Figures & data
Figure 1. ZOE-LTFU clinical trial, recombinant zoster vaccine efficacy estimates (red and blue dots) and the corresponding estimates of vaccine efficacy and waning over time.
![Figure 1. ZOE-LTFU clinical trial, recombinant zoster vaccine efficacy estimates (red and blue dots) and the corresponding estimates of vaccine efficacy and waning over time.](/cms/asset/7db107d8-ecf3-4d75-862b-277797f650ed/khvi_a_2002085_f0001_c.jpg)
Table 1. Public health impact of both RZV and ZVL under base-case assumptions of 40% coverage (RZV second dose compliance of 70%) over a lifetime horizon from the age of vaccination
Figure 2. Number of cases avoided with RZV from the year of vaccination over the remaining lifetime by age cohort.
![Figure 2. Number of cases avoided with RZV from the year of vaccination over the remaining lifetime by age cohort.](/cms/asset/2f6b4a48-c051-443c-bd52-9753def8e11b/khvi_a_2002085_f0002_c.jpg)
Figure 3. RZV vaccine efficacy estimates with associated annual wanings, public health impact in the German population and cost-effectiveness.
![Figure 3. RZV vaccine efficacy estimates with associated annual wanings, public health impact in the German population and cost-effectiveness.](/cms/asset/7c453412-6e1d-4dff-9db3-db3bc438b431/khvi_a_2002085_f0003_c.jpg)
Table 2. Number needed to vaccinate to prevent one HZ case and one PHN case under base-case assumptions of 40% coverage (RZV second dose compliance of 70%) over a lifetime horizon from the age of vaccination
Table 3. Cost-effectiveness of RZV vs no vaccination for various vaccination starting ages: assuming a fixed cohort of 1 million with a vaccine coverage of 40%
Table 4. Cost-effectiveness of RZV vs no vaccination for various age cohorts