斯坦福的研究人员创造了小型的,折纸式的机器人 通过血管游泳 治疗凝血块和动脉瘤。 Stanford researchers created tiny, origami-like robots that swim through blood vessels to treat clots and aneurysms.

斯坦福大学研究人员在机械工程师Zhao的带领下, 正在开发一毫米级的、由折纸启发的机器人, 这些机器人可以通过血管游泳, 使用旋转运动处理血液凝块和脑动脉瘤等状况。 Stanford University researchers led by mechanical engineer Renee Zhao are developing one-millimeter-scale, origami-inspired robots that can swim through blood vessels using a spinning motion to treat conditions like blood clots and brain aneurysms. 这些装置通过基本的物理和机械设计,通过由好奇心驱动的软机器人研究,在身体内难以进入的地区航行。 Designed through fundamental physics and mechanics, the devices navigate hard-to-reach areas in the body, emerging from curiosity-driven soft robotics research. 最初侧重于推进和移动的技术也可适用于水下车辆。 The technology, initially focused on propulsion and movement, may also apply to underwater vehicles. 该项目强调学术自由和跨学科工作可如何导致变革性医学创新。 The project highlights how academic freedom and interdisciplinary work can lead to transformative medical innovations.