# Features of databases that supported searching for rapid evidence synthesis during COVID-19: implications for future public health emergencies

## TL;DR

This paper examines database features that helped find relevant evidence quickly during the pandemic to improve future public health responses.

## Contribution

Identifies key database features that supported rapid evidence synthesis during the COVID-19 pandemic.

## Key findings

- Thirteen evidence sources were assessed, including four newly created and nine pre-existing or adapted resources.
- Database features like indexed citations and usability functions were critical for rapid evidence synthesis.
- Findings guide the development of knowledge management strategies for future public health emergencies.

## Abstract

As evidence related to the COVID-19 pandemic surged, databases, platforms, and repositories evolved with features and functions to assist users in promptly finding the most relevant evidence. In response, research synthesis teams adopted novel searching strategies to sift through the vast amount of evidence to synthesize and disseminate the most up-to-date evidence. This paper explores the key database features that facilitated systematic searching for rapid evidence synthesis during the COVID-19 pandemic to inform knowledge management infrastructure during future global health emergencies.

This paper outlines the features and functions of previously existing and newly created evidence sources routinely searched as part of the NCCMT’s Rapid Evidence Service methods, including databases, platforms, and repositories. Specific functions of each evidence source were assessed as they pertain to searching in the context of a public health emergency, including the topics of indexed citations, the level of evidence of indexed citations, and specific usability features of each evidence source.

Thirteen evidence sources were assessed, of which four were newly created and nine were either pre-existing or adapted from previously existing resources. Evidence sources varied in topics indexed, level of evidence indexed, and specific searching functions.

This paper offers insights into which features enabled systematic searching for the completion of rapid reviews to inform decision makers within 5–10 days. These findings provide guidance for knowledge management strategies and evidence infrastructures during future public health emergencies.