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pantbinod.bsky.social

@pantbinod.bsky.social
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Reposted by @pantbinod.bsky.social
CCDD @ccdd-hsph.bsky.social · 18/12/2025
New preprint by @pantbinod.bsky.social and Mauricio Santillana: The Paradox of Neglecting Changes in Behavior: How Standard Epidemic Models Misestimate Both Transmissibility and Final Epidemic Size. Read more at bit.ly/48NuLlq
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The Paradox of Neglecting Changes in Behavior: How Standard Epidemic Models Misestimate Both Transmissibility and Final Epidemic Size
During epidemic outbreaks, populations adapt their behavior in response to disease burden, fundamentally altering transmission dynamics. Despite this, most compartmental models assume constant contact...
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Reposted by @pantbinod.bsky.social
CCDD @ccdd-hsph.bsky.social · 14/11/2025
A modeling study led by @pantbinod.bsky.social, a CCDD-affiliated postdoc in MIGHTE LAB, Northeastern University, shows fungal biocontrol could reduce malaria-carrying mosquitoes by up to 90%—full story at Northeastern Global News bit.ly/3LDJma1
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Want to eradicate malaria-bearing mosquitoes? Try fungus, this researcher says
A Northeastern postdoc has created a mathematical model that demonstrates how a fungal solution could control malarial mosquito populations.
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