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Anti-Inflammatory Enzymes and Enzyme Feed Additives | Pearlzyme Inc.

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Pearlzyme Inc. develops and manufactures environmentally friendly products using useful natural microorganisms and unique enzymes. They are an R&D-driven company with a focus on anti-inflammatory, anti-allergic, and immune-boosting effects. PEARLZYME® uses anti-inflammatory enzymes and enzyme feed additives to strengthen the animal's immune system and improve milk lactation. "PEARLZYME®" is a strong protease produced by microorganisms (Bacillus sp.) that flourish in the harsh and extreme settings of mudflats on Korea's West Coast. The extremophile-derived "PEARLZYME®" has robust proteolytic activity at high temperatures, a wide pH range, and high salt concentrations. Additionally, it has anti-inflammatory and anti-autoimmune effects. PEARLZYME® anti-inflammatory feed additive PEARLZYME® is used in a wide range of livestock, including cattle, pigs, poultry, and fish. It is effective for treating a wide range of inflammatory disorders, in...

Anti-Inflammatory Enzyme Increases Milk Lactation in Animals | Pearlzyme Inc

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Pearlzyme Inc. a South Korean company, produces anti-inflammatory enzymes. This anti-inflammatory enzyme strengthens the animal's immune system and stimulates milk production. Pearlzyme Inc. is dedicated to offering high-quality products and services to its clients. The company employs a staff of professional scientists and engineers who are always trying to create new and unique goods. Pearlzyme Inc. is likewise devoted to sustainable development and is actively working to lessen its environmental effects. Benefits of Using PEARLZYME® Anti-Inflammatory Activity Enzyme Feed Additive: The reduction in feed costs is due to the strong proteolytic ability of PEARLZYME®. Proteolytic enzymes break down proteins into smaller molecules that are more easily digested and absorbed by animals. This means that the animal can get more nutrients from the same amount of feed, which can lead to savings on feed costs. The average weight improvement is also due to the increased feed...