Titlebook: Intermediate Physics for Medicine and Biology; Russell K. Hobbie,Bradley J. Roth Textbook 2015Latest edition Springer Nature Switzerland A

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Russell K. Hobbie,Bradley J. Roth. Heute ist, nicht zuletzt durch die ?ffentlichen Medien, aber auch durch oft kontroverse Diskussionen über die pathogenetische Bedeutung von Fettstoffen, genügend Interesse an der Atheroskleroseforschung geweckt und unterhalten worden. Da? Stoffwechselver?nderungen als Hauptursache für die auch heu

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zt werden. Will man Wild l?ngere Zeit aufbewahren, so l??t man es abgezogen im Balg, da es sich darin besser h?lt, nur weidet man es aus. Das Wild ganz frisch zu verwenden ist nicht ratsam, da es erst durch H?ngen an einem luftigen Ort schmackhaft und zart wird. Der Wildbraten braucht etwas reichlic

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Exponential Growth and Decay,ponential growth and decay and show how to analyze exponential data using semilog and log-log plots. More advanced topics include variable rates, clearance, and multiple decay paths. A model for many processes is the combination of input at a fixed rate accompanied by exponential decay. The limits o

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Systems of Many Particles,r, relating the thermal population of microstates to their energy, and its related concept the Nernst equation. The principle of equipartition of energy leads us to an analysis of the Brownian motion of small particles immersed in a fluid. When two systems can exchange particles as well as energy, t

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Impulses in Nerve and Muscle Cells, the nerve- or muscle-cell action potentials. The resting voltage across the cell membrane is related to the concentration of ions inside and outside the cell. Then the cable model is used to describe the electrical properties of a nerve axon. We analyze both the passive spread of current along the

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The Exterior Potential and the Electrocardiogram,ing a multipole approximation. We then review the electrical behavior of the heart, leading to a model for the electrocardiogram based on a current-dipole source. Different features of the electrocardiogram are related to various heart pathologies. The bidomain model is a more advanced description o

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Biomagnetism,ber, and develop a current-dipole model for this magnetic field when measured far away. Electrical activity in the heart gives rise to the magnetocardiogram, and electrical activity in the brain causes the magnetoencephalogram. This chapter then explores electromagnetic induction and transcranial ma