MD simulations show that diffuse scattering patterns shift depending on whether ligand or a buffer molecule occupies the binding pocket. The differences are quantitatively significant, a promising sign that experiments could detect these changes. Read more: diffuse.science/post/shake-i...
Tomorrow (2/27) 3 pm ET, DiffUSE Project Scientist Steve Meisburger presents "Diffuse Scattering Wars (Episode IV): A New Hope for Structural Biology"
Learn how diffuse scattering could reveal what AI structure predictors are missing. Join here: www.chess.cornell.edu/science/ches...
The Diffuse Project is looking for an amazing Project Manager to help us achieve our goal of unlocking protein dynamics! Are you a scientist who naturally loves organization, coordination, problem solving and working with a diverse team of scientists & engineers?
Want to get involved, share your ideas, or just stay in the loop with email updates? Let us know here: forms.gle/37pK2smABwbg...
Happy @diffuseproject.bsky.social launch day! Check out our latest effort. We're grappling with how to better understand protein dynamics and capture/share the information that would best allow the community to make use of that data. Take a look!
What’s the next PDB? Maybe it’s …the PDB.
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’re hiring! Check out our postings for a Machine Learning Scientist, a Machine Learning Infrastructure Engineer, and a Software Engineer:
diffuse.science/careers/
Learn more about how we’re building new infrastructure for structural biology's dynamic future: diffuse.science
Announcing the Diffuse Project! We're unlocking protein dynamics through diffuse X-ray scattering - the overlooked signal that could revolutionize how we understand protein motion. seemay.substack.com/p/from-syste...
