Philosophy of Osteopathy - Andrew Taylor Still (best authors to read TXT) 📗
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Arterial motion is normal during all ages, from the quick pulse of the babe's arm, to the ages of each year to one hundred or more. At this great age the pulse is so slow that the heat is not generated by the nerves, whose motor velocity is not great enough to bring electricity to the stage of heat. All heat, high and low, surely is the effect of active electricity—plus to fever; minus to coldness. When an irritant enters the body by lung, skin or any other way, a change appears in the heart's action from its effects on the brain, to the high electric action and that burning heat called fever. If plus violent type (yellow fever), if minus, low grades (typhus, typhoid, plagues), and so on through the list.
MENTAL VIBRATIONS.To think implies action of the brain. We can grade thought although we cannot measure its speed.
Suppose a person of one kind of business thinks just fast enough to suit that profession. A man is engaged in raising hogs and that alone. He must reason on and of the nature of hogs. He begins about so: a hog eats, drinks, bathes, roots and sleeps. He knows the hog eats grain, so he feeds it corn, or some other suitable cereal, with plenty of water and good bedding. The swine is on his mind night and day.
THE WHEELS OF THOUGHT.Now the question is, how fast does he think? How many revolutions do the wheels of his head make per minute to do all the necessary thinking connected with the hog business? Say his mental wheels revolve 100 times each minute. Then he adds sheep to his business, and if that should require 100 more revolutions and he takes charge of raising draft horses with 175 revolutions added, you see the wheels of his head whizzing off 375 vibrations per minute. And at this time he adds the duties of the carpenter with 300 more revolutions, add them together and you see 675. To this number he adds the duties and thoughts of a sheriff, which are numerous enough to buzz his wheels at 1500 more, you find 2175 to be his mental revolutions so far. Now you have the great physical demands added to the mental motion which his brain has to support, yet he can do all so far, fairly well.
OVERBURDENING THE MIND.He now adds to his labors the manufacturing of leather, from all kinds of hides, with the chemistry of fine tanning, which is equal to all previous mental motions. Add and you find 4250 revolutions all drawing on his brain each minute of the day. Add to this mental strain the increased action of his body which has to perform these duties and you see the beginning of a worry of both mind and body, to which you add manufacturing of engines, iron puddling, rolling, etc.; a delegate to a national convention, thoughts of the death of a near relative; add to this a security debt to meet during a money panic. By this time the mind begins to fag below the power of resistance.
HEMIPLEGIA.Duration of such great mental vibrations for so long stops nutrition of all or one-half of the brain, and we have a case of "Hemiplegia," or the wheels of one-half of the brain run so fast as to overcome some fountain of nerve force and explode some cerebral artery in the brain and deposit a clot of blood at some motor supply or plexus.
Thus we see men from over mental action fall in our National councils, courts, manufactories, churches, and almost all places of great mental activity. Slaves and savages seldom fall victims to paralysis of any kind, but escape all such, for they know nothing of the strains of mind and hurried nutrition. They eat and rest, live long and happy. The idea of riches never bothers their slumbers. Physical injuries may and often do wound motor, sensory and nutrient centers of brain; but the effect is just the same, partial or complete suspension of the motor and sensory systems.
If you burst a boiler by high pressure or otherwise, your engine ceases to move. And just the same of an over-worked brain or body.
Hemiplegia. "The half" and "I strike." Paralysis of one half of the body.[2]
Hemiplegia is usually the result of a cerebral hemorrhage or embolism. It sometimes occurs suddenly without other marked symptoms, but commonly it is ushered in by an apoplectic attack and on return of consciousness it is observed that one side of the body is paralyzed, the paralysis being often profound in the beginning, and disappearing to a greater or less extent at a later period.
Hemiplegia is much more rarely produced by a tumor. It then generally comes on slowly, the paralysis gradually increasing as the neoplasm encroaches more and more upon the motor tracks, though the tumor may be complicated by the occurrence of a hemorrhage and a sudden hemiplegia.
A gradual hemiplegia may also be produced by an abcess or chronic softening of the brain substance. Other conditions or symptoms presented, will in such case, assist us to diagnose the nature of the lesion.
CHAPTER IV. Ear Wax and Its Uses.Nature Makes Nothing in Vain—A Successful Experiment—A Question for Ages—The Position—Meaning of Life—Some Questions Asked—Condition in Certain Diseases Caused by Cold—Cerumen in Fluid State—Winter Kills Babies—Some Advice to Mothers—A Case in Point—Connection of the brain and Other Nerves in Digestion—Unaided Investigation.
NATURE MAKES NOTHING IN VAIN.That nature makes nothing in vain is an established truth in the minds of all persons whose observation has created in such persons a desire to reason, and that being my faith for many years I asked myself to try and get a reason of why nature had made and placed in a person's head so much fine machinery just to make a little ear-wax. If nothing is made in vain, what is that bitter stuff made for? It is always there, and more being made all the time. I have read many authors or say so's about ear-wax, and about the best the wise or the unwise have said is that it would keep bugs and other insects out of our heads. I thought if that was all that it was made for nature had done a great deal to shoo off the bugs. The idea that it was made bitter and bad to eat just to make bugs sick was weak philosophy, if nature never did any useless work or made anything in vain. At this time I saw the doors all open and a good chance for the loaded mind to unload and give us other uses for ear-wax than bug food, and to lubricate the auditory nerves with dry wax. At this time of my desire to know some positive use or object that nature had in forming so much fine machinery and no use for its products when made, but to pull out of the head with a hairpin, I reasoned about so, that this dry hard wax was once in the gaseous or fluid state.
A SUCCESSFUL EXPERIMENT.When I had about concluded to sit down with the common herd of doctors and say that wax was wax, a fat boy of two summers was reported to me to be dying with croup. I began to think more about the dry wax that is always found in cases of croup, sore throat, tonsilitis, pneumonia, and all diseases of the lungs, nose and head. On examination I found the ear-wax dried up. So I put a few drops of glycerine, and after a minute's time a few drops of warm water in the child's head, and kept a wet rag corked into its ear frequently for twelve hours, and gave it Osteopathic treatment, at the end of which time all signs of croup had disappeared. I used the glycerine to soften the wax, which combining with water formed a harmless soap better qualified for washing the ear, and retaining the wax in solution than anything I have tried, for it is my opinion that the ear wax should be kept in a fluid state. When in that state the absorbent can more readily take it up and use it in the economy of life in this condition. The same day two ladies came to my house, sore in lungs, necks tied up, sore throats, fever and headache. As an experiment, in addition to Osteopathic treatment, I put a few drops of glycerine in their ears, followed with water to wet and soften the wax which was dry and hard, to get it back to a fluid state. Both got better of their sore lungs and throats in a short time, and in twenty-four hours they were about well, and lungs coughing out phlegm, easily. From this I think that the cause of croup is simply the result of abnormality of the cerumen system.
A QUESTION FOR AGES.As a question of the uses of ear-wax has been before man for ages without an answer being given that passes the line of conjecture, I think there could be no reason why a few looks through the field glass of inquiry should not be given in a limited way on that great plane of fertility, for the minds of our most profound thinkers. As far as the writer can learn from reading and other methods of inquiry, the power and use of ear-wax has never been known, looked on, or thought of as one of life's agents for good or bad health. One asks this question: "Why are you talking about ear-wax, the filthy stuff?" In answer I asked, "What do you know about ear-wax?" The answer, "I don't know or care anything about the dirty stuff."
THE POSITION.As my spleen is my organ of mirth, I let it bounce against my side a few times at such ignorance and gave the wax subject more study than ever—I began to read all the books I could find on Anatomy, Physiology, and Histology to get some knowledge of the machinery that the wise architect of that greatest of all temples had made to generate wax. At this time a conviction came to me to be sure of its uses before I gave an opinion. I find the center of nerve supply of the ears located at the base of the brain and side of the head, in front of the cerebellum, just below and near the center of the brain, a little above the foramen magnum, close to and behind the carotid arteries, deep and superficial, just above the entry of the spinal cord to the brain. Thus it is situated directly in communication with all nerves to and from the brain to every part of the body. Another question, and another came only to come and go without an answer—such as how and where is this wax made? Of what use is it? Why so awful bitter? Has it any living principle above dry earth? Is it produced in the brain, lymphatics, fascia, heart, lungs, nerves or where? How much of it would kill a man? Would it kill at all? What is it made for?
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