A bimonthly publication part of the Brazilian Society of Cardiology portfolio of journals connected with ABC Cardiol publishing national and international scientific production in the field of cardiovascular sciences.
ISSN 2359-4802
eISSN 2359-5647
Guilherme Dantas Campos Pinto
, José Henrique Martins Pimentel
, Maria das Neves Dantas da Silveira Barros
, Carolina de Araújo Medeiros
, Cristina de Fátima Velloso Carrazzone
, [...]
Guilherme Dantas Campos Pinto
, José Henrique Martins Pimentel
, Maria das Neves Dantas da Silveira Barros
, Carolina de Araújo Medeiros
, Cristina de Fátima Velloso Carrazzone
, [...]
Introduction Chagas disease (CD) is classically reported as a neglected disease of vectorial transmission and is endemic in 21 Latin America countries. While it has long been stigmatized as a mere tropical pathology, CD has recently gained prominence, since new means of infection have become more common, including blood transmission and consumption of food contaminated with feces from a given vector. Taking immigration into account, the disease is currently spreading beyond the limits of endemic areas and has become a […]
Keywords: Chagas Disease; Chagas Cardiomiopathy; Differential diagnosis; Electrocardiography; Endemic Diseases
Ariane Binoti Pacheco
, Rodrigo de Jesus Louzeiro Melo
, Carlos Eduardo Rochitte
Ariane Binoti Pacheco
, Rodrigo de Jesus Louzeiro Melo
, Carlos Eduardo Rochitte
Abstract The well-known occurrence of Chagas disease in endemic areas has become a worldwide problem, and cardiac magnetic resonance allows the early detection of cardiac involvement and complications of this disease. Cardiac magnetic resonance is a useful tool in all phases of Chagas disease, and new promising techniques using T1 mapping and extracellular volume measurements are able to detect cardiac involvement even earlier than conventional techniques.
Keywords: Chagas Diseases/complications; Chagas Cardiomyopathy/complications; Fibrosis; Heart Failure; Magnetic Resonance Imaging/methods; Gadolinium /radiation effects; Extracellular Volume; T1 Mapping; Endemic Diseases