Congratulations to PhD student @LucasPhilipp1 on his first preprint! 🎉 He used Hi-C data to reconstruct the 3D conformations of dinoflagellate chromosomes 🦠🧬 And contrary to the prevailing model, they aren't liquid crystalline! 😯
https://t.co/8PJ2FVD1uw
Congratulations, Vera Ugalde Lab! 🥳🧠
Check out their new paper on how neurons respond to stress by locally synthesizing chaperones in dendrites!
Also, they're hiring, so check them out!
https://t.co/NV6JeCCWbQ
Curious about how neurons maintain protein homeostasis in dendrites under proteotoxic stress?
Our latest @NatureComms study reveals stressed neurons localize & translate HSP mRNAs in dendrites, creating on-demand chaperones to correct misfolded proteins.
https://t.co/l9v3rkROeG
Bit of a different direction for us, but happy to share a new preprint on how intracellular constraints shape the structure of microbial communities🦠
Fun collaboration with ecologist Fred Guichard @BioMcGill, spearheaded by Brendon McGuinness @QLSMcGill
https://t.co/RbS9ssjTs0
And coming in at #1 as the most downloaded article of 2023 with over 8000 downloads is “Phase Separation in Biology and Disease; Current Perspectives and Open Questions” by corresponding authors @SElbaumG and @kriwacki (all authors listed below). https://t.co/Rb6viuz6rF
🚨 KITP Program Alert 🚨
Interested in biomolecular condensates? 💧
Want to help shape the future direction of the field? 🤓
@jerelleaj, @ZwickerGroup and I are organizing a program @KITP_UCSB. Apply now!
https://t.co/jWMJrvc1xK
Six @mcgillu labs, including four affiliated with #McGillScience, receive My Green Lab certification after a year-long process.
Congratulations to the Abouheif, Barrett, Bui, and Weber labs! 👏👏👏
@RDHBarrett@ehab_abouheif@weber_lab
Full story: https://t.co/C7iheq1vRH
We are hiring! Join us in 2023 at the @LMU_Muenchen@EESLMU1 to work an exciting projects aiming to uncover the mechanisms, ecology and evolution of coral endosymbiosis using @AiptasiaSymRes#symbiosis. We are seeking Postdocs and an animal caretaker: https://t.co/1hnD3LB2Hh