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首页> 外文期刊>The Journal of law, medicine & ethics: a journal of the American Society of Law, Medicine & Ethics >Introduction: The Challenge of Nanomedicine Human Subjects Research: Protecting Participants, Workers, Bystanders, and the Environment
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Introduction: The Challenge of Nanomedicine Human Subjects Research: Protecting Participants, Workers, Bystanders, and the Environment

机译:简介:纳米医学人体研究的挑战:保护参与者,工人,旁观者和环境

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摘要

The growing capacity to build and manipulate materials at the nanoscale is both thrilling and challenging. Engineering at the level of atoms allows much needed problem-solving and innovation, but also raises questions about how to assess the effects and safety of the materials created. The promise and the challenge are especially acute in the domain of nanomedicine. Nanotherapeutics and in vivo nano-diagnostics (diagnostics used within the human body) have the potential to solve long-standing problems, including how to ferry drugs across the blood-brain barrier to treat brain tumors, how to find and destroy tiny micrometastases before cancer progresses, and how to transport corrective genes into human cells without the dangers of viral vectors. But none of these applications is possible without first testing the safety and efficacy of these interventions in human beings.
机译:在纳米级建造和操纵材料的能力不断增长,这既令人振奋又充满挑战。原子级的工程技术可以解决许多急需的问题并进行创新,但同时也引发了有关如何评估所创建材料的效果和安全性的问题。在纳米医学领域,希望和挑战尤为突出。纳米疗法和体内纳米诊断(在人体中使用的诊断方法)具有解决长期存在的问题的潜力,包括如何通过血脑屏障运送药物来治疗脑肿瘤,如何在癌症发生前发现和消除微小的微小转移进展,以及如何在不使用病毒载体的情况下将校正基因转运到人类细胞中。但是,如果不先测试这些干预措施在人类中的安全性和有效性,这些应用都是不可能的。

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