Congrats to Raulia for her paper published today! I am very excited about our work: ConforPSSP and ConforFold, a combined framework for conformational sampling. Also, comparing state-of-the-art methods using deep learning. https://t.co/FE3SnlDzCx
BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Chemistry with one half to David Baker “for computational protein design” and the other half jointly to Demis Hassabis and John M. Jumper “for protein structure prediction.”
We're advancing a new global agreement signed by 100+ leading scientists to ensure AI technologies for protein design are developed responsibly. This field can deliver medicines, vaccines, and other innovations that benefit all.
https://t.co/pTlFtBWHNh
https://t.co/XYn986dEAt
I am a bit, but our work on establishing a general method to stabilize the prefusion conformation of class I viral fusion proteins got published https://t.co/G2zZe6XeNo!
Please join us to meet new investigators, Eva-Maria Strauch @Estrauch3 and Chen Shen @Chen_Shen_01 on Nov. 2 at 1 pm, EPNEC, Rm 301!
https://t.co/8qoWCWgATp
Great article. The next REALLY big thing will be using AI and LLMs to generate thousands of new proteins, including new hormones and enzymes and antibodies. @geochurch@demishassabis@_RobToews via @forbes https://t.co/jTOPrpaOKp
It's so great to see our RFdiffusion paper now live @Nature. This article from @ewencallaway gives a great overview of RFdiffusion and protein diffusion models more broadly, and also highlights some of the ways people are already using it in their own research!
We are excited to post our most recent manuscript. We automated how to stabilize viral surface proteins inspired by decades of immunogen design https://t.co/VEhItyr3d1.
We developed a two-state, two step protocol that carefully evaluates substitutions and stabilizes the prefusion state while discriminating against the postfusion state. Less than a handful of designs need to be tested to find stable proteins, frozen in the prefusion state.