Scientific American Supplement No. 819, September 12, 1891 eBook

This eBook from the Gutenberg Project consists of approximately 130 pages of information about Scientific American Supplement No. 819, September 12, 1891.

Scientific American Supplement No. 819, September 12, 1891 eBook

This eBook from the Gutenberg Project consists of approximately 130 pages of information about Scientific American Supplement No. 819, September 12, 1891.

Consciousness began to return in the early part of the following morning, and with its advent it was discovered that the memory of everything which had occurred from half an hour previous to the accident, up to the return of consciousness, had been completely obliterated.  With this exception the convalescence was steady and uncomplicated, and of about a week’s duration.  From a letter which I recently received from my patient, I learned that the lapse of memory still remains.

My experience with this case has taught me that, unless the data have been taken very accurately, we cannot depend upon any statements as to the time of submersion in cases of drowning.  My first supposition was that my patient had been from thirteen to fifteen minutes under water, but a careful investigation reduced the supposed time by one-half.  This makes the time of submersion about six minutes, and that which elapsed before the intelligent use of remedies about three minutes longer.

For a long time the opinion of Sir Benjamin Brodie concerning the presence of water in the lungs of the drowned was accepted, who says “that the admission of water into the lungs is prevented by a spasm of the muscles of the glottis cannot, however, be doubted, since we are unable to account for it in any other manner.”

Later experiments made by a committee of the Royal Medico-Chirurgical Society, of London, demonstrated, on the contrary, that “in drowned animals not only were all the air passages choked with frothy fluid, more or less bloody, but that both lungs were highly gorged with blood, so that they were heavy, dark colored, and pitted on pressure, and on being cut exuded an abundance of blood-tinged fluid with many air bubbles in it.”  Dr. R.L.  Bowles[1] also holds that the lungs of the drowned contain water, and supports his views by a list of cases.  In his words, “These examples show very conclusively that in cases of drowning in man, water does exist in the lungs, that the water only very gradually and after a long time is effectually expelled, and that it is absolutely impossible that any relief should be afforded in that way by the Silvester method.”  Dr. Bowles believes that the method of Dr. Marshall Hall is superior to any other in this class of cases.  He thinks that on account of the immediate adoption and continued use of the prono-lateral position, this method is more to be trusted than any other for keeping the pharynx clear of obstruction.  “It also empties the stomach and gradually clears the lungs of the watery and frothy fluids, and will surely and gently introduce sufficient air at each inspiration to take the place of the fluid which has been expelled.”  In the light of even my limited experience I cannot but feel that Dr. Bowles’ opinion concerning the Silvester method would admit of some modification.  This is often the case with very positive statements concerning medical matters.  In my own case the Silvester method answered well, but I was much impressed with Dr. Bowles’ claims for the Marshall Hall method, and should bear them in mind were I called upon to attend another case of drowning.

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Scientific American Supplement No. 819, September 12, 1891 from Project Gutenberg. Public domain.