Genomics Applications for the Developing World evolved from an observed need for information on genomics and other related "omics' technologies that are beginning to take hold in the developing world.  It presents current research and perspectives from a wide range of respected scientists and world leaders in their fields in both developed and developing countries. Topics range from discussions on Tuberculosis, Malaria, emerging viruses and bacterial infectious agents to discussions on genomics of various crop species and the implications of studies on the human microbiome to aspects of developing world health. The global challenge of genomics education is also discussed.

Part I: Introduction.- Chapter 1. Genomics and the Developing World.- Chapter 2. Application of Genetic and Genomic Tests in the Developing World.-  Part II:Microbial Pathogen Genomes.- Chapter 3. The Genomics of Cholera.- Chapter 4. The Genomics of Leprosy.- Chapter 5. Pathogen genomics and the potential for understanding diseases in the developing world.- Chapter 6. New Tuberculosis Drugs.- Part III: Viruses.- Chapter 7. Viral genomics: implications for the understanding and control of emerging viral diseases.- Part IV:Eukaryotic Disease.- Chapter 8. Malaria Genomics and the Developing World.- Chapter 9. Delivering on promises? The Impact of Kinetoplastid Genomics on Sleeping Sickness, Chagas Disease and Leishmaniasis.- Part V:Pharmacogenomics.- Chapter 10.  Pharmacogenomic Applications in the Developing World - The American Continent.- Chapter 11.  Pharmacogenomics in Africa: Diversity as an opportunity for personalized healthcare.- Chapter 12.  Pharmacogenomics in Developing Asian Countries.- Part VI:New Frontiers.- Chapter 13.  Microbial diversity of the Brazilian biomes (Atlantic Forest, Amazon 'Rain' Forest, Cerrado, and the Marine realm).- Chapter 14. Genetic Diversity of Microbial Endophytes and Their Biotechnical Applications.- Chapter 15. Genomics and potential Bioenergy Applications In the Developing World.- Chapter 16. Molecules with the potential for cancer therapy in the developing world: Dibenzyl Trisulfide(DTS).- Chapter 17.  The effect of diet on gut microbiota in humans living in different environments: a metagenomic approach.- Part VII: Plant Genomes.-Chapter 18. Analyzing the Papaya Genome.- Part VIII: Education.- Chapter 19. The global challenge of genomics education: A path to the future.- Chapter 20. Genomics and potential downstream applications in the Developing World.