#MicroSky#ProtistsOnSky#CryoEM from diagram to detailed anatomy...
Cell biology textbooks are full of imaginary images of cellular architecture, due to the gap between our ability to resolve structure of individual proteins by X-ray crystallography & see cellular compartments by light microscopy. Cryo-Electron microscopy and tomography are changing that 🧪
Congrats to SNSF Ambizione Group Leader @florentwaltz.bsky.social#cryoET#TeamTomo 🧪 🔬 🧬🧶 🌾
Opening for an awesome group leader to join our community on the 5th/6th floor of the @biozentrum. We're looking for someone who brings an exiting biological program using a combo of structural biology, cellular imaging, and biophysics. Come join us!!🧪🧶🧬🔬👩🔬 www.biozentrum.unibas.ch/open-positio...
yes it’s because you associate fruit = sweet. which of course is often not true, but certainly overrepresented in the fruits that humans have domesticated and selectively bred over thousands of years to be sweet 😉
Well… I know we have too much of it these days, but we do need radiative heating from many of those “wasted” photons ♨️
DPANN archaea are enigmatic, hard to cultivate and rely on an ectosymbiotic lifestyle (from Pilhofer lab on X). Cool cryoET work we could contribute to: academic.oup.com/ismej/advanc... 🦠🧫🔬
Abstract. DPANN archaea are a diverse group of microorganisms that are thought to rely on an ectosymbiotic lifestyle; however, the cell biology of these ce
yeah very cool! (inserts “why not both” meme)
Yep the multimerization (will it cluster targets?) and non-direct attachment (are all labels bound to targets?) are challenges. But I like the size of this one 🥰. I wonder if a “keystone” fusion protein could be made so the tag only oligomerizes on the target?🤔