Understanding the specific characteristics and proper handling of enzymes is crucial for maximizing their efficacy in any application. The proteinase from Bacillus subtilis, also known as sutilain (CAS 12211-28-8), is no exception. This enzyme, a powerful proteolytic agent, requires specific attention to its properties and storage conditions to ensure its optimal performance.

Typically, sutilain presents as a powder. This physical form is advantageous for integration into various formulations, whether it be animal feed premixes or industrial product compositions. The powder form also contributes to its stability, provided it is stored correctly. Key recommendations for storage include keeping the enzyme in a cool place and ensuring the container remains tightly closed. Maintaining a dry and well-ventilated environment is also vital to prevent degradation and preserve its enzymatic activity.

The specified properties for sutilain often include limits on contaminants such as aflatoxin B, arsenic (As), lead (Pb), and mercury (Hg), ensuring its safety and suitability for intended applications, particularly in animal feed. These quality control measures highlight the importance of sourcing enzymes from reputable suppliers like NINGBO INNO PHARMCHEM CO.,LTD.

When considering the usage of Bacillus subtilis proteinase, adherence to recommended guidelines is key. The enzyme's serine-type mechanism of action means it is highly effective at cleaving protein peptide bonds. This precise enzymatic action is what drives its utility across different sectors.

For those working with sutilain enzyme, understanding these properties allows for better planning and execution of its use. Whether for improving animal nutrition or for novel industrial applications, proper knowledge of the enzyme's characteristics ensures successful outcomes. The continuous research into sutilain enzyme applications further solidifies its position as a valuable biochemical tool.

By paying close attention to the appearance, typical properties, and recommended storage of Bacillus subtilis proteinase, users can effectively harness its proteolytic power. This meticulous approach is fundamental to leveraging the full potential of this important enzyme in diverse settings.