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For an extended period, scientists have been aware that the interactions between drugs and proteins are propelled by quantum forces. However, they have faced challenges in directly detecting these forces within living organisms. Previously, their understanding was largely reliant on computational models for conjecture. Now, this scenario is poised for transformation. According to the latest report published in the journal Science Advances, researchers from Texas A&M University in the United States have pioneered a new laser technology capable of directly detecting quantum forces in biological systems. This breakthrough technology not only facilitates real-time observation of microscopic changes within proteins but also enables the prediction of drug-protein binding affinity, thereby offering a novel tool for the development of new drugs.
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