Journal of Applied Bacteriology · 1991 · 22 citations · 5 references
AgricultureBiotechnologyMicrobiologyBacteriologyMicrobial GeneticsWine MicrobiologyAcetic Acid BacteriaAcetic Acid FermentationMicrobial AnalysisMicrobial Ecology Of WineWine FermentationWine Fermentation MicrobiologyAcidification DynamicsCider MicrobiologyIndustrial Vinegar FermentationIndustrial Vinegar ProductionPlasmid EvolutionPlasmid IsolationPlasmid Sequence AnalysisWine Fermentation Conditions
The fermentation in industrial high acid submerged fermenters of wine, spirit or cider into vinegar was investigated by direct analysis of the plasmid patterns of the acetic acid bacteria involved. The strains were different in all samples. One strain from a red wine acetator was isolated by the double layer agar technique and proved to be the main fermenting organism. After inoculation of an acetator with this strain, the initiation of acidification was accelerated. Inoculation with spirit vinegar organisms led to immediate acidification. The spirit vinegar organisms were outnumbered after 12 d by fortuitously‐occurring, highly adapted red wine vinegar bacteria. Over‐oxidation was due to physiological regulation, a genetical change by plasmid loss or occurrence of new organisms was not observed.
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Molecular Cloning. A Laboratory Manual
EJ Wood · Biochemical Education · 1983 · 30.6K citations
Etsuzo ENTANI, Shouji Ohmori, Hiroshi Masai et al. · The Journal of General and Applied Microbiology · 1985 · 108 citations · Full text