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谨防隐喻:合成生物学中的底盘与正交性

Beware of metaphors: chasses and orthogonality in synthetic biology.

作者信息

de Lorenzo Víctor

机构信息

Centro Nacional de Biotecnología-CSIC Campus de Cantoblanco, Madrid 28049, Spain.

出版信息

Bioeng Bugs. 2011 Jan-Feb;2(1):3-7. doi: 10.4161/bbug.2.1.13388.

Abstract

Every descriptive language is not only metaphoric and interpretative, but it is also developed (or adopted) ad hoc to fulfill a certain agenda. Even the hardcore scientific languages of mathematics and physics are not entirely neutral--let alone the much softer terminology of biology. We use metaphors all the time in science and that is useful as long as they serve their purpose well and we are aware of them. But it is a serious mistake to identify uncritically the thing and the metaphors employed to bring the thing to mind. I address here two of the most sparkling metaphors brought about by synthetic biology: chassis and orthogonality--the first borrowed instance from engineering of vehicles, and the second from computer terminology (itself borrowed from mathematics). For the sake of simplicity the discussion is limited to the connotation of these two concepts in the prokaryotic realm. The power of such metaphors from describing the state of affairs in synthetic biology and for setting a vigorous research and technology schedule is analyzed. Awareness of the meta-languages and allegories that are being adopted by the SB community should help to frame other controversial concepts such as artificial cells or synthetic life.

摘要

每一种描述性语言不仅具有隐喻性和解释性,而且是为了实现特定议程而临时发展(或采用)的。即使是数学和物理等硬核科学语言也并非完全中立——更不用说生物学中更为灵活的术语了。我们在科学中一直使用隐喻,只要它们能很好地发挥作用且我们意识到它们,那就是有用的。但不加批判地将事物与其所使用的隐喻等同起来是一个严重的错误。在此,我探讨合成生物学带来的两个最引人注目的隐喻:底盘和正交性——第一个是从车辆工程中借用的例子,第二个来自计算机术语(其本身又从数学中借用)。为了简单起见,讨论仅限于这两个概念在原核生物领域的内涵。分析了此类隐喻在描述合成生物学的事态以及制定积极的研究和技术计划方面的作用。意识到合成生物学界正在采用的元语言和寓言应该有助于构建其他有争议的概念,如人工细胞或合成生命。

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