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Ammonia-Producing Microbe Suppression Through Competitive Exclusion

Agricultural Microbiology

Fermentation Microbes for Silage Production

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Lactic Acid Bacteria Genomic Diversity in Silage Ecosystems Bacteriophage-Bacterial Host Interactions During Silage Fermentation Secondary Metabolite Production by Silage Inoculant Microorganisms Enzymatic Activity Profiles of Mixed Microbial Consortia in Silage Oxygen Depletion Dynamics and Facultative Anaerobe Succession Patterns Mycotoxin Degradation Capacity of Aerobic and Anaerobic Silage Microbes Quorum Sensing Regulation of Bacterial Metabolism in Silage Microbiomes Plant-Microbe Chemical Interactions and Fermentation Initiation Mechanisms Epigenetic Plasticity and Gene Expression Variation in Silage Fermentation Communities

Agricultural Microbiology › Fermentation Microbes for Silage Production

Ammonia-Producing Microbe Suppression Through Competitive Exclusion

This research identifies and characterizes the antimicrobial mechanisms by which specific lactic acid bacteria outcompete proteolytic clostridia and other nitrogen-degrading organisms. The findings contribute fundamental knowledge about microbial competition theory and inform the design of targeted inoculant formulations that minimize nitrogen losses in silage.

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