The bacteriocin family is the most abundant and diverse group of bacterial defenses. Key information about their evolutionary history and ecological role is emerging from molecular evolutionary studies. The more we learn about this fascinating family of toxins, the greater seems their potential to solve human health and agriculture challenges
© 2019, The Author(s). Bacteria often produce antimicrobial toxins to compete in microbial communiti...
Pseudomonas is a metabolically versatile genus that has acquired several antagonism-mediating mechan...
Lactobacilli constitute a large genus of Gram-positive lactic acid bacteria which have widespread ro...
The bacteriocin family is the most abundant and diverse group of bacterial defenses. Key information...
Bacteriocins are an abundant class of antimicrobial molecules that appear to mediate population dyna...
A key property of many antibiotics is that they will kill or inhibit a diverse range of microbial sp...
A variety of empirical and theoretical studies have demonstrated the significant role that the produ...
This commentary was aimed at shedding light on the multifunction of bacteriocins mainly those produc...
Bacteria produce a wide arsenal of toxic compounds in order to kill competing species. Bacteriocins,...
Bacteria have evolved an arsenal of antimicrobial peptides and proteins to compete with each other. ...
Bacteriocins are the most abundant and diverse defense systems in bacteria. As a result of the speci...
Understanding the conditions that favour the evolution and maintenance of spiteful bacteriocin produ...
As antibacterial compounds, bacteriocins have always lived in the shadow of those medically importan...
Evolutionary arms race plays a major role in shaping biological diversity. In microbial systems, com...
Bacteriocin has proved its potential as an alternative therapeutic molecule. The discovery of bacter...
© 2019, The Author(s). Bacteria often produce antimicrobial toxins to compete in microbial communiti...
Pseudomonas is a metabolically versatile genus that has acquired several antagonism-mediating mechan...
Lactobacilli constitute a large genus of Gram-positive lactic acid bacteria which have widespread ro...
The bacteriocin family is the most abundant and diverse group of bacterial defenses. Key information...
Bacteriocins are an abundant class of antimicrobial molecules that appear to mediate population dyna...
A key property of many antibiotics is that they will kill or inhibit a diverse range of microbial sp...
A variety of empirical and theoretical studies have demonstrated the significant role that the produ...
This commentary was aimed at shedding light on the multifunction of bacteriocins mainly those produc...
Bacteria produce a wide arsenal of toxic compounds in order to kill competing species. Bacteriocins,...
Bacteria have evolved an arsenal of antimicrobial peptides and proteins to compete with each other. ...
Bacteriocins are the most abundant and diverse defense systems in bacteria. As a result of the speci...
Understanding the conditions that favour the evolution and maintenance of spiteful bacteriocin produ...
As antibacterial compounds, bacteriocins have always lived in the shadow of those medically importan...
Evolutionary arms race plays a major role in shaping biological diversity. In microbial systems, com...
Bacteriocin has proved its potential as an alternative therapeutic molecule. The discovery of bacter...
© 2019, The Author(s). Bacteria often produce antimicrobial toxins to compete in microbial communiti...
Pseudomonas is a metabolically versatile genus that has acquired several antagonism-mediating mechan...
Lactobacilli constitute a large genus of Gram-positive lactic acid bacteria which have widespread ro...
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