Mathematical Biology (UCI)

• 01: Introduction to the Course (UCI)
• 02: Bacterial Growth (UCI)
• 03: Nondimensionalization (UCI)
• 04: Steady States and Linearization (UCI)
• 05: Linear Systems I (UCI)
• 06: Linear Systems II (UCI)
• 07: Stability Analysis (UCI)
• 08: Phase Diagrams (UCI)
• 09: Phase Diagrams II (UCI)
• 10: Phase Diagrams III (UCI)
• 11: Single Species Population Models (UCI)
• 12: Midterm Review (UCI)
• 13: Lotka Volterra Competiton (UCI)
• 14: Predator Prey Model (UCI)
• 15: SIR Model (UCI)
• 16: Michaelis Menten Enzyme Model (UCI)
• 17: Timescale Decomposition (UCI)
• 18: Quasi Steady State Analysis (UCI)
• 19: Sigmoidal Functions, Multisite Systems (UCI)
• 20: Chemical Kinetics: Mass Action Law (UCI)
• 21: Hopf Bifurcations (UCI)
• 22: Subcritical Hopf (UCI)
• 24: Poincare-Bendixon II (UCI)
• 25: Index Theory (UCI)
• 26: Final Review, Part 1 (UCI)