AI helps scientists decode a cone snail toxin’s targets, paving the way for safer drug development and ecological research.
The Cool Down on MSN17h
Scientists develop pine cone-inspired technology with revolutionary capabilities — here's how it could transform future buildingsResearchers have developed an innovative self-adjusting shading system inspired by a surprising natural feature: pine cones. ...
Researchers have found that cone snail toxins can be a good model for AI simulations of molecular interactions.
The cycle of pushing beyond a difficult level or boss is probably familiar to most everyone: You fail a lot, over and over. Eventually, you decide it’s not happening and you step away. When you return ...
When scientists develop new molecules—whether for the purposes of agriculture, species control, or life-saving drugs—it's ...
The Scientific Research and Experimental Development (SR&ED) tax incentives are intended to encourage businesses to conduct research and development in Canada. Corporations, individuals, trusts, and ...
The father of murdered JonBenét Ramsey has revealed the latest development after meeting with local police to solve the decades-long cold case. John Ramsey sat down Monday with Boulder ...
Associate Professor Rina Noguchi and her student Wataru Nakagawa of Niigata University recently conducted indoor analog experiments to simulate rootless cone formation. The findings are published ...
Associate Professor Rina Noguchi and her student Wataru Nakagawa of Niigata University conducted indoor analog experiments (Figure 2) to simulate rootless cone formation. They used heated starch ...
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