We love #Worm #brains and we cannot lie - we are interested in what makes the brain tick to form stable #memories during healthy #ageing. 🧠
Connect with us for student/trainee opportunities!
In our latest study, we used #TurboID proximity proteomics to capture learning-associated changes in the #presynaptic #proteome. We found widespread synaptic remodelling during learning and IDed Cathepsin B as a key regulator.
Huge thanks to the team for making magic happen. 😊
In our latest study, we used #TurboID proximity proteomics to capture learning-associated changes in the #presynaptic #proteome. We found widespread synaptic remodelling during learning and IDed Cathepsin B as a key regulator.
Huge thanks to the team for making magic happen. 😊
2023: Bub has RSV
2024: I have Covid (from Bub)
2025: RSV again
Sometimes I think maybe it's better to have non-winter deadlines... but then in summer it will probably be gastro 😅
#AcademicMumProblems
2023: Bub has RSV
2024: I have Covid (from Bub)
2025: RSV again
Sometimes I think maybe it's better to have non-winter deadlines... but then in summer it will probably be gastro 😅
#AcademicMumProblems
@wormychew.bsky.social
@wormychew.bsky.social
www.kings.cam.ac.uk/about/work-a...
www.kings.cam.ac.uk/about/work-a...
We love #Worm #brains and we cannot lie - we are interested in what makes the brain tick to form stable #memories during healthy #ageing. 🧠
Connect with us for student/trainee opportunities!
We love #Worm #brains and we cannot lie - we are interested in what makes the brain tick to form stable #memories during healthy #ageing. 🧠
Connect with us for student/trainee opportunities!