Physical Lens on the Cell
The article discusses various fundamental concepts in physical chemistry and statistical mechanics. It covers topics such as mass-action kinetics, equilibrium, and the relationship between free energy and work. Additionally, it explores advanced concepts like transmembrane ionic gradients and discrete-state kinetics.
- ▪The article addresses essential topics in physical chemistry and statistical mechanics.
- ▪It explains the principles of mass-action kinetics and equilibrium.
- ▪Advanced concepts such as transmembrane ionic gradients and discrete-state kinetics are also discussed.
Opening excerpt (first ~120 words) tap to expand
Essential TopicsNotationBasics: States & KineticsBasics: Mass-Action KineticsEquilibrium means Detailed BalanceCycles and ConstraintsCycle LogicAdvanced Cycle LogicNon-equilibrium: Steady StatesFree Energy is the Energy Available for WorkThermodynamic Connection Between Free Energy and WorkChemical PotentialUnder the Hood: Statistical MechanicsUnderpinnings of Mass Action: The Ideal Gas The Ideal Gas in a Field: Transmembrane Ionic Gradients Conformational Statistical Mechanics Advanced Diffusion and the Fokker-Planck Picture Discrete-state kinetics and Markov models
Excerpt limited to ~120 words for fair-use compliance. The full article is at Physicallensonthecell.
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