*<p>Estimates are based on a Poisson regression model linking weekly mortality with weekly incidence of influenza like illness (average based on 4 A/H1N1–B epidemics and based on 7 A/H3N2 epidemics for seasonal epidemics).</p>**<p>Estimates based on the traditional Serfling seasonal regression approach, which does not incorporate indicators of influenza activity.</p
Official statistics under-estimate influenza deaths. Time series methods allow the estimation of inf...
Official statistics under-estimate influenza deaths. Time series methods allow the estimation of inf...
BACKGROUND: Few European countries conduct reactive surveillance of influenza mortality, whereas mos...
<p>Excess mortality rates are estimated by a Serfling seasonal regression model, P&I: Pneumonia and ...
<p>For studies providing analyses of cause-specific mortality, we report estimates based on respirat...
<div><p>Background</p><p>Poisson regression modelling has been widely used to estimate the disease b...
Poisson regression modelling has been widely used to estimate the disease burden attributable to inf...
The mortality burden of the 2009 A/H1N1 pandemic remains unclear in many countries due to delays in ...
<p>Estimates are given as rates per 100,000 population.</p>*<p>based on 4 A/H1N1–B seasonal epidemic...
Background: Poisson regression modelling has been widely used to estimate the disease burden attribu...
<p>a) Poisson regression and Serfling model estimates of influenza-attributable deaths by influenza ...
In temperate countries, death rates increase in winter, but influenza epidemics often cause greater ...
Background: The mortality burden of the 2009 A/H1N1 pandemic remains unclear in many countries due t...
BACKGROUND: The mortality burden of the 2009 A/H1N1 pandemic remains unclear in many countries due t...
<div><p>Background</p><p>Official statistics under-estimate influenza deaths. Time series methods al...
Official statistics under-estimate influenza deaths. Time series methods allow the estimation of inf...
Official statistics under-estimate influenza deaths. Time series methods allow the estimation of inf...
BACKGROUND: Few European countries conduct reactive surveillance of influenza mortality, whereas mos...
<p>Excess mortality rates are estimated by a Serfling seasonal regression model, P&I: Pneumonia and ...
<p>For studies providing analyses of cause-specific mortality, we report estimates based on respirat...
<div><p>Background</p><p>Poisson regression modelling has been widely used to estimate the disease b...
Poisson regression modelling has been widely used to estimate the disease burden attributable to inf...
The mortality burden of the 2009 A/H1N1 pandemic remains unclear in many countries due to delays in ...
<p>Estimates are given as rates per 100,000 population.</p>*<p>based on 4 A/H1N1–B seasonal epidemic...
Background: Poisson regression modelling has been widely used to estimate the disease burden attribu...
<p>a) Poisson regression and Serfling model estimates of influenza-attributable deaths by influenza ...
In temperate countries, death rates increase in winter, but influenza epidemics often cause greater ...
Background: The mortality burden of the 2009 A/H1N1 pandemic remains unclear in many countries due t...
BACKGROUND: The mortality burden of the 2009 A/H1N1 pandemic remains unclear in many countries due t...
<div><p>Background</p><p>Official statistics under-estimate influenza deaths. Time series methods al...
Official statistics under-estimate influenza deaths. Time series methods allow the estimation of inf...
Official statistics under-estimate influenza deaths. Time series methods allow the estimation of inf...
BACKGROUND: Few European countries conduct reactive surveillance of influenza mortality, whereas mos...