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Learn about dynamic energy allocation theory in biological systems through this 27-minute seminar presentation from the Biological Physics/Physical Biology series. Explore fundamental concepts of energy uptake and allocation in bacteria, examining state variables and optimization strategies that govern these processes. Delve into existing theoretical frameworks while engaging with questions that bridge the gap between biological physics and physical biology. Gain insights into how organisms manage and distribute energy resources, with a particular focus on bacterial systems as model organisms for understanding these complex biological processes.
