🔬👩‍🔬 Exciting news! I'll soon start my lab Van Andel Institute (VAI) to research molecular mechanisms in Neurodegenerative diseases. 🧠💡 Now recruiting postdocs to join our dynamic research team! Email me if you're interested! #Postdoc #CryoEM #Neuroscience #ResearchOpportunity

science.org/doi/10.1126/sc…

Roundworms have short memories, forgetting new information just two to three hours after learning it.

But put them on ice and they don’t forget — until they are returned to room temperature go.nature.com/4aM6I4M

Cell cycle dependent coordination of surface
layer biogenesis in Caulobacter crescentus. Finally in peer reviewed form with even more data. Congrats Matthew Herdman Buse Isbilir and team! rdcu.be/dE8nW

For Karolin Luger Karolin Luger, a 2023 #WLAPrize Laureate in Life Science or Medicine, scientific research is like scaling ever higher mountains, as there's always a higher mountain in sight.

The professor from CU Boulder 🦬 said science is a lonely, excruciatingly frustrating yet

The Liao lab is looking for a postdoc/research scientist! Areas: Cytoskeleton, biophysics, or related. $$ with exciting projects, supportive environment. Boston beckon! Please, retweet! jobrxiv.org/job/northeaste…

How does an infectious bacterium move in host cells? New finding reveals that the autotransporter protein ScaC recruits the dynein adaptor BICD2 to bacterial surface.

Our latest Preprint📑🚨
This work driven by the Thomas Mayer lab at Universität Konstanz, our group Andreas Boland, Florian Stengel Universität Konstanz and Tanja Bange Universität München builds on the discovery that B-type cyclins possess a ➕charged pocket.

researchsquare.com/article/rs-412…

Please retweet🙏

thrilled to share our latest review discussing presynaptic perspectives of neurodevelopmental disorders by focusing on impaired axonal transport and disturbed assembly and maintenance of presynapses. hubs.la/Q02rGTT70

UExM unveils the mystery of centriole assembly!

We are pleased to present our latest publication in Cell, work led by Marine Laporte, in which we used U-ExM expansion microscopy and time-series reconstruction to reveal the structural assembly steps of the human centriole: sciencedirect.com/science/articl…

Chk(2) out our most recent work! We’re excited to share our discovery about a new mechanism that controls mitotic PLK1 activity: biorxiv.org/content/10.110…

Mitochondrial respiration atlas reveals differential changes in mitochondrial function across sex and age

biorxiv.org/content/10.110…

excited to share the latest results of my work in the Sazanov Lab! We finally managed to structurally characterise the elusive SCAF1-containing respirasome 🥳 nature.com/articles/s4159… here's what we found out ⬇️ (1/8)

Very impressive movie showing how the dynein-driven intercellular transport machinery is assembled! Yet, this might be just the start to understand the very complex assembly mechanism, and many intriguing mysteries still remain to addressed.

Check out this stunning animation by Janet Iwasa (in collaboration with Samara Reck-Peterson), showcasing our model of how various components come together to form active dynein complexes capable of transporting cellular cargo.

Alexey's video, by putting these static figures together in a more visible way, has made our work more impressive! Thank you so much! Alexey Amunts