This publication is a sequel to the study Microbiology of brewing – bacteria of the genera Bacillus, Brevibacillus and Paenibacillus and cultivation methods for their detection – part 1 (Brožová et al.: Kvasny Prum., 64(2): 50-57, 2018). We monitored the growth of 5 brewery significant strains of the genera Bacillus, Brevibacillus and Paenibacillus on solidified culture media. The publication contains photographic documentation of bacterial colonies and the use of culture media in the laboratory of brewing operations is discussed
The content of oxygen is one of the main factors affecting microbiological stability of beer. The cu...
Lactic acid bacteria of the genera Lactobacillus and Pediococcus, acetic acid bacteria, enterobacter...
Microbial-based products are a promising alternative to agrochemicals in sustainable agriculture. Ho...
Bacteria of the genus Bacillus are often detected in brewing operations, but they rank among less ha...
Signifi cant brewery species of micrococcus were reclassifi ed to the genus Kocuria: Kocuria kristin...
In most cases, the Clostridium species rank among the sporogenic obligate anaerobes, which are sensi...
The aim of this project was to investigate how Bacillus can survive in the finished beer. This was e...
Strictly anaerobic bacteria capable of spoiling beer or contaminating brewer's yeast belong to the g...
Beer is one of the world's most ancient and widely consumed fermented alcoholic beverages produced w...
Bacteria-spoilage strains are the root cause of unwanted flavors and unaesthetic appearances of beer...
Certain bacteria have acquired the ability to survive and even grow in beer, despite the antimicrobi...
Lactobacillus brevis is the most frequently detected lactic acid bacteria in spoiled beer. With phen...
The occurrence of beer spoilage bacteria belonging to the genera Pectinatus and Megasphaera in ten ...
The Enterobacterales order contains 7 families with more than 40 bacterial genera which are isolated...
The three Bacillus species isolated from petroleum refinery waste were examined for antifungal activ...
The content of oxygen is one of the main factors affecting microbiological stability of beer. The cu...
Lactic acid bacteria of the genera Lactobacillus and Pediococcus, acetic acid bacteria, enterobacter...
Microbial-based products are a promising alternative to agrochemicals in sustainable agriculture. Ho...
Bacteria of the genus Bacillus are often detected in brewing operations, but they rank among less ha...
Signifi cant brewery species of micrococcus were reclassifi ed to the genus Kocuria: Kocuria kristin...
In most cases, the Clostridium species rank among the sporogenic obligate anaerobes, which are sensi...
The aim of this project was to investigate how Bacillus can survive in the finished beer. This was e...
Strictly anaerobic bacteria capable of spoiling beer or contaminating brewer's yeast belong to the g...
Beer is one of the world's most ancient and widely consumed fermented alcoholic beverages produced w...
Bacteria-spoilage strains are the root cause of unwanted flavors and unaesthetic appearances of beer...
Certain bacteria have acquired the ability to survive and even grow in beer, despite the antimicrobi...
Lactobacillus brevis is the most frequently detected lactic acid bacteria in spoiled beer. With phen...
The occurrence of beer spoilage bacteria belonging to the genera Pectinatus and Megasphaera in ten ...
The Enterobacterales order contains 7 families with more than 40 bacterial genera which are isolated...
The three Bacillus species isolated from petroleum refinery waste were examined for antifungal activ...
The content of oxygen is one of the main factors affecting microbiological stability of beer. The cu...
Lactic acid bacteria of the genera Lactobacillus and Pediococcus, acetic acid bacteria, enterobacter...
Microbial-based products are a promising alternative to agrochemicals in sustainable agriculture. Ho...