Epidemiological profile and temporal trend of exogenous intoxications in children and adolescents

Abstract

Objective: To describe the epidemiological profile and to analyze the trend in the incidence rate of exogenous poisoning concerning children and adolescents (0–19 years old) in the city of Arapiraca, Alagoas, Brazil, in the period from 2007 to 2015. Methods: Observational study with data extracted from the Notifiable Diseases Information System. The variables sex, age group, toxic agent, and circumstance were analyzed using descriptive statistics. For temporal analysis, cut-off rates of incidence/10,000 inhabitants were calculated and the inflection point regression model was used for analysis. Results: There were 5,539 cases of exogenous intoxication in individuals aged 0–19 years in the city, of which 53.1% (n=2,944) occurred in girls and 61.5% (n=3,405) in children aged 0–9 years. Medicines consisted in the main agent responsible for intoxications (28.5%; n=1,580), mainly by accidental use (18.2%; n=1,010). There was a significant increase in the events during the study period (Average Annual Percent Change: 12.7; 95%CI 1.1–25.6; p<0.001), with rates increasing from 56.52/10,000 inhabitants in 2007 to 56.64/10,000 inhabitants in 2015. The incidence of cases in girls increased from 57.34/10,000 inhabitants in 2007 to 62.27/10,000 inhabitants in 2015. In boys, the incidence of cases was stationary: 55.69/10,000 inhabitants to 50.9 /10,000 inhabitants in the same period. Conclusions: The study showed a higher frequency of cases in girls aged 0 to 4 years and an increasing trend in the incidence rate during the study period. Implementation of actions and strategies, with emphasis on health education, is needed in order to prevent cases of exogenous intoxication.

Redesign of a game to prevent exogenous poisoning: adding risks and forms of participation

“…Exogenous poisoning is known as a set of harmful effects resulting from the interaction of a toxic agent with the body, generating an organic imbalance or pathological state. These toxic agents can be toxic plants, venomous or poisonous animals, pesticides, medicines, industrial chemicals, sanitizers, or other household products (Melo et al, 2022;Neiva et al, 2019;Vilaça et al, 2020).…”