Observational seasonal influenza relative vaccine effectiveness (rVE) studies employ a variety of statistical methods to account for confounding and biases. To better understand the range of methods employed and implications for policy, we conducted a brief literature review. Across 37 included rVE studies, 10 different types of statistical methods were identified, and only eight studies reported methods to detect residual confounding, highlighting the heterogeneous state of the literature. To improve the comparability and credibility of future rVE research, researchers should clearly explain methods and design choices and implement methods to detect and quantify residual confounding
Estimation of Influenza vaccine effectiveness (VE) varies with study design, clinical outcome 10 con...
AbstractObjectivesUnobserved confounding has been suggested to explain the effect of influenza vacci...
BACKGROUND: The validity of non-randomized studies using healthcare databases is often challenged be...
Observational seasonal influenza relative vaccine effectiveness (rVE) studies employ a variety of st...
Observational seasonal influenza relative vaccine effectiveness (rVE) studies employ a variety of st...
Background: Evidence on influenza vaccine effectiveness (VE) is commonly derived from observation...
Zoals aanbevolen door de Wereldgezondheidsorganisatie (WHO), is jaarlijkse influenzavaccinatie van g...
OBJECTIVES: Unobserved confounding has been suggested to explain the effect of influenza vaccination...
PURPOSE: In observational studies on influenza vaccine effectiveness, confounding variables such as ...
In observational studies on causal associations, comparison groups (e.g. groups of treated and untre...
Estimating influenza vaccine effectiveness (IVE) early in the season helps measuring the consequence...
The annual estimation of the Influenza Vaccine Effectiveness (IVE) requires the implementation of ob...
The World Health Organization's Global Influenza Surveillance and Response System meets twice a year...
Estimation of Influenza vaccine effectiveness (VE) varies with study design, clinical outcome 10 con...
AbstractObjectivesUnobserved confounding has been suggested to explain the effect of influenza vacci...
BACKGROUND: The validity of non-randomized studies using healthcare databases is often challenged be...
Observational seasonal influenza relative vaccine effectiveness (rVE) studies employ a variety of st...
Observational seasonal influenza relative vaccine effectiveness (rVE) studies employ a variety of st...
Background: Evidence on influenza vaccine effectiveness (VE) is commonly derived from observation...
Zoals aanbevolen door de Wereldgezondheidsorganisatie (WHO), is jaarlijkse influenzavaccinatie van g...
OBJECTIVES: Unobserved confounding has been suggested to explain the effect of influenza vaccination...
PURPOSE: In observational studies on influenza vaccine effectiveness, confounding variables such as ...
In observational studies on causal associations, comparison groups (e.g. groups of treated and untre...
Estimating influenza vaccine effectiveness (IVE) early in the season helps measuring the consequence...
The annual estimation of the Influenza Vaccine Effectiveness (IVE) requires the implementation of ob...
The World Health Organization's Global Influenza Surveillance and Response System meets twice a year...
Estimation of Influenza vaccine effectiveness (VE) varies with study design, clinical outcome 10 con...
AbstractObjectivesUnobserved confounding has been suggested to explain the effect of influenza vacci...
BACKGROUND: The validity of non-randomized studies using healthcare databases is often challenged be...