Mathematical Systems Biology

Lecture Notes in Mathematical Biology

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.

Author(s): Eduardo D Sontag, Rutgers University

122 Pages

An Introduction to Biology

This note covers introduction to biology, Theory of evolution, Cell and genes, Growth and developmental theory, Immune system.

Author(s): Emory University

33 Pages

Principles of Biology An Introduction to Biological Concepts

This book explains the following topics: Introduction to Biology and the Process of Science, Biologically Important Molecules, Cell Structure and Function, Structure and Function of the Cell Membrane and an Introduction to Energy, Cellular Respiration, Photosynthesis, Reproduction at the Cellular Level, Patterns of Inheritance, DNA replication and Protein Synthesis , Introduction Evolution.

Author(s): Elizabeth O Grady

448 Pages

General Biology by Wikibooks.org

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.

Author(s): Wikibooks.org

189 Pages

Mathematical Systems Biology

This PDF covers the following topics related to Mathematical Systems Biology : Difference Equations, Deterministic ODE models, Deterministic PDE Models, Stochastic kinetics, Review of ordinary differential equations.

Author(s): Eduardo D. Sontag, Rutgers University

283 Pages

An Introduction to Science and Biology for Non Majors

The organization of this course has been driven by the goal of providing non-majors with a coherent picture of modern biological knowledge. To accomplish this goal it’s necessary that each student gains an appreciation of the nature of science and is introduced to the integrated view of our world that modern science has produced. To facilitate this the course is divided into four parts : The Nature of Science, Defining Science, The Epistemic Values of Science, The Origin of Modern Science, Science as a Profession, The Conceptual Framework of Biology, Cosmological Evolution, Natural Levels of Organization in the Physical World, Biological Evolution, Life as a Chemical Function Biochemistry and Genetics, The Modern Synthesis Darwin and Mendel, The Integration of Biological Knowledge, Geologic Time, The Origin of our Solar System, The Origin of Life Photosynthesis, Aerobic Respiration, Endosymbiosis and Eukaryotic Cells, The Classification of Life, Sexual Reproduction, Multicellularity, Adaptive Radiations and Mass Extinctions, Vertebrate, Evolution, Human Evolution, Biology and Society, Science and Ethics, Human Population Growth, The Sixth Extinction.

Author(s): David L. Alles

72 Pages