Birs- 22w5155: Mathematical Models in Biology: from Information Theory to Thermodynamics
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Title: Understanding trade-offs of biological information processing
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Title: Multiplexing and its upper bound in biological sensory receptors
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Title: Prediction and dissipation: faster calculations, bounds, and optimized sensors
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Title: Physical limits to biological sensing
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Title: Measuring concentrations in crowded cellular compartments
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Title: Ergodicity, states and time scales in biological information processing
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Title: Information transduction by heterogeneous cell populations
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Title: Subjective information and survival in a simulated biological system
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Title: Predicting function from sequence using information theory and thermodynamics: Theory and some applications
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Title: Information thermodynamics for deterministic chemical reaction networks
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Title: Cheater suppression and stochastic clearance through quorum sensing
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Title: Controlling stochastic biophysical processes, from protein folding to evolution
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Title: Organization and encoding of memory in evolving environments
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Title: Normative Decision Rules in Changing Environments
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Title: Natural selection as the process of accumulating adaptive information
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Title: Large deviations results for models in systems biology
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Title: Multi-resolution methods for modelling intracellular processes
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Title: First passage time and information of a one-dimensional Brownian particle with stochastic resetting to random positions
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Title: Models to infer gene regulation from single-cell chromatin modification data
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