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Brief exercise induces an immediate and a delayed leucocytosis.

机译:短暂的运动会引起即刻和延迟的白细胞增多。

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摘要

Haematological profiles were measured: (1) before and for 5 h 30 min after 30 min sports (squash, swimming, jogging); and (2) before, during and for 2 h 30 min after 30 min cycle ergometry at workloads which required rates of oxygen consumption that were between 48% and 84% of maximal. In both instances exercise induced an immediate leucocytosis (owing to rises in both neutrophils and lymphocytes) which subsided rapidly at the finish of exercise and was followed by a delayed neutrophilia of greater magnitude which peaked at approximately 3 h after the start of exercise. Changes in plasma catecholamines and cortisol recorded during and after exercise (cycle ergometry only) support the hypothesis that the immediate leucocytosis during brief exercise is attributable to elevated catecholamine levels, whereas the delayed neutrophilia is due to raised cortisol levels.
机译:测量血液学特征:(1)运动30分钟(壁球,游泳,慢跑)之前和之后5小时30分钟。 (2)30分钟循环测功之前,期间和之后2小时30分钟,其工作量要求的耗氧率在最大消耗量的48%至84%之间。在这两种情况下,运动都会引起立即的白细胞增多(由于中性粒细胞和淋巴细胞的增加),该现象在运动结束时迅速消退,随后出现较大程度的延迟性中性粒细胞增多,在运动开始后约3小时达到高峰。运动过程中和运动后记录的血浆儿茶酚胺和皮质醇的变化(仅循环测功)支持以下假设:短暂运动期间即刻白细胞增多可归因于儿茶酚胺水平升高,而中性粒细胞延迟则归因于皮质醇水平升高。

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