The Anopheles mosquito, responsible for spreading #malaria, goes through four unique life stages: egg, larva, pupae, and adult.
Understanding malaria begins with understanding the mosquitoes themselves. Read our factsheet below 🔽
The Anopheles mosquito, responsible for spreading #malaria, goes through four unique life stages: egg, larva, pupae, and adult.
Understanding malaria begins with understanding the mosquitoes themselves. Read our factsheet below 🔽
#WorldMosquitoDay
#WorldMosquitoDay
Scientific breakthroughs, like gene drive technology are driving us closer to a malaria-free world.
Read more in our factsheet below!
Scientific breakthroughs, like gene drive technology are driving us closer to a malaria-free world.
Read more in our factsheet below!
It’s an honour to be working toward a malaria-free world together! 🌍
It’s an honour to be working toward a malaria-free world together! 🌍
If you’re at the symposium, we hope you can join us!
#WorldMalariaDay2025 #GeneDrive #Malaria
@gkchris.bsky.social @jhmrimalaria.bsky.social
If you’re at the symposium, we hope you can join us!
#WorldMalariaDay2025 #GeneDrive #Malaria
@gkchris.bsky.social @jhmrimalaria.bsky.social
Sustainable malaria control hinges on strong community engagement. We are committed to fostering strong relationships between researchers and communities, empowering local voices in the fight against malaria. Pt1
Sustainable malaria control hinges on strong community engagement. We are committed to fostering strong relationships between researchers and communities, empowering local voices in the fight against malaria. Pt1
Read the blog here: bit.ly/4iQYdJf
#WorldMalariaDay2025 #ReinvestReimagineReignite
Read the blog here: bit.ly/4iQYdJf
#WorldMalariaDay2025 #ReinvestReimagineReignite
This paper describes an exciting new gene drive mosquito with huge potential for malaria control - combining aspects of both suppression and modification drives.
📄 Read the paper here: bit.ly/4iGe654
This paper describes an exciting new gene drive mosquito with huge potential for malaria control - combining aspects of both suppression and modification drives.
📄 Read the paper here: bit.ly/4iGe654
Nanobody-mediated targeting of Plasmodium falciparum PfPIMMS43 can block malaria transmission in mosquitoes.
Exciting new potential for #malaria control.
Read the paper today in Nature Communications: bit.ly/44Ln7GA
Congratulations to the whole team! 🎉
Nanobody-mediated targeting of Plasmodium falciparum PfPIMMS43 can block malaria transmission in mosquitoes.
Exciting new potential for #malaria control.
Read the paper today in Nature Communications: bit.ly/44Ln7GA
Congratulations to the whole team! 🎉
You can read more in the Express online here: bit.ly/4k2VPzS
You can read more in the Express online here: bit.ly/4k2VPzS
A suppression-modification gene drive for malaria control targeting the ultra-conserved RNA gene mir-184
You can read the paper here: bit.ly/4iGe654
...And...
🧵Discover more about the paper below 🧵
A suppression-modification gene drive for malaria control targeting the ultra-conserved RNA gene mir-184
You can read the paper here: bit.ly/4iGe654
...And...
🧵Discover more about the paper below 🧵