Scientific American Supplement, No. 821, September 26, 1891 eBook

This eBook from the Gutenberg Project consists of approximately 151 pages of information about Scientific American Supplement, No. 821, September 26, 1891.

Scientific American Supplement, No. 821, September 26, 1891 eBook

This eBook from the Gutenberg Project consists of approximately 151 pages of information about Scientific American Supplement, No. 821, September 26, 1891.
meats, however, should be generally interdicted, such as pork sausage, smoked beef tongue, goose breast, smoked ham, fat salmon, and herring in any form.  Eggs, however, may be partaken of in moderation, giving preference to the albumen over the yelk.  Farinaceous foods, in the main, should be rejected, even bread being allowed only in small quantities, and then preferably in the form of toast.  Cheese likewise contains too much fat; and mushrooms are so rich in hydrocarbons that they should be rejected.  Condiments, water, vegetable acids (vinegars excepted) may be permitted; especially pernicious is vinegar where there is any tendency to gout or gravel.  All fatty beverages—­bouillon, unskimmed milk, chocolate, or cacao—­and all alcoholics, are hurtful; breakfast tea is undoubtedly the best beverage, but, after a little, is advantageously replaced by light white wine diluted with water.

Kisch believes in a free and abundant use of water by the obese, especially where there is a tendency to plethora, since this fluid facilitates oxidation as the result of absorption; thus he advocates the inhibition of large quantities of cold water by all, save those presenting evidence of cardiac insufficiency.  In short, his regimen is based upon the administration of a large quantity of albumen, like that of Harvey-Banting.

E. Munk recommends an almost identical dietary, save that he prefers great moderation in fluids employed as beverage.

M. Robin has sought to harmonize the opposing views regarding fluids, and therefore declares obesity arises from two distinct sources:  1.  Augmentation of assimilation. 2.  Reduced disassimilation.  In the former, he insists water must be interdicted, while in the latter it may be allowed ad libitum.

Again, in order to recognize the exact variety of obesity, he divides his patients into three classes, each recognizable by the volume of urea excreted.  In the first there is an increase above normal; in the second the volume of urea is stationary; in the third decreased, increased, or stationary.

When the urea is stationary, which is most frequently the case, it is necessary to calculate the coefficient of oxidation; that is, the relation existing between the solid matters of the urine and the urea.  The elevation of the coefficient is prima facie evidence the obesity is due to excess of assimilation, while depression of the coefficient indicates default of assimilation.  In the first case, water and liquids must be denied as far as possible, the same as if there was no augmentation of urea; in the second, the same as if there was diminution of urea, the patients may be permitted to imbibe fluids at pleasure.

For the obese from default of disassimilation, Robin recommends a regimen of green vegetables and bread chiefly—­the latter in small quantities, however, and fluids as may be desired.  By this means, on one occasion, he was able in the course of one month to diminish the weight of a female patient by twelve and a half pounds, her measurement around the waist at the same time decreasing 5.2 inches and across the stomach 4.8 inches.

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Scientific American Supplement, No. 821, September 26, 1891 from Project Gutenberg. Public domain.