The changing impact of vaccines in the COVID-19 pandemic

Author:

Cohen Jamie A.ORCID,Stuart Robyn M.,Panovska-Griffiths Jasmina,Mudimu Edinah,Abeysuriya Romesh G.,Kerr Cliff C.,Famulare Michael,Klein Daniel J.

Abstract

The Omicron wave has left a global imprinting of immunity which changes the COVID landscape. In this study, we simulate six hypothetical variants emerging over the next year and evaluate the impact of existing and improved vaccines. We base our study on South Africa’s infection- and vaccination-derived immunity. Our findings illustrate that variant-chasing vaccines will only add value above existing vaccines in the setting where a variant emerges if we can shorten the window between variant introduction and vaccine deployment to under three weeks, an impossible time-frame without significant NPI use. This strategy may have global utility, depending on the rate of spread from setting to setting. Broadly neutralizing and durable next-generation vaccines could avert over three-times as many deaths from an immune-evading variant compared to existing vaccines. Our results suggest it is crucial to develop next-generation vaccines and redress inequities in vaccine distribution to tackle future emerging variants.

Publisher

Cold Spring Harbor Laboratory

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