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Nanotechnology Molecular Medicine and Radiology

机译:纳米技术分子医学与放射学

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摘要

We live in a time of great change, The many advances in medical imaging are examples of the process. We are, it seems, assaulted on all sides by new concepts and ideas that at first seem random and disordered. On closer evaluation, they may form with out input the future direction of our medial imaging specialty. We must be willing to examine and evaluate the new developments. Will we embrace and develop these ideas to further our practice or leave it to others?The purpose of this month's column is to explore ideas related to nanotechnology and how this developing technology may affect the future of radiology. As in all complex systems, many concepts play an indirect role in future development, and this is true for health care imaging. They include discoveries in genomics and proteinomics and the development of personalized medicine as a paradigm for tomorrow's health care. Although such a practice is in the future, the idea gives us a goal and a hint of what's to come. Personalized medicine can be described as medicine directed toward a single individual, not a group of individuals such as middle-aged men. The task is to identify the health care profile unique to an individual. To accomplish the goal, we must work at the molecular level, which is also the realm of nanotechnology. The technology presents the opportunity to combine the diagnosis of an individual's disease and, in some cases, its therapy.
机译:我们生活在一个瞬息万变的时代,医学成像的许多进步就是这一过程的例子。似乎我们在各个方面受到新概念和新思想的冲击,这些新思想和新思想一开始似乎是随机的和无序的。进行更仔细的评估后,他们可能会不加考虑地形成我们内侧成像专业的未来方向。我们必须愿意审查和评估新的事态发展。我们是否会接受并发展这些想法以进一步实践,还是将其留给其他人?本月专栏的目的是探讨与纳米技术有关的想法,以及这种发展中的技术如何影响放射学的未来。像在所有复杂系统中一样,许多概念在未来的发展中扮演着间接的角色,而对于医疗影像技术而言,则是如此。其中包括基因组学和蛋白质组学方面的发现以及个性化医学的发展,将其作为明天医疗保健的范例。尽管将来会采用这种做法,但这种想法为我们提供了目标和未来的提示。个性化药物可以描述为针对单个个体而不是针对诸如中年男性之类的一组个体的药物。任务是确定个人独有的医疗保健档案。为了实现这一目标,我们必须在分子水平上努力,这也是纳米技术的领域。该技术提供了将个人疾病的诊断以及某些情况下的治疗相结合的机会。

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