Ingredients

The culture is designed to be used as an adjunct, in combination with a Vega starter or probiotic culture, in production ofthe fermented plant-based alternatives.

Vega Boost LH has been carefully selected for its potential to improve acidification time, and has effect on taste and flavor.

The effect is base dependent and cannot be generalized.

The culturecan be used as a single adjunct culture, or combined with other Vega Boost cultures.

Thermophilic lactic acid culture.

This culture has been produced without the use of dairy derived ingredients in any part of the production steps.

The culture is manufactured in an environment where dairy ingredients are handled.

The culture is used in the production of yoghurt products such as drinking or stirred, made from dairy alternatives.

Thermophilic lactic acid culture.

The culture is a defined single strain with a long history of safe use.

Substantial clinical documentation on possible health benefits are avaliable upon request and likewise are certificates of identification and certificates of safety and origin.

BB-12 is a registred trademark of Chr.Hansen.

This culture has been produced without the use of dairy derived ingredients in any part of the production steps.

The culture is manufactured in an environment where dairy ingredients are handled.

However, the process equipment is cleaned according to our GMP standard before production of this culture.

The culture is designed to be used as an adjunct, in combination with a Vega starter or probiotic culture, in production of the fermented plant-based alternatives.

Vega Boost LP has been carefully selected for its potential to improve acidification time, and has effect on taste and flavor.

The effect is base dependent and cannot be generalized.

The culture can be used as a single adjunct culture, or combined with other Vega Boost cultures.

This culture has been produced without the use of dairy derived ingredients in any part of the production steps.

The culture is manufactured in an environment where dairy ingredients are handled.

The culture is used in the production of drinking, stirred or set fermented products made from dairy alternatives.

The dairy alternative base should have a pH ?

7 to ensure sufficient activity of the culture and it should contain enough fermentable sugar to reach pH 4.5 in the final product.

Fermentation temperature should be 38 C 43 C.

The final product should be stored at 8 C.

The maximum shelf life of the final product is 60 days at 4 C or 28 days at 8 C.

This culture has been produced without the use of dairy derived ingredients in any part of the production steps.

The culture is manufactured in an environment where dairy ingredients are handled.

The culture is used in the production of drinking, stirred or set fermented products made from dairy alternatives.

The dairy alternative base should have a pH ?

7 to ensure sufficient activity of the culture and it should contain enough fermentable sugar to reach pH 4.5 in the final product.

Fermentation temperature should be 38 C 43 C.

The final product should be stored at 8 C.

The maximum shelf life of the final product is 60 days at 4 C or 28 days at 8 C.

The culture is designed to be used as an adjunct, in combination with a Vega starter or probiotic culture, in production of the fermented plant-based alternatives.

Vega Boost PA has been carefully selected for its potential to improve acidification time, and has effect on taste and flavor.

The effect is base dependent and cannot be generalized.

The culture can be used as a single adjunct culture, or combined with other Vega Boost cultures.

This culture has been produced without the use of dairy derived ingredients in any part of the production steps.

The culture is manufactured in an environment where dairy ingredients are handled.

The culture is used in the production of drinking, stirred or set fermented products made from dairy alternatives.

The dairy alternative base should have a pH ?

7 to ensure sufficient activity of the culture and it should contain enough fermentable sugar to reach pH 4.5 in the final product.

Fermentation temperature should be 38 C 43 C.

The final product should be stored at 8 C.

The maximum shelf life of the final product is 60 days at 4 C or 28 days at 8 C.

Natamycin, the active ingredient in Nataseen -W, is a fungicide of the polyene macrolide group produced by natural strains of Streptomyces natalensis or of Streptococcus lactis, it is especially effective against yeasts and moulds.

Nataseen -W is Natamycin suspension product.

Natural antimicrobial preservative, against yeasts and moulds.

It is effective in a variety of applications including surface treatment of cheese, coatings and suspensions and spraying onto shredded cheese, surface treatment of processed meat and fish products, direct addition to yoghurt, sour cream, cream cheese and cottage cheese, direct addition to fruit juices and fruit pulp, canned foods, quick frozen lobster, fish pastes, fish roe and spawn.

Natamycin, the active ingredient in Nataseen -H, also known as pimaricin, is a fungicide of the polyene macrolide group produced by natural strains of Streptomyces natalensis or of Streptococcus lactis, it is especially effective against yeasts and moulds.

Nisin, the active ingredient in Niseen -S10, is a natural protective ingredient consists of several closely related polypeptides used to prevent spoilage and extend shelf life of various foods by inhibiting Grampositive spoilage and pathogens.

Natamycin, the active ingredient in Nataseen -S, also known as pimaricin, is a fungicide of the polyene macrolide group produced by natural strains of Streptomyces natalensis or of Streptococcus lactis, it is especially effective against yeasts and moulds.

Epsiliseen -H delivers broad antimicrobial effect against moulds, yeasts, Gram-positive and especially Gram-negative bacteria, with active natural ingredient ?

-Polylysine.

It is suitable for versatile applications in food, feed, cosmeceutical and pharmaceutical industry.

Natamycin, the active ingredient in Nataseen -WP, also known as pimaricin, is a fungicide of the polyene macrolide group produced by natural strains of Streptomyces natalensis or of Streptococcus lactis, it is especially effective against yeasts and moulds.

Nataseen -WP is a new formula with much better performance than traditional Natamycin products.