Selected article for: "death rate and dynamic model"

Author: Bowie, C.
Title: Modelling the effect of an improved trace and isolate system in the wake of a highly transmissible Covid-19 variant with potential vaccine escape
  • Cord-id: 0w7ndai1
  • Document date: 2021_6_10
  • ID: 0w7ndai1
    Snippet: Objective: How helpful would a properly functioning find, test, trace, isolate and support (FTTIS) system be now in the UK with new Covid19 infections at a low level and half the adult population immunised but with a highly transmissible variant becoming predominant? Design: a dynamic causal model of Covid-19 supplied with the latest available empirical data is used to assess the impact of a new highly transmissible variant. Setting: the United Kingdom. Participants: a population based study. In
    Document: Objective: How helpful would a properly functioning find, test, trace, isolate and support (FTTIS) system be now in the UK with new Covid19 infections at a low level and half the adult population immunised but with a highly transmissible variant becoming predominant? Design: a dynamic causal model of Covid-19 supplied with the latest available empirical data is used to assess the impact of a new highly transmissible variant. Setting: the United Kingdom. Participants: a population based study. Interventions: scenarios are used to explore a Covid-19 transmission rate 50% more and twice the current rate with or without a more effective FTTIS system. Main outcome measures: incidence, death rate and reproductive ratio Results: a small short third wave of infections occurs which does not occur if FTTIS effectiveness is improved from 25% to 30%. Conclusion: a modest improvement in FTTIS would prevent a third wave caused by a highly transmissible virus.

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