Wine buyers, consumers and importers are increasingly concerned with the biogenic amines level in wine.
Selected wine bacteria, as well as Bactiless™ are the most efficient and natural solutions to prevent the production of biogenic amines.

In wines, unexpected aromatic treasures can be hidden, which run the risk of not being properly valued. To reveal the aromatic potential of a wine and highlight the grape varietal characteristics, the use of an ad hoc enzyme can be an effective and simple solution.
Using LALLZYME BETA™ helps you win the treasure hunt for aromas in your wine!

How to manage the oxidative risk all along the winemaking process?

Grape compounds such as pectin, hemicelluloses, celluloses and glucans can impact the winemaking process, cause product loss and increase costs and time.
Specific enzymes such as pectinases, hemicellulases, cellulases and β-glucanases can help overcome these problems resulting in a smoother and more efficient process.
Glycosidases are specific enzymes able to increase the primary aroma of wine. Typically, oenological enzyme preparations include a mix of several synergic activities in order t...

Studies of microbiological impact on aroma profile in wine have recently shown that Lactic Acid Bacteria (LAB) can have just as profound a sensory impact as yeast (Silvano, 2019), yet little research has focused on end-user perception of these differences, in white and red wines.

This paper presents a research work carried out in collaboration with the University of Burgundy, which has highlighted the impact of a new specific inactivated yeast developed for the protection of musts and wines against oxidation.

This results from the application of an optimized production process to a unique strain of Saccharomyces cerevisiae yeast to maximize the biosynthesis and accumulation of intracellular glutathione and other compounds of interest.

Non-targeted metabolomic char...

The wine world has changed vastly in the last six months due to COVID-19, and has affected all parts of the distribution network, from producer all the way to consumer, and everything in between.

Lallemand Oenology organized a webinar to try to understand from a market point of view how things are shaping up, how the wine market is affected and what is next. Four experts in the field participated to this exclusive event. Sam Harrop MW and consultant in Spain, Chile, Japan and New Zealand, Ja...

Juice stabulation is a newly famous winemaking technique. It was first used by winemakers in Gascony a couple of decades ago, but it is its recent adoption by rosé winemakers in Provence that has given this way of making wine more attention.

A new spanish study performed in collaboration with technical institutes investigates the effects of co-inoculation ( inoculation of wine bacteria 24 hours after yeast addition)  with two different  wine bacteria Oenococcus oeni  (PN4 and OMEGA under MBR form , from Lallemand oenology)  on the kinetics of malolactic fermentation (MLF), wine chemical composition, and organoleptic characteristics in comparison with spontaneous MLF in Tempranillo grape must from Castilla-La Mancha (Spain).

In a collaborative study conducted with the ICV Group, Montpellier Supagro and the INRA Montpellier (through a PhD focusing on the genetic basis of sulfur production by yeast to identify the molecular determinants involved in the yeast’s SO₂ metabolism, carried out in 2011 by Jessica Noble with Bruno Blondin, from the INRA Montpellier as PhD supervisor), Lallemand Oenology identified, through an innovative QTL approach, the molecular basis of SO₂ production in yeast to eventually be able to re...