🚨 New publication at Trop Med Infect Dis, Q1
Our review on #YellowFever in pregnancy highlights key gaps in evidence, maternal–fetal risks, and the critical role of vaccination during the current outbreak.
🚨 New publication at Trop Med Infect Dis, Q1
Our review on #YellowFever in pregnancy highlights key gaps in evidence, maternal–fetal risks, and the critical role of vaccination during the current outbreak.
11/ 🤲🏻 As always, thank you to our submitters, curators, partners, and community. 🙏
Upload your sequences, cite your SeqSets (DOIs matter!), and tell us what you'd like to see next!
đź”— Full update: https://pathoplexus.org/news/2026-03-12-expanding-pathoplexus-arbos
📢 A pleasure to share our new publication in Vaccines (Q1) today!
Our review explores the journey of the yellow fever vaccine, from the historic 17D strain to future vaccine platforms, highlighting milestones, challenges, and global preparedness.
🦟💉🌍
#YellowFever #Vaccines #PublicHealth
The Yellow Fever Vaccine Journey: Milestones and Future Directions. Vaccines 2026, 14(1), 65; doi 10.3390/vaccines14010065
https://www.mdpi.com/2076-393X/14/1/65
@paul
for NOAH's PARK:
♫ A long time ago, when the Earth was green.
More kinds of viruses than you ever had seen.
They spread around free as the Earth was being born.
But the best of all someday became the unicorn.
♫ we got green #YellowFever
and long necked #Flu
♫ some humpty-backed #Polio
and the #MonkeyPox too
♫ some #HPV and #ChickenPox
but sure as you're born
♫ You should never once again
see #Measles airborne
(vaccines work)
29-Oct-2025
Researchers uncover previously unexplored details of #mosquito’s specialized detection mechanisms
Biologists use cutting-edge imaging technology to probe anatomical adaptations designed to target carbon dioxide emitted by humans
The researchers focused on these features in #AedesAegypti #mosquitoes, which are known to spread #yellowFever, #dengue, #chikungunya and #Zika viruses.
Researchers have captured unprecedented images of the mechanisms that allow mosquitoes, the world’s deadliest animal, to target our blood. The scientists used advanced imaging technology to assemble detailed visualizations of the neurons within hairs that mosquitoes use to detect us as blood hosts.