Titlebook: Biomolecular Engineering in the European Community; Achievements of the E. Magnien Book 1986 ECSC, EEC, EAEC, Brussels-Luxembourg 1986 agr

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Introductiond agro-food industries. The approach consisted in developing methods of enzyme engineering, particularly for the construction of bioreactors, and of genetic engineering for the production of high added value substances and the improvement of agricultural species.

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Lice692

Linear Systems and Inverse Projectionr problems such as cofactor regeneration, multiphase catalysis and immobilization, have been dealt with and are reasonably succesfully solved. In the future programs large scale enzyme purification and optimalization of technology have to be established in order to enable commercialization of the products.

Induction

母猪

Introductionil on 7 December 1981 for the period April 1982 to March 1986. The main objective of BEP, recognized as being of primary importance for Europe’s development and competitiveness, was to remove the bottlenecks which prevented applications of modern biochemistry and molecular genetics to agriculture an

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Review of Achievements of Sector 1 Second Generation Bio-reactorsCompiègne. At this meeting the results were discussed and evaluated. The conclusions reached and the final reports are the basis for this review..Major problems such as cofactor regeneration, multiphase catalysis and immobilization, have been dealt with and are reasonably succesfully solved. In the

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GLUT

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Review of Achievements of Sector 4 Genetic Engineering of Plants and Microorganisms Important for Ag is incorporated into inbred lines to prevent selfpollination. The hybrid seeds are produced by planting alternate rows of the lines to be intercrossed. Fertility in the plants grown by the farmer is restored by introducing a fertility restoring gene with the pollen parent into the hybrid seed produ

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