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Biochemistry II
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Characterization of new enzymes
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Decoding of the cytochrome P450 monooxygenase CYP4B1 by biochemical, evolutional, and structural analysis
Functional expression and biochemical characterization of P450 monooxygenases
Production and evaluation of ligninolytic enzymes
Substrate recognition by cytochrome P450 monooxygenases enzymes
Enzyme engineering and immobilization
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Semi-rational design of cytochrome p450 monooxygenases for high regio- chemo- und stereoselectivity
Modulare kombination von Redoxenzymen über supramolekulare und kovalente Assemblierung
Integrated platform for de novo design and development of a chimeric enzyme for high-value chemicals
Biocatalysis and biotransformation
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Integrative Approach to Promote Hydroxylations with Novel P450 Enzymes for Industrial Processes
Entwicklung eines E. coli-Biokatalysators zur selektiven Oxidation von Sesquiterpenen
Pseudomonas putida als universeller Biokatalysator für selektive Oxidation
Multi-enzyme cascades
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Enzyme-catalyzed cascade reactions
Development of a modular platform for the efficient, biobased and tailor-made synthesis of lignans
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Biochemistry II
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To homepage: Biochemistry II
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HHU
Mathematic & Science
Chemistry Department
News
Team
Teaching
Research
Open next level
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Characterization of new enzymes
Open next level
Close next level
Decoding of the cytochrome P450 monooxygenase CYP4B1 by biochemical, evolutional, and structural analysis
Functional expression and biochemical characterization of P450 monooxygenases
Production and evaluation of ligninolytic enzymes
Substrate recognition by cytochrome P450 monooxygenases enzymes
Enzyme engineering and immobilization
Open next level
Close next level
Semi-rational design of cytochrome p450 monooxygenases for high regio- chemo- und stereoselectivity
Modulare kombination von Redoxenzymen über supramolekulare und kovalente Assemblierung
Integrated platform for de novo design and development of a chimeric enzyme for high-value chemicals
Biocatalysis and biotransformation
Open next level
Close next level
Integrative Approach to Promote Hydroxylations with Novel P450 Enzymes for Industrial Processes
Entwicklung eines E. coli-Biokatalysators zur selektiven Oxidation von Sesquiterpenen
Pseudomonas putida als universeller Biokatalysator für selektive Oxidation
Multi-enzyme cascades
Open next level
Close next level
Enzyme-catalyzed cascade reactions
Development of a modular platform for the efficient, biobased and tailor-made synthesis of lignans
Publications
Equipment
Theses
Vacancies
Termine
How to find us
Home
Math.-Nat. Faculty
Chemistry
Biochemistry II
Research
Enzyme engineering and immobilization
Semi-rational design of cytochrome p450 monooxygenases for high regio- chemo- und stereoselectivity
Semi-rational design of cytochrome p450 monooxygenases for high regio- chemo- und stereoselectivity
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