scholarly journals III. Further experiments on the Effect of Alcohol and Exercise on the Elimination of Nitrogen and on the Pulse and Temperature of the Body.”

1872 ◽  
Vol 20 (130-138) ◽  
pp. 402-414

In the ‘Proceedings of the Royal Society’ (xviii. p. 362, xix. p. 73) are some observations by the late Count Wollowicz and myself on the effect of alcohol, brandy, and claret on the elimination of nitrogen. As the experiments were on one man, I have taken an opportunity of repeating them on another person; and as the late observations of Dr. Austin Flint (junior) on a man who walked 317 miles in five days have appeared to some persons to run counter to the now generally accepted view that exercise produces either no change or only insignificant changes in the urea, I have combined experiments on exercise with those on alcohol. With respect, however, to Dr. Austin Flint’s experiments, it would appear that while the egress of nitrogen was determined with the greatest accuracy, the amount taken in was for the most part merely estimated by reference to Payen’s Tables, and therefore there is no certainty that the ingress was what it is assumed to have been. The food also was very varied, so that the difficulty of properly estimating the nitrogen was still more increased. The following experiments were made on a soldier, W. D., aged 30. I He is a powerfully built man, 5 feet 6 inches in height, and measuring 40 inches round the chest. As a young man, he had been employed in a distillery near Glasgow, and at that time drank largely of whisky, some times taking half a piut before breakfast. For the last ten years, since he t has been in the army, he has been very temperate, taking chiefly beer in moderate quantities, and only occasionally spirits. He bears the character of a very steady soldier, and has always had perfect health, with the exception of an attack of “spotted typhus” six years ago. He has never served abroad.

In the 86th, 87th, and 89th volumes of the ‘Philosophical Transactions of the Royal Society’ —for 1796, 1797, and 1799 —there appeared a series of four papers by Sir William (then Dr.) Herschel containing the description and results of observations made by him of the “Comparative Lustres of Stars” visible to the naked eye in northern latitudes. They were arranged in six “Catalogues,” of which four were actually published, as above. Apparently two more were to have followed, containing the remaining constellations. The annexed Tables show the distribution of the constellations among the six Catalogues. It is not known what prevented the completion of the design at the time. Drafts of the intended Fifth and Sixth Catalogues exist among Sir William’s papers, prepared, as the previous four had been, by Miss Caroline Herschel, by abstraction from the body of his observations of various kinds, entitled “Abstract of Sweeps and Reviews.”


1843 ◽  
Vol 133 ◽  
pp. 243-302 ◽  

The increasing importance that is daily attached to the study of the comparative anatomy of the Invertebrata, and the interest with which every microscopic exami­nation of structure is now regarded, as assisting to elucidate the great problems of life in the higher animals, have encouraged me through several years to prosecute a series of investigations, in the articulated classes, on two of the most important portions of the body,—the nervous and circulatory systems. These investigations have afforded me, from time to time, some interesting results, part of which, on one of these structures, I have already had the honour of communicating to the Royal Society. I now propose to communicate the results of my examinations of both these structures, and to illustrate their development, and the relations which they bear to each other, in some of the principal classes, commencing, in the present paper, with the Myriapoda and Arachnida. The objects to which my attention has been directed in this paper are three:— First , the minute anatomy of the nervous system in the Myriapoda and Macrourous Arachnida, more especially with regard to the structure of the cord and its ganglia, and the means which these afford us of explaining the physiology of the nervous system, and the phenomena of the reflected movements in articulated animals. Secondly , to demonstrate the existence of a complete system of circulatory vessels in the Myriapoda and Arachnida. Thirdly , to show the identity of the laws that regulate the development of the nervous and circulatory systems in these Articulata, and their dependence on the changes which take place in the muscular and tegu­mentary structures of the body, as I formerly showed in regard to the changes in the nervous system of insects.


1670 ◽  
Vol 5 (65) ◽  
pp. 2098-2099
Keyword(s):  
The Body ◽  

You may remember, that about the beginning of May last, a piece of old Willow-wood, being sent me from Sir John Bernhard out of Northamptonshire , was produced before you; in which were lodged many Insects curiously wrapt up in green Leaves,in several channels or burrows, each with 12. 14. or 16. leaves round the Body, and several of them with as many little round bites of leaves at each end, to stop them up close.


1944 ◽  
Vol 43 (6) ◽  
pp. 402-408 ◽  
Author(s):  
Leo Spira

Dystrophies due to chronic fluorine poisoning in organs regulated by the parathyroid glands, namely the skin and its appendages, the nails, teeth and hair, and also in bones, are here shown to be unusually common in this country. They should be regarded as easily detectable signs of a serious disturbance of the calcium metabolism of the body. Fluorine is a poison of which the action, in many respects, is similar to that of arsenic. It is the task of the authorities responsible for the health of the nation to search for ways and means capable of minimizing its effect.I wish to express my sincere thanks to the Librarian of the Royal Society of Medicine and his staff for their never-failing courtesy and help.


1878 ◽  
Vol 26 (179-184) ◽  
pp. 384-386 ◽  

In the Proceedings of the Royal Society (vol. xxiv. p. 393) Dr Royston-Pigott described a new refractometer to determine the index of refraction of liquids and other substances by means of the displacement of the focal point of an object seen through them with a low magnifying-power. Another paper on the subject was communicated by him to the Royal Microscopical Society, and subsequently published its Journal. After the reading of this paper I said that it appeared me probable that the same principle might be applied with advantage the determination of the index of refraction of minerals. The chief question was how to make the requisite measurements by means of such a addition to an ordinary microscope as would not in any way interfere with its general use for other purposes. This I accomplished by fixing graduated scale to the body of the microscope and a vernier to the supporting arm, so that the position of the focal point can be read off to within about 1/2000 of an inch. I described this arrangement and pointed out its value in connexion with mineralogy at a meeting of the Mineralogical Society last March, and an account of it was published in the Journal of the Society. I have since learned that a very similar addition was made to a microscope in Professor Clifton’s laboratory at Oxford some eight years ago, and used for the measurement of the index of refraction of glass, but no account of it was ever published. When I came to study the index of refraction of doubly refracting minerals I was very soon struck with the fact that, instead of seeing at one focus the two systems of lines at right angles to each other, they were sometimes quite invisible, or one set was seen at one focus, and the whether at a very different, as though they had been ruled on the two opposite sides of a piece of glass. These curious phenomena were exhibited at the soirée of the Royal Society on the 25th of April last, and Processor Stokes immediately examined the question theoretically, and found that they could be explained by, and might have been predicted from, the known laws of double refraction, though apparently no one had ever studied them, either theoretically or practically. We therefore decided to investigate the problem independently. I was to make the practical observations, and he to give the theoretical explanations, the results being kept separate, but communicated conjointly to the Royal Society.


1928 ◽  
Vol 55 (3) ◽  
pp. 609-642 ◽  
Author(s):  
Nellie B. Eales

In the Transactions of the Royal Society of Edinburgh, Vol. LIV, Part III, No. 11, 1926, the author published an account of the anatomy of the head of an African Elephant fœtus, 21 cms. in length. The present paper deals with the voluntary muscles (except those already described) of the same fœtus. The author intends to prepare later an account of the skeleton and internal organs, so that a complete description of the anatomy of this rare specimen will be available.The section which treats of the head will henceforward be referred to as Part I; the present paper, therefore, becomes Part II.The body muscles were investigated under the Zeiss Binocular Dissecting Microscope, and the work was facilitated by rapid staining with a weak solution of saffranin. Owing to long preservation, the muscles, nerves, and blood-vessels of the specimen were quite colourless. The saffranin gave a certain amount of differentiation which lasted for several hours, and the advantage of the method is that the colour disappears entirely when the specimen is put back into the store jar between one working period and the next.


1874 ◽  
Vol 22 (148-155) ◽  
pp. 368-370 ◽  

In a paper recently communicated to the Royal Society by Dr. Ferrier (Proceedings, No. 151) it is shown that when two ends of copper wire distant from each other not more than a couple of millimetres, and in metallic communication with the terminals of the secondary coil of a Du Bois’s induction-apparatus in action, are applied to certain spots of the surface of either hemisphere, and great intensity is given to the induced currents thereby directed through the living tissue, by previously bringing the secondary coil into such a position that it is very close to the primary coil or even partially covers it, characteristic combined movements of the opposite side of the body are produced. With reference to these effects, it was observed by Dr. Ferrier (1) that excitation of the same spot always produces the same movement in the same animal, (2) that the area of excitability for any given movement (or, as it may be called for shortness, active spot ) is extremely small and admits of very accurate definition, and (3) that in different animals excitations of anatomically corresponding spots produce similar or corresponding results. From these remarkable facts and from others similar to them relating to other parts of the brain to which I do not now advert, it was inferred that, at the surface of the hemispheres, certain “centres” are to be found, of which it is the function to originate combined or even purposive movements.


1899 ◽  
Vol 64 (402-411) ◽  
pp. 443-454 ◽  

I have the honour to report the results of my observations since my arrival here (Calcutta) on December 21, 1898. 2. Major Ronald Ross, I. M. S., after demonstrating and explaining to me his method of dissecting the mosquito, showed me in prepared specimens the pigmented bodies met with in the stomach walls of mos­quitoes fed on birds infected with Proteosoma, and also the changes which these bodies undergo day by day. Finally he demonstrated to me the “germinal threads” in cysts in the stomach wall, in the fluids of the body, and in the cells of the veneno-salivary glands.


Keyword(s):  
The Body ◽  

In an account of some species of Planariæ, published by Mr. Dalzell of Edinburgh, that gentleman observed, that in one of these insects which he had intentionally wounded a little below the head, an unnatural prominence soon appeared at the wounded part, which in about four weeks assumed the characters of a new head, and was soon after very distinctly recognised as such. Anxious to verify so singular a result, Dr. Johnson took 100 active Planariœ cornutœ , and made in each an incision on the side of the body. In one instance only he obtained the desired result, in most of them the wounds healed. In some, præternatural excrescences took place, and others separated at the place of incision to become two animals. One only acquired a double head. It appears, therefore, to be so unusual an occurrence as to deserve the attention of the Royal Society.


1891 ◽  
Vol 49 (296-301) ◽  
pp. 103-117

In June, 1889, I had the honour of communicating a paper to the Royal Society, which appeared subsequently in the ‘Philosophical Transactions’ for 1890. In this paper it was shown that the volumes of air breathed to form in the body and expire a given weight of carbonic acid exhibited a distinct tendency to fall with a local subsidence of atmospheric pressure, and vice versã . Since then an additional series of experiments, to which my present assistant, Mr. E. Russell, kindly submitted, confirmed this result. Fifteen experiments were made from 0 to 2 hours after a meal, and fifteen also from 2 to 4 hours after a meal.


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