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Emerging Practices that show potential to achieve desirable public health outcomes in a specific real-life setting and produce early results that are consistent with the objectives of the activities and thus indicate effectiveness.
RELEASE DATE:
Peer Review Study
This study compares data from the NYC coronavirus data repository with 2018 American Community Survey 5-year census estimates to examine the distribution of testing sites across New York City by race in May 2020. During this time, the results found that testing sites for primarily Black and Latinx communities increased, but primarily White areas still had the highest number of testing sites. The study team created ZIP-code level maps showing testing site distribution using ArcGIS as a part of this study.
Best Practices that show evidence of effectiveness in improving public health outcomes when implemented in multiple real-life settings, as indicated by achievement of aims consistent with the objectives of the activities.
RELEASE DATE:
Systematic Review/Meta-Analysis
This article summarizes the factors that place incarcerated people at high risk for COVID-19 infection and the effective strategies to reduce transmission and complications due to COVID-19, informed by other infectious disease outbreaks. The authors highlight the role of interagency collaboration, health communication, screening for contagious diseases, restriction, isolation and quarantine, contact tracing, immunisation programmes, epidemiological surveillance, and prison-specific guidelines in managing any outbreaks.
Best Practices that show evidence of effectiveness in improving public health outcomes when implemented in multiple real-life settings, as indicated by achievement of aims consistent with the objectives of the activities.
RELEASE DATE:
Peer Review Study
This study compares the effectiveness of 3 interventions implemented in a correctional facility to determine best practices for limiting the spread of COVID-19 to a vulnerable population. The 3 interventions include depopulation, increased single celling, and widespread testing of asymptomatic incarcerated individuals. Results were compared against a computer model designed to predict cases based on CDC guidelines only. Results indicated a possible 83% reduction in predicted symptomatic cases, hospitalizations, and deaths.