Titlebook: Cardiorespiratory and Motor Coordination; Hans-Peter Koepchen,Timo Huopaniemi Conference proceedings 1991 Springer-Verlag Berlin Heidelber

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Identification of Postganglionic Thoracic Sympathetic Neurons: Cardiac and Respiratory Discharge Pation in the sympathetic neurones may depend on the input from cardiopulmonary receptors [12], the blood pressure changes secondary to the mechanical movement of the thorax [6], and central coupling between respiratory and sympathetic neurons [1, 2, 5, 6].

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h depends on the decrease in the venous return, increase in the right ventricle afterload, and the leftward displacement of the interventricular septum [1–3]. The integrated effect of mechanical and neural interactions on aortic and ventricular hemodynamics has been studied in this paper during the application of PEEP on anesthetized dogs.

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Mechanical and Neural Interactions Between Positive Pressure, Artificial Ventilation, and Cardiovasch depends on the decrease in the venous return, increase in the right ventricle afterload, and the leftward displacement of the interventricular septum [1–3]. The integrated effect of mechanical and neural interactions on aortic and ventricular hemodynamics has been studied in this paper during the application of PEEP on anesthetized dogs.

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Mechanical and Neural Interactions Between Positive Pressure, Artificial Ventilation, and Cardiovascte, and contractility by eliciting reflexes from cardiopulmonary afferents. The consequent changes in the circulation are further modified by reflexes from aortic and carotid baroreceptors. Mechanical ventilation with positive end-expiratory pressure (PEEP) is a technique that strongly affects the m

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