Oliver Kayser studied pharmacy and earned his doctorate in Pharmaceutical Biology. Since 2010, he has held the chair of Technical Biochemistry at the Technical University of Dortmund, where he focuses on the heterologous biosynthesis of cannabinoids in yeast.Nils Averesch studied biochemical engineering at the Technical University of Dortmund and earned his PhD with a focus on metabolic engineering from the University of Queensland. After working at NASA Ames Research Center he joined Stanford University and built a research group before becoming faculty at the University of Florida. The Averesch Lab researches the discovery and production of advanced biomaterials using microbial cell factories that utilize waste streams such as greenhouse gases as feedstocks.

• Biology and Technology, An Introduction.- Fundamentals of Technical Biochemistry.- The Basis of All Biochemical Reactions in Primary Metabolism.- Bioorganic Reactions and Building Blocks of Natural Product Biosynthesis.- Technical Enzymes.- Vitamins.- The Basis of All Biochemical Reactions in Primary Metabolism.- Carbohydrate Metabolism.- Amino Acid Metabolism.- Fatty Acid Biosynthesis and ABE Metabolism.- Secondary Metabolism and Important Biotechnological Pathways.- Phenolic Natural Products.- Terpenes.- Alkaloids.- Antibiotics.- Environmental Biochemistry.- Biochemical Processes in the Future.

Oliver Kayser studied pharmacy and earned his doctorate in Pharmaceutical Biology. Since 2010, he has held the chair of Technical Biochemistry at the Technical University of Dortmund, where he focuses on the heterologous biosynthesis of cannabinoids in yeast.Nils Averesch studied biochemical engineering at the Technical University of Dortmund and earned his PhD with a focus on metabolic engineering from the University of Queensland. After working at NASA Ames Research Center he joined Stanford University and built a research group before becoming faculty at the University of Florida. The Averesch Lab researches the discovery and production of advanced biomaterials using microbial cell factories that utilize waste streams such as greenhouse gases as feedstocks.

• Biology and Technology, An Introduction.- Fundamentals of Technical Biochemistry.- The Basis of All Biochemical Reactions in Primary Metabolism.- Bioorganic Reactions and Building Blocks of Natural Product Biosynthesis.- Technical Enzymes.- Vitamins.- The Basis of All Biochemical Reactions in Primary Metabolism.- Carbohydrate Metabolism.- Amino Acid Metabolism.- Fatty Acid Biosynthesis and ABE Metabolism.- Secondary Metabolism and Important Biotechnological Pathways.- Phenolic Natural Products.- Terpenes.- Alkaloids.- Antibiotics.- Environmental Biochemistry.- Biochemical Processes in the Future.

Oliver Kayser studied pharmacy and earned his doctorate in Pharmaceutical Biology. Since 2010, he has held the chair of Technical Biochemistry at the Technical University of Dortmund, where he focuses on the heterologous biosynthesis of cannabinoids in yeast.Nils Averesch studied biochemical engineering at the Technical University of Dortmund and earned his PhD with a focus on metabolic engineering from the University of Queensland. After working at NASA Ames Research Center he joined Stanford University and built a research group before becoming faculty at the University of Florida. The Averesch Lab researches the discovery and production of advanced biomaterials using microbial cell factories that utilize waste streams such as greenhouse gases as feedstocks.

• Biology and Technology, An Introduction.- Fundamentals of Technical Biochemistry.- The Basis of All Biochemical Reactions in Primary Metabolism.- Bioorganic Reactions and Building Blocks of Natural Product Biosynthesis.- Technical Enzymes.- Vitamins.- The Basis of All Biochemical Reactions in Primary Metabolism.- Carbohydrate Metabolism.- Amino Acid Metabolism.- Fatty Acid Biosynthesis and ABE Metabolism.- Secondary Metabolism and Important Biotechnological Pathways.- Phenolic Natural Products.- Terpenes.- Alkaloids.- Antibiotics.- Environmental Biochemistry.- Biochemical Processes in the Future.