19 January 2025
News
Advancing protein structure determination studies using the PUXANO grid portfolio. To further enhance performance, we are expanding our grid portfolio with our MultiHole Grids and Tilted Grids.
Thanks to this grant we will have access to GPU computation resources on the Karolina cluster to train a new version of the Genie diffusion model (Genie 3.0). The PUXANO platform for high-throughput experimental validation of protein designs will be used to validate the proteins designed for different tasks.
This significant recognition comes from the EuroHPC Joint Undertaking (JU) and the Partnership for Advanced Computing in Europe (PRACE), highlighting PUXANO’s cutting-edge approach to protein design.
View the press release here.
Advancing protein structure determination studies using the PUXANO grid portfolio. To further enhance performance, we are expanding our grid portfolio with our MultiHole Grids and Tilted Grids.
PUXANO develops diffusion-based protein design strategy for the development of novel antigens to combat antimicrobial resistance.
Tackling challenges in “quantitative cryo-EM” by specialty grids and orthogonal techniques such as Multi-Angle Light Scattering (MALLS).