#RobSelects paper of the week Chem: Quantification of intermolecular enantiospecific spin exchange interaction forces in helical oligopeptides via atomic force spectroscopy. #physchem cell.com/chem/fulltext/…

Some pretty advanced science to start your weekend: Switching Spin Selectivity using Molecular Motors - our collaboration with the Naaman lab is out now (guess where we published it): onlinelibrary.wiley.com/doi/10.1002/ad…

What is more beautiful than centriole self-assembly in high speed AFM? Fascinating work by GonczyLab about the 10000 boosting of centriole self-assembly on a surface. nature.com/articles/s4146…

On Nov 28 our colleague Kerstin Blank Kerstin Blank BiOMatJKU will give her #InauguralLecture JKU - Johannes Kepler Universität Linz. She will introduce how to characterize and engineer #mechanoresponsive #proteins and how to use them as #MolecularForceSensors and for the bottom-up control of #hydrogels.

Online now: The role of electrons’ spin in DNA oxidative damage recognition dlvr.it/SdVfks

Amazing list of plenary speakers at #Chirality2023: Ben Feringa benferinga Anja Palmans TU Eindhoven Dan Armstrong @utarlington Reiko Oda Reiko Oda and Maurizio Prato Carbon Bionanotechnology Lab chirality2023.dcci.unipi.it/speakers/plena…

The Mechanics of cells and tissued in diseases book is finally out! Phys2BioMed Leda Lacaria

As secretary of the Chirality Medal Honorary Committee, I'm delighted to announce that Prof Ron Naman has been awarded the Chirality Medal 2023. Congratulations, Ron Ron Naaman The CISS effect! Prof. Naman will deliver a lecture at Chirality2023. #chiralitymedal

My first work in Scheuring Lab is finally out. Read more here rdcu.be/c8wSf. Huge thanks to Crina Nimigean Philipp Schmidpeter Emmi Pohjolainen, Andrea C. Vaiana, Helmut Grubmüller

Melanie Köhler 🥳🔬🧬We review key AFM developments in structural biology and give an overview of current limitations and future challenges lying ahead 👇

Mood.. 😅

From this week's covers: A “two birds one stone” strategy is described for the site-specific analysis of core fucosylation and O-GlcNAcylation, the two most famous types of protein glycosylation. Learn more ➡️ go.acs.org/5EI