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Oenomag – Managing acidity and alcohol in wine and low SO2 producing yeasts.Learn about a new, patented yeast selection technique, and the first wine yeast selected within the Saccharomyces cerevisiæ species for its natural ability to significantly acidify must during fermentation Oenomag ENG
May 3, 2018
Co-inoculation of selected wine bacteriaThe advantages of co-inoculation are numerous, such as ensuring a faster more secure process and reducing time for the MLF. Co-inoculation is an important modulator in sensory development, and it helps limit the development of spoilage microorganisms and thus limits off […]
Aug 30, 2017
Co-inoculation of selected wine bacteriaThe advantages of co-inoculation are numerous, such as ensuring a faster more secure process and reducing time for the MLF. Co-inoculation is an important modulator in sensory development, and it helps limit the development of spoilage microorganisms and thus limits off […]
Aug 30, 2017
The Fermentation of Fructose in WinemakingGlucose and fructose are the main fermentable sugars in wine must. During alcoholic fermentation, yeast convert most of the glucose and fructose present into alcohol and CO2. Saccharomyces cerevisiae is a glucophilic yeast, preferring glucose over fructose. This issue of […]
Jun 9, 2017
A new concept of Lactobacillus plantarum in high pH winesThis edition of the Winemaking Update presents the latest findings on the use of Lactobacillus plantarum wine bacteria based on new concepts for achieving MLF and for limiting the growth of indigenous flora and possible harmful wine microbes WUP No […]
Jun 2, 2017