
The epidemiological transition describes the changes in the health profile of populations where infectious diseases are substituted by chronic or non-communicable diseases. Even in industrialized countries, infectious diseases emerge as important public health problems and with a very important association with several type of neoplasm. Molecular epidemiology brings in new tools for the study of the epidemiological transition by discovering infectious agents as etiology of diseases, neither of both new. Much has been advanced in the understanding of the virulence and resistance mechanism of different strains, or improving the knowledge on transmission dynamics and dissemination pathways of infectious diseases. As to the non-communicable diseases, molecular epidemiology has enhanced the identification of endogenous risk factors link to alterations, molecular changes in genetic material, that will allow a more detail definition of risk and the identification of individual and groups at risk of several diseases. The potential impact of molecular epidemiology in other areas as environmental, lifestyles and nutritional areas are illustrated with several examples.
Virulence, Epidemiology, Incidence, Genetic Diseases, Inborn, Environmental Exposure, Models, Theoretical, Infections, Risk Assessment, Risk Factors, Chronic Disease, Humans, Industry, Public Health, Social Change, Developing Countries, Life Style, Molecular Biology
Virulence, Epidemiology, Incidence, Genetic Diseases, Inborn, Environmental Exposure, Models, Theoretical, Infections, Risk Assessment, Risk Factors, Chronic Disease, Humans, Industry, Public Health, Social Change, Developing Countries, Life Style, Molecular Biology
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