Introduces basic terminology and notation. Differentiates dependent, independent variables, and parameters. Differentiates between flow of material and flow of information. Lists rules for constructing proper graphical representations, called maps. Illustrates all concepts with didactic and actual examples.
Shows apparently correct maps that are in fact faulty and provides explanations.
Discusses different approaches to representing and analyzing biochemical systems. Discusses differences and mutual complementation of algebraic analyses and computer simulations. Introduces the concepts of change and of differential equations. Introduces general system equations. Discusses in detail the meaning and role of parameters in S-systems.