Industry News

Adding an appropriate amount of cellulase to animal feed can improve feed utilization efficiency, and has significant effects on promoting animal growth, reducing fecal emissions, improving the ecological environment, and preventing animal diseases.

Phytase, is an enzyme preparation produced through microbial fermentation that can decompose natural organic phosphorus in animal feed. Not only does it have profound effects in feed industries, but it is also extremely green, making it one of the more environmentally-friendly feed additives options.

Many enterprises are not inclined to use Phytase due to its potential to reduce phosphorus and nitrogen emissions and minimize environmental pollution. This article details why that notion should not be supported.

As we all know, no matter how the Phytase industry develops, it will inevitably fade from being a hot spot in the feed additive industry. However, it will definitely continue to make its contribution to the development of China's feed industry.

Enzymes are protein tools inherent in organisms (a few of which are RNA or DNA), specifically responsible for accelerating chemical reactions without consuming them themselves.

How do enzyme preparations work?

Feed additives are substances added to animal feed to enhance its nutritional value, improve animal health, and promote growth. They have become an essential part of modern animal production systems due to their ability to improve animal performance, reduce feed costs, and enhance food safety. The use of feed additives has become increasingly important as the demand for animal protein products continues to grow worldwide. This research article examines the importance of feed additives in the growth of animals, their types, and their benefits.

Wheat crops have increasingly become an important source of energy feed in compound feeds,

Enzyme activity refers to the ability of an enzyme to catalyze certain chemical reactions. The size of enzyme activity can be expressed by the speed of a certain chemical reaction it catalyzes under corresponding conditions. This article will exhibit the method of detection for Alkaline Protease.

The use and precautions of the latest commonly used enzyme preparations