From https://t.co/ZBgoTXbxf4 (requires subscription)
From https://t.co/ZBgoTXbxf4 (requires subscription) […]
Read More… from From https://t.co/ZBgoTXbxf4 (requires subscription)
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With high vaccination rate, the outbreak has typical size ~100 (1% of the population) and with lower vaccination rate, the outbreak has typical size 400 (4%).
With high vaccination rate, the outbreak has typical size ~100 (1% of the population) and with lower vaccination rate, the outbreak has typical size 400 (4%). […]
santa-factor = how efficiently Santa Claus spreads measels; 1.0 = as efficiently as a normal adult
santa-factor = how efficiently Santa Claus spreads measels; 1.0 = as efficiently as a normal adult […]
Numbers of infected people (A) and outbreak size (B) for 100 simulations of measles outbreaks, with or without disease transmission by Santa Claus, in a population of 10 000 people: 85% measles vaccination coverage (children) assumed https://t.co/CXgCkM3t5l
Numbers of infected people (A) and outbreak size (B) for 100 simulations of measles outbreaks, with or without disease transmission by Santa Claus, in a population of 10 000 people: 85% measles vaccination coverage (children) assumed https://t.co/CXgCkM3t5l […]
Numbers of infected people (A) and outbreak size (B) for 100 simulations of measles outbreaks, with or without disease transmission by Santa Claus, in a population of 10 000 people: 95% measles vaccination coverage (children) assumed https://t.co/HotXekQzNY
Numbers of infected people (A) and outbreak size (B) for 100 simulations of measles outbreaks, with or without disease transmission by Santa Claus, in a population of 10 000 people: 95% measles vaccination coverage (children) assumed https://t.co/HotXekQzNY […]
Here’s one for the anti-vaxxers: better not believe in Santa Claus!
Here’s one for the anti-vaxxers: better not believe in Santa Claus! […]
Read More… from Here’s one for the anti-vaxxers: better not believe in Santa Claus!