olive oil can be used according to what is desired. Alcohol is not necessary internally nor externally. Its proper use is for mechanical purposes and to give light and heat.
Wilhelmina Lemonade:—Take four or five rough-skinned oranges (according to size) and two pounds of sugar, in big lumps. After having cleaned the oranges, rub the sugar with them, till the oranges are quite white—the sugar yellow. Place the sugar in a big earthernware pan or jar, and add three pints of cold water. Then cover it up and let it stand two days, stirring it occasionally to help the melting. Now take two ounces of citric acid, dissolved in a little boiling water, and add it to the syrup, stirring the whole. Then strain the whole through a fine sieve, covered with muslin, so that it becomes perfectly clear. In well-corked bottles it will keep for more than a year. Mix one-third of the lemonade with two-thirds water. [Instead of the oranges five or six lemons may be used.]
Beverages for the Sick:—Unfermented Grapejuice. Hot milk. Egg cream, made as follows: Beat the white and yolk separately, add milk and sugar, and stir well, flavor to suit taste. Egg lemonade—beat yolk and sugar thoroughly, add lemon and water, shake well, then add white, beaten stiff. Barley water, made by boiling pearl barley five or six hours, and straining the water from it; add milk or cream if wished. These are used in the National Temperance Hospital of Chicago.
Baths:—“If all people understood the value of water to cool, cleanse, invigorate and sustain life, and how to use it, and would use it, one-half of all the afflictions from disease would be removed; and the other half might be banished if all the people understood how and what to eat, how to breathe, and the necessity of daily vigorous exercise. A daily towel bath will do more to counteract disease, and restore the body to its normal health condition, than any other method or remedy yet discovered. After the bath, the body should be thoroughly rubbed with a crash or Turkish towel. Rub until a warm glow is produced. This bath is a fine tonic if taken upon rising in the morning.”
Hot Water as a Medicine:—“One is never,” says a physician, “far from a pretty good medicine chest with hot water at hand. It is a most useful assistant to the mother of a family of small children, who is frightened often to find herself confronted by a sudden illness of one of her flock, without her usual dependence—the family doctor. If the baby has croup, fold a strip of flannel or a soft napkin lengthwise, dip into very hot water, and apply to the child’s throat. Repeat and continue the application till relief is had, which will be almost at once. For toothache, or colic, or a threatened lung congestion, the hot-water treatment will be found promptly efficacious if resorted to. Nature needs only a little assistance at the first sign of trouble to rally quickly in the average healthy child, and often hot water is all that is wanted.”
Alcohol Injurious to the Insane:—Dr. Richard Maurice Bucke, whose valuable paper on “The Evolution of the Mind” appeared in the December number of the Journal of Hygiene, in a recent report of the Asylum for the Insane in London, Canada, makes the following statement concerning the use of alcohol in the institution over which he presides:—
“As we have given up the use of alcohol, we have needed and used less opium and chloral; and as we have discontinued the use of alcohol, opium and chloral, we have needed and used less seclusion and restraint. I have, during the year just closed, carefully watched the effect of the alcohol given, and the progress of cases where, in former years, it would have been given, and I am morally certain that the alcohol used during the past year did no good. With humiliation I am forced to admit that in the recent past my noble profession has been to an alarming extent, and is still too much so, guilty of producing many drunkards in the land, directly or indirectly, by the reckless and wholesale manner in which so many of its members have prescribed alcoholic stimulants in their daily practice for all the aches and pains, coughs and colds, inflammations and consumptions, fevers and chills, at the hour of birth and at the time of death, and all intermediate points of life, to induce sleep and to promote wakefulness, and for all real or imaginary ills.”
Tobacco and the Eyesight:—“Prof. Craddock says that tobacco has a bad effect upon the sight, and a distinct disease of the eye is attributed to its immoderate use. Many cases in which complete loss of sight has occurred, and which were formerly regarded as hopeless, are now known to be curable by making the patient abstain from tobacco. These patients almost invariably at first have color blindness, taking red to be brown or black, and green to be light blue or orange. In nearly every case, the pupils are much contracted, in some cases to such an extent that the patient is unable to move about without assistance. One such man admitted that he had usually smoked from twenty to thirty cigars a day. He consented to give up smoking altogether, and his sight was fully restored in three and a half months. It has been found that chewing is much worse than smoking in its effects upon the eyesight, probably for the
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