Table of Contents
1. Molecular epidemiology and species definition of pathogens 2. Virus species 3. Viral evolution 4. Species concept in bacteria 5. Population structure of pathogenic bacteria 6. Evolution and pathogenesis of fungal organisms 7. Clonal evolution 8. Co-evolution between host and pathogen 9. Elucidating human migration by means of their pathogens 10. Phylogenetic analysis of pathogens 11. Evolutionary effects of infectious diseases on humans 12. General human population genetics, major genomic projects and their relevance for biomedical research 13. Pathogen and vector sequencing projects 14. Proteomics and Host-Pathogen Interactions: a bright future? 15. Evolution of antibiotic resistance 16. Mechanisms of antiviral resistance 17. Evolution of resistance to insecticides in disease vectors 18. Genetics of major insect vectors 19. Modern morphometrics of medically important insects 20. Multilocus sequence typing of pathogens 21. Analysis of pathogen evolution using microarrays 22. The bioinformatics revolution and infectious diseases 23. Genomics of infectious diseases and private industry 24. Pharmacogenetics: The à la carte medicine of tomorrow? 25. Experimental recombination in trypanosomes: its relevance for formal genetics and epidemiology 26. Population genetics of Plasmodium falciparum and the challenge of drug Resistance 27. Molecular evolution of Trypanosoma cruzi: a new paradigmal model of basic science? 28. Identification of Mycobacterium tuberculosis populations using microarrays: does it permit routine molecular epidemiology? 29. The evolution and dynamics of methicillin-resistant Staphylococcusaureus: can it be controlled by public health measures? 30. The origins of human immunodeficiency virus and implications for global Epidemics 31. Evolution of SARS coronavirus and the relevance of modern molecular Epidemiology 32. Ecology and evolution of avian influenza: the risk of a major pandemics