Few studies have investigated the validity of self-collected nose and throat swabs for influenza confirmation in community settings. We followed outpatients with confirmed influenza with sequential measurement of viral loads and applied log-linear regression models to the viral shedding patterns. Among 176 outpatients with confirmed influenza, the detection of virus and quantitative viral loads obtained from self-swabs was consistent with statistical predictions based on earlier and later measurements, suggesting that self-collected nose and throat swabs can be a valid alternative for virologic confirmation of influenza A or B infection in a community setting
BACKGROUND: The need for the timely collection of diagnostic biosamples during symptomatic episodes ...
Viral shedding profile of infections caused by the novel influenza A (pH1N1) virus has not been exte...
Population-based epidemiological studies on infectious diseases are limited by methodological proble...
Few studies have investigated the validity of self-collected nose and throat swabs for influenza con...
Abstract Background Calls to a telephone health helpline (THHL) have been previously evaluated for t...
Abstract Objective: To compare the effectiveness of self-collected and health care worker (HCW)-coll...
We tested whether 135 patients reporting acute respiratory illness (ARI) could self-collect nasal sw...
BACKGROUND: Routine influenza surveillance, based on laboratory confirmation of viral infection, oft...
BACKGROUND: Community-based studies of influenza and other respiratory viruses (eg, SARS-CoV-2) requ...
The need for the timely collection of diagnostic biosamples during symptomatic episodes represents a...
Abstract Background Seasonal influenza leads to significant morbidity and mortality. Rapid self-test...
Diagnosis of respiratory viruses traditionally relies on deep oropharynx or nasopharynx swabs collec...
Aim: This pilot study evaluated the adequacy of self-collected oropharyngeal swabs compared to those...
This session will provide an overview of the pilot project regarding a laboratory-linked telephone h...
Background With the clinical development of several antiviral intervention strategies for influenza...
BACKGROUND: The need for the timely collection of diagnostic biosamples during symptomatic episodes ...
Viral shedding profile of infections caused by the novel influenza A (pH1N1) virus has not been exte...
Population-based epidemiological studies on infectious diseases are limited by methodological proble...
Few studies have investigated the validity of self-collected nose and throat swabs for influenza con...
Abstract Background Calls to a telephone health helpline (THHL) have been previously evaluated for t...
Abstract Objective: To compare the effectiveness of self-collected and health care worker (HCW)-coll...
We tested whether 135 patients reporting acute respiratory illness (ARI) could self-collect nasal sw...
BACKGROUND: Routine influenza surveillance, based on laboratory confirmation of viral infection, oft...
BACKGROUND: Community-based studies of influenza and other respiratory viruses (eg, SARS-CoV-2) requ...
The need for the timely collection of diagnostic biosamples during symptomatic episodes represents a...
Abstract Background Seasonal influenza leads to significant morbidity and mortality. Rapid self-test...
Diagnosis of respiratory viruses traditionally relies on deep oropharynx or nasopharynx swabs collec...
Aim: This pilot study evaluated the adequacy of self-collected oropharyngeal swabs compared to those...
This session will provide an overview of the pilot project regarding a laboratory-linked telephone h...
Background With the clinical development of several antiviral intervention strategies for influenza...
BACKGROUND: The need for the timely collection of diagnostic biosamples during symptomatic episodes ...
Viral shedding profile of infections caused by the novel influenza A (pH1N1) virus has not been exte...
Population-based epidemiological studies on infectious diseases are limited by methodological proble...