Rongmeijing: Efficient detoxification, Decomposing mycotoxin, Repair the intestinal
Rongmeijing
Efficient detoxification, Decomposing mycotoxin, Repair the intestinal
Product introduction
Rongmeijing is a highly efficient compound demildew agent which is made of yeast cell wall and nanoscale montmorillonite as the main raw materials and refined with highly active dry yeast. This product is rich in crystalline hydrated silicate aluminate, yeast cell wall(glucan and mannan oligosaccharide), saccharomyces cerevisiae and other functional components. It integrates physical adsorption, chemical combination and biological transformation, which can effectively detoxify drugs, relieve the poisoning and immune suppression caused by mycotoxin, and eliminate a variety of hazards of mycotoxins.
Main ingredients
Yeast cell wall (glucan and mannan oligosaccharide), nanoscale montmorillonite, saccharomyces cerevisiae(≥500 million/g), special compound synergist.
Product features
A broad spectrum of toxicity: Strong adsorption ability to all kinds of common mycotoxins such as aflatoxin, maize estralenone, vomiting toxin, etc., and it has a degradation effect to aflatoxin.
Selective adsorption: only adsorb mycotoxins, but not nutrients;
Prebiotics: As an important prebiotic, active dry yeast has an important function of maintaining the intestinal microecological balance of livestock and poultry;
Enhance animal immunity: After β-glucan enters the body and combines with phagocytes, it can activate phagocytes to release numerous cytokines, thereby activating T lymphocytes, B lymphocytes and NK cells; through this, it can also enhance animal specific and non-specific immunity;
Safe, efficient, environmental protective: biological engineering preparation, green, safe, efficient, non-toxic side effects.
Suitable
All farmed animals such as pigs, chickens, rabbits, cattle, sheep and ruminants.
Mechanism
Nanoscale montmorillonite: Ordinary montmorillonite utilizes its tetrahedral interlayer multispace structure and the ionic polarity formed on its surface to strongly absorb mycotoxins with the same ionic polarity. Modified nanoscale montmorillonite has a unique structure and larger adsorption surface area , and its dense structure enables it to adsorb various mycotoxins but not nutrients.
β-glucan: The special three-dimensional structure can form a specific complementary structure with a variety of mycotoxins, so that it can be firmly combined with a variety of mycotoxins and be excreted from livestock and poultry through the intestinal tract. In addition, β-glucan can activate the phenol oxidase system and oxidize pro-phenol oxidase to phenol oxidase, which can specifically degrade mycotoxins in feed, thereby reducing and detoxifying toxins. The way thatβ-glucan removing mycotoxins from the feed through specific binding, adsorption and degradation, will not affect other nutrients in the feed.
Mannan oligosaccharides: physical adsorption or direct binding of mycotoxins with weak polarity, and mannan oligosaccharides have specific toxin binding sites, which can specifically remove mycotoxins, especially zearalenone.
Special compound preparation: participate in a variety of metabolic processes in the body, fully repair the damaged animal body, and repair liver function, intestinal epithelium and immune function.
Saccharomyces cerevisiae: as an intestinal prebiotic, it can adjust the flora and repair the microflora system damaged by mycotoxins in the intestine.
Mycotoxin-decomposing enzyme: as a bioengineering enzyme, it can directionally decompose mycotoxins entering the body and reduce the harmful effects of toxins.
Function
Relieving the mycotoxin’s inhibition of immune function; Improve the disease resistance of animals and feed intake of pigs.
Prevent liver necrosis, stillbirth, congenital defects and neoplastic diseases caused by aflatoxin;
Prevent or assist to solve the problems caused by mycotoxin such as decreased milk yield, milk contamination, decreased semen concentration and sperm motility of bulls;
Protect the digestive function of the stomach and intestines of animals, regulate the microbial flora, and improve the feed utilization rate and the production performance of livestock and poultry;
Improve the intestinal flora system, promote the growth of pigs, and improve production performance;
Improve the disease resistance of cattle, reduce the incidence of various diseases such as acute mastitis, vaginitis, hoof disease, reduce the number of milk somatic cells;
Reduce the incidence of various diseases, such as PRRS, circovirus, pseudorabies, swine fever, chlamydia, toxoplasmosis, etc.;
Prevent the effect of mycotoxin on the fertility and hatching rate of breeders and improve the survival rate of embryos after hatching;
Reduce the effect of mycotoxin on laying rate and cycle of laying hens.
Application effect (average value of multiple test results, for reference)
Toxin | Aflatoxin | Zearalenone | Vomiting Toxin | T-2 toxin |
Adsorption rate | 100% | 92% | 53% | 48% |
Using method (calculate according to compound feed)
Regular dosage: 0.5-1 kg/t
When the feed is mildewed or the water content is higher than 20%: 1.5-2kg/t
For ruminant: 2-5kg/t
Package specification
25kg/paper plastic bag or 2kg/aluminum-plastic composite bag.
Storage method
Keep in the ventilated, dry and cool place. Not mixed with poisonous and harmful substances.
Shelf life
Unsealed and packaged for 12 months from the date of production..
Notes
1. Mycotoxin adsorbents have limited toxin adsorption, so cannot be used in seriously mildewed feed and raw materials.
2. Mix well before use.
3. Please use up as soon as possible when it’s opened, the left part should be sealed and well stored.
