id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-263484-afcgqjwq	Ladner, Jason T.	Precision epidemiology for infectious disease control	2019-02-06		.txt	text/plain	3990	179	29	With sufficient sampling, relevant metadata (such as location and date) and an appropriate statistical framework, pathogen genomes can reveal patterns of epidemic transmission at a fine-scale resolution, thus enabling the design of targeted interventions that are more precise than those based on traditional epidemiological data alone. Through near-real-time genome sequencing and public data deposition of clinical, environmental, and foodrelated bacterial isolates, this network is streamlining the process of recognizing, investigating, and reducing the impact of foodborne disease outbreaks 42, 43 . This includes changes to research practice regarding the benefits for rapid and open sharing of data and results as well as a focus on building capacity for sequencing and analysis within public health agencies and the regions most severely impacted by infectious disease 57, 58 . One important approach to accelerating responses in the future is to build genome sequencing and analysis capabilities within public health agencies and hospitals as well as in developing countries disproportionately impacted by infectious disease outbreaks.	./cache/cord-263484-afcgqjwq.txt	./txt/cord-263484-afcgqjwq.txt