Selected article for: "epidemic growth and secondary case"
Author: Corey M Peak; Rebecca Kahn; Yonatan H Grad; Lauren M Childs; Ruoran Li; Marc Lipsitch; Caroline O Buckee
Title: Modeling the Comparative Impact of Individual Quarantine vs. Active Monitoring of Contacts for the Mitigation of COVID-19
  • Document date: 2020_3_8
    • ID: e2p46wa8_10
    Snippet: Unimpeded exponential epidemic growth driven by the basic reproductive number ( ) can be R 0 reduced by individual quarantine or active monitoring as measured by the effective reproductive number and , respectively. We present estimates of and under high and low R IQ R AM R IQ R AM feasibility settings. The difference is the number of secondary cases prevented by R AM − R IQ quarantining one infected individual over active monitoring for that i.....
    Document: Unimpeded exponential epidemic growth driven by the basic reproductive number ( ) can be R 0 reduced by individual quarantine or active monitoring as measured by the effective reproductive number and , respectively. We present estimates of and under high and low R IQ R AM R IQ R AM feasibility settings. The difference is the number of secondary cases prevented by R AM − R IQ quarantining one infected individual over active monitoring for that individual. If the prevalence of infection among traced contacts subject to quarantine or active monitoring is p, then the number of traced contacts who must be quarantined to prevent one secondary case is .

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