There are lots of microtubules in the mitotic spindle. @leeyachu in the our lab discovered that interpolar microtubules generate forces that can produce bipolar spindle organization! Read here: https://t.co/csOOY4dq9q
One ring to rule them all – Excited to share that our article, born out of a lab collaboration at @thecrick, is online today @NatureSMB!
https://t.co/F9SZgaY0xv
We shed light on how cohesin, a ring-shaped complex, holds together chromosomes @LastEgor@molodtsovlab (1/6).
These guys came to our group retreat seminar, which we did in this wonderful house in Peak District National Park. Thank you, everyone in the group, for the great two days!
I am very happy about this finally being published @NatureComms. It started five years ago @IMPvienna with Jan-Michael Peter and was finished here @TheCrick. Congratulations to @LastEgor and @leeyachu. Read here: https://t.co/rFxDbDFGeq
There are 202 new PDB entries this week, including this structure of the Human caveolin-1 complex (7sc0), a 'membrane-sculpting' structure which generates curvature in plasma membranes, published in Sci Adv @sciencemagazine. View all new entries: https://t.co/3px0eDQfTf
For #WorldBeeDay, why not check out the #PDBeKB aggregated views for Major royal jelly protein 1 from the Honeybee? This protein is abundant in the 'royal jelly' eaten by the queen bee larva, determining their development.
🔗https://t.co/fzzoUW39Ew
Yesterday the whole building got together for some afternoon talks and tea to celebrate the Crick’s 5th anniversary.🎈 Huge thanks to every single person who has helped make the Crick what it is today #TheCrickTurns5
Do you want to familiarise yourself with #bioinformatics tools and data analysis methodologies specific to #cancer data? Join us this May for the 2021 edition of Cancer #genomics.
Applications for our virtual training course are now open, submit today: https://t.co/f1V81b8zhy
The leap forward in protein structure prediction by @DeepMind's AlphaFold2 in #CASP14 highlights a potential to revolutionise structure determination. The open availability of 170,000+ structures in the PDB has been harnessed to solve a problem that stretches back decades