The article outlines the growing competition in the world in sports,especially in the Olympic types of programs,describes the fundamental importance of success in the sports arenas of the planet-the organization of ed...The article outlines the growing competition in the world in sports,especially in the Olympic types of programs,describes the fundamental importance of success in the sports arenas of the planet-the organization of educational and training and competitive process in Greco-Roman wrestling.The content of the weekly cycle of the training camp is presented.Individual cards for accounting the effectiveness of attacking and defensive technical and tactical actions in the ground have been developed and tested.Concrete conclusions are made and proposals are made to wrestling Federations and sports organizations.展开更多
Brain damage sustained from repeated blows in boxing, wrestling, and other combat sports has serious physical and mental health consequences. The degenerative brain disease, chronic traumatic encephalopathy (CTE), pre...Brain damage sustained from repeated blows in boxing, wrestling, and other combat sports has serious physical and mental health consequences. The degenerative brain disease, chronic traumatic encephalopathy (CTE), presents clinically with memory loss, aggression, difficulty in rational thinking and other cognitive problems. This spectrum, which mimics Alzheimer’s disease, is diagnosed post-mortem through a brain biopsy in many professional athletes. However, little is known about the process of development and how to identify vulnerable individuals who may be on course for developing CTE. Boxing is a sport that has a severe toll on athletes’ health, primarily on their brain health and function. This review addresses the concerns of brain injury, describes the pathologies that manifest in multiple scales, e.g., molecular and cognitive, and also proposes possible diagnostic and prognostic markers to characterize the early onset of CTE along with the aim to identify a starting point for future precautions and interventions.展开更多
对30名专业摔跤运动员进行Wingate无氧实验.为探讨摔跤训练对人体无氧工作能力的影响,结果表明,摔跤训练可提高人体无氧功率能力,加快运动启动速度;用Wingate无氧实验评价时,前10 s无氧功率值的高低比其递增的幅度,更能反映摔跤训练效果...对30名专业摔跤运动员进行Wingate无氧实验.为探讨摔跤训练对人体无氧工作能力的影响,结果表明,摔跤训练可提高人体无氧功率能力,加快运动启动速度;用Wingate无氧实验评价时,前10 s无氧功率值的高低比其递增的幅度,更能反映摔跤训练效果;30 s Wingate无氧实验主要反映出摔跤训练对人体无氧功率的影响,而对无氧能力的评价不明显;Wingate无氧实验对评定摔跤训练效果和水平更具有指导意义.展开更多
文摘The article outlines the growing competition in the world in sports,especially in the Olympic types of programs,describes the fundamental importance of success in the sports arenas of the planet-the organization of educational and training and competitive process in Greco-Roman wrestling.The content of the weekly cycle of the training camp is presented.Individual cards for accounting the effectiveness of attacking and defensive technical and tactical actions in the ground have been developed and tested.Concrete conclusions are made and proposals are made to wrestling Federations and sports organizations.
文摘Brain damage sustained from repeated blows in boxing, wrestling, and other combat sports has serious physical and mental health consequences. The degenerative brain disease, chronic traumatic encephalopathy (CTE), presents clinically with memory loss, aggression, difficulty in rational thinking and other cognitive problems. This spectrum, which mimics Alzheimer’s disease, is diagnosed post-mortem through a brain biopsy in many professional athletes. However, little is known about the process of development and how to identify vulnerable individuals who may be on course for developing CTE. Boxing is a sport that has a severe toll on athletes’ health, primarily on their brain health and function. This review addresses the concerns of brain injury, describes the pathologies that manifest in multiple scales, e.g., molecular and cognitive, and also proposes possible diagnostic and prognostic markers to characterize the early onset of CTE along with the aim to identify a starting point for future precautions and interventions.
文摘对30名专业摔跤运动员进行Wingate无氧实验.为探讨摔跤训练对人体无氧工作能力的影响,结果表明,摔跤训练可提高人体无氧功率能力,加快运动启动速度;用Wingate无氧实验评价时,前10 s无氧功率值的高低比其递增的幅度,更能反映摔跤训练效果;30 s Wingate无氧实验主要反映出摔跤训练对人体无氧功率的影响,而对无氧能力的评价不明显;Wingate无氧实验对评定摔跤训练效果和水平更具有指导意义.
