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Laboratory of algal biotechnology
Laboratory of Algal biotechnology
Due to algae and cyanobacteria ability to effectively transform sunlight and simple inorganic nutrients into complex organic compounds, they found utilization in a number of biotechnological applications. The use of algae spans from food and feed sector to wastewater treatment. Thanks to their unique chemical structures algal and cyanobacterial compounds can be utilized in pharmacology.
Our laboratory aims at the employment of algae and cyanobacteria in food industry and biotechnology, such as e.g. utilization of the algae in waste water treatment. A special focus is given on the discovery and isolation of novel compounds applicable in pharmacology.
Novel bioactive metabolites and their biosynthesis
Our main goal in this field is to discover novel low molecular metabolites applicable in pharmacology especially in anticancer and antimicrobial therapy. We also aim to characterize possible adverse effect of these metabolites on surrounding ecosystems and human. This research area includes study of genetic background of metabolite biosynthesis for purposes of generation of novel analogs and the genomic screening for novel structures.
Physiological studies to optimise microalgae growth
In this field, our main goal is to find optimal cultivation conditions of selected microalgae species using photosynthesis monitoring in order to produce the biomass with higher content of valuable compounds. The current projects of the phototrophic cultivation research team have been focused on the use of microalgae cultures for various biotechnological applications, for example as feed in aquaculture, for plant protection in agriculture or the treatment of wastewater as nutrient source for cultivation. Last but not least, we also study psychrophilic algae, which also find their use in biotechnological applications.
Algal Bio-refinery Group
The Algal Bio-refinery group is focused on the development and application of efficient, scalable and cost effective isolation methods to produce valuable compounds such as carotenoids, chlorophylls, poly-unsaturated fatty acids, polyphenols, cyclic lipopeptides, non-cyclic peptides and mycosporine-like amino acids from algal biomass. The group is currently developing novel separation concepts based on multi-target and sequential injections strategies with emphasis in scale-up to industrial size and minimising waste production. Our long-term goal is to develop integrated biorefinery systems covering the production of all valuable compounds from the same algal/cyanobacterial biomass obtained under autotrophic and heterotrophic cultivation conditions.