论文标题
基于纳米动物的溶栓：使用纳米机器溶解血块
Nano-robotic based Thrombolysis: Dissolving Blood Clots using Nanobots
论文作者
论文摘要
在过去的几年中，医学在进步方面取得了很大的进步。随着技术的引入和个性化药物的综合，医生也成功地治疗了最致命的疾病。尽管过去一直以良好的成功率蓬勃发展的手术变得可行，并且经常进行他们的内部感染区域，这些区域无法从外部进行治疗，但身体中仍然存在着物理上超出医生触及的区域。内部血块是一个这样的问题，它已经延长了很长时间，有时可能位于某些内部太深的区域，这几乎使它们几乎无法到达，深动脉或静脉，脑部狭窄的大脑或肺部狭窄。在本文中，我们提出了一种方法，该方法将纳米机器人技术用于解决内部血块的问题。这种方法着眼于在血液中引入纳米机器人的沼泽，这些纳米幼体充当药物的携带者，这些药物很难在物理上接受治疗。这不仅可以缓解流程，而且有望比当前现有的技术更有效，精确和侵入性。
Medicine has taken a big jump in its advancement in the past few years. With the introduction of technology and the synthesis of personalized medicines, doctors have been successful in treating even the deadliest of the diseases. Though surgeries, which have been flourishing with a good success rate in the past, have become feasible and they are being regularly performed to reach out for internal infected areas that cannot be treated from the outside, there still are areas in the body that are physically beyond the reach of a doctor. Internal blood clots are one such problem that has been prolonging for a very long time and sometimes can be located in certain areas that are too deep inside, which makes them virtually impossible to reach, deep arteries or veins, narrow internal sections of brain or lungs. In this paper, we propose an approach which puts Nano-robotics into use to deal with the problem of internal blood clots. This method looks at introducing swamps of nanobots in ones bloodstream which acts as carriers of medicines to the sites which are difficult to access for treatment physically. This will not just ease the process but it promises to be far more efficient, precise and less invasive than the currently existing techniques.
