8 research outputs found
Viral shedding pattern from observed data for the high, medium or low viral shedding groups.
<p>Viral shedding pattern from observed data for the high, medium or low viral shedding groups.</p
Characteristics of index cases classified as having lower, medium or higher levels of viral shedding at symptom onset, and their household contacts.
<p>Characteristics of index cases classified as having lower, medium or higher levels of viral shedding at symptom onset, and their household contacts.</p
Factors affecting influenza susceptibility and infectivity in the household transmission model.
<p>Factors affecting influenza susceptibility and infectivity in the household transmission model.</p
Parametric estimates of the incubation period distribution for fatal (dotted line) and non-fatal cases (solid line) of laboratory-confirmed influenza A(H7N9) virus infection.
<p>The parameters of the weibull distribution were estimated with the MCMC approach in the fatal and non-fatal cases, respectively. The estimates are for fatal cases: k = 2.30 (95% CrI: 1.80, 2.89) and θ = 4.21 (95% CrI: 3.62, 4.85) and for non-fatal cases: k = 2.03 (95% CrI: 1.62, 2.52) and θ = 3.74 (95% CrI: 3.20, 4.36).</p
Factors associated with the incubation period.
<p>Factors associated with the incubation period.</p
Age stratified analysis of association between risk of death and estimated incubation period, sex, location and underlying condition.
<p>Age stratified analysis of association between risk of death and estimated incubation period, sex, location and underlying condition.</p
Parametric (Weibull) and nonparametric estimates (Turnbull) of the distribution of incubation periods for human avian influenza A(H7N9) virus infections for fatal cases (above) and non-fatal cases (below).
<p>Parametric (Weibull) and nonparametric estimates (Turnbull) of the distribution of incubation periods for human avian influenza A(H7N9) virus infections for fatal cases (above) and non-fatal cases (below).</p