Carbon Nano tube and it`s medical applications*

Amer H. Abdullah, M. Mohammed, W. Khamis, B. F. Abbas, Shaemaa H. Abdulsadaa
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引用次数: 1

Abstract

The carbon nanotube (CNT) represents one of the most unrivaled contrivances in the domain of new technology represented by contemporary revolution of nanotechnology. CNTs is closed to be the more important branch of nanotechnology which have been matured painstakingly meanwhile the last 20years by many investigators and different types of application papers, researches and studies around the expert because of their senior potency in various area. These tubes are rolled in the hybridization found in the grapheme type of carbon nanotubes. The paramount portions of CNTs are their nimble weightiness, small size with a high aspect ratio, pretty stretchy strength, and kindly forthright traits, which make them profitable as tautologies for various materials such polymers, metallic flatness's and earthenware. CNTs also have potential enforcements in the range of nanotechnology, medical Nano manufacture, transistors, actuators, sensors industrialization, and membranes preparation and capacitors industry. There are assorted techniques, which can be utilized for the compilation of CNTs. These implicate the arc discharge mode, chemical fumigate precipitation (CVD),the laser ablation way and the sol- gel method. CNTs can be monowalled, duplicate-walled and multi-walled. CNTs have individual mechanistic, electrified and optic qualities, commonalty of which has been extensively elaborated. The sitting article-review is converging on the composition, functionalization, differences and enforcements of CNTs. The toxic influence of CNTs is also offered in a concise form. It is clear, by the beginning of the last century, that carbon Nano-tubes (CNTs) were important in the fields of health, such as medicine and pharmacy, which had entered into system of drug delivery. The ability of these compounds attracted the interest of researchers in the fields of biomedicine and its biomedical applications such as advanced imaging, regeneration of organism tissues, drug disposal or gene delivery. There is a lot of interesting evidence about the unique advantages of nanotubes that confirm their effectiveness compared to their negative effects. © 2018 JASET, International Scholars and Researchers Association
碳纳米管及其医疗应用*
碳纳米管(CNT)代表了当代纳米技术革命所代表的新技术领域中最无与伦比的发明之一。碳纳米管是纳米技术中较为重要的一个分支,近20年来经过众多研究者和各类应用论文、研究和专家的研究,其在各个领域具有较高的潜力,已逐渐成熟。这些管在石墨烯型碳纳米管中发现了杂交。碳纳米管最重要的部分是其灵活的重量、高宽高比的小尺寸、相当的拉伸强度和亲切的直率特性,这使它们成为各种材料(如聚合物、金属平面和陶器)的同音式材料。碳纳米管在纳米技术、医疗纳米制造、晶体管、致动器、传感器工业化以及膜制备和电容器工业中也有潜在的应用。制备碳纳米管的技术有很多种。包括电弧放电方式、化学熏蒸沉淀法(CVD)、激光烧蚀法和溶胶-凝胶法。碳纳米管可分为单壁、双壁和多壁。CNTs具有各自的机械、电学和光学特性,其中的共性已被广泛阐述。目前的综述主要集中在碳纳米管的组成、功能化、差异和强化方面。碳纳米管的毒性影响也以简明的形式提供。很明显,到上世纪初,碳纳米管(CNTs)在医学和药学等卫生领域的重要性已经显现,并进入了给药系统。这些化合物的能力吸引了生物医学及其生物医学应用领域的研究人员的兴趣,如高级成像、生物组织再生、药物处理或基因传递。关于纳米管的独特优势,有很多有趣的证据证实了它们的有效性,而不是它们的负面影响。©2018 JASET,国际学者和研究人员协会
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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