Search for dissertations about: "GIH. Gymnastik- och idrottshögskolan"
Showing result 16 - 20 of 48 swedish dissertations containing the words GIH. Gymnastik- och idrottshögskolan.
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16. Effects of exercise and amino acid intake on mechanisms regulating protein synthesis and breakdown in human muscle
Abstract : Skeletal muscle adapts differently to specific modes of exercise, where resistance training results in muscle growth and endurance training induces mitochondrial biogenesis. These are results of molecular events that occur after each exercise session, increasing the expression of specific genes and the rate of both synthesis and breakdown of protein. READ MORE
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17. Sport in youth detention : A “pedagogical” practice?
Abstract : Sport can be an important part of life inside youth detention, often believed to contribute to the rehabilitation of youth. However, there has been little ethnographic research examining this phenomenon. READ MORE
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18. Psychiatric disorders in Swedish elite athletes : Prevalence, comorbidity and life stories
Abstract : The aim of this thesis is to explore psychiatric disorders in Swedish elite athletes.The first study investigates a) the prevalence of symptoms of psychiatric disorders, b) the prevalence of mental health problems, defined by psychological suffering and impairment>2 weeks, c) the usefulness of sport-specific instruments in indicating clinical levels of psychiatric symptoms, and d) the life history of psychiatric disorders. READ MORE
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19. Determinants of intra-individual variation in adaptability to resistance training of different volumes
Abstract : Systematic resistance training positively affects skeletal muscle mass and functional characteristics of the neuro-muscular system. By varying exercise variables such as training volume, the training can be individualized. READ MORE
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20. The significance of mitochondrial respiratory function in regulating oxygen uptake and performance in humans
Abstract : The mitochondrion is one of the most fascinating organelles of our cells which has kept and keeps researchers busy in studying its origin, the complex morphology, the numerous functions, the rapid adaptations to a variety of stimuli and its role in health and disease. Exercise challenges cellular homeostasis and skeletal muscle mitochondria greatly adapt to repeated bouts of exercise by increasing mitochondrial respiratory function and content to match energy requirements and to better sustain future perturbations induced by muscle contractions. READ MORE