Pulmonary Edema and Inflammation: An Analysis of Processes Involved in the Formation and Removal of Pulmonary Transudates and Exudates, Part 781, Page 1945 |
Contents
THE RELATION OF LUNG STRUCTURE TO EDEMA | 3 |
PHYSIOLOGICAL FACTORS IN PULMONARY | 24 |
BREATHING | 45 |
Copyright | |
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Common terms and phrases
abnormal aeration air passages alveolar air alveolar capillaries alveolar ducts alveolar pores alveolar walls alveoli anesthesia anesthetized animal anoxia appliance artificial respiration asphyxia Assn atelectasis blood capillaries blow and suck bronchi bronchioles cannula capil capillary leakage carbon dioxide carbon monoxide cardiac cause cells cent oxygen chest circulation collateral respiration degree DRINKER effects endothelium excess fluid experiment expiration exudate fact Figure flow of lung flow of lymph graphite Hering-Breuer reflex hyperemia increased inhalation injection inspiration lecture lung capillaries lung lymph lung tissue lymph flow mask Medical ment method of artificial minute volume mouth insufflation movement negative pressure nembutal normal breathing obstruction operation oxygen lack patient permeability physiological pleural effusion positive pressure problem prone pressure protein pulmonary edema resistance respiratory center result resuscitation right duct lymph right lymphatic duct smooth muscle stasis subclavian vein supine supply thoracic duct tion tissue fluid trachea transudation vein ventilation vessels