This note describes the following topics: modeling, Growth, Number of parameters, Steady
states and linearized stability analysis, More modelling examples, Geometric
analysis, Epidemiology, Chemical kinetics, Multi stability, Periodic behavior,
PDE models, Diffusion, Steady state behavior of PDE, Traveling wave solutions of
reaction diffusion systems.
This note describes the following topics: modeling, Growth, Number of parameters, Steady
states and linearized stability analysis, More modelling examples, Geometric
analysis, Epidemiology, Chemical kinetics, Multi stability, Periodic behavior,
PDE models, Diffusion, Steady state behavior of PDE, Traveling wave solutions of
reaction diffusion systems.
This note covers
the cellular foundation of life, Cell division and genetics, Molecular biology
and biotechnology, Molecular biology and biotechnology, Animal structure and
function and ecology.
This
note explains statistical modelling, Fitting models to data, Uncertainty,
Hypothesis testing, Simulation methods, More complex models, Comparing models,
Bifurcations in dynamical systems, Saddle node bifurcation in a two sexes
population growth model, Transcritical bifurcation in an epidemic model,
Hopfbifurcation in a predator prey model, Model analysis with deBif.
This book covers the
following topics: Biology - The Life Science, The Nature of Molecules, The
Chemical Building Blocks of Life, Life: History and Origin, Cells and Cell
structure, Membranes, Energy and Metabolism , Respiration: harvesting of energy,
Photosynthesis, Sexual reproduction, Genetics, Gregor Mendel and biological
inheritance , Gene expression,Gene regulation , Mutation, Recombinant DNA
technology.