 ... is the curve of blood-pressure with its respiratory undulations, the slower beats on the descent being very marked ; b is the curve of intra-thoracic pressure obtained by connecting one limb of a manometer with the pleural cavity. Inspiration begins...  A Text Book of Physiology - Page 340by Sir Michael Foster - 1879 - 720 pagesFull view - About this book
 | William Senhouse Kirkes, William Morrant Baker, Vincent Dormer Harris - 1885 - 402 pages
...obtaiued by connecting one limb of a manometer with the pleura! cavity. Inspiration begins at i and expiration at e . The intra-thoracic pressure rises...chest; at the beginning of the inspiratory effort the feJl becomes more rapid. (M. Foster.) not produce a distinct obstruction to the circulation, as even... | |
 | William Senhouse Kirkes - 1885 - 402 pages
...connecting one limb of a manometer with ttie pleura! cavity. Inspiration begms at i and expiration at . . The Intra-thoracic pressure rises very rapidly after...of the inspiratory effort, and then slowly falls as the'air issues from the chest; at the beginning of the inspiratory effort the fell becomes more rapid.... | |
 | William Senhouse Kirkes - 1888 - 412 pages
...obtained by connecting one limb of a manometer with the pleural cavity. Inspiration begins at i and expiration at e. The intra-thoracic pressure rises...the inspiratory effort the fall becomes more rapid. (M. Foster.) arterial tension caused by the increase of the extra-vascular pressure of the aorta and... | |
 | William Senhouse Kirkes, William Morrant Baker - 1889 - 932 pages
...manometer with the pleural cavity. Inspiration begins at i and expiration at «. The infra-thoracic pressure rises very rapidly after the cessation of...the inspiratory effort the fall becomes more rapid. (M. Foster.) tion, the maximum of arterial tension docs not correspond with the acme of inspiration... | |
 | William Morrant Baker - 1895 - 920 pages
...expiration at t. The intra-thoracic pressure rises very rapidly after the cessation of the inspimtory effort, and then slowly falls as the air issues from...the inspiratory effort the fall becomes more rapid. (M. Foster.) ie, an increased flow through the lungs, so that, as far as the heart and its veins are... | |
 | William Senhouse Kirkes - 1898 - 880 pages
...connecting one limb of a manometer with the plural cavity. Inspiration begins at t and expiration at f. The intra-thoracic pressure rises very rapidly after...the inspiratory effort the fall becomes more rapid. (M. Foster.) would be insufficient to counteract the increase of blood-pressure produced by the effect... | |
 | William Dobinson Halliburton - 1900 - 908 pages
...obtained by connecting one limb of a manometer with the pleuml cavity. Inspiration begins at < and expiration at e. The intra-thoracic pressure rises...the inspiratory effort the fall becomes more rapid. (M. Foster.) would tend to expand, and thus to diminish the tension of the blood within them, but inasmuch... | |
 | William Dobinson Halliburton - 1901 - 922 pages
...with the pleural cavity. Inspiration begins at t and expiration at • The intra-thoracie pretwure rises very rapidly after the cessation of the inspiratory...the inspiratory effort the fall becomes more rapid. (M. Foster.) blood within them, but inasmuch as the large arteries are capable of little expansion... | |
 | William Senhouse Kirkes - 1902 - 888 pages
...obtained by connecting one limb of a manometer with the plural cavity. Inspiration begins at t and expiration at e. The intra-thoracic pressure rises...air issues from the chest; at the beginning of the iuspiratory effort the fall becomes more rapid. (M. Foster.) would be insufficient to counteract the... | |
 | William Senhouse Kirkes - 1904 - 896 pages
...manometer witli the plural cavity. Inspiration begins at i and expiration at f. The iutra-thoraclc pressure rises very rapidly after the cessation of...from the chest; at the beginning of the inspiratory elTort the fall becomes more rapid. (M. Foster.) would be insufficient to counteract the increase of... | |
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