We are recruiting two PhD students (4y) and one Postdoc (2y) to work on bacteriophage defense systems and their relevance for phage therapy. Come join our teams in Delft and Utrecht in the Netherlands.
https://t.co/0EQ8Ki380n
Excited to share some of our latest work: We've discovered multiple new mosquito repellents using machine learning. It's been a blast working on this together with the awesome people at Google Research!
Today we introduce an ML-generated sensory map that relates thousands of molecules and their perceived odors, enabling the prediction of odors from unseen molecules and providing a potential tool to address global health issues like insect-borne disease. https://t.co/wmiq6wPKv5
📢Job opportunity!!
TropIQ Health Sciences is offering a position as Postdoctoral fellow in tick-borne diseases research 🕷️
Find out more here 👇
https://t.co/9ubq9PNo0i
Do you want to know how fast crRNA-guided complexes find their target in a crowded bacterial cell, then please check out our latest paper. Great work by Jochem Vink in collaboration with @HohlbeinLab. @Marnixvlot@kjaMartens
https://t.co/40A8TDul1M
@theosanderson That’s not too different from what we usually observe in vitro. Generally I see growth at Nt=N0*e^(0,067*t) which is approximately 25x every 48hours. This is in 10ml shaker flasks at 5% hematocrit.
"Plants emit remotely detectable ultrasounds that can reveal plant stress". Our work in collaboration with @YovelBatLab about the sounds of plants is up on biorxiv. https://t.co/9dMEfbqNyo
So so so so excited to share this!
This preprint summarizes my journey of trying to engineer the brain parasite Toxoplasma gondii to deliver therapeutic proteins into neurons, together with @OdedRechavi and @SheinerLab 1/n https://t.co/qHWYRJkkYU #bioRxiv
Nearly three years since we first showed the spread of gene drives, we now have complete collapse of laboratory populations with no resistance! https://t.co/OLgNAMLIid