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VozAndes ; 31(1): 7-9, 2020. ilus
Article in English | LILACS | ID: biblio-1118188

ABSTRACT

Since the very beginning of modern epidemiology, disease estimates and understanding of transmission dynamics have been an important pillar* in understanding future outbreaks and predicting possible disease outbreaks. Ronald Ross, a medical doctor in 1902 won his first Nobel Prize for his studies in the origins of the transmission of malaria, years later, his SIR Model (Susceptible, Infected and Recovered) was perfected by William Kermack and Anderson Mckendrik and since then it has been used to calculate the progression of multiple diseases in which we can include, malaria, Chagas, influenza or Zika


Desde el comienzo de epidemiología moderna, enfermedad estimaciones y comprensión de la dinámica de transmisión tienen sido un pilar importante * en comprender los brotes futuros y predecir una posible enfermedad brotes. Ronald Ross, un médico médico en 1902 ganó su primer Nobel Premio por sus estudios en los orígenes de la transmisión de la malaria, años más tarde, su Modelo SIR (Susceptible, Infectado y recuperado) era perfeccionado por William Kermack y Anderson Mckendrik y desde entonces se ha utilizado para calcular la progresión de múltiples enfermedades en el que podemos incluir, malaria, Chagas, influenza o Zika


Subject(s)
Humans , Male , Female , Cost of Illness , Coronavirus Infections , Models, Theoretical , Data Interpretation, Statistical , Editorial , Ecuador
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