Titlebook: Central Neural Mechanisms in Cardiovascular Regulation; Volume 2 George Kunos,John Ciriello Book 1992 Springer Science+Business Media New Y

Cardioplegia

M. Nilles,B. Malek,M. Schätzle,W. Weyersa similarly immense literature deals with central neural catecholamines and their receptors, in stress and various neurological and psychiatric disorders. This abundance contrasts with a dearth of information specifically about the roles of catecholamines in the central nervous system in the control of sympathetic function.

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L. Kretschmer,M. Cornely,K.-P. PreußerRecent studies have provided strong support for a key role of excitatory amino acids (EAA) and their receptors in synaptic transmission within central cardiovascular pathways in the medulla oblongata and spinal cord. This chapter will summarize that support and areas of ongoing research.

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Role of Excitatory Amino Acids and Their Receptors in Bulbospinal Control of Cardiovascular FunctioRecent studies have provided strong support for a key role of excitatory amino acids (EAA) and their receptors in synaptic transmission within central cardiovascular pathways in the medulla oblongata and spinal cord. This chapter will summarize that support and areas of ongoing research.

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Central Catecholamines and the Control of Sympathetic Tone,a similarly immense literature deals with central neural catecholamines and their receptors, in stress and various neurological and psychiatric disorders. This abundance contrasts with a dearth of information specifically about the roles of catecholamines in the central nervous system in the control of sympathetic function.

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Object-Oriented Programming for Graphicsability of sophisticated immunocytochemical and biochemical methods has permitted localization of AVP in areas of the brain known to be involved in cardiovascular regulation. In addition, specific AVP receptors with high affinity have been found in these same brain areas.

Basal-Ganglia

Nancy Craighill,Vicki de Mey,Xavier Pintados may redistribute blood flow from visceral areas and nonexercising muscle to active muscle. The major neural mechanisms governing the rapid cardiovascular adjustments to dynamic exercise are the arterial barore-flexes, central command, and skeletal muscle afferent-mediated reflexes (Rowell and O’Le

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Operations Research Proceedingsng that acute withdrawal from ethanol is often associated with an increase in blood pressure (Clark and Friedman, 1985) and heart rate (Weise et al., 1985) also suggests that during exposure to ethanol the activity of some structures controlling blood pressure and heart rate may be suppressed. Howev