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GUMINASE-P is a mixture of fungal ß-glucanases, pentosanases, amylases and endoproteases selected to improve the wort extract yield and the wort filtration rate when brewing with raw wheat or raw barley. PURPOSES To increase the wort extract yield by degrading the cell wall constituents improving the starch granules gelatinisation and allowing amylases to reach easier their substrate when brewing with high levels of raw wheat or barley. To improve the wort filtration rate by hydrolysing ß-glucans and pentosanes. TEMPERATURE Optimum 45-55°C. pH EFFECT Optimum pH between 4,5 and 6,5. APPLICATION Guminase P is added in the beginning of the mash. AVAILABILITY Powder form in plastic or cardboard drums of 25-50 kg. EXAMPLES 100% raw wheat brewing using exogenes amylases, and Guminase P (rates: % w/w enzyme/wheat grains). Maltosylase Liquamyl Guminase PExtract Yield (%) Total sugars (g/100 ml)* Maltose (%) Maltotriose (%) Glucose (%) Free Amino Nitrogen (ppm)* Filtration rate 0,1% (w/w)... Maltosylase Liquamyl Guminase PExtract Yield (%) Total sugars (g/100 ml)* Maltose (%) Maltotri:Maltosylase Liquamyl Guminase PExtract Yield (%) Total sugars (g/100 ml)* Maltose (%) Maltotri

L’objectif d’un minéral est d’associer en quantité et en qualité les éléments indispensables au bon fonctionnement du métabolisme bovin. L’optimisation de la valorisation de la prise de minéraux passent par l’utilisation d’ un minimum de chélates*. Un minéral entièrement composé de Sulfates ne peut pas garantir une valorisation suffisante. ​ Un bon rapport sulfateschélates permet d’obtenir de bons résultats en gardant un coût abordable. * On appelle chélateur une substance formée de molécules qui se lient étroitement à des atomes de métal (des minéraux). Cette technique permet d’optimiser la valorisation du minéral.

DESATASE is an amylolytic preparation (EC 3.2.1.41, pullulan 6-glucano-hydrolase) which catalyzes the hydrolysis of the alpha-1,6 linkages of amylopectine allowing to reach higher maltose yields in combination with maltogenic amylases. PURPOSES To increase the malt diastasic power by enhancing the malt native ß-amylase action. To increase the fermentability of wort (apparent attenuation limit). Some 25% of the total carbohydrate of wort is unfermentable. The addition of Desatase in combination with maltogenic amylases like Maltosylase to the fermenter converts the unfermentable dextrins to maltose which in turn is fermented to alcohol giving an apparent attenuation higher than 100% without loss of palate fullness or head retention. At the same alcohol concentration as a normal attenuated beer the super-attenuated beer will have required 25% less of raw material. See Attenuation Modulation. TEMPERATURE Optimum 55-60°C. The enzymatic components are deactivated in beer (pH 4,2)...