We (and many!) have been thinking a lot about how to quantifiably measure the material properties of biomolecular condensates inside cells. Chris @ChrisabcdeAoM wrote this great review article about microscopy-based techniques https://t.co/w8DIZ5A5bp @UnivCamPharm

The team worked diligently to provide structural insight into the full picture of urease maturation and uncovered a very interesting tunnel structure for Ni delivery for urease activation.

Excited to share a recent pub. on the topic of "Delivering a toxic metal to the active site of urease" from my previous lab in Wong's Lab at CUHK. Super grateful for the opportunity that my undergrad research supervisor gave me to be a part of this. Link:

Thanks everyone who came visit my poster! It’s great fun to share my project, and of cause I learnt a lot! If you want to know more, don’t miss the poster presentation from my mate Mateo on Wed (10:30am) Board B109!! #BPS2023 #biophysics #LLPS #science

Although I am not in SD, some of the Kumita and Itzhaki lab members are #BPS2023! Check out the first poster on Sunday at 1:45 (B153: designer biomolecular condensates) and say hi to our PhD student, Chris! @ChrisabcdeAoM @LauraItzhaki @UnivCamPharm

Today saw those students who have just completed the 1st year of their PhDs talking to the Dept. about their work and inspiring new starters! Everything from bimolecular condensates to GPCRs & pain, well done all 👏🎉🥳

Amazing science today at Biomolecular Condensates 2.0 - thank you to all our speakers and our special guest @PappulabWashU @Cambridge_SBS @camphysbiol @AlexBoRNA