COVID-19 Death Determination Methods, Minnesota, USA, 2020–20221

Accurate and timely mortality surveillance is crucial for elucidating risk factors, particularly for emerging diseases. We compared use of COVID-19 keywords on death certificates alone to identify COVID-19 deaths in Minnesota, USA, during 2020-2022, with use of a standardized mortality definition in...

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Veröffentlicht in:Emerging infectious diseases 2024-07, Vol.30 (7), p.1352-1360
Hauptverfasser: Fess, Lydia J., Fell, Ashley, O’Toole, Siobhan, D’Heilly, Paige, Holzbauer, Stacy, Kollmann, Leslie, Markelz, Amanda, Morris, Keeley, Ruhland, Abbey, Seys, Scott, Schiffman, Elizabeth, Wienkes, Haley, Zirnhelt, Zachary, Meyer, Stephanie, Como-Sabetti, Kathryn
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container_end_page 1360
container_issue 7
container_start_page 1352
container_title Emerging infectious diseases
container_volume 30
creator Fess, Lydia J.
Fell, Ashley
O’Toole, Siobhan
D’Heilly, Paige
Holzbauer, Stacy
Kollmann, Leslie
Markelz, Amanda
Morris, Keeley
Ruhland, Abbey
Seys, Scott
Schiffman, Elizabeth
Wienkes, Haley
Zirnhelt, Zachary
Meyer, Stephanie
Como-Sabetti, Kathryn
description Accurate and timely mortality surveillance is crucial for elucidating risk factors, particularly for emerging diseases. We compared use of COVID-19 keywords on death certificates alone to identify COVID-19 deaths in Minnesota, USA, during 2020-2022, with use of a standardized mortality definition incorporating additional clinical data. For analyses, we used likelihood ratio χ2 and median 1-way tests. Death certificates alone identified 96% of COVID-19 deaths confirmed by the standardized definition and an additional 3% of deaths that had been classified as non-COVID-19 deaths by the standardized definition. Agreement between methods was >90% for most groups except children, although agreement among adults varied by demographics and location at death. Overall median time from death to filing of death certificate was 3 days; decedent characteristics and whether autopsy was performed varied. Death certificates are an efficient and timely source of COVID-19 mortality data when paired with SARS-CoV-2 testing data.Accurate and timely mortality surveillance is crucial for elucidating risk factors, particularly for emerging diseases. We compared use of COVID-19 keywords on death certificates alone to identify COVID-19 deaths in Minnesota, USA, during 2020-2022, with use of a standardized mortality definition incorporating additional clinical data. For analyses, we used likelihood ratio χ2 and median 1-way tests. Death certificates alone identified 96% of COVID-19 deaths confirmed by the standardized definition and an additional 3% of deaths that had been classified as non-COVID-19 deaths by the standardized definition. Agreement between methods was >90% for most groups except children, although agreement among adults varied by demographics and location at death. Overall median time from death to filing of death certificate was 3 days; decedent characteristics and whether autopsy was performed varied. Death certificates are an efficient and timely source of COVID-19 mortality data when paired with SARS-CoV-2 testing data.
doi_str_mv 10.3201/eid3007.231522
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Death certificates are an efficient and timely source of COVID-19 mortality data when paired with SARS-CoV-2 testing data.Accurate and timely mortality surveillance is crucial for elucidating risk factors, particularly for emerging diseases. We compared use of COVID-19 keywords on death certificates alone to identify COVID-19 deaths in Minnesota, USA, during 2020-2022, with use of a standardized mortality definition incorporating additional clinical data. For analyses, we used likelihood ratio χ2 and median 1-way tests. Death certificates alone identified 96% of COVID-19 deaths confirmed by the standardized definition and an additional 3% of deaths that had been classified as non-COVID-19 deaths by the standardized definition. Agreement between methods was &gt;90% for most groups except children, although agreement among adults varied by demographics and location at death. 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title COVID-19 Death Determination Methods, Minnesota, USA, 2020–20221
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