Vittori Leydi Natalia, Tarozzi Andrea, Latessa Pasqualino Maietta
Department for Life Quality Studies, Alma Mater Studiorum-University of Bologna, Bologna, Italy.
Methods Mol Biol. 2019;1909:183-197. doi: 10.1007/978-1-4939-8973-7_14.
The interest about circulating cell-free DNA (cfDNA) concentration increased from several years because of its correlation with various conditions like osteoarthritis, cancers, stroke, and sepsis; recently it has become an important marker for overtraining syndrome or performance diagnostics.Several studies have demonstrated that cfDNA increases in vigorous and exhausting exercise but also endurance exercise. Acute effect of exercise on cfDNA concentration seems to be correlated to stress factor, while chronic effect is associated with necrosis and apoptosis.The intensity and duration seem to have effects on the variation of cfDNA concentration that is strongly correlated with other metabolic markers like acid lactate and creatine kinase, recognized as markers of muscle damage. Variation of cfDNA value could be used to predict overtraining syndrome.
由于循环游离DNA(cfDNA)浓度与骨关节炎、癌症、中风和败血症等多种疾病相关,在过去几年中人们对它的兴趣不断增加;最近,它已成为过度训练综合征或运动表现诊断的重要标志物。多项研究表明,在剧烈运动、高强度运动以及耐力运动中,cfDNA浓度都会升高。运动对cfDNA浓度的急性影响似乎与应激因素有关,而慢性影响则与坏死和凋亡有关。运动强度和持续时间似乎会影响cfDNA浓度的变化,而cfDNA浓度变化与其他代谢标志物(如乳酸和肌酸激酶,被认为是肌肉损伤的标志物)密切相关。cfDNA值的变化可用于预测过度训练综合征。