By Joseph Fiksel
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Extra info for Biotechnology Risk Assessment. Issues and Methods for Environmental Introductions
Bentley, O . G . 1984. S. House Committee on Energy and Commerce, Subcommittee on Oversight and Investigations, December 11. S. C. 11. Brill, W. J. 1985. Safety concerns and genetic engineering in agriculture. Science 227:381-384. 12. Rowe, W. D. 1977. An Anatomy of Risk. John Wiley and Sons, New York. 13. Merkhofer, M. and V. Covello. Risk Assessment and Risk Assessment Methods: The State of the Art. C. 14. Covello, V. and C. Hadlock, Eds. 1985. Probabilistic risk assessment: Status report and review of the probabilistic risk assessment.
Development of a generic approach to risk assessment for environmental applications of biotechnology is both feasible and desirable. 3. Challenges of biotechnology risk assessment. The application of risk 22 Biotechnology Risk Assessment assessment methods to biotechnology products presents scientific challenges, but available methods do provide a useful foundation. At the present time only a qualitative approach is feasible, since the state of the art does not permit quantitative risk assessment.
At the present time only a qualitative approach is feasible, since the state of the art does not permit quantitative risk assessment. 4. Importance of knowledge of the microorganism. An important requirement in the risk assessment process is detailed knowledge of the microorganism that is to be modified. One of the criteria for the selection of a candidate microorganism should be sufficiency of knowledge regarding its environmental and pathogenic characteristics. 5. Status of ecosystem analysis.
Biotechnology Risk Assessment. Issues and Methods for Environmental Introductions by Joseph Fiksel