Haloalkane Dehalogenases: Biotechnological Applications


Koudelakova, T., Bidmanova, T., Dvorak, P., Pavelka, A., Chaloupkova, R., Prokop, Z., Damborsky, J.




Haloalkane dehalogenases (EC are α/β-hydrolases cleaving a carbon-halogen bond in more than hundred halogenated aliphatic and cyclic compounds. Due to interesting chemistry, broad substrate specificity and high robustness, the members of this enzyme family have been employed in several practical applications: (i) biocatalytic preparation of optically pure building-blocks for organic synthesis, (ii) recycling of by-products from chemical processes, (iii) bioremediation of toxic environmental pollutants, (iv) decontamination of warfare agents, (v) biosensing of environmental pollutants, and (vi) protein tagging for cell imaging and protein analysis. The review discusses these applications in the context of biochemical properties of individual enzymes, when nine out of seventeen characterized enzymes possess properties suitable for practical applications. Further exploration of haloalkane dehalogenases in biotechnologies will require additional research to solve the limiting factors, such as low expression, product inhibition, insufficient enzyme selectivity, low affinity and catalytic efficiency towards selected substrates, or instability in the presence of organic co-solvents. These limitations will be overcomed by the methods of protein engineering, while the new enzymes will be continuously isolated from organisms colonizing diverse environments.

Full text •  Supplement


Koudelakova, T., Bidmanova, T., Dvorak, P., Pavelka, A., Chaloupkova, R., Prokop, Z., Damborsky, J., 2013: Haloalkane Dehalogenases: Biotechnological Applications. Biotechnology Journal 8: 32-45.

ELIXIR CZ annual conference 15 – 16 Nov, 2017
New video explaining the goals of Rafts4Biotech EU project
Invitation to a presentation by Synthetic Genomics
Andrea Schenkmayerova received a grant to attend an EMBO Practical Course
Open Postdoc Position: Protein Engineering
FireProt in MUNI
Jan Stourac won Dean’s Award