PI: @nozomi-ando.bsky.social
Combining geology, evolutionary biology, and biochemistry, we will take our understanding of how life evolved with our planet to the next level!
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www.linkedin.com/posts/schmid...
Combining geology, evolutionary biology, and biochemistry, we will take our understanding of how life evolved with our planet to the next level!
🧪
www.linkedin.com/posts/schmid...
We just launched @diffuseproject.bsky.social a structural biology initiative exploring protein motion & rethinking how we generate and use experimental data. Quick 🧵👇
www.diffuse.science
We just launched @diffuseproject.bsky.social a structural biology initiative exploring protein motion & rethinking how we generate and use experimental data. Quick 🧵👇
www.diffuse.science
Introducing the Diffuse Project, a community-driven effort to predict protein dynamics using the subtle diffuse scattering signal from protein crystals. This collaboration marks a new era for the Ando lab!
as.cornell.edu/news/philant...
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Introducing the Diffuse Project, a community-driven effort to predict protein dynamics using the subtle diffuse scattering signal from protein crystals. This collaboration marks a new era for the Ando lab!
as.cornell.edu/news/philant...
🧪
🧬🧶
💫
We're now looking to grow the team! Looking for someone with amazing protein skills and postdocs excited about evolutionary questions!
We're now looking to grow the team! Looking for someone with amazing protein skills and postdocs excited about evolutionary questions!
If you want to see how enzymes move during catalytic turnover, check out our latest paper! 🧪🧶
Ever wonder how protein motions regulate enzyme turnover? Check out this paper by Darren (Da) Xu, et al. that was published today: rdcu.be/edf2A
If you want to see how enzymes move during catalytic turnover, check out our latest paper! 🧪🧶
And visit our new lab website at ando.chem.cornell.edu
And visit our new lab website at ando.chem.cornell.edu