科学家利用DNA创建纳米结构,有可能使药物运送和材料科学发生革命。 Scientists create nanostructures using DNA, potentially revolutionizing drug delivery and materials science.

悉尼大学的研究人员利用DNA折纸开发了可编程的纳米结构,这一技术将DNA形成复杂的3D结构。 Researchers at the University of Sydney have developed programmable nanostructures using DNA origami, a technique that shapes DNA into complex 3D structures. 这一方法可导致在有针对性的药物交付、反应材料和节能光学信号处理方面取得进展。 This method could lead to advancements in targeted drug delivery, responsive materials, and energy-efficient optical signal processing. 该团队创建了50多个纳米天体,包括一个“纳米恐龙”,展示了建造复杂的纳米机器人和适应性材料的潜力。 The team created over 50 nanoscale objects, including a "nano-dinosaur," demonstrating the potential for building intricate nanorobots and adaptive materials.