Collagenase Recipe

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Meat tenderness is a very important quality attribute by which consumers judge the quality. Studies show that softening of meat is mainly associated with the integrity of myofibrillar proteins or connective tissues. Softening meat through enzymes has been subject of many experiments and emerges as a powerful and easy to use technique to add value to beef, arousing consumer interest.

Lineweaver Burk Plots Of Collagenase Inhibition By Hyperoside....

Tender meat is often expensive, so tough meat is used as a replacement. But to give the same feeling of tender meat, tenderizers are needed. The use of exogenous proteases (plant and microbial) to improve meat tenderness has attracted much interest recently, in Brazil, to add value to lower-grade meat for salted and sun dried beef (charque).

The enzymes most widely used for this application are the enzymes obtained from plants and microbial proteases derived from Aspergillus species and have regulatory approval for meat softening, and has been used in various forms such as marinades, brine injection into the animal vascular system or incorporation in various seasonings.

Currently, one of the segments in which the food industry can benefit from the application of enzymes is the sector of semi-ready dishes or convenience products.

Collagenase For General Use, Type I, 0.25 1.0falgpa U/mg Solid, = 125cdu/mg Solid 9001 12 1

Many extractive plant enzymes (papain, bromelain, ficin), and mostly recently protease from kiwifruit (actinidin) and ginger (zingibain) have been studied as meat tenderizers. These proteases, however, have not been adopted at an industrial level as their strong hydrolysis of meat proteins can lead to the generation of undesireable changes in texture and flavor.

Application by spray or injection of a collagenase enzyme (3.4.24.3) preparation from liquid culture of a strain of Streptomyces have shown softening activity even after long periods of storage in freezer. The enzyme is ideal for beef, pork and chicken preparations. Collagenase application enhance meat juiciness, decrease bitterness that is associated with meats treated with traditional proteases, and tenderization without the need to precisely control the reaction to stop over-tenderization.

Tender meat is often expensive, so tough meat is used as a replacement. But to give the same feeling of tender meat, tenderizers are needed. The use of exogenous proteases (plant and microbial) to improve meat tenderness has attracted much interest recently, in Brazil, to add value to lower-grade meat for salted and sun dried beef (charque).

The enzymes most widely used for this application are the enzymes obtained from plants and microbial proteases derived from Aspergillus species and have regulatory approval for meat softening, and has been used in various forms such as marinades, brine injection into the animal vascular system or incorporation in various seasonings.

Currently, one of the segments in which the food industry can benefit from the application of enzymes is the sector of semi-ready dishes or convenience products.

Collagenase For General Use, Type I, 0.25 1.0falgpa U/mg Solid, = 125cdu/mg Solid 9001 12 1

Many extractive plant enzymes (papain, bromelain, ficin), and mostly recently protease from kiwifruit (actinidin) and ginger (zingibain) have been studied as meat tenderizers. These proteases, however, have not been adopted at an industrial level as their strong hydrolysis of meat proteins can lead to the generation of undesireable changes in texture and flavor.

Application by spray or injection of a collagenase enzyme (3.4.24.3) preparation from liquid culture of a strain of Streptomyces have shown softening activity even after long periods of storage in freezer. The enzyme is ideal for beef, pork and chicken preparations. Collagenase application enhance meat juiciness, decrease bitterness that is associated with meats treated with traditional proteases, and tenderization without the need to precisely control the reaction to stop over-tenderization.

Tender meat is often expensive, so tough meat is used as a replacement. But to give the same feeling of tender meat, tenderizers are needed. The use of exogenous proteases (plant and microbial) to improve meat tenderness has attracted much interest recently, in Brazil, to add value to lower-grade meat for salted and sun dried beef (charque).

The enzymes most widely used for this application are the enzymes obtained from plants and microbial proteases derived from Aspergillus species and have regulatory approval for meat softening, and has been used in various forms such as marinades, brine injection into the animal vascular system or incorporation in various seasonings.

Currently, one of the segments in which the food industry can benefit from the application of enzymes is the sector of semi-ready dishes or convenience products.

Collagenase For General Use, Type I, 0.25 1.0falgpa U/mg Solid, = 125cdu/mg Solid 9001 12 1

Many extractive plant enzymes (papain, bromelain, ficin), and mostly recently protease from kiwifruit (actinidin) and ginger (zingibain) have been studied as meat tenderizers. These proteases, however, have not been adopted at an industrial level as their strong hydrolysis of meat proteins can lead to the generation of undesireable changes in texture and flavor.

Application by spray or injection of a collagenase enzyme (3.4.24.3) preparation from liquid culture of a strain of Streptomyces have shown softening activity even after long periods of storage in freezer. The enzyme is ideal for beef, pork and chicken preparations. Collagenase application enhance meat juiciness, decrease bitterness that is associated with meats treated with traditional proteases, and tenderization without the need to precisely control the reaction to stop over-tenderization.