Thermophilic YoFlex® culture that will produce yogurt with mild flavor, high viscosity and low post-acidification. Suitable for cup set, stirred and drinking yogurt.
Thermophilic YoFlex® culture that will produce yogurt with mild flavor, high viscosity and low post-acidification. Suitable for cup set, stirred and drinking yogurt.
Thermophilic YoFlex® culture that will produce yogurt with mild flavor, high viscosity and low post-acidification. Suitable for cup set, stirred and drinking yogurt.
The spores of PRB 6 HYP 5 D exhibit a blue-green colour.
The enzymatic system of PRB 6 HYP 5 D has two lipases: an alkaline lipase (optimum pH 8.00) and an acid lipase (optimum pH 6.50). Strong production of methyl ketones. Ability to grow at low oxygen tension (5%). However, good oxygenation stimulates sporulation and colouring.
PRB 6 HYP 5 D exhibits a response to NaCl (optimum 0 to 3%), pH (optimum pH 6.00, very insensitive between pH 4.00 and 7.00), and temperature (optimum 20-25°C, good growth at 8°C and inactive at 0°C).
Mesophilic/thermophilic cultures designed for the production of Alpine-type hard or semi-hard cheeses with a slightly open texture and a buttery flavour. The culture combines good fermentation activity with an enhanced ripening and flavour profile, thanks to its high biodiversity.
FLAV 54 LYO 5 D is a special adjunct for the Cheddar cheese production and its flavour enhancement, but also for other semi-hard cheese. A special adjunct which accelerates acidification and proteolysis, and which enhances strong and sweet flavour compounds.
FLAV 54 LYO 5 D strongly enhances the flavour release in Cheddar by way off a highly intense and sweet note, and accelerates proteolysis, reducing your ripening costs.
Rapid de-acidification of curd by metabolism of lactic acid due to rapid growth (24-48 hours) of a selected, easily controlled surface flora. Enzymatic activity is weak compared to Penicillium candidum, but aroma and flavour development is excellent. Enhances the implantation of Corynebacteria by neutralising the acid and producing growth stimulants. Enhances the final appearance of the cheese, reduced proteolysis (less ammonia) and contaminant control.
Rapid de-acidification of curd by metabolism of lactic acid due to rapid growth (24-48 hours) of a selected, easily controlled surface flora. Enzymatic activity is weak compared to Penicillium candidum, but aroma and flavour development is excellent. Enhances the implantation of Corynebacteria by neutralising the acid and producing growth stimulants. Enhances the final appearance of the cheese, reduced proteolysis (less ammonia) and contaminant control.
Protective culture with very slow and low acidification, forming lactic acid of the L(+) type, acetic acid and propionic acid. Furthermore, small amounts of other acids as well as diacetyle are formed. HOLDBAC® YM-B Plus LYO 100 DCU is added together with acidifying cultures and can improve the texture and/or flavour of fermented product.
HOLDBAC® YM-B Plus LYO 100 DCU has been shown to maintain product freshness throughout shelf-life and contribute to protect against some off-flavour development during storage and transportation. As can be proved, HOLDBAC® YM-B Plus LYO 100 DCU inhibits undesired microorganisms in a biological way, e.g. yeasts and moulds. The efficacy depends on strain and species and is influenced by the extent of the contamination.
Protective culture with slow to very slow acidification, producing L(+) type lactic acid, acetic acid and propionic acid. In addition, small amounts of other types of acids, such as diacetyl, are formed.
HOLDBAC® YM-B LYO 100 DCU is added to acidifying cultures and may improve the texture and/or taste of fermented products.
HOLDBAC® YM-B LYO 100 DCU has been shown to help maintain product freshness throughout its shelf life and protect against the development of undesirable flavors during storage and transportation.
As demonstrated, HOLDBAC® YM-B LYO 100 DCU biologically inhibits the growth of undesirable microorganisms, such as yeasts and molds and heterofermentative lactobacilli. Efficacy depends on the strains and species and is influenced by the extent of contamination.
Protective culture with very slow and low acidification forming lactic acid of the L(+) type, acetic acid and propionic acid. Furthermore, small amounts of other acids as well as diacetyle are formed.
As can be proved, HOLDBAC® YM VEGE LYO 100 DCU inhibits undesired microorganisms, e. g. yeasts and moulds through competitive exclusion exerted following a fermentation stage. The efficacy depends on strain and species and is influenced by the extent of the contamination.
Very slow acidifying homofermentative protective culture. HOLDBAC™ LC LYO 500 DCU produces L(+) lactic acid and breaks down small amounts of citrate into diacetyl and acetoin. It is highly salt-resistant.
HOLDBAC™ LC LYO 500 DCU biologically inhibits undesirable microorganisms (depending on the strains and species), such as leuconostocs, heterofermentative lactobacilli and enterococci.
Protective culture with very slow and low acidification forming lactic acid of the L(+) type, acetic acid and propionic acid. Furthermore, small amounts of other acids as well as diacetyle are formed. HOLDBAC® YM-B Plus LYO 500 DCU is added together with acidifying cultures and can improve the texture and/or flavour of fermented product. HOLDBAC® YM-B Plus LYO 500 DCU has been shown to maintain product freshness throughout shelf-life and contribute to protect against some off-flavour developement during storage and transportation.
As can be proved, HOLDBAC® YM-B Plus LYO 500 DCU inhibits undesired microorganisms in a biological way, e.g. yeasts and moulds. The efficacy depends on strain and species and is influenced by the extent of the contamination.
It is better to use GEO17 LYO 10 D in association with Penicillium Candidum.
Trend to reduce the thickness of cheese rind is to increase the dosage of GEO17 LYO 10 D to the detriment of Penicillium Candidum dosage.
Rapid de-acidification of curd by metabolism of lactic acid due to rapid growth (24-48 hours) of a selected, easily controlled surface flora.
Enzymatic activity is weak compared to Penicillium candidum, but aroma and flavour development is excellent.
Enhances the final appearance of the cheese: less dense 'felt' of the Penicillium surface flora, reduced proteolysis (less ammonia) and contaminant control.