为提高纳米粒子的工作效率，MIT研究人员正将这一策略运用到与癌症的斗争中，培养这些“癌症斗士”相互通讯。
MIT researchers are bringing this strategy to the war on cancer, training swarms of cancer-fighting nanoparticles to communicate to do their jobs more effectively.
研究人员用小鼠对此方法做了进一步的研究，结果发现较无通讯系统的一般化学疗法，通讯纳米粒子超额运送了40倍阿霉素。
The researchers studied this method using mice and found that the communicating nanoparticles delivered 40 times more doxorubicin, a common chemotherapeutic, than a system that could not communicate.
研究人员用小鼠对此方法做了进一步的研究，结果发现较无通讯系统的一般化学疗法，通讯纳米粒子超额运送了40倍阿霉素。
The researchers studied this method using mice and found that the communicating nanoparticles delivered 40 times more doxorubicin, a common chemotherapeutic, than a system that could not communicate.
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