从生物圈2号看热量限制和衰老。

Receptor Pub Date : 1995-01-01
R L Walford, L Weber, S Panov
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引用次数: 0

摘要

8个人在亚利桑那州图森市附近被称为“生物圈2号”的封闭生态空间内食用了2年的低热量营养密集饮食,构成了一个独特的“自然实验”,这是第一次在动物身上得到良好监测的营养方案应用,该方案已被证明可以有效地抑制和延缓大多数与年龄有关的疾病的发病时间,诱导功能上“年轻”年龄的生理变化特征,并延长平均寿命和最长寿命。在2年的时间里,这8个人的体重明显减轻,血胆固醇、血压、空腹血糖显著下降,白细胞计数也很低——与采用这种治疗方案的啮齿动物完全相同。正在进行的涉及皮质醇、胰岛素和糖化血红蛋白水平的研究支持啮齿动物的相似性。进一步的研究将试图确定,在热量限制引起的动物大量生理变化中,是否也会在营养密集、热量限制的饮食中引起人类的生理变化。这些证据将涉及这样一个问题,即热量限制的啮齿动物所表现出的增强的抗病能力和延缓衰老的能力是否也可能出现在人类身上。
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Caloric restriction and aging as viewed from Biosphere 2.

The low-calorie nutrient-dense diet consumed for 2 yr by the eight persons sealed inside the closed ecological space known as Biosphere 2, near Tucson, AZ, constituted a unique "experiment of nature," amounting to the first well-monitored application of a nutritional regimen proven in animals to substantially inhibit and delay time of onset of most age-related diseases, induce physiological changes characteristic of a functionally "younger" age, and extend both average and maximum lifespans. Over the 2 yr the eight persons demonstrated a substantial weight loss, remarkable fall in blood cholesterol, blood pressure, fasting blood sugar, and low white blood cell counts--exactly as seen in rodents on such a regimen. Studies in progress involving levels of cortisol, insulin, and glycosylated hemoglobin support the rodent similarity. Further studies will seek to determine whether additional among the large battery of physiologic changes induced in animals by caloric restriction are also induced in humans on a similar nutrient-dense, calorie-limited diet. Such evidence will pertain to the question whether the increased disease resistance and aging retardation shown by calorie-restricted rodents might also be expected to occur in humans.

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