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1	An Analysis of Perceived Exertion of a Graded Isometric Muscle Contraction of the Forearm Flexors Under Conditions of Magnitude Production and Magnitude Estimation Berthelot, Ronnie 08 1900 (has links) This study analyzed an individual's ability to perceive levels of exertion of an isometric contraction. Two samples of college students were tested under magnitude production or magnitude estimation. A significant F was obtained for the magnitude production condition. An insignificant F was obtained for the magnitude estimation condition. This study concludes that subjects tested under magnitude production will perceive the 100 percent level with the least amount of error and that error will increase as the percentages descend from the 100 percent level. Subjects tested under magnitude estimation will be equally in error when perceiving percentages of a maximum contraction of the forearm flexors. muscle contractions Muscle contraction Muscular sense Work -- Physiological aspects perceived exertion
2	Entwicklung und Erprobung eines in-vitro-Modellsystems zur Untersuchung von lastabhängigen Regulationsvorgängen der myokardialen Genexpression / Development and testing of a in-vitro model system for the examination of load-dependent regulation mechanisms of the myocardial gene expression Junge, Johannes Werner 16 October 2007 (has links) No description available. 610 Medizin, Gesundheit Medicine isotonische Muskelkontraktionen Langzeitkultur myokardiale Dehnung SERCA2a-Expression Herzmuskelstreifenkultur Herzhypertrophie isotonic muscle contractions long-term culture myocardial stretch SERCA2a-expression cardiac muscle strip culture cardiac hypertrophy 44.85 MED 411: Kardiologie

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An Analysis of Perceived Exertion of a Graded Isometric Muscle Contraction of the Forearm Flexors Under Conditions of Magnitude Production and Magnitude Estimation

Entwicklung und Erprobung eines in-vitro-Modellsystems zur Untersuchung von lastabhängigen Regulationsvorgängen der myokardialen Genexpression / Development and testing of a in-vitro model system for the examination of load-dependent regulation mechanisms of the myocardial gene expression