Medical Robots & its Applications in the Current Health Sector

T. Manjunath, P. G., Ravi Rayappa, Rajasekhar Koyyeda, Satvik M. Kusagur, P. N.
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引用次数: 4

Abstract

A concise survey of the nanorobots that are right now utilized in biomedical designing to fix different sorts of infections is being introduced. In the unique situation, we are completing a writing review for the therapy of malignant growth utilizing the nano-innovation idea. How we have picked is the association of nanotechnology and medication. The blend of nanotechnology into medicine is likely going to get some new challenges helpful treatment. Nanorobot is an amazing vision of medication in the future. The most excellent nanomedicine incorporates the use of nanorobots as little scope trained professionals. Headway in nanotechnology may permit us to construct fake red platelets called Respirocytes equipped for conveying oxygen and carbon dioxide atoms (i.e., elements of normal platelets). Respirocytes are nanorobots, little mechanical contraptions proposed to take a shot at the nuclear level. Respirocytes can give a short replacement to trademark platelets on the occasion of an emergency. Thusly respirocytes will change the treatment of coronary ailment. We can envision a day when you could implant billions of these nanorobots that would skim around in your body. A champion among the most reasonable and practically feasible achievements is the remedy for development which is one of the essential communities of this work. Nanorobots could convey and convey a lot of hostile to disease drugs into carcinogenic cells without hurting sound cells, lessening the results identified with flow treatments.
医疗机器人及其在当前卫生领域的应用
介绍了目前在生物医学设计中用于治疗不同类型感染的纳米机器人的简要调查。在这种独特的情况下,我们正在完成一篇关于利用纳米创新理念治疗恶性生长的书面评论。我们选择的是纳米技术和药物之间的联系。纳米技术与医学的结合很可能会遇到一些新的挑战,有助于治疗。纳米机器人是未来药物治疗的一个令人惊叹的愿景。最优秀的纳米医学结合了纳米机器人作为训练有素的专业人员的使用。纳米技术的进展可能使我们能够制造出一种叫做呼吸细胞的人造红细胞,它可以输送氧气和二氧化碳原子(即正常血小板的元素)。呼吸细胞是一种纳米机器人,一种小小的机械装置,被提议在核水平上进行一次尝试。在紧急情况下,呼吸细胞可以代替血小板。因此,呼吸细胞将改变冠心病的治疗方法。我们可以想象有一天,你可以植入数十亿个这样的纳米机器人,它们会在你的身体里四处游动。在最合理和最实际可行的成就中建立一个冠军是发展的补救办法,而发展是这项工作的基本社区之一。纳米机器人可以在不伤害正常细胞的情况下将大量对疾病有害的药物输送到致癌细胞中,从而减轻了流动疗法的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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