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Background: Deaths from diseases of the circulatory system and ischemic heart diseases are declining, but slowly in developing countries, emphasizing its probable relationship with determinants of social vulnerability., Objectives: To analyze the temporal progression of mortality rates of diseases of the circulatory system and ischemic heart diseases from 1980 to 2019 and the association of the rates with the Municipal Human Development Index and Social Vulnerability Index in Brazil., Methods: We estimated the crude and standardized mortality rates of diseases of the circulatory system and ischemic heart diseases and analyzed the relationship between the obtained data and the Municipal Human Development Index and Social Vulnerability Index. Data on deaths and population were obtained from the DATASUS. The Municipal Human Development Index and the Social Vulnerability Index of each federative unit were extracted from the websites Atlas Brazil and Atlas of Social Vulnerability, respectively., Results: The age-standardized mortality rates of diseases of the circulatory system and ischemic heart diseases showed a downward trend nationwide, which was unequal across the federative units. There was an inversely proportional relationship between the standardized mortality rates of diseases of the circulatory system and ischemic heart diseases and the Municipal Human Development Index. The downward mortality trend was observed when the indices were greater than 0.70 and 0.75, respectively. The Social Vulnerability Index was directly proportional to the standardized mortality rates of diseases of the circulatory system and ischemic heart diseases. An upward mortality trend was observed with a Social Vulnerability Index greater than 0.35., Conclusions: Social determinants represented by the Municipal Human Development Index and the Social Vulnerability Index were related to mortality from diseases of the circulatory system and ischemic heart diseases across the Brazilian federative units. The units with most development and least social inequalities had the lowest mortality from these causes. The most vulnerable die the most., (© 2022. The Author(s).)

Background: In 2015, the number of infants with congenital malformations (CMs) per 100 000 live births (LBs) was 2368 (7.6%) worldwide, of whom 10.6% died in the first year of life, 43% due to malformations of the circulatory system (MCSs), a scenario similar to what occurs in Brazil., Objective: To assess, per Brazilian macroregion, whether diagnosis of MCS at birth and death due to MCS in the first year of life associate with human development index (HDI) and with technological and human resources., Methods: Ecological study including data available in 2000-2015. Data of LBs, deaths and availability of echocardiography devices were obtained from the DATASUS website. The HDI was obtained from the Atlas of Human Development in Brazil, while other variables were obtained from medical demographic data. Correlation measures between the variables were performed using the Kendall index., Results: The CM rate was 660.8/100 000 LBs, of which 18 444 were due to MCS (diagnosis rate, 38.55/100 000 LBs). Of all Brazilian macroregions, the Southern and Southeastern regions, with the highest HDI values and resources, had the highest MCS diagnosis rates (56.94/100 000 and 62.83/100 000 LBs, respectively). The Northern and Northeastern regions, with the lowest HDI values and resources, had the lowest MCS diagnosis rates (9.77/100 000 and 13.43/100 000 LBs, respectively). The MCS diagnosis rate was 6.4-fold higher in the Southeastern region as compared to the Northern region, but mortality rates were similar in both regions., Conclusion: Of the CMs, the MCS accounted for the highest number of deaths in children under the age of 1 year in Brazil.

Background: Deaths from malformations of the circulatory system (MCS) have a major impact on mortality reduction. given that most cases are avoidable with correct diagnosis and treatment., Objectives: To describe the distribution of mortality from MCS by sex. age. and macroregion in Brazil. in individuals under the age of 20. between 2000 and 2015., Methods: A descriptive study of mortality rates and proportional mortality (PM) from MCS. other congenital malformations (OCM). circulatory system disease (CSD). ill-defined causes (IDC). and external causes (EC) in Brazil., Results: There were 1.367.355 deaths from all causes in individuals younger than 20. 55.0% under 1 year of age. A total of 144.057 deaths were caused by congenital malformations. 39% of them by MCS. In both sexes. the annual mortality from MCS was 5.3/100.000. PM from MCS was 4.2%. CSD 2.2%. IDC 6.2% and EC 24.9%. Unspecified MCS showed the highest PM rates in both sexes and age groups. especially in the north and northeast regions (60%). Deaths from malformations occurred 5.7 times more frequently during the first year of life than in other ages (MCS: 5.0; OCM: 6.4)., Conclusions: MCS was the leading cause of death among all malformations. being twice as important as CSD. mainly under 1 year of age. The frequency of misdiagnosis of MCS as cause of death was high in all ages and both sexes. especially in the north and northeast regions. These findings highlight the need for the development of public health strategies focused on correct diagnosis and early treatment of congenital cardiopathies. leading to a reduction in mortality. (Arq Bras Cardiol. 2020; 115(6):1164-1173).