Mechanisms of microrobot in cancer therapy

Abstract

Zhang Baihong, Yue Hongyun. Mechanisms of microrobot in cancer therapy[J]. Journal of International Oncology, 2020, 47(10): 624-626.

Figures/Tables1

种类	结构	动力	控制	功能
磁控细菌机器人	人造细菌鞭毛/趋磁细菌群	细菌鞭毛运动	磁场	输送药物^{[ 6 , 7 ]}、靶向肿瘤^{[ 14 ]}
纳米马达	金纳米棒共轭多孔硅纳米囊泡	静脉血流	近红外激光控	输送药物^{[ 8 ]}
	中孔氧化硅纳米	尿素酶	底物依赖	靶向肿瘤^{[ 15 ]}
	超支化聚酰胺	一氧化氮	光控	操控细胞^{[ 18 ]}
	萘酞菁	过氧化氢	光控	清除肿瘤^{[ 20 ]}
续生物激活螺旋机器人	螺旋藻包裹Fe₃O₄	化学能	磁场	靶向肿瘤^{[ 11 ]}
DNA纳米机器人	DNA适配体连接核仁素和凝血酶	DNA分子激动	内皮细胞	靶向肿瘤^{[ 12 ]}
软体机器人	软体	磁弹性	自控	操控细胞^{[ 16 ]}
液态金属纳米机器人	金属镓	类细菌自运动	超声场	清除肿瘤^{[ 21 ]}

References22

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Mechanisms of microrobot in cancer therapy

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