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Are you a cell biologist interested in nanoscale fluorescence imaging? Check out our new review Trends Cell Biology sciencedirect.com/science/articl… Thanks and kudos to all authors: Elisa D'Este Chromatin labeling and imaging Richard Lincoln, Ph.D. Felipe Opazo #dye #imaging #nanoscopy #superresolution

Part II of the "TED" talk is now available Christophe Leterrier Persistence - key to success? We've come to accept that pursuing science involves multitude of failures. Dr. Christophe Leterrier shares how he overcame setbacks and what ensures some bright moments in the academic career

In our newest work from Stefan Hell Labs at Max Planck Institute for Medical Research M. Remmel and Jessica Matthias showcase PaX dyes for quantitative and live-cell @MINFLUX nanoscopy. We also report a new dye, PaX595, for dual color 561 MINFLUX imaging based on spectral classification. doi.org/10.1002/smtd.2…

Let there be light! 💡Today is #InternationalDayofLight, which celebrates the role light plays in science. Let’s take a look at what our expert Victor Macarron, postdoctoral researcher in Optical Nanoscopy, can tell us about light-based technologies at the institute. 🔬👀

Ready, set, go Max Planck Manatees!🚣‍♂️ Today our Institute is represented by an amazing team in Heidelberg's 17th Drachenboot-Cup 2024! Who is going to win? The Manatees already won the first round 👏 Come by to witness the sunny weather, intense drumming and sportsmanship ☀️🥁

Paralemmin-1 as a novel component of the neuronal cytoskeleton! Check this out: "Paralemmin-1 controls the nanoarchitecture of the neuronal submembrane cytoskeleton" biorxiv.org/content/10.110…

Very exciting news on Paralemmin-1 and a role in organizaton of the periodic cytoskeleton: Paralemmin-1 controls the nanoarchitecture of the neuronal submembrane cytoskeleton biorxiv.org/content/10.110…

📢🎉Paper alert! 😎Find out more about the latest discoveries of our Institute! Victor Macarron, @ElisaDeste et al discovered a new component and regulator of the neuronal cytoskeleton, Paralemmin-1! Congratulations on this great work! 👏🥳 biorxiv.org/content/10.110…

Finally, I also made it to Forum Wissen GÖ to see the great image acquired by Victor Macarron . Now we can say it: this neuron was overexpressing #Palm1! 👉 biorxiv.org/content/10.110…

Retreat time! We will spend the next days discussing the exiting science done within our SFB project!

Day 3 of our advent calender opens a door of the Optical Nanoscopy department.🔬 The image shows a hippocampal neuron that expands and bifurcates its dendrites to connect with other neurons as much as necessary. What a beautiful cell! ✨(Image by Victor Macarron)

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

Scientists Victor Macarron, Elisa D'Este & Manfred Kilimann Max Planck Institute for Medical Research & MPI for Multidisciplinary Sciences have now discovered with a team that the protein paralemmin-1 plays a key role in organizing the membrane-associated periodic skeleton #MPS in nerve cells. Check out the results here: