 When the brain is injured or removed, the action of the heart ceases, only because respiration is under its influence, and if, under these circumstances, respiration is artificially produced, the circulation will still continue.  London Medical and Physical Journal - Page 3091823Full view - About this book
 | Chemistry - 1811 - 544 pages
...94$ 75 — 924. 93 90 — 91 86 91* 88^ From the whole we may deduce the following ooncl.isions r 1. The influence of the brain is not directly necessary to the action of the heart. 2. When the brain is injured or removed, the action of tha Jienrt ceases, only because respiration... | |
 | Royal Society (Great Britain) - Mathematics - 1811 - 462 pages
...difference in the cooling of the animal. From the whole we may deduce the following conclusions: i. The influence of the brain is not directly necessary to the action of the heart. a. When the brain is injured or removed, the action of the heart ceases, only because respiration is... | |
 | William Nicholson - Science - 1811 - 866 pages
...ing of the animal. General con- From the w hole we may deduce the following conelusions. elusions: 1. The influence of the brain is not directly necessary to the action of the heart. 2. When (he brain Is injured or removed, (he action of Hu- luMri ceases, only because respiration is... | |
 | English literature - 1812 - 708 pages
...Mr. Brodie has summed up the general results of his inquiry in the four following propositions. ' 1. The influence of the brain is not directly necessary to the action of the heart. ' 2. When the brain is injured or removed, the action of the heart ceases, only because respiration... | |
 | Medicine - 1812 - 564 pages
...difference in the cooling of the animal. " From the whole we may deduce the following conclusions : " 1. The influence of the brain is not directly necessary to the action of the heart. " 2. When the brain is injured or removed, the action of the heart ceases, only because respiration... | |
 | John Ware - Medicine - 1812 - 458 pages
...difference in the cooling of the animal. From the whole we may deduce the following conclusions : 1. The influence of the brain is not directly necessary to the action of the heart. 5. When the brain is injured or removed, the action of the heart ceases only because respiration is... | |
 | Medicine - 1812 - 562 pages
...some experiments which I have lately had the honour of communicating to this learned Society, that the brain is not directly necessary to the action of the heart, and that, when the functions of the brain are destroyed, the heart continues to contract for some time... | |
 | Ralph Griffiths, George Edward Griffiths - 1812 - 572 pages
...heat of the animal body. It had been distinctly stated, both by Mr. Cruickshank and M. Bichat, that the brain is not directly necessary to the action of the heart, but that the heart ceases to contract when the nervous power ia destroyed, in consequence of the interruption... | |
 | Thomas Thomson - Agriculture - 1813 - 514 pages
...minimal Heat. In this paper Mr. Brodie has shown, by a number of well-conducted experiments, 1. That the influence of the brain is not directly necessary to the action of the heart ; for by means of artificial respiration the action of the heart was continued for a considerable time pfter... | |
 | Medicine - 1815 - 562 pages
...wvre frequent or otherwise, there was no perceptible difference io the cooling of the animal. M I. The influence of the brain is not directly necessary to the action of the heait. " Froin the whole we may deduce the following conclusions. " 2. When the brain is injured: or... | |
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