.Ilaria Testa + team are making movies of the dynamic structures inside cells. Their work involves high-tech microscopy, laser & fluorescence imaging & molecules that can be illuminated on & off. The result? A new way of understanding the sub-cellular world

Are you our next CEO and Potential Co-founder?

emp.jobylon.com/jobs/226371-ri…

Nice talk of Guillaume Minet from Ilaria Testa lab about using Deep Learning for speeding up parallelized RESOLFT in live-cell !

Thanks KAW for the amazing opportunity. I’m so happy and humble to be part of these outstanding list of researchers!

I’m thrilled to share our preprint: “Three-dimensional spatio-angular fluorescence microscopy with a polarized dual-view inverted selective-plane illumination microscope (pol-diSPIM)”, a new 3D take on fluorescence anisotropy. 🧵1/15

Preprint: ⬇️
biorxiv.org/content/10.110…

Don’t miss the opportunity to work with one of the most science enthusiast PI I ever met!

Computational methods that can improve the signal-to-noise ratio, spatial resolution, temporal resolution and multi-colour capacity of live-cell imaging.

nature.com/articles/s4158…

Hiring alert! My lab is looking for a postdoc to work on 3D single-cell spatial transcriptomics of brain tissue. I'd love to hear from you if you have expertise in computational biology and a strong interest in molecular neuroscience: ki.varbi.com/en/what:job/jo…
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The long-lasting states of RSFPs combined with Snouty-OPM opens up vast possibilities to play with new illumination and imprinting schemes. We create arrays of super thin on-state sheets. Excited to see what else can be done!🔬 Dirk Ollech Ilaria Testa Alfred Millett-Sikking Andrew York

RESOLFT was never faster! Happy to share the OPM with @snouty and estefani raquel to craft several thin sheets of light at the same time and read them out really fast! Congrats to Andreas Bodén Dirk Ollech and the snouty family Andrew York and Alfred Millett-Sikking

#AIRR microscopy has arrived! Use any immersion objective (including air!) to look into any sample refractive index! Built here with air, water and oil objectives, and for a sample RI in the range 1.33-1.51 (zoom lens). Could this be the fastest/most versatile light-sheet ever?

More about the miRFP photo-conversion in the NIR to red spectral region!

Finally out! Do you need a photoactivatable FP in the far red? Perhaps to combine with the greenToRed one for co-tracking of cells and organelles? Here it is 👇Thanks to Francesca Pennacchietti and our amazing collaborators Verkhusha lab and Eduardo Villablanca to make this happen

3D MINFLUX is getting real fast! Congrats Francisco Balzarotti and team, the polarization interferometer is such a cool idea!

We often think about stimulated emission (StE) as directional, but it is typically studied in a bulk solid (or gas). Is StE still directional when generated from an isolated point-source? Happy to share that W.E. Moerner and I tested it: arxiv.org/abs/2312.02333

I’m super thrilled to share our new method for real-time structural biology that reaches Ångström resolution in a confocal microscope! With GETvNA, we measured DNA bending and protein diffusion with single-bp resolution! Tinnefeld Lab Universität München
biorxiv.org/content/10.110…
0/8 👇

#MiFoBio2023 day3, happy to organize with Jean-Baptiste Sibarita the Nanoscopy lectures. Great talks by Francesca Pennachietti on 2D/3D MonaLisa for fast live cell imaging and new FP, and by HeilemannLab on various flavors of weak affinity dyes for Sted/SMLM …towards live cell imaging ..! 😍

.@freethepipette, @fran_bottanelli and colleagues combine gene editing and STED super-resolution #microscopy to reveal the nanoscale localization of ARF #GTPases in living cells bit.ly/3HhBHcp

😱📣 Scie[Twitter|X]: I NEED YOUR HELP!!! 🙏

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PLEASE retweet! 🙏 careers.humantechnopole.it/o/postdoc-in-l…

Come and join our team! Maybe I’m a bit biased, but I think that the combination of super-resolution microscopy and glycocalyx research is simply wonderful:) Spread the word!