Lactic Acid Bacteria in Sustainable Food Production

Молочнокислые бактерии в устойчивом производстве пищевых продуктов
Kamila Rachwał, Klaudia Gustaw
2024-04-17

biogas and bioplastic productionfermentation for food safetylactic acid bacteriaprobiotic propertiessustainable food production
The main tenets of the sustainable food production model are to reduce the adverse environmental impacts of production and to use available resources more efficiently. The sustainable food production model allows companies to adapt their strategies to current challenges and requirements while maintaining long-term production stability and competitiveness. To ensure that sustainable food chain participants implement appropriate practices, research is being conducted to develop new solutions. Among the important issues that are of great interest to researchers is the use of lactic acid bacteria (LAB). These bacteria play a pivotal role in sustainable food production, encompassing environmental, economic, and social aspects. The following article highlights recent innovations and advancements in LAB applications, contributing to enhanced efficiency and sustainable development of food products. By fermenting food, LAB effectively enhances food safety, prolong shelf life, and augment nutritional values, while simultaneously eliminating or outcompeting foodborne pathogens, thus preventing food poisoning. This article underscores these often-overlooked aspects of LAB, such as the critical role of fermented food in sustaining humanity during challenging times, by providing essential nutrients, and supporting health through its unique preservative and probiotic properties. It also points out the lesser-known applications of these microorganisms, including the degradation of organic waste or biogas and bioplastics production.
1
Fermented foods with LAB provide essential nutrients and probiotic benefits that help sustain human health during challenging times.
2
LAB fermentation enhances food safety, prolongs shelf life, and augments nutritional values while eliminating or outcompeting foodborne pathogens.
3
LAB have additional applications beyond fermentation, including degradation of organic waste and production of biogas and bioplastics.
4
Lactic acid bacteria (LAB) are pivotal for sustainable food production across environmental, economic, and social dimensions.
5
Research and innovations in LAB applications improve efficiency and support long-term production stability and competitiveness in food systems.

Lactic acid bacteria (LAB) in food production systems

Roles and applications of LAB for sustainable food production, including fermentation-driven food safety and shelf-life extension, nutritional enhancement, pathogen suppression, waste degradation, and biogas/bioplastic production

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2024-04-17
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Kamila Rachwał
Klaudia Gustaw
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