Nadine Ehmann

Neuroscientist investigating active zones and neuronal communication. Personal study: does wearing Frenzel goggles makes you feel happy? 🔬🐜

[🇺🇦TønnesenLab @Toennesen]

Here, we have developed a highly novel multi-color cabling technique, allowing visualization and tracking of live cables at single-cable resolution (SCab-Res) in real lab environments.
DM if you’re interested in collaborating on this new technology.

[Cell Press @CellPressNews]

"Olfactory stimuli and moonwalker SEZ neurons can drive backward locomotion in Drosophila" - Read more from this paper in @CurrentBiology: https://t.co/ZTPGUlR7Af

And watch Drosophila in the right panel "moonwalk" in response to stimuli below

@MosheParnas

[Abberior @Abberior]

Would you like to see #neurons in super resolution while measuring their electrical activity? We recently delivered a special INFINITY Line combining #abberior #STED & advanced #electrophysiology from @LuigsNeumann. We are looking forward to cutting edge research by @Kittellab!

[Noa_Lipstein @LipsteinNoa]

Our study is out in @NeuroCellPress! We show that the synaptic vesicle priming protein Munc13-1 acts as a Ca2+-phospholipid sensor shaping short-term plasticity and supporting sustained neurotransmission. A thread
https://t.co/8py9ZiQ1fV

[David Owald @OwaldD]

❤️

Network-Specific Synchronization of Electrical Slow-Wave Oscillations Regulates Sleep Drive in Drosophila https://t.co/1k4OCPEDdi

[Tim Mosca (he/him) @drosophilosophy]

let's get huge!! josh lillvis from janelia talks about synaptic imaging using expansion microscopy (first published in fly by us!) at #cshldros .

[Tim Mosca (he/him) @drosophilosophy]

changing it up with sarah leinwand from the scott lab talking about maturation of mushroom body learning and neural activity! #cshldros