Enzymes forming the C-C bond in the nicotine biosynthesis
Disciplines
Biology (40%); Chemistry (20%); Industrial Biotechnology (40%)
Keywords
- Biocatalysis,
- Enzymes,
- Nicotine biosynthesis,
- Structural biology,
- C-C bond formation,
- Flavoprotein
Nicotine is a highly addictive substance, that is commonly consumed by smoking cigarettes. Although nicotine consumption is widespread through our society, the scientific community was not yet abled to fully unravel how plants produce this substance. There are different enzymes that are associated with the nicotine biosynthesis due to genetics, but the exact role and structure of these enzymes is elusive. We aim to produce these enzymes for a biochemical and structural characterization. On the one hand they are from high general interest because they are involved in the production of one of the most common legal drugs. On the other hand, they represent very valuable tools for the pharmaceutical industry, as one of these enzymes performs a C-C bond formation. This represents one of the most important reaction in organic chemistry. We aim to unravel how these enzymes can be employed as tools the pharmaceutical industry, where this kind of reaction are of high interest.
- Universität Graz - 100%
Research Output
- 22 Citations
- 4 Publications
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2024
Title Biocatalytic Heteroaromatic Amide Formation in Water Enabled by a Catalytic Tetrad and Two Access Tunnels DOI 10.1021/acscatal.4c01268 Type Journal Article Author Zukic E Journal ACS Catalysis Pages 8913-8921 Link Publication -
2025
Title Structure, Oligomerization, and Thermal Stability of a Recently Discovered Old Yellow Enzyme DOI 10.1002/prot.26800 Type Journal Article Author Polidori N Journal Proteins: Structure, Function, and Bioinformatics Pages 1181-1188 Link Publication -
2023
Title Natural gene variation in Cannabis sativa unveils a key region of cannabinoid synthase enzymes DOI 10.1101/2023.08.30.555511 Type Preprint Author Villard C Pages 2023.08.30.555511 Link Publication -
2022
Title Structure of the Reductase Domain of a Fungal Carboxylic Acid Reductase and Its Substrate Scope in Thioester and Aldehyde Reduction DOI 10.1021/acscatal.2c04426 Type Journal Article Author Daniel B Journal ACS Catalysis Pages 15668-15674 Link Publication