Biosafety in rDNA Research and Production

National regulations for new science and engineering projects are often drawn up on foundations that refer to the current `state of the art'. However, this approach suffers from the fundamental problem, among others, that science progresses quickly, and models for the development of science have only limited predictive ability. Assessing the risk associated with a project therefore becomes a complex problem; and so non-scientific criteria can not be excluded from the decision-making process. An example of such non-technical criteria can be found in Austrian regulations on genetic engineering where: `products containing or consisting of genetically engineered organisms must not create any “ Soziale Unverträglichkeit” [social unsustainability], no `unbalanced burden on society or social groups' that is unacceptable for economic, social or moral reasons.' The aim of this paper is to investigate the implications of this provision. The paper begins with a discussion of the fundamental issues of regulating genetic engineering at a national level, then examines the evolution of the Austrian Genetic Engineering Act, and critically assesses the term ` Sozialverträglichkeit'. Having examined various mechanisms whereby non-scientific criteria can be included in the decision-making process, the paper argues that Sozialverträglichkeit can be interpreted as a constructive answer to the problems of a risk society.

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Biosafety in rDNA Research and Production

Cited by 3 publications

References 184 publications

Types and Function of Proteins

Types and Function of Proteins

Types and Function of Proteins

How to keep out what we don't want: an assessment of `Sozialverträglichkeit' under the Austrian Genetic Engineering Act

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