The effect modification of institutional delivery on the expected time to vaccination for BCG and polio dose 0, across different demographic groups, according to an accelerated failure time model with a Weibull distribution.</p
<div><p>The vaccination coverage dynamic has a memory parameter <i>s</i> = 0.7, an adaptability para...
<p>Example of a baseline scenario of our model where vaccination becomes available in season 10, cau...
Optimal protocols of vaccine administration to minimize the effects of infectious diseases depend on...
The expected time to vaccination for four different vaccine series across different demographic grou...
Background Haemophilus influenzae serotype b (Hib) has yet to be eliminated despite the implementati...
We introduce a novel compartmental model accounting for the effects of vaccine efficacy, deployment ...
Abstract Background Haemophilus influenzae serotype b (Hib) has yet to be eliminated despite the imp...
The degree and time frame of indirect effects of vaccination (serotype replacement and herd immunity...
During rollout of coronavirus disease vaccination, policymakers have faced critical trade-offs. Usin...
Abstract Background There is great interest in the use of reduced dosing schedules for pneumococcal ...
The authors present a nonparametric method for estimating vaccine efficacy as a smooth function of t...
<p>For comparison, the predicted relative reduction in the baseline scenario with vaccine and antivi...
<p>The model generated disease prevalence with the vaccination strategy indicated, compared with the...
Appropriate response to polio outbreaks represents an important prerequisite for achieving and maint...
<div><p>(A) The morbidity-based strategy is more effective than the mortality-based strategy when <i...
<div><p>The vaccination coverage dynamic has a memory parameter <i>s</i> = 0.7, an adaptability para...
<p>Example of a baseline scenario of our model where vaccination becomes available in season 10, cau...
Optimal protocols of vaccine administration to minimize the effects of infectious diseases depend on...
The expected time to vaccination for four different vaccine series across different demographic grou...
Background Haemophilus influenzae serotype b (Hib) has yet to be eliminated despite the implementati...
We introduce a novel compartmental model accounting for the effects of vaccine efficacy, deployment ...
Abstract Background Haemophilus influenzae serotype b (Hib) has yet to be eliminated despite the imp...
The degree and time frame of indirect effects of vaccination (serotype replacement and herd immunity...
During rollout of coronavirus disease vaccination, policymakers have faced critical trade-offs. Usin...
Abstract Background There is great interest in the use of reduced dosing schedules for pneumococcal ...
The authors present a nonparametric method for estimating vaccine efficacy as a smooth function of t...
<p>For comparison, the predicted relative reduction in the baseline scenario with vaccine and antivi...
<p>The model generated disease prevalence with the vaccination strategy indicated, compared with the...
Appropriate response to polio outbreaks represents an important prerequisite for achieving and maint...
<div><p>(A) The morbidity-based strategy is more effective than the mortality-based strategy when <i...
<div><p>The vaccination coverage dynamic has a memory parameter <i>s</i> = 0.7, an adaptability para...
<p>Example of a baseline scenario of our model where vaccination becomes available in season 10, cau...
Optimal protocols of vaccine administration to minimize the effects of infectious diseases depend on...