nanorobots can navigate through the bloodstream to deliver medication directly to affected areas.
纳米机器人可以在血液中穿行，直接将药物输送到患处。
scientists are developing medical nanorobots for precise drug delivery systems that target cancer cells.
科学家正在开发用于精确靶向癌细胞的药物递送系统的医用纳米机器人。
nanorobot technology promises revolutionary advances in the treatment of cardiovascular diseases.
纳米机器人技术有望在心血管疾病治疗方面取得革命性进展。
engineers are designing autonomous nanorobots capable of performing minimally invasive surgical procedures.
工程师正在设计能够执行微创手术程序的自主纳米机器人。
future nanorobots may repair damaged tissues and regenerate cells at the molecular level.
未来的纳米机器人可以在分子水平上修复受损组织并再生细胞。
programmable nanorobots can target specific cells with unprecedented precision and accuracy.
可编程纳米机器人可以以前所未有的精确度靶向特定细胞。
the application of nanorobots in medicine is advancing rapidly with new breakthroughs each year.
纳米机器人在医学中的应用正在快速发展，每年都有新的突破。
intelligent nanorobots can detect harmful bacteria and eliminate them without affecting healthy cells.
智能纳米机器人可以检测有害细菌并在不影响健康细胞的情况下将其消灭。
next-generation nanorobots may be controlled remotely using external magnetic field guidance systems.
下一代纳米机器人可能使用外部磁场引导系统进行远程控制。
swarm intelligence enables multiple nanorobots to coordinate and perform complex medical tasks together.
群体智能使多个纳米机器人能够协调执行复杂的医疗任务。
the development of nanorobots raises important ethical questions about privacy and human enhancement.
纳米机器人的发展引发了关于隐私和人体增强的重要伦理问题。
nanorobots equipped with advanced sensors can monitor vital signs and detect diseases early.
配备先进传感器的纳米机器人可以监测生命体征并早期检测疾病。
nanorobots can navigate through the bloodstream to deliver medication directly to affected areas.
纳米机器人可以在血液中穿行，直接将药物输送到患处。
scientists are developing medical nanorobots for precise drug delivery systems that target cancer cells.
科学家正在开发用于精确靶向癌细胞的药物递送系统的医用纳米机器人。
nanorobot technology promises revolutionary advances in the treatment of cardiovascular diseases.
纳米机器人技术有望在心血管疾病治疗方面取得革命性进展。
engineers are designing autonomous nanorobots capable of performing minimally invasive surgical procedures.
工程师正在设计能够执行微创手术程序的自主纳米机器人。
future nanorobots may repair damaged tissues and regenerate cells at the molecular level.
未来的纳米机器人可以在分子水平上修复受损组织并再生细胞。
programmable nanorobots can target specific cells with unprecedented precision and accuracy.
可编程纳米机器人可以以前所未有的精确度靶向特定细胞。
the application of nanorobots in medicine is advancing rapidly with new breakthroughs each year.
纳米机器人在医学中的应用正在快速发展，每年都有新的突破。
intelligent nanorobots can detect harmful bacteria and eliminate them without affecting healthy cells.
智能纳米机器人可以检测有害细菌并在不影响健康细胞的情况下将其消灭。
next-generation nanorobots may be controlled remotely using external magnetic field guidance systems.
下一代纳米机器人可能使用外部磁场引导系统进行远程控制。
swarm intelligence enables multiple nanorobots to coordinate and perform complex medical tasks together.
群体智能使多个纳米机器人能够协调执行复杂的医疗任务。
the development of nanorobots raises important ethical questions about privacy and human enhancement.
纳米机器人的发展引发了关于隐私和人体增强的重要伦理问题。
nanorobots equipped with advanced sensors can monitor vital signs and detect diseases early.
配备先进传感器的纳米机器人可以监测生命体征并早期检测疾病。
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