Heterologous expression of cyanobacterial compounds of analytical and therapeutic value. The project team has previously discovered the genetic basis for toxin production in cyanobacteria and algae. This project aims to define the biochemical pathways of the unique biosynthetic enzymes involved in alkaloid and cyclic peptide toxin production in these microorganisms. Via the development of large-gene cloning strategies, the toxins will be produced in a stable, sustainable and secure fermentation ....Heterologous expression of cyanobacterial compounds of analytical and therapeutic value. The project team has previously discovered the genetic basis for toxin production in cyanobacteria and algae. This project aims to define the biochemical pathways of the unique biosynthetic enzymes involved in alkaloid and cyclic peptide toxin production in these microorganisms. Via the development of large-gene cloning strategies, the toxins will be produced in a stable, sustainable and secure fermentation system. These compounds will be critical for standardising toxin detection methods in water supplies globally and for assessing their bioactivities in humans and other animals. Research students and the industry partner will also be trained to apply these novel biotechnologies for the production of other drug-like molecules.Read moreRead less