Normally I use twitter for science stuff. But the world has to see my nano #ukulele #nanoUke #tinythings

I’m very excited to share this story that is part of my PhD work where we wanted to understand the regulation of #condensin binding dynamics and the proteins involved in #Celegans biorxiv.org/content/10.110…

Throughout my whole PhD I drew a ton of motivation from listening to the soundtracks of the BBC documentaries with Sir David Attenborough. Especially when writing. I sent him my thesis with a letter and I got his autograph next to my favorite of his quotes in my thesis.❤️📷🏔️🌊

Do you think yeast cells can distinguish between intact and defective mitochondrial genomes? We do! Cristae apparently play a major role in this. Happy to share our latest publication: science.org/doi/10.1126/sc… #mtDNA #mitochondria #yeast #lmu #cristae

Mitochondrial dynamics in budding yeast. A picture was taken every 3 minutes for 5 hours. #microscopymonday

The main work of my PhD is now out on #BioRxiv. This project was only possible thanks to the Matthias Mann Lab and leonhardt lab as well as our fantastic collaboration partners Alexandra de la Porte, Sebastian Bultmann and Micha Drukker. 🧵

Great first talk by David Hörl on automated STED imaging. Fantastic applciation of computational methods in microscopy.

🧬 Interested in small genomic elements? Look no further! ☀️ Our latest work introduces a robust and easy protocol for generating densely labeled NOVA-probes that enable the detection of sub-kilobase gemonic loci! 🔬 biorxiv.org/content/10.110…

Regulatory elements in the nucleus are small. So how can we visualize them? With bright DNA probes! Check out our publication in Cell Reports Methods where we describe how to make densely labeled DNA probes to detect subkilobase genomic loci! cell.com/cell-reports-m…