Biophysics in the cell

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This textbook serves students in the natural sciences who seek to understand the physical concepts underlying fundamental cellular processes. It explores phenomena such as diffusion, macromolecule mechanics, and cell membrane dynamics, illustrated with numerous examples. Key topics include the formation of fibrous proteins in the cytoskeleton, enzyme kinetics, and the operation of molecular motors. Building on a two-semester lecture series at the Technical University of Munich, the book presents various approaches to important formulas for enhanced comprehension. Sections titled "By the way" offer historical and contemporary insights into the research landscape, adding an engaging dimension to the material. The book features attractive, clear, and modern illustrations, complementing its up-to-date and accessible content. Key areas covered include the origin and structure of cells, fundamental biophysical concepts, thermodynamics, and statistical mechanics; passive motion through diffusion; and the mechanics of biological components such as membranes and cytoskeletons. Additionally, it addresses active movement and enzyme kinetics, highlighting the dynamics of molecular motors and fibrous proteins.