On cancer-fighting nanorobots

A. Fymat
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Abstract

There have recently been two major developments and advances in this field, namely1 the construction of an autonomous DNA nanorobot as an intelligent drug delivery and therapeutic system that responds to molecular triggers in vivo and2 the successful programming of autonomous nanorobots to shrink tumors by cutting-off their blood supply (an antiangiogenic approach, see Fymat).3 The structures are built from DNA that can self-fold in all sorts of shapes and sizes.
关于抗癌纳米机器人
最近在这一领域有两个主要的发展和进展,即1自主DNA纳米机器人的构建,作为一种智能药物输送和治疗系统,对体内的分子触发做出反应;2自主纳米机器人的成功编程,通过切断肿瘤的血液供应来缩小肿瘤(一种抗血管生成方法,见Fymat)这些结构是由可以自我折叠成各种形状和大小的DNA构成的。
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