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Managing the unimaginable Regulatory responses to the challenges posed by synthetic biology and synthetic genomics

机译:管理对合成生物学和合成基因组学带来的挑战的不可思议的监管回应

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摘要

The past few years have seen a growing academic and commercial interest in synthetic genomics and synthetic biology. We refer collectively to these technologies as synthetic life sciences. They involve several distinct engineering strategies drawn from the convergence of molecular genetics, chemistry, nanotechnology and electronic engineering. Synthetic genomics can be defined as the creation of either new or already existing individual genes, chromosomes and even whole genomes through the assembly of DNA molecules. Synthetic biology encompasses the design and construction of new biological parts, devices and systems— as well as the re-design of existing, natural biological systems—for practical purposes (EC, 2005). It often uses the technologies and tools of synthetic genomics, but this is not a prerequisite.
机译:在过去的几年中,对合成基因组学和合成生物学的学术和商业兴趣日益增长。我们将这些技术统称为合成生命科学。它们涉及从分子遗传学,化学,纳米技术和电子工程的融合中得出的几种不同的工程策略。合成基因组学可以定义为通过组装DNA分子来创建新的或已经存在的单个基因,染色体甚至整个基因组。合成生物学包括为实际目的设计和建造新的生物部件,装置和系统,以及对现有的天然生物系统进行重新设计(欧洲共同体,2005年)。它通常使用合成基因组学的技术和工具,但这不是前提条件。

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