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The need for sustainable aquaculture has promoted research into the use of probiotics on aquatic organisms. The initial interest was focused on their use as growth promoters and to improve the health of animals; however, new areas have been found, such as their effect on reproduction or stress tolerance, although this requires a more scientific development.

The growth of aquaculture as an industry has accelerated over the past decades; this has resulted in environmental damages and low productivity of various crops. The need for increased disease resistance, growth of aquatic organisms, and feed efficiency has brought about the use of probiotics in aquaculture practices. The first application of probiotics occurred in 1986, to test their ability to increase growth of hydrobionts (organisms that live in water). Later, probiotics were used to improve water quality and control of bacterial infections. Nowadays, there is documented evidence that probiotics can improve the digestibility of nutrients, increase tolerance to stress, and encourage reproduction.

Among the enzymes that play a critical role in optimizing animal nutrition, xylanase is widely acknowledged for its ability to break down complex polysaccharides in plant-based feed ingredients, improving nutrient utilization and overall animal performance. However, in recent decades, despite advances in production, processing technologies, and utilization of by-products, xylanase enzyme technology has lagged behind, especially in flexibility required for modern diet formulation.

Among the enzymes that play a critical role in optimizing animal nutrition, xylanase is widely acknowledged for its ability to break down complex polysaccharides in plant-based feed ingredients, improving nutrient utilization and overall animal performance. However, in recent decades, despite advances in production, processing technologies, and utilization of by-products, xylanase enzyme technology has lagged behind, especially in flexibility required for modern diet formulation.

Enzymes are biological catalysts that accelerate chemical reactions. They are proteins, with complex structures that allow them to remain stable during the high temperatures necessary for feed manufacture, and while moving through the animal's gastrointestinal tract. One of the most important characteristics of the enzyme is its ability to break down specific substrates in precise reaction sites. The exact enzymes used in the enrichment of feedstuffs are purposefully selected to target distinct substrates used in that feed. Enzymes will only react under certain conditions. The moisture content, quantity of enzymes used, temperature, and pH levels during use must meet the enzymes' specific reactive requirements for them to function effectively.

The cost of providing animal feed to livestock and poultry accounts for 60-70 percent of the total outlay of running a livestock or poultry business. Reducing this expense has been the goal for generations of farmers. Use of enzymes in animal feed make this goal a reality, and modern farmers have achieved phenomenal gains in the efficient and economical production of livestock. The use of enzymes in farm animal nutrition has been an important part of achieving this success while maximizing the health of the animals and minimizing the impact on the environment.

A new high-tech green feed additive product has been developed by scientific formulation and precise proportioning of highly active probiotics produced by liquid submerged fermentation and special drying process. It is rich in probiotics such as Bacillus subtilis, Bacillus licheniformis, and lactic acid bacteria, which can effectively regulate water quality, balance intestinal flora, promote digestion and absorption, and enhance immunity.

Starzyme guarantees the necessary certifications and documents for smooth sailing transportation and follows the respective guidelines and regulations of China.

Jincaibao is a new type of agricultural product developed and produced by Starzyme's microorganisms and bio-fermentation experts and nutrition experts using modern bio-engineering technology.

Agreement of Liaoning Province Non-Anti-Aquaculture Industry Technology Innovation Strategic Alliance

We are a professional manufacturer of enzyme preparations and microecological enzymes.

Bacillus subtilis has a profound effect when used as a probiotic feed additive in aquaculture. This is because it not only improves gut health of aquatic animals, but it also has the ability to clean the pond that the animals are farmed in, as well as purifying the water of the environment they live in.

Bacillus subtilis plays a critical role in improving gut health of humans and animals alike. It can reach all of the large and small intestines, and this crowds out harmful bacteria to prevent disease, which raises overall immunity.

Bacillus subtilis is widely used not only in feed, but also in sewage treatment and biofertilizer fermentation or fermentation bed production. It is a multifunctional microorganism.

When it comes to Bacillus subtilis, there are many mechanisms of action to be discussed. Bacillus subtilis is a very popular bacteria because of its many applications and benefits not only to humans, but to animals and plants as well.

Bacillus subtilis is a widely known probiotic that has various fields of application. It was universally recognized as the most beneficial bacteria of 2023. In this series, the various fields, and mechanisms, and advantages of Bacillus subtilis will be shown.

There are different methods when it comes to activating Bacillus subtilis. They are all viable, however controlling the many parameters when activating for each method is just as important.