哥德堡大学的研究人员发现了能量如何通过蛋白质中的原子运动在细胞中传播，这有可能导致更高效的太阳能电池。 Researchers at the University of Gothenburg discovered how energy travels through cells via atomic movements in proteins, potentially leading to more efficient solar cells.

细胞需要能量才能发挥作用，哥德堡大学的研究人员现在解释了能量如何通过微小的原子运动穿过细胞到达蛋白质中的目标。 Cells require energy to function, and researchers at the University of Gothenburg now explain how energy travels through the cell by minute atomic movements to its target in the protein. 这可能会在未来带来更高效的太阳能电池。 This could lead to more efficient solar cells in the future. 这项研究的重点是果蝇中的一种蛋白质——光裂合酶，它的作用是修复受损的 DNA。 The study focused on a protein, photolyase, in the fruit fly, which functions in repairing damaged DNA. 它展示了蛋白质如何变形以创建有效的电荷传输路线。 It demonstrated how proteins deform to create efficient transport routes for charges.