Norman L. Beatty: Oral Chagas disease is as important as its vectorial or vertical transmission

Beatty tells us in ChagasChat about his work in a study with other researchers, and their conclusions on the transmission routes in Colombia.

04 March 2024

 
 
Norman L. Beatty, an expert in Infectious Diseases and Global Medicine, is an assistant professor of medicine at the University of Florida College of Medicine. He has been studying Chagas disease and the triatomines responsible for transmitting the parasite that causes it since 2015.
 
The study is a collaborative effort between researchers and professors from different universities from Colombia and the United States. It delves into the diversity of oral transmission routes of the Trypanosoma Cruzi, commonly associated with food and drink consumption, which shows also robust clinical manifestations and a higher mortality throughout Latin America.

This work presents a step towards a better understanding of this transmission route and points to a greater compromise for a public health surveillance. Also, it aims to the need for more research on the complex transmission dynamics of Chagas disease and further examine its clinical manifestations; in order to generate greater awareness and better understanding of this Neglected Tropical Disease, which will help reduce the burden of Chagas disease throughout Latin America.
 
Dr Norman L. Beatty shared a moment with us to talk in our ChagasChat about this study and his experiences and participation on preventing oral Chagas disease in Colombia.
 

Visit ChagasChat for more interviews with people from the Chagas community and other Neglected Tropical Diseases (NTDs).

Modelando la idoneidad climática de los vectores de la enfermedad de Chagas a escala global

Este estudio arroja la posibilidad de que el vector de Chagas infecte en Europa.

03 August 2020

Los Triatominae son vectores de Trypanosoma cruzi, el agente etiológico de la enfermedad de Chagas. Su distribución se extiende por América Latina, con algunas especies que se producen fuera de las Américas. En particular, el vector cosmopolita, Triatoma rubrofasciata, ya se ha detectado en muchos países asiáticos y africanos.

En este estudio se aplica un enfoque conjunto de modelos de predicción de nicho para proyectar la idoneidad climática de 11 especies de triatominos en las condiciones climáticas actuales a escala global. Los resultados revelaron posibles puntos críticos de diversidad de especies de triatominos en regiones tropicales y subtropicales entre 21° N y 24° S de latitud. También determinamos la idoneidad climática de dos especies templadas (T. infestans, T. sordida) en Europa, Australia occidental y Nueva Zelanda.

Se ha proyectado que Triatoma rubrofasciata encontrará condiciones climáticamente adecuadas en gran parte de las zonas costeras de América Latina, África y el sudeste asiático, destacando la importancia de un programa internacional de vigilancia de vectores en estas regiones.

Lea el artículo aquí: https://elifesciences.org/articles/52072


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