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Predicting Salmonella Typhi incidence using prevalence metrics from sentinel studies of community-onset bloodstream infections
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Hagedoorn, N; Murthy, S; Marchello, C; Williman, J; Ahmed, F; Andrews, J; Basnyat, B; Carter, A; Datta, S; Dehraj, IF; Doyle, K; Garrett, D ...
2026
Duke Scholars
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Hagedoorn, N., Murthy, S., Marchello, C., Williman, J., Ahmed, F., Andrews, J., … Crump, J. (2026). Predicting Salmonella Typhi incidence using prevalence metrics from sentinel studies of community-onset bloodstream infections. VeriXiv. https://doi.org/10.12688/verixiv.2904.1
Hagedoorn, Nienke, Shruti Murthy, Christian Marchello, Jonathan Williman, Faisal Ahmed, Jason Andrews, Buddha Basnyat, et al. “Predicting Salmonella Typhi incidence using prevalence metrics from sentinel studies of community-onset bloodstream infections.” VeriXiv, 2026. https://doi.org/10.12688/verixiv.2904.1.
Hagedoorn N, Murthy S, Marchello C, Williman J, Ahmed F, Andrews J, et al. Predicting Salmonella Typhi incidence using prevalence metrics from sentinel studies of community-onset bloodstream infections. VeriXiv. 2026.
Hagedoorn, Nienke, et al. “Predicting Salmonella Typhi incidence using prevalence metrics from sentinel studies of community-onset bloodstream infections.” VeriXiv, 2026. Epmc, doi:10.12688/verixiv.2904.1.
Hagedoorn N, Murthy S, Marchello C, Williman J, Ahmed F, Andrews J, Basnyat B, Carter A, Datta S, Dehraj IF, Doyle K, Garrett D, Jacob J, Jeon H, John J, Khanam F, Lee J, Liu X, Marks F, Nega S, Neuzil K, Newton P, Patel P, Pollard A, Qadri F, Qamar F, Roberts T, Seidman J, Shakya M, Shrestha S, Tadesse B, Tamrakar D, Vongsouvath M, Voysey M, Yousafzai MT, Crump J. Predicting Salmonella Typhi incidence using prevalence metrics from sentinel studies of community-onset bloodstream infections. VeriXiv. 2026.