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Age-Related Cognitive Impairment as a Sign of Geriatric Neurocardiovascular Interactions: May Polyphenols Play a Protective Role?

机译:与年龄有关的认知障碍是老年性神经心血管相互作用的标志:多酚是否可以起保护作用?

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It is known that endothelial dysfunction plays an important role in the development and progression of cardiovascular diseases implicated also in cognitive decline. Experimental studies pointed to the fact that the modification of NO levels via NOS activity may affect the blood pressure level as well as several higher nervous functions—for example, learning and memory. There are emerging evidences fromin vitroand animal studies suggesting that polyphenols may potentially have a protective effect on the development of neurodegenerative diseases and may improve cognitive function as well as positively affecting the blood pressure regulatory mechanisms. This review accentuates the need for precisely defined clinically controlled studies as well as for use of adequate experimental procedures discriminating between the human higher brain functions and the only overall activation of the brain cortex. The physiological neurocardiovascular interactions are implicated in the increased healthy life span as well.
机译:已知内皮功能障碍在也与认知能力下降有关的心血管疾病的发生和发展中起重要作用。实验研究指出,通过NOS活性改变NO水平可能会影响血压水平以及一些较高的神经功能,例如学习和记忆。来自体外和动物研究的新证据表明,多酚可能对神经退行性疾病的发展具有保护作用,并可能改善认知功能并积极影响血压调节机制。这篇综述强调了对精确定义的临床对照研究的需求,以及对区分人类较高的大脑功能和大脑皮质唯一整体激活的适当实验程序的使用的需求。生理性神经心血管相互作用也与增加健康寿命有关。

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