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On March 8/9, 1976 a workshop on "Mathematical Models in Medicine" was held at Mainz (German Federal Republic) by the group of "Mathe matical Models" of the Deutsche Gesellschaft fUr Medizinische Doku mentation, Informatik und Statistik. Purpose of this conference was to bring together experts from the GFR and neighbouring countries working in this field to evaluate possibilities and limits of this area of research in discussions with interested participants. This issue of Lecture Notes contains the invited contributions as well as the relevan~ remarks made by the discussants. Corresponding to the aims of the workshop the contributors had been encouraged to demon strate their mathematical models in the light of actual applied examples. It had been our intention to restrict attention to a small number of specific areas in order to achieve a concentrated in depth treatment in these restricted areas. The areas chosen contain two - Epidemio logy and Cell Models - which in the organisers feeling are not yet as well established in Continental Europe and one - Pharmacokinetic- with a more direct appeal to applied workers. While in the Epidemio logy of infectious and parasitic diseases today strategies of control and eradication are gaining importance, the cell models are concerned with explaining the modes of genesis of cancerous growth and the kinetics and interactions within multi-cell structures.
List of contents
I. Epidemiology.- 1.1 The incidence of infectious disease under the influence of seasonal fluctuations.- 1.2 Some simple models of the population dynamics of eucaryotic parasites.- 1.3 Abstract model and epidemiological reality of Influenza A.- 1.4 Model of rabies control.- 1.5 Discussion.- II. Cell models.- 2.1 A Markovian configuration model for Carcinogenesis.- 2.2 Branching models for the cell cycle.- 2.3 Formal languages as models for biological growth.- 2.4 Graph rewriting systems and their application in Biology.- Discussion.- III. Pharmacokinetics.- 3.1 A mathematical model of erythropoiesis in man.- 3.2 Simulation of biochemical pathways and its application to Biology and Medicine.- 3.3 Some remarks on the physical basis of Pharmacokinetics.- 3.4 Mathematical models in the study of drug kinetics.- 3.5 On some applications of the eigenvector decomposition principle in pharmacokinetic analysis.- 3.6 A General Approach to Multicompartment Analysis and Models for the Pharmacodynamics.- Discussion.
