Mathematical Concepts and Methods in Modern Biology

Mathematical Concepts and Methods in Modern Biology, 2nd Edition, is a textbook that presents discrete mathematical models designed for investigating complex biological systems. The volume examines key biological topics including gene regulatory networks, neuronal networks, plant population growth, and interacting populations. Each chapter pairs biological scenarios with specific analytical methods to establish quantitative modeling skills.

Mathematical methods covered throughout the chapters include discrete dynamical systems, deterministic and stochastic Boolean networks, ordinary differential equations, and projection matrices. Students examine discrete models alongside traditional differential equation frameworks to evaluate dynamic biological behavior. These techniques allow readers to analyze systemic responses across genetic and ecological scales.

Structured around project-based learning and practical problem-solving, the text supports direct practice in analyzing, predicting, and modulating biological systems. The content is formatted to assist upper-level students in related fields, practicing scientists, and health professionals who require formal discrete mathematical approaches in their work.