Quantifying Noise in Gene Expression · Dynamical Models

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Dynamical Models

Mathematical modeling of dynamic systems

$ Differential Equations in a NutshellThe bathtub equation: how production and degradation set every steady state in biology $ Differential Equations for Transcription and TranslationCoupled ODEs for mRNA and protein — two timescales, one elegant system $ Rare Events and the Poisson FingerprintDNA proofreading, jackpot cultures, and the statistics of rare events $ Quantifying Noise in Gene ExpressionWhy genetically identical cells behave differently — intrinsic and extrinsic noise $ Transcriptional Regulation and the Hill FunctionThe Hill function: how cooperative binding turns a gentle slope into a sharp switch $ Feedback Loops in Biological SystemsSwitches, oscillators, and memory — what feedback loops can do $ Signal TransductionHow cells read their mail: chemotaxis, adaptation, and lateral inhibition $ Gene Regulatory NetworksThe Lego bricks of gene regulation — motifs nature uses over and over $ Bacterial Growth PhysiologyResource allocation, ribosome regulation, and how a cell turns physics into life

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