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That is so true. Thanks for saying it so clearly 🙏!

Congratulations!

Do you want to hear a cool talk from a German Nobel laureate? Thursday March 13 4pm MGH-CNY 149 first floor conference room MINFLUX: ‘Molecule-scale Resolution and Dynamics in Fluorescence Microscopy’ by Stefan W. Hell Look for the little demon 😈

🚀 Great news! With support of the Dieter Schwarz Foundation, the #MaxPlanckSchools will keep growing. The funding boosts top-tier research & training #ShapingTheFuture of science! #PassionForScience Read all about it here tinyurl.com/continuation... Max Planck Society Universität Jena

#FluorescenceFriday News! Super-resolution imaging gets a serious glow-up!🌈 NanoTag & Abberior are bringing together the best of single-domain antibodies 🦙 and cutting-edge fluorophores 🧪. Get ready to see your samples in a whole new light! 🦙🧪+ 🍩 = #Nanobody + #STED

And I was surprised at how engaged the children were and how good questions they asked. Admittedly, they also have very good teachers. It was really fun...

I am delighted that #MIFLUX is being used so successfully. Congratulations to the Musser Lab ! Look forward to seeing more results of this kind…

Single-color 3D MINFLUX of periodic paralemmin-1 (Palm1) along the axon of a mature neuron. YFP-Palm1 was detected with a nanobody against YFP in combination with DNA-PAINT. Image courtesy: Victor Macarron, MPI for Medical Research, Heidelberg, Germany More in the paper with

Real-time MRI scan of a person talking. 📽: Jens Frahm / MPIbpc

It was a great pleasure and honor to speak to a selected group of young neuroscientists gathering here at MPFI, the South Florida based beacon of world-class neuroscience.

Once again, #MINFLUX data is contributing to new findings, such as in this Cell paper published today: sciencedirect.com/science/articl… Very fruitful collaboration between Harvard Medical School, the University of Toronto and Abberior. Congratulations!

#MINFLUX highlight: Molecular insights into capsular polysaccharide secretion, Nature 2024 2D and 3D MINFLUX used to investigate the organisation of bacterial capsid polysaccharides and distribution of secretion components. MINFLUX data contributed to a model of capsid

#MINFLUX highlight: Sequential replacement of PSD95 subunits in postsynaptic supercomplexes is slowest in the cortex, eLife 2024 Compelling evidence that PSD95 forms complexes at synapses in which single protein copies are sequentially replaced over time. PSD95 within

More than a decade of dedicated research on fluorescent probes has inherently led to much, much better results for all imaging methodologies:

🔬 Small size, big impact – Abberior STAR dyes meet Smart Secondaries® from NanoTag Biotechnologies NanoTag At Abberior , we’ve spent over a decade advancing STED microscopy — but even the brightest dyes are only as effective as their ability to reach the target. That’s

❓Did you know our MINFLUX-optimized FLUX dyes also shine in STORM imaging? 🔬✨ We developed abberior FLUX dyes to perfectly meet the demands of MINFLUX nanoscopy – pushing resolution and localization precision to the absolute limit. And here’s the bonus: These same dyes

The fact that the world's first installation of the arguably most powerful confocal microscope is taking place in Asia shows that policymakers there have understood how important research is for the health and prosperity of their people.

My youngest is sure: it's a candy cane! That's how you convince kids to become chemists...

I admit it, after all these years, I still love these comparisons:

I am delighted that Abberior is helping to explore the potential of MINFLUX to answer Rod's fundamental biological question about the role of Hot Transient Structures and dynamic connectivity in membrane signaling.