Enzymes are used across many industries because they are highly specific in what they do. Each enzyme is designed to interact with a particular material and support a particular reaction.

For example:

• Laundry detergents use proteases to break down protein-based stains and lipases to target fats and oils.
• Household cleaning products use enzymes such as amylases to remove starch-based residues, lipases to break down grease, and proteases to eliminate organic buildup on surfaces.
• Lactose-free dairy products use lactase to break down lactose.
• Baking and brewing use amylases to convert starches into sugars.
• Juice production uses pectinases to break down pectin and improve clarity.
• Textile manufacturing uses cellulases to soften fabrics and create specific finishes.
• Medical diagnostics use enzymes to detect targeted compounds in blood and other samples.

The key point is that these enzymes are not interchangeable. A protease does not perform the same job as a lipase, and lactase will not break down starch.

That same principle applies to every enzyme-based technology: the value comes from matching the right enzyme to the right target.

Enzymes are not broad, one-size-fits-all solutions. They are precise tools with a targeted mode of action.