2026 September - 7 articles
Aspergillus species combine eukaryotic protein processing, efficient secretion, and established industrial fermentation, making them important hosts for enzymes, food proteins, and natural products. However, heterologous production is jointly determi...
Algae biomass and cellular exudated compounds have several biotechnological applications in various areas, such as agriculture, pharmaceutical, human and animal feed, and bioenergy, among others. However, many of these applications have not been deve...
Cyanobacteria offer a sustainable and environmentally friendly method of light-driven biosynthesis of chemicals with minimal environmental impact, making them an extremely attractive proposition in alleviating society’s dependency on fossil fue...
Marine macroalgae represent abundant, renewable reservoirs of structurally unique bioactive compounds, such as sulfated polysaccharides, phlorotannins, and carotenoids, with immense potential for sustainable functional foods. However, their industria...
Industrial bioprocesses remain constrained by their limited ability to monitor intracellular events in real time. Most rely on external measurements—nutrient or metabolite levels in the culture medium—that provide only delayed and indirec...
The production of multiple proteins using a single open reading frame (sORF)/polyprotein system is a powerful strategy for coordinated multi-protein expression in eukaryotes. The most widely used approach relies on 2A peptides, but conventional 2A sy...
Many species of actinomycete bacteria synthesise glycosylated polyene macrolides that have potential as antifungal drugs. The sugar residues of these compounds have profound effects on potency, toxicity and water-solubility. The medically important a...
