[R01] Cardiometabolic Disease after COVID-19
Ente: National Heart Lung and Blood Institute
Scadenza: 2030-05-31
Importo max: $402,941
Paese: US
Descrizione
Project summary: People with COVID-19 have increased risk of death and cardiometabolic disease
including cardiovascular disease, diabetes mellitus, dyslipidemia and kidney disease. However, the
evidence base is limited in 3 key aspects: (1) Existing studies have characterized the risks of adverse
outcomes associated with earlier variants of SARS-CoV-2 and have limited follow-up. (2) It is not clear whether
an annual vaccination for COVID-19 beyond the third dose reduces risk of adverse events. (3) Comparative
analyses of COVID-19 vs. influenza are helpful to benchmarking risks but are only available for earlier variants
and for limited follow up. Impact: Our proposal aims to answer key questions that are critical to guiding public
health policy – including 1) characterizing short- and long-term risks of old, new and yet to emerge variants and
subvariants of SARS-CoV-2 (proxied by the era in which they predominate); 2) on an ongoing annual basis,
evaluate the effectiveness of COVID-19 vaccines in reducing risks of adverse health outcomes; and 3) on an
ongoing basis, provide a comparative assessment of COVID-19 vs seasonal influenza. The proposal is
specifically designed to address several key research questions outlined in the US Government National
Research Action Plan on Long Covid. Innovation: The proposal leverages the unique power of the VA’s large-
scale electronic health records and methodologic innovations in causal inference and clinical epidemiology to
expand the evidence base about the health effects of COVID-19 and the role of vaccines. Aims: To use
healthcare data from the VA to: (1) characterize the acute and long-term risks of death and cardiometabolic
disease in people with COVID-19 from 2020-2029, cohorted into variant-predominant eras, versus a matched
historical control; (2) evaluate the effectiveness of receipt of the COVID-19 vaccine in each year (from 2022-
2029) in reducing risk adverse health outcomes in the 12 months after receipt of the vaccine; and (3)
comparatively evaluate the acute and long-term risks of death and cardiometabolic disease in people
hospitalized for COVID-19, cohorted into variant-predominant eras, versus those hospitalized for seasonal
influenza in each influenza season (from 2020 to 2029). Methodologies: VA electronic health record data will
be used to construct independent cohorts for each aim and outcome. COVID-19 test results and vaccination
data will be collected. Incident outcome definitions validated for use with EHR data will be used. Inverse
probability weighing will be used to balance for individual-level patient characteristics (predefined and
algorithmically selected covariates), contextual characteristics, and characteristics related to the pandemic.
Censoring weights will additionally be used to address situations that may result in informative loss to follow-
up. Survival and mixed effect regression models will then be used to estimate differences in risk of outcomes
between the COVID-19
Istituzione: VANDEVENTER PLACE RESEARCH FOUNDATION
PI: Ziyad Al-Aly
Progetto: 1R01HL180611-01A1
Settori: National Heart Lung and Blood Institute
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