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It is acknowledged that practice could induce rapid change or reorganization of the brain’s cellular or neural networks as well as behaviors. Notably, practice relevant to mental or physical approach attracted great attention in this decade. It highlights profound significance both for human evolvement and individual development. Specifically, acquiring fine motor skills is a crucial premise for human being to evolve to modern human by using tools in one side. In the other side, numerous evidences indicated that motor learning involved in limb and trunks promotes the development of individual brain in anatomy and functions. Hence, motor learning is also tightly associated with developmental plasticity. These studies on brain-mind-body practice illuminate a promising way in promoting human brain health. This editorial covers wide range of brain-mind-body practice forms to summarize recent new findings and development from behavioral, physiological, neurobiological and psychological science approaches. In this research topic, we addressed recent findings from theoretical as well as experimental perspective including contributions under the following three headings: 1) intervention studies to investigate the positive effect of brain-mind-body practice on cognition and relevant brain mechanism. The intervention pattern consisted of short-term practice ranging from few hours to several weeks; 2) cross-sectional studies using expert-novice paradigm to explore the behavioral and neural system change induced by extensive brain-mind-body practice; 3) the mediators influence the relationship between practice and health outcomes and 4) new viewpoints on brain-mind-body practice from theoretical perspectives. Here we briefly highlight these articles aiming to provide a deep understanding for the association between practice, plasticity and health for readers. Additionally, it offers new insights for developing possible practice interventions for clinical treatment of neurological dysfunction or disorders.
Mind-body practice --- Brain --- fMRI --- ERP --- Acute aerobic exercise --- Cognition --- executive control --- Tai Chi Chuan --- intervention
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Research on human body composition has gained relevance given the recognized health impact of several body components. Many contemporary scientists have contributed to the field of body composition research as it exists today, even though interest in the topic extends back several thousand years. Quantifying human body composition in sports practice plays an important role in monitoring athletes' health status, performances, and training regimens. Such analysis can be performed in different contexts and with different approaches—e.g., in cross-sectional studies that aim to characterize sporting group samples and in longitudinal research finalized to define short-term or long-term changes and implications for physical health and performance. Body composition is also fundamental for a correct interpretation of body mass and weight status to plan specific interventions. This book adds new information on the effect of body composition on physical health and sport performance, current body composition measurement techniques and strategies for improving physical health through sports practice.
Research & information: general --- Biology, life sciences --- BIVA --- confidence ellipses --- phase angle --- R-Xc graph --- tolerance ellipses --- Triceps skinfold --- overweight --- youth --- obese --- child --- adolescent --- resistance --- reactance --- bioimpedance --- health --- executive functions --- young sport --- blood lactate --- exhaustive exercise --- fatigue --- elderly sport --- body composition --- hydration status --- vector length --- ageing --- Tai Chi Chuan --- specific bioelectrical impedance vector analysis (BIVA) --- handball --- athletes --- bioelectrical impedance --- preseason training --- DEXA --- bone mineral --- bone development --- youth athletes --- high-performance athletes --- actual nutrition --- eating habits --- diet --- acid-base balance --- maximum aerobic capacity --- total weight --- lean body mass --- fat mass --- DXA method --- kinanthropometry --- physical performance --- body weight --- anthropometry --- somatic maturation --- cardiometabolic risk --- soccer --- obesity --- physical health --- paralympics --- para-sport --- brain impairment --- football
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