Ploutz-Snyder Lori, Bloomfield Susan, Smith Scott M, Hunter Sandra K, Templeton Kim, Bemben Debra
1 Exercise Physiology and Countermeasures, University Space Research Association , Houston, Texas.
J Womens Health (Larchmt). 2014 Nov;23(11):963-6. doi: 10.1089/jwh.2014.4910.
There is considerable variability among individuals in musculoskeletal response to long-duration spaceflight. The specific origin of the individual variability is unknown but is almost certainly influenced by the details of other mission conditions such as individual differences in exercise countermeasures, particularly intensity of exercise, dietary intake, medication use, stress, sleep, psychological profiles, and actual mission task demands. In addition to variations in mission conditions, genetic differences may account for some aspect of individual variability. Generally, this individual variability exceeds the variability between sexes that adds to the complexity of understanding sex differences alone. Research specifically related to sex differences of the musculoskeletal system during unloading is presented and discussed.
个体在长时间太空飞行中的肌肉骨骼反应存在很大差异。个体差异的具体来源尚不清楚,但几乎可以肯定受到其他任务条件细节的影响,例如运动对策的个体差异,特别是运动强度、饮食摄入、药物使用、压力、睡眠、心理状况以及实际任务需求。除了任务条件的变化外,基因差异可能也是个体差异的一个原因。一般来说,这种个体差异超过了性别之间的差异,这增加了仅理解性别差异的复杂性。本文介绍并讨论了与卸载过程中肌肉骨骼系统性别差异具体相关的研究。