Sarah Merkling @merklinglab.bsky.social uses AI + CRISPR to analyze stomach cells and understand why some mosquitoes spread viruses while others don't.
Goal: Make disease-carrying mosquitoes harmless.
#Zika #Dengue
Sarah Merkling @merklinglab.bsky.social uses AI + CRISPR to analyze stomach cells and understand why some mosquitoes spread viruses while others don't.
Goal: Make disease-carrying mosquitoes harmless.
#Zika #Dengue
bmcbiol.biomedcentral.com/articles/10....
bmcbiol.biomedcentral.com/articles/10....
(video in French with English subtitles available)
youtu.be/2u_qckfAQa4?...
(video in French with English subtitles available)
youtu.be/2u_qckfAQa4?...
Have you ever questioned the approach you routinely use to investigate #mosquito-virus #interactions? ⬇️
www.sciencedirect.com/science/arti...
Have you ever questioned the approach you routinely use to investigate #mosquito-virus #interactions? ⬇️
www.sciencedirect.com/science/arti...
🧬 Topics span molecular virology, virus–vector interactions, epidemiology, pathogenesis, and more.
📅 3rd Thursday each month
🕚 11 AM US ET Zoom
🧬 Topics span molecular virology, virus–vector interactions, epidemiology, pathogenesis, and more.
📅 3rd Thursday each month
🕚 11 AM US ET Zoom
➡️Filming mosquitoes in a cage with a €15 camera but for 700h(1month) revealed fascinating insights into their behavior⌛🦟🎥⏳
preprint🔍 doi.org/10.1101/2025...
DIY guide 🛠️ theomaire.github.io/buzzwatch
🧵⬇️
➡️Filming mosquitoes in a cage with a €15 camera but for 700h(1month) revealed fascinating insights into their behavior⌛🦟🎥⏳
preprint🔍 doi.org/10.1101/2025...
DIY guide 🛠️ theomaire.github.io/buzzwatch
🧵⬇️
Make sure to sign up here: t.co/QZTKghnspN
Make sure to sign up here: t.co/QZTKghnspN