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Reported estimates in the literature for the infectious quanta generation rate (q) of Mycobacterium tuberculosis (Mtb).
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posted on 2024-01-18, 18:26 authored by Nicolas Banholzer, Remo Schmutz, Keren Middelkoop, Jerry Hella, Matthias Egger, Robin Wood, Lukas FennerReported estimates in the literature for the infectious quanta generation rate (q) of Mycobacterium tuberculosis (Mtb).
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using carbon dioxideparts per millioncongregate indoor settingscalled quanta ).cri ]), basedair change rate8 %- 43infectious disease transmissiontanzanian secondary schoolsdiv >< pbetter natural ventilation7 %- 890 %- 3airborne transmission risks1 %- 8mycobacterium tuberculosis 1 %- 6modeled transmission risksairborne transmissionventilation ratemtb infectious studentsinfectious doses8 %)tracer gasspecific reportingspecific estimatessouth africansouth africariley equationrespiratory infectionsreported estimatesprovide highppm ])monthly riskmodeled risklevel informationinterquartile rangehigher incidenceglobal comparisonsexcess mortalityestimated basedcredible intervalannual risk757 ppm648 ppm610 ppm6 %)4 %)
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