The liquid equivalent of universal beer agar, designated universal beer liquid medium, and its beer-free equivalent, universal liquid medium (UL), were equally effective in demonstrating bacterial contamination in 120 of 200 samples from different stages of a commercial brewing process. Growth of the contaminants after 3 days was consistently more luxuriant in the UL medium. A yeast-water substrate medium failed to reveal many contaminants detected with UL in 392 samples from three breweries and revealed only a few not detected with UL. The use of UL and a lactose-peptone medium, with microscope examination of the media for bacterial growth, permitted detection of 93% of the known contaminants compared to 87% detected with UL alone; this co...
Beer is generally a hostile environment for most microorganisms rendering it safe in terms of food-b...
Lactic acid bacteria of the genera Lactobacillus and Pediococcus, acetic acid bacteria, enterobacter...
Investigations were conducted at a microbrewery to check for presence of microbial biofilms in equip...
Although beer is a relatively safe product, growth of spoilage microorganisms can cause economic dam...
Contamination of brewing process by spoilage organisms may lead to production problems and quality d...
Current cultivation-based methods used by most breweries for microbiological quality control reveal ...
Quality control procedures were monitored in a number of Czech breweries. All Gram positive bacteria...
The presence of inhibitors, such as hop compounds, alcohol, carbon dioxide, and sulfur dioxide, as w...
Microbiological contamination of immobilized yeast bioreactors for lagering of beer was studied. Fou...
Process hygiene plays a major role in the production of high quality beer.Knowledge of microorganism...
Microbial spoilage of alcohol-free and low-alcohol beers, beer-mixed beverages, and soft drinks is m...
Microbiological risk management is essential in the production of high-quality beer since quality de...
Cultivation methods for the detection of bacteria in beer, although simple and sensitive, are time-c...
Different methods are used to follow the microbial populations during beer fermentation and maturati...
This work was done in an ethanol production plant, its propose being to study contaminating bacteria...
Beer is generally a hostile environment for most microorganisms rendering it safe in terms of food-b...
Lactic acid bacteria of the genera Lactobacillus and Pediococcus, acetic acid bacteria, enterobacter...
Investigations were conducted at a microbrewery to check for presence of microbial biofilms in equip...
Although beer is a relatively safe product, growth of spoilage microorganisms can cause economic dam...
Contamination of brewing process by spoilage organisms may lead to production problems and quality d...
Current cultivation-based methods used by most breweries for microbiological quality control reveal ...
Quality control procedures were monitored in a number of Czech breweries. All Gram positive bacteria...
The presence of inhibitors, such as hop compounds, alcohol, carbon dioxide, and sulfur dioxide, as w...
Microbiological contamination of immobilized yeast bioreactors for lagering of beer was studied. Fou...
Process hygiene plays a major role in the production of high quality beer.Knowledge of microorganism...
Microbial spoilage of alcohol-free and low-alcohol beers, beer-mixed beverages, and soft drinks is m...
Microbiological risk management is essential in the production of high-quality beer since quality de...
Cultivation methods for the detection of bacteria in beer, although simple and sensitive, are time-c...
Different methods are used to follow the microbial populations during beer fermentation and maturati...
This work was done in an ethanol production plant, its propose being to study contaminating bacteria...
Beer is generally a hostile environment for most microorganisms rendering it safe in terms of food-b...
Lactic acid bacteria of the genera Lactobacillus and Pediococcus, acetic acid bacteria, enterobacter...
Investigations were conducted at a microbrewery to check for presence of microbial biofilms in equip...