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Data on dengue incidence in South-eastern Brazil, 2014–2018

Data from the routine surveillance systems have been extensively used to estimate the incidence of dengue. However, routine surveillance data frequently underestimate the diseases’ incidence. Underreporting of dengue cases is related to the varying spectrum of its clinical presentation, with a large...

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Autores principales: Luna, Expedito, Figueiredo, Gerusa, Levi, José, Campos, Sérgio, Felix, Alvina, Souza, Nathalia, Figueiredo, Walter, Costa, Angela, Cardoso, Maria, Pannuti, Claudio
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Elsevier 2020
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7033510/
https://www.ncbi.nlm.nih.gov/pubmed/32095494
http://dx.doi.org/10.1016/j.dib.2020.105266
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author Luna, Expedito
Figueiredo, Gerusa
Levi, José
Campos, Sérgio
Felix, Alvina
Souza, Nathalia
Figueiredo, Walter
Costa, Angela
Cardoso, Maria
Pannuti, Claudio
author_facet Luna, Expedito
Figueiredo, Gerusa
Levi, José
Campos, Sérgio
Felix, Alvina
Souza, Nathalia
Figueiredo, Walter
Costa, Angela
Cardoso, Maria
Pannuti, Claudio
author_sort Luna, Expedito
collection PubMed
description Data from the routine surveillance systems have been extensively used to estimate the incidence of dengue. However, routine surveillance data frequently underestimate the diseases’ incidence. Underreporting of dengue cases is related to the varying spectrum of its clinical presentation, with a large proportion of mild and asymptomatic infections, to its unspecific signs and symptoms, to the limitations of access to health care, and to the performance of the surveillance system itself [1–3]. In order to obtain accurate figures on dengue incidence, a cohort of children and adolescents was set up and followed during four years. The incidence of reported cases was used as a reference for the sample size calculation, which was stratified by age groups. A two-stage procedure was used to select the participants: census tracts were randomly selected, and within each one, a pre-determined number of children of each age group was randomly selected. The parents or legal guardians of the participating children and adolescents provided a written informed consent. In the first home visit, they responded to a questionnaire containing data on socio-demographic characteristics, housing, access to water, sewage, and garbage collection. Also, during the first visit a blood sample of the participating child/adolescent was collected for dengue baseline serology. Beginning in the week after the enrolment, the parent or legal guardian that was designated in the first visit received weekly phone calls for fever surveillance. If the child/adolescent had fever during the week, a nurse was dispatched to the family's home to collect more detailed data on the fever episode and collect a blood sample for dengue diagnosis (IgG, IgM, NS1 and PCR). If the dengue diagnosis was confirmed, a medical appointment was scheduled, and another blood sample for confirmatory tests was collected. It was also agreed that in every anniversary of their participation, they would receive another visit for a blood collection for dengue serology, regardless if they had a fever episode or a confirmed dengue diagnosis during the previous year. This article contains the description of the cohort's dataset. It is associated with the article published in Acta Tropica, under the title “A cohort study to assess the incidence of dengue, Brazil, 2014–2018” [4]. The associated article focused on the seroprevalence and incidence of dengue, and explored some associations between both outcomes and some explanatory variables.
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spelling pubmed-70335102020-02-24 Data on dengue incidence in South-eastern Brazil, 2014–2018 Luna, Expedito Figueiredo, Gerusa Levi, José Campos, Sérgio Felix, Alvina Souza, Nathalia Figueiredo, Walter Costa, Angela Cardoso, Maria Pannuti, Claudio Data Brief Medicine and Dentistry Data from the routine surveillance systems have been extensively used to estimate the incidence of dengue. However, routine surveillance data frequently underestimate the diseases’ incidence. Underreporting of dengue cases is related to the varying spectrum of its clinical presentation, with a large proportion of mild and asymptomatic infections, to its unspecific signs and symptoms, to the limitations of access to health care, and to the performance of the surveillance system itself [1–3]. In order to obtain accurate figures on dengue incidence, a cohort of children and adolescents was set up and followed during four years. The incidence of reported cases was used as a reference for the sample size calculation, which was stratified by age groups. A two-stage procedure was used to select the participants: census tracts were randomly selected, and within each one, a pre-determined number of children of each age group was randomly selected. The parents or legal guardians of the participating children and adolescents provided a written informed consent. In the first home visit, they responded to a questionnaire containing data on socio-demographic characteristics, housing, access to water, sewage, and garbage collection. Also, during the first visit a blood sample of the participating child/adolescent was collected for dengue baseline serology. Beginning in the week after the enrolment, the parent or legal guardian that was designated in the first visit received weekly phone calls for fever surveillance. If the child/adolescent had fever during the week, a nurse was dispatched to the family's home to collect more detailed data on the fever episode and collect a blood sample for dengue diagnosis (IgG, IgM, NS1 and PCR). If the dengue diagnosis was confirmed, a medical appointment was scheduled, and another blood sample for confirmatory tests was collected. It was also agreed that in every anniversary of their participation, they would receive another visit for a blood collection for dengue serology, regardless if they had a fever episode or a confirmed dengue diagnosis during the previous year. This article contains the description of the cohort's dataset. It is associated with the article published in Acta Tropica, under the title “A cohort study to assess the incidence of dengue, Brazil, 2014–2018” [4]. The associated article focused on the seroprevalence and incidence of dengue, and explored some associations between both outcomes and some explanatory variables. Elsevier 2020-02-08 /pmc/articles/PMC7033510/ /pubmed/32095494 http://dx.doi.org/10.1016/j.dib.2020.105266 Text en © 2020 The Authors http://creativecommons.org/licenses/by/4.0/ This is an open access article under the CC BY license (http://creativecommons.org/licenses/by/4.0/).
spellingShingle Medicine and Dentistry
Luna, Expedito
Figueiredo, Gerusa
Levi, José
Campos, Sérgio
Felix, Alvina
Souza, Nathalia
Figueiredo, Walter
Costa, Angela
Cardoso, Maria
Pannuti, Claudio
Data on dengue incidence in South-eastern Brazil, 2014–2018
title Data on dengue incidence in South-eastern Brazil, 2014–2018
title_full Data on dengue incidence in South-eastern Brazil, 2014–2018
title_fullStr Data on dengue incidence in South-eastern Brazil, 2014–2018
title_full_unstemmed Data on dengue incidence in South-eastern Brazil, 2014–2018
title_short Data on dengue incidence in South-eastern Brazil, 2014–2018
title_sort data on dengue incidence in south-eastern brazil, 2014–2018
topic Medicine and Dentistry
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7033510/
https://www.ncbi.nlm.nih.gov/pubmed/32095494
http://dx.doi.org/10.1016/j.dib.2020.105266
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