Biomathematics
Explore growth and populations; epidemics and reactions; space, evolution and inference. Concepts and connections are available independently of video coverage.
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A saturating enzyme-rate law arises under appropriate kinetic and approximation assumptions.
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Reaction rates determine concentration changes through stoichiometry and kinetic assumptions.
Susceptible, infectious and recovered compartments evolve through transmission and recovery rules.
Data constrain model parameters, with identifiability and uncertainty affecting interpretation.
Selection, mutation and interaction change trait or strategy frequencies.
A constant per-capita growth rate yields exponential population change.
Explore growth and populations; epidemics and reactions; space, evolution and inference. Concepts and connections are available independently of video coverage.