立体定向低分割放疗、再照射和癌症基因组研究的百科全书式综述

Alireza Heidari, Victoria Peterson
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引用次数: 24

摘要

癌症是一种与人类有关的疾病,科学家们为治疗它做了很大的努力。另一方面,纳米科学作为一门新兴的科学在各个科学分支中都发生了许多变化。因此可以用纳米科学来治疗癌症。目前,癌症治疗中使用的药物没有选择性。癌细胞没有被特异性识别,它破坏健康组织,对人体造成危害。所以如果我们能够减少药物的剂量,使药物到达必须的目标组织,我们就部分地解决了这个问题。随着前期研究的开展,研究人员在叶酸和金纳米团簇领域已经做了一定的研究,指明在检测和破坏癌细胞方面是非常有效的,前景十分广阔。之所以使用金纳米团簇,是因为它具有独特的特性,如吸附热以破坏癌细胞,并且与叶酸有很好的联系。4-氨基噻吩(4Atp)是结合叶酸和金纳米簇的最佳连接物之一。在本研究中,我们使用计算方法计算了复合物(叶酸和纳米簇)的稳定性以及几何和物理化学性质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An encyclopedic review on stereotactic hypofrac tionated radiotherapy, re-irradiation, and cancer genome research
Cancer is a disease that humans have been involved with, and scientists have done great efforts to treat it. But they have not had much success, On the other hand Nano science as a new scientific in various branches of science have been made many changes. Hence can be used to treat cancer of Nano science. Currently, cancer treatment is such that drugs used are not selectivity. The cancer cells are not specifically identified, it destroys healthy tissue and cause harm to the human body. So if we can reduce drug dose of the drug to the targeted tissue must be, we have partially solved the problem. With earlier studies, researchers in the field of folate and gold nanoclusters have done, specified in the detection and destruction of cancer cells are highly effective and very promising future. The gold nanoclusters were used because it has unique properties such as adsorption of heat for the destruction of cancer cells and is also well connected to the folate. the 4-aminothiophenol (4Atp) is one of the best linker for binding folate and gold Nano clusters. In this study we used computational method for computing stability of complex (folate and Nano clusters) and geometrical and physicochemical properties. 
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