武汉体育学院学报
武漢體育學院學報
무한체육학원학보
Journal of Wuhan Institute of Physical Education
2006年
1期
61~65
,共null页
运动医学 肝细胞 损伤 自由基 线粒体 钙离子
運動醫學 肝細胞 損傷 自由基 線粒體 鈣離子
운동의학 간세포 손상 자유기 선립체 개리자
sports medicine; liver cell ; inj ury; oxygen free radical ; mitochondrial ; calcium
研究证明,在发育、稳态、疾病等的生理病理过程中,肝细胞会发生凋亡。通过不同强度力竭运动对大鼠肝细胞损伤的影响,以及氧自由基和线粒体摄取Ca^2+在肝细胞损伤中所起的作用,探寻力竭运动导致肝细胞损伤的机理。
研究證明,在髮育、穩態、疾病等的生理病理過程中,肝細胞會髮生凋亡。通過不同彊度力竭運動對大鼠肝細胞損傷的影響,以及氧自由基和線粒體攝取Ca^2+在肝細胞損傷中所起的作用,探尋力竭運動導緻肝細胞損傷的機理。
연구증명,재발육、은태、질병등적생리병리과정중,간세포회발생조망。통과불동강도력갈운동대대서간세포손상적영향,이급양자유기화선립체섭취Ca^2+재간세포손상중소기적작용,탐심력갈운동도치간세포손상적궤리。
Many studies have proven that liver cells undergo apoptosis under a broad range of physiological conditions,such as development, homeostasis, diseases and exercises. However, the mechanism of this phenomenon is not clear. This paper, through the influences of different exhaustive exercises on hepatic apoptosis and injury as well as the role oxygen free radicals and mitochondria uptaking calcium play in hepatic injury and apoptosis,attempts to seek the correlation between hepatic injury and apoptosis and exhaustive exerclse.