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The Age-Specific Cumulative Incidence of Infection with Pandemic Influenza H1N1 2009 Was Similar in Various Countries Prior to Vaccination
Authors
A Flahault
Benjamin J. Cowling
+62 more
BJ Cowling
BV Tandale
C Reed
C Reed
C Rizzo
CY Chi
D Bandaranayake
DM Skowronski
E Miller
Esper Georges Kallas
F Carrat
GC Mak
GK Dowse
GL Gilbert
H Chen
H Kelly
H Nishiura
Heath Kelly
Heidi A. Peck
Hiroshi Nishiura
IF Hung
J Katz
J McVernon
JA Greenbaum
JM Last
JT Wu
JW Tang
K Hancock
K Waalen
Karen L. Laurie
LL Tian
M Aho
M Baker
M Moghadami
MG Baker
MI Chen
MI Chen
MI Chen
N Grills
N Ikonen
P Hardelid
P Yang
Peng Wu
R Allwinn
R Zhang
SC Chang
SM Mahmud
SM Zimmer
T Jiang
T Ross
TF Tsai
V Wiwanitkit
VJ Lee
VJ Lee
VJ Lee
W Liu
WE Adamson
WJ Rogan
Y Deng
Y Itoh
YJ Chan
YK Gurav
Publication date
1 January 2011
Publisher
Public Library of Science
Doi
Cite
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on
PubMed
Abstract
Background: During the influenza pandemic of 2009 estimates of symptomatic and asymptomatic infection were needed to guide vaccination policies and inform other control measures. Serological studies are the most reliable way to measure influenza infection independent of symptoms. We reviewed all published serological studies that estimated the cumulative incidence of infection with pandemic influenza H1N1 2009 prior to the initiation of population-based vaccination against the pandemic strain. Methodology and Principal Findings: We searched for studies that estimated the cumulative incidence of pandemic influenza infection in the wider community. We excluded studies that did not include both pre- and post-pandemic serological sampling and studies that included response to vaccination. We identified 47 potentially eligible studies and included 12 of them in the review. Where there had been a significant first wave, the cumulative incidence of pandemic influenza infection was reported in the range 16%-28% in pre-school aged children, 34%-43% in school aged children and 12%-15% in young adults. Only 2%-3% of older adults were infected. The proportion of the entire population infected ranged from 11%-18%. We re-estimated the cumulative incidence to account for the small proportion of infections that may not have been detected by serology, and performed direct age-standardisation to the study population. For those countries where it could be calculated, this suggested a population cumulative incidence in the range 11%-21%. Conclusions and Significance: Around the world, the cumulative incidence of infection (which is higher than the cumulative incidence of clinical disease) was below that anticipated prior to the pandemic. Serological studies need to be routine in order to be sufficiently timely to provide support for decisions about vaccination. © 2011 Kelly et al.published_or_final_versio
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