Maria-Regina Kula (born 16 March 1937) is an inventor. She was one of the two prize winners of the German Future Prize in 2002. Also in 2002, she was elected a member of the National Academy of Engineering for contributions to the understanding and practice of enzyme-based chemical processes and protein separations.
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| - Maria-Regina Kula (de)
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| - Maria-Regina Kula (* 16. März 1937 in Berlin) war 2002 eine der Preisträgerinnen des "Deutschen Zukunftspreises", als eine maßgebliche Entwicklerin von preiswerten Biokatalysatoren durch Einsatz von gentechnisch optimierten Enzymen. Zusammen mit ihrer Kollegin Martina Pohl gelang es ihr aus der Hefe zu isolieren, so dass jetzt die Industrie preiswert und umweltverträglich in großem Maßstab neue Medikamente und Chemikalien entwickeln und fertigen kann. (de)
- Maria-Regina Kula (born 16 March 1937) is an inventor. She was one of the two prize winners of the German Future Prize in 2002. Also in 2002, she was elected a member of the National Academy of Engineering for contributions to the understanding and practice of enzyme-based chemical processes and protein separations. (en)
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| - Maria-Regina Kula (* 16. März 1937 in Berlin) war 2002 eine der Preisträgerinnen des "Deutschen Zukunftspreises", als eine maßgebliche Entwicklerin von preiswerten Biokatalysatoren durch Einsatz von gentechnisch optimierten Enzymen. Zusammen mit ihrer Kollegin Martina Pohl gelang es ihr aus der Hefe zu isolieren, so dass jetzt die Industrie preiswert und umweltverträglich in großem Maßstab neue Medikamente und Chemikalien entwickeln und fertigen kann. (de)
- Maria-Regina Kula (born 16 March 1937) is an inventor. She was one of the two prize winners of the German Future Prize in 2002. Also in 2002, she was elected a member of the National Academy of Engineering for contributions to the understanding and practice of enzyme-based chemical processes and protein separations. Awarded by the President of Germany, and worth 250,000 euros, the prize helps to identify projects which are of high scientific value and, more importantly, have concrete applications and are already developed to a point of readiness for commercial applications. Kula was awarded the prize as a leading developer of inexpensive biocatalysts through the use of genetically opimised enzymes. Together with her co-researcher, Martina Pohl, she successfully isolated formate dehydrogenase (FDH) from the yeast "Candida boidinii", enabling manufacturers to develop and produce new drugs and other chemical products on a large scale in a way which is both environmentally sound and cost-effective. (en)
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