Titlebook: Central Neurone Environment and the Control Systems of Breathing and Circulation; Marianne E. Schläfke,Wolf R. See,Hans-Peter Koepch Confe

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The Significance of Carotid Chemoreceptor Stimulus-Impulse Transmission for the Respiratory Control icative manner. Based on results obtained by indirect methods in man, this mode of interaction was mainly attributed to the arterial chemoreceptors, as reviewed by (Cunningham 1974). This was also supported by recordings of chemoreceptor activity in animals, particularly in cats (Fitzgerald 1976, La

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Central Hypoxic-Hypercapnic Interaction in Mild Hypoxia in Many centers is a matter of controversy (Torrance 1968, Cunningham 1974). Furthermore, an additional factor calles ‘medullary depression’ became recognized by a number of investigations (Severinghaus et al. 1966, Weiskopf and Gabel 1975). Thus, evaluation of hypoxic-hypercapnic interaction now appears

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Central Neurone Environment constancy of the extracellular fluid is the result of the circulation with interchange of water, electrolytes and dissolved substances through the walls of the capillary beds, and of drainage by a network of lymphatics.