ライフサイエンスコーパス: waning immunity

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1 ren ages 10 to 14 years old, consistent with waning immunity.

2 d dose for outbreak control and assessed for waning immunity.

3 in highly vaccinated populations, indicating waning immunity.

4 ause of impaired initial vaccine response or waning immunity.

5 rgences of the epidemic, we go on to include waning immunity and a mechanism explicitly accounting fo

6 rces (instantaneous rates) of infection, but waning immunity and clinical consequences that depend on

7 pertussis resurgence has been attributed to waning immunity and other factors, vaccine refusal was s

8 c drift phenomenologically with continuously waning immunity, and the second epochal evolution model

9 cine, and to evaluate age at vaccination and waning immunity as risk factors for vaccine failure.

10 te history of vaccination also suggests that waning immunity could have contributed to susceptibility

11 oupled with exposure to infected caregivers, waning immunity despite complete vaccination, inferior l

12 Our results demonstrate waning immunity following vaccination with either Tdap b

13 ges in sustaining high vaccination coverage, waning immunity in HIV-1-infected children, and clusteri

14 Imported food products combined with waning immunity in some adult populations might make thi

15 any developed countries has been linked with waning immunity induced after immunization with acellula

16 In countries using acellular vaccines, waning immunity is at least part of the problem.

17 lusters of nonmedical vaccine exemptions and waning immunity may have been factors contributing to co

18 he role of nonmedical vaccine exemptions and waning immunity may have had on the resurgence of pertus

19 Raising concerns about the waning immunity of cohorts receiving hepatitis B virus (

20 oncerns remain about lower effectiveness and waning immunity of rotavirus vaccines in resource-poor p

21 Waning immunity or secondary vaccine failure (SVF) has b

22 ine improved mumps outbreak control and that waning immunity probably contributed to propagation of t

23 rmation for both primary vaccine failure and waning immunity provide essential information for our pr

24 Analysis of waning immunity rates and oral polio vaccine transmissib

25 vaccine transmissibility reveals that higher waning immunity rates make eradication more difficult be

26 Waning immunity was not identified as a risk factor sinc

27 sibility, clearance of initial infection and waning immunity were derived in a Bayesian framework by

28 model for wild poliovirus that incorporates waning immunity (which affects both infection risk and t

29 porating high asymptomatic ratio and rapidly waning immunity, with infection both from human and envi

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