Products

Promod® 517MDP is a highly active exopeptidase with broad specificity. It can be used to achieve >40% degree of hydrolysis (DH) in casein protein. Enzymatic hydrolysis of casein can be used to hydrolyse casein proteins into smaller peptides increasing its solubility and improving digestibility. The extensively hydrolysed protein increases the potential suitability for use in products for individuals with a cow’s milk allergy.

Promod® 903MDP is a protease particularly suited for manufacture of EMCs where sharp protein notes are required. Promod® 903MDP can be used on its own or in combination with Biocatalysts' dairy lipases (Lipomod® products). Promod® 903MDP generates a sharp (aged cheese) savory taste in EMC applications.

Promod® 845MDP is a protease particularly suited for the manufacture of EMCs where creamy protein notes are required. The exopeptidases present in this product result in the removal of any bitter peptides. Promod® 845MDP can be used on its own or in combination with Biocatalysts' dairy lipases (Lipomod® products). Promod® 845MDP generates cooked, caramel and nutty flavors with very low bitterness; producing a creamy savory taste in EMC application.

Promod® 782MDP is actively used to decrease bitterness and produce good tasting whey protein hydrolysates. A whey protein hydrolysate that is bland and non-bitter is ideal for adding to beverages and powdered mixes without detrimentally affecting the flavor of the end product. The bland flavor of the whey protein hydrolysate allows it to be added at higher concentrations in the end application without the need for addition of bitter masking agents.

Promod® 523MDP can be used to hydrolyse whey protein to produce a highly digestible whey protein hydrolysate that is suitable for use in infant formula. It can be used to efficiently hydrolyse beta-lactoglobulin. It is a non-animal product and therefore is suitable for products destined for Halal, Kosher and vegetarian markets.

Promod® 439L is a high performing protease that can be used to efficiently hydrolyse whey protein to produce a highly digestible heat stable whey protein hydrolysate. It can be used to efficiently hydrolyse both alpha-lactoalbumin and beta-lactoglobulin.

Promod® 215MDP is a protease particularly suited for manufacture of EMCs where proteins notes are required without the associated bitterness. The exopeptidases present in this product result in the removal of any bitter peptides produced by action of the endopeptidase. When combined with our Lipomod® products Promod® 215MDP gives a full cheese flavor with fatty acid and protein notes.

Promod® 144GL-ULS100TU is an ultra-low sulphite botanical protease. It can be widely used to modify protein functionality in food systems. It is useful for pre-trea®ents in production of fermented sauces, is a well proven aid to meat tenderisation and can also be used to co-precipitate proteins in chill proofing of beers.

Promod® 184MDP is a bromelain product with a long history of use in protein modification. This high performance neutral protease can be used in applications where vegetable, milk or animal protein breakdown is required. It is non-animal and therefore is suitable for food products destined for kosher, halal and vegetarian markets.

Promod® 192P is a microbially derived acid protease. It is useful for modification, control and development of flavor alone or where proteases have been previously used and generated bitter peptides, for example, in production of vegetable protein hydrolysates.

Promod® 24L is a broad spectrum protease for use in the mild acid to neutral pH range. Since it is microbial in origin it is suitable for use in vegetarian products and is a good replacement for pancreatic proteases. It has good synergy with plant proteases and also contains glucanase side activity.

Promod® 324L is a high performance protease. Applications include the initial hydrolyses of animal proteins, solubilisation of protein wastes, the cleaning of equipment fouled by proteins and the extraction of chondroitin sulfate from collagenous material such as trachea.