Aug 2026· Current Opinion in Biotechnology· Vol 101, pp.
103573
· 0 citations· 46 references
Medicine
Abstract
Microbial food, food and ingredients produced leveraging microorganisms, represents a promising pathway toward sustainable and nutritious food systems. Translation of microbial food to everyday life, however, has lagged behind because of economic feasibility, regulations, and public perception. Innovative solutions are awaited to address current bottlenecks of microbial food in feedstock supply, microbial diversity, infrastructure requirements, and societal acceptance. At this point, local fermented food, an indispensable part of sustainable local food systems over a long period of time, can provide clues for innovation. Here, taking Indonesian fermented foods as example cases, we discuss alternative strategies for microbial food development, including feedstock and microbial host diversification, decentralized production, and culinary transformation of microbial biomass. Integrating such lessons from the local traditional fermentation strategies can help drive the translation of microbial food to daily life and sustainable production and consumption of nutritious food for human and planetary health.
Precision fermentation (PF) has developed into an important food-biotechnology platform that employs engineered microorganisms to produce specific food ingredients, such as proteins, enzymes, flavour compounds, sweet proteins, and bioactive molecules, under controlled fermentation conditions. This review critically exa...
Biotechnology is becoming an innovation platform for food technology beyond traditional fermentation practices. Advances in synthetic biology, metabolic engineering, genome editing, precision fermentation, enzyme engineering, and microbial resource valorization now allow biological systems to be designed around specifi...
H. Nguyen· Scientia. Technology, Scienc...· 0 citations
The increasing generation of fruit waste represents a major environmental and economic challenge for the agri-food sector, while also offering significant opportunities for sustainable valorisation within the framework of the circular economy. Fruits rejected for cosmetic reasons, together with processing by-products,...
Inés Calvete-Torre, Samuel Breselge, J. Leech et al.· Current Research in Food Sci...· 0 citations
Abstract Over thousands of years, a wide variety of food fermentations in human diets have developed in different geographical regions, cultures, and traditions. The desirable conversions of food components that occur during fermentation rely on a diverse array of microorganisms, which interact with one another and wit...
A. E. Wittwer, I. N. Sumerta, Francesca Cristetti et al.· FEMS Yeast Research· 0 citations
Traditional fermented foods and culinary plants constitute complementary microbial and chemical biodiversity resources for food-process innovation. This narrative review critically synthesizes evidence from Bulgarian and French food systems as complementary case studies. It evaluates lactic acid bacteria (LAB) and yeas...
Mari-Kristin Nemska, P. Zapryanova, M. Pavlova et al.· Processes· 0 citations
Traditional fermented foods are important reservoirs of wild microorganisms with technological, sensory, protective, and functional potential. However, the performance of these isolates in controlled or compositionally different food matrices remains fragmented across microbial groups and food systems. This systematic...
Andrea Sandoval-López, Dulce Velásquez-Reyes, José Nabor Haro-González· Applied microbiology· 0 citations
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