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Bactiless™ Rotwein

Weißwein

Roséwein

Für die Kontrolle der Bakterienpopulationen im Wein Bactiless™ ist 100% natürlicher Herkunft (aus Aspergillus niger) und somit frei von GMO und allergener Stoffe. Die spezielle Formulierung von Bactiless™ reduziert und beseitigt den Gehalt an Essig- und Milchsäurebakterien im Wein/Most ohne negativen Effekt auf die Hefepopulation. Durch die antibakterielle Wirkung kann die Anwendung von So2 zur mikrobiologischen Kontrolle von Milch- und Essigsäurebakterien verringert werden. Durch Bactiless™ können sensorisch negative Einflüsse hervorgerufen durch Bakterien wie Essigsäure oder biogener Amine vermieden werden.
Mannolees™ Rotwein

Weißwein

Improves wine quality by decreasing the perception of aggressive tannins, softening and increasing sweetness and mouthfeel/roundness perception. Pre-bottling MANNOLEESTM is a specific yeast mannoproteins preparation. Nowadays the consumer is demanding soft and round wines. A balance of sweetness, structure and astringency are key factors. In that context and considering the potential of yeast contribution beyond alcoholic fermentation (including aging on lees), mannoproteins have been investigated and their impact on wine sweetness was validated. Moreover, mannoproteins contribute to tartaric and proteic stability of wines.
No Brett Inside™ Rotwein

Weißwein

Roséwein

To fight against Brettanomyces and preserve the aromatic qualities of wines At the end of fermentation Brettanomyces bruxellensis are a threat to wine quality. These yeasts are capable of developing in difficult media (high alcohol, nutrient deficient and high SO2), at all stages of vinification, and are responsible for the production of undesirable aromatic compounds: volatile phenols (4-ethyl phenol, 4-ethyl guaiacol, and 4-ethyl catechol). These compounds give rise to the perception of disagreeable “animal-like” notes (leather, stable and barnyard) or pharmaceutical notes (Band-Aid® and medicinal). At low population levels (1 to 1000 CFU/mL), Brettanomyces constitute a threat, as they can produce these volatile phenols at any moment. Even when the concentrations of these phenols are weak or below perception thresholds, they can mask the wine’s varietal expression and intensity. In many regions, the volume of wine affected by Brettanomyces is significant. Currently, different preventive means are implemented to fight against Brettanomyces: - Good management of SO2 related to wine pH - Optimized alcoholic and malolactic fermentations - Lees management - Barrel hygiene and storage But these means are not always effective. No Brett Inside® represents an innovative and efficient tool for Brettanomyces control. No Brett Inside® is a natural polysaccharide extracted from a fungal source of chitin (Aspergillus niger). No Brett Inside® interacts to disrupt the Brettanomyces cell membrane causing elimination from the wine.
Noblesse® Developed in collaboration with the Institut Coopératif du Vin, France Rotwein

Weißwein

Roséwein

Mouthfeel increase and roundness Add to the must or toward the enf of fermentation The inactivated yeast cells of a popular ICV selected yeast are now available for sulfur compound prevention during fermentation and aging. NOBLESSE® also helps modify and stabilize the wine’s colloidal balance, resulting in: • Increased perception of ripe fruit • More intense structure, initial mouthfeel volume and rounded finish • Decreased perception of “sawdust/sap” in wines aged in new barrels • Decreased perception of harsh, chemical and burning sensations • Stimulation of malolactic fermentation. Dosage recommendation: Add 20-30 g/hL of NOBLESSE® to the must, or toward the end of fermentation.
Opti-Mum Red ™ Developped by Lallemand Rotwein

For rounder red wines with more intense color Beginning and end of fermentation OPTI-MUM RED™ is a new innovative product from Lallemand, that provides greater availability of polysaccharides in your wine. OPTI-MUM RED™ is a specific yeast autolysate, that combines the unique properties of wine yeast and the effects of mannoprotein extraction treatment (MEX), creating greater accessibility of polysaccharides in your must.
Opti-Red™ Developed by Lallemand Rotwein

For round and smooth tannins Add to must or toward the end of fermentation Opti-Red® is a unique natural yeast preparation that has undergone a specific preparation process to obtain a high level of polyphenol- reactive cell-wall polysaccharides. Using Opti-Red® in the must provides early high molecular weight polysaccharides availability for complexing with polyphenols as soon as the polyphenols are released and diffused. This early formation of polysaccharides-polyphenols complexes results in red wines with more intense colour, rounder mouthfeel and better tannin integration. Opti-Red® can be used alone or in conjunction with oenological maceration enzymes.
Opti-White™ Developed by Lallemand Weißwein

Roséwein

For Mouthfeel, color & aroma protection Add to must or toward the end of fermentation Opti-White® is a specific inactivated yeast with high antioxidant properties. Its application in white wines is patent pending. Using Opti-White® on the juice at the beginning of fermentation results in rounder mouthfeel and greater aromatic complexity in white wines. As its unique properties protect against oxidation of phenols and aromas, Opti-White® contributes to better color preservation and the aromatic freshness of white wines. Yeast cell wall components from Opti-White® will be solubilized during fermentation and aging. Mostly mannoproteins, these polysaccharides will have a very positive impact on mouthfeel, bringing more roundness to the wine. Their action will enhance the benefits of autolysis following alcoholic fermentation. Dosage recommendations: Add Opti-White® to the juice at 30-50 g/hL for a round mouthfeel contribution, antioxidative color protection and aromatic freshness. Add Opti-White® towards the end of fermentation at 20-30 g/hL for mouthfeel contribution and better integration of wood and alcohol.
Optilees Developed by Lallemand Rotwein

Weißwein

Near the end of fermentation or post fermentation Opti-LEES™ is a specific inactivated yeast developed and produced from a strain selected for its autolysis behavior and polysaccharides release. Applied towards the end of alcoholic fermentation, Opti-LEES™ helps the management of wine aging on lees, enabling a better control of lees quality and a quicker “aging” effect thanks to the release of polysaccharides content. Moreover a fraction of low molecular weight polysaccharides was characterized, which explains the impact observed on sweetness perception (From Fernando Zamora, Entretiens Scientifiques Lallemand, 2011).
OptiMUM White™ Developed by Lallemand Weißwein

Roséwein

Added early during fermentation OptiMUM-White is a new, specifi c natural yeast derivative rich in antioxidant properties (glutathione) and polysaccharides. Specific inactivated yeast rich in glutathione (GSH rich SIY) were developed for the protection of the quality of white and rosé wines against oxidation phenomena responsible for colour browning and loss of aromas. This innovation was first introduced by Lallemand (Patent N°WO/2005/080543) in 2003. Since then, our knowledge and experience has been enriched by several trials under various vintage conditions. More recently the production process of these GSH-rich SIY was optimized by Lallemand in order to improve the TRUE glutathione content and as a result Lallemand has replaced OptiWhite with OptiMUM-White. OptiMUM-white has nearly double the TRUE glutathione level when compared to its predecessor OptiWhite. • Added to the juice at the beginning of alcoholic fermentation, the unique properties of OptiMUM-White protect against oxidation. • In terms of aromatic quality, the wine better expresses and preserves the thiols and esters after one year of bottle aging. • Contributes to and enhances wine complexity and has a smoothing effect to bring more roundness to the wine.
Pure-Lees™ Longevity Developped in collaboration with INRA, France Weißwein

Roséwein

To protect against oxidation during aging or storage Add to the must/wine, towards the end of alcoholic fermentation As soon as alcoholic fermentation (AF) is complete, wine becomes very sensitive to oxygen. Oxidation mechanisms are responsible for the loss of fruit aromas and the appearance of heavy notes. Pure-Lees™ Longevity is a specific inactivated yeast developed in collaboration with INRA Montpellier in order to provide a tool to help wine resist oxidation during storage and aging. Pure-Lees™ Longevity relies on a high dissolved oxygen consumption capacity.
Reduless® Developed by Lallemand Rotwein

Weißwein

Sulphur defect management Add to finish wine REDULESS™ is a unique-yeast derived product formulated to reduce sulfur off-aromas and improve the overall wine quality. Sulfur off-aromas are common defects that are sometimes very difficult to remove or mask in wine, and can be the result of biological and non-biological factors that diminish the fruit and contribute to aggressive mouthfeel sensations. REDULESS™ has been developed for red and white wine treatment to: • Reduce H2S, DMS, DES and other sulfur-related defects in wine • Increase overall quality of the wines (more mouthfeel, fewer phenol-related off-flavors). Dosage recommendation: Add 10 to 15 g/hL, depending on the severity of the sulfur defect in the wine.
Reskue™ Developed by Lallemand Rotwein

Weißwein

Roséwein

Restart stuck alcoholic fermentations Add Reskue™ to the must about 2/3rd of AF to prevent sluggish fermentation or in case of a curative treatment on a stuck AF. Treat the stuck must prior to the restart. Grape must composition may have inhibiting toxic compounds that affect yeast viability and fermentative activity, and that are responsible for sluggish or stuck alcoholic fermentation. Inhibiting toxic compounds, such as Short and Medium Chain Fatty Acids (SMCFA) have been widely described for their inhibition of alcoholic fermentation. Actually, yeast cell-walls are commonly used to eliminate these SMCFA in order to enable a complete and steady fermentation. Pesticide residues (fongicide, herbicide, insecticide) can also seriously affect yeast viability and compromise the end of fermentation. Recent studies also showed that they can negatively impact the production of aromas (namely esters) and the wines fruit character (Noguerol-Pato et al, 2014). Reskue™ is a selected wine yeast cell-wall, well characterized at both biochemical and physical properties level, and possessing a high sorption capacity. Reskue™ is an efficient tool to remove SMCFA and pesticide residues.
White Style

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