以欧米克隆波后15天为基线,托莱多(西班牙)一家全科医院Covid-19感染的特点和疫苗强化效果

J. Luis Turabián
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摘要

背景:新冠肺炎疫苗加强针有效性(VBE)时间尚不清楚目的:比较从加强针到感染诊断时间为=15天的接种加强针人群中的新冠肺炎病例,并评估其相对VBE。方法:2021年12月至2022年2月期间,在奥密克戎变异株传染波期间,对接种加强针的人群中新冠肺炎突破性感染的成年患者进行观察性、纵向和前瞻性研究。结果:纳入46例病例,15例新冠肺炎突破性感染病例接种加强针=15天(67%),从加强针到新冠肺炎确诊的时间平均为37天。相对VBE=15天(可以认为加强针已经有效的情况)[1-(疫苗加强针<15天的情况)/(疫苗加强剂>=15天的病例)x100]为60%。接种加强针的新冠肺炎病例=15天。研究结果表明,15天内接受加强针对有症状的新冠肺炎的SARS-CoV-2感染提供了60%的早期保护。然而,这一结果似乎不符合逻辑:这种较低的早期风险可能是短暂的,是由于“接种疫苗的偏见”
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Characteristics and Vaccine Booster Effectiveness in Covid-19 Infections Using 15 Days Post-Booster Period as Baseline during the Omicron Wave in A General Medicine office in Toledo (Spain)
Background: Vaccine covid-19 booster effectiveness (VBE) timing is not clearly known Objective: To compare the cases of covid-19 in vaccinated booster people with a time of <15 days vs. >= 15 days from booster to infection diagnosis and assess their relative VBE. Methodology: An observational, longitudinal and prospective study of adult patients with covid-19 breakthrough infections in booster vaccinated people, in general medicine and for the period December 2021 to February 2022, during the omicron variant contagion wave. Results: Forty-six cases were included, 15 cases of Covid-19 breakthrough infections with booster shot <15 days (33%) with a mean time in days from booster to diagnostic covid-19 of 6 days, and 31 cases with booster > = 15 days (67%) with a time in days from booster to covid-19 diagnostic of 37 days of mean. Relative VBE <15 days (cases where it can be considered that the booster is not yet effective) vs. > = 15 days (cases where it can be considered that the booster is already effective) [1 - (Cases with vaccine Booster shot < 15 days) / (Cases with vaccine Booster shot > = 15 days) x 100] was 60%. Covid-19 cases with booster shot <15 days had been more vaccinated with 2 doses of ChAdOx1 nCoV-19 vaccine (Vaxzevria, Oxford / AstraZeneca) plus booster of mRNA-1273 vaccine (Spikevax, formerly covid-19 Vaccine Moderna). Conclusion: In the general practice setting in Toledo, Spain, from December 1, 2021 to February 28, 2022, at the peak of omicron infections, booster after a period of <15 days provided 60% relative protection against symptomatic disease vs. > = 15 days. The results suggest that booster received <15 days provided early protection against SARS-CoV-2 infection of symptomatic Covid-19 of 60%. However, this result does not seem logical: this lower early risk may be transient and due to “vaccinated bias.”
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