Comparison of endurance training and intermittent speed training on skeletal muscle P53 regulatesmitochondrial aerobic respiratory axis influences exercise adaptation to energy metabolism and effects on P53,SCO2 and COXII gene expression. P53 gene transcription and protein expression are highly conservative, andendurance training and intermittent speed training do not affect its steady-state effect. Both training methodsaffect the transcription and translation levels of SCO2 and COXII gene expression. Different, but all show aconvergence that promotes aerobic respiration. Intermittent speed training may be a more effective time-savingtraining method. P53-SCO2 breathing axis for endurance training and intermittent speed training produces goodexercise adaptation. When formulating exercise prescriptions, endurance training and intermittent speed trainingcan be combined to improve the body's aerobic respiration ability.
ABSTRACTPurposeThe present study examined whether a period of additional speed endurance training would improve intense intermittent exercise performance in highly trained soccer players during the season and whether the training changed aerobic metabolism and the level of oxidative enzymes in type
ABSTRACTPurposeThe present study examined whether a period of additional speed endurance training would improve intense intermittent exercise performance in highly trained soccer players during the season and whether the training changed aerobic metabolism and the level of oxidative enzymes in type