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Aflatoxin B1 Degradation Enzyme

Why Use Aflatoxin B1 Degradation Enzyme?

Aflatoxins are secondary metabolites produced by certain Aspergillus fungi. They have strong teratogenic, carcinogenic, and mutagenic effects. Among them, Aflatoxin B1 is the most toxic and can seriously damage the digestive function and immune system of animals, resulting in reduced production performance such as animal feed conversion rate, and can accumulate in liver, kidney, muscle and other tissues, seriously endangering animal health and human food safety, and causing huge economic losses to related industries and animal husbandry production.

Aflatoxin is relatively stable to light, heat and acid. It can only be lysed when heated to 280-300℃. After autoclaving for 2 hours, the toxicity is reduced by 25% -33%, and the toxicity is reduced by 50% in 4 hours. The physical and chemical methods have various application defects removing aflatoxin. At present, the biodegradation of aflatoxin has become a safe, efficient and environmentally friendly method and has attracted much attention.

Principle of Aflatoxin B1 Degradation Enzyme

The effective component Aflatoxin B1 degradation enzyme acts on the bisfuran 8,9 series olefin ether bond of the toxic structure of Aflatoxin B1, and hydrolyzes the Aflatoxin B1 into non-toxic substances after oxidation.

Aflatoxin B1 degradation enzyme has the biological activity of specifically degradating Aflatoxin B1, decomposes and destroys the toxic group of aflatoxin molecules, and produces non-toxic degradation products. At the same time, the product has good removal of other mycotoxins. The function of this product can significantly reduce the damage of mycotoxins in feed materials to animals and give full play to the nutritional value of feed. This product is a kind of all organic green feed additives, which can completely decompose aflatoxins and reduce the secondary pollution of the toxins to the environment. It is suitable for chickens, pigs and other animals. 

Properly use Aflatoxin B1 degradation enzyme will enhance animals' health. The liver plays a protective role, and can effectively improve the animal's own immunity, will not remain in the animal's body, and can reduce the accumulation of toxic damage caused by aflatoxin to the human body through the food chain.

Disadvantages of traditional adsorption type mold release agents

1. Most adsorbents only adsorb aflatoxin, and have almost no adsorption capacity for other mycotoxins such as zearalenone, vomiting toxin, T-2 toxin, etc.;

2. The adsorption properties of the adsorbent have no clear selectivity, and also have adsorption effect on nutrients such as vitamins, trace elements and amino acids, and the large dosage used dilutes and reduces the nutritional value of feed;

3. The effect of the adsorbent is unstable and low in efficiency. It will desorb in the digestive tract and cause secondary animal poisoning.

Features of Aflatoxin B1 Degradation Enzyme

This product is a specific biological enzyme that can specifically and efficiently decompose aflatoxins in the feed, without destroying other ingredients in the feed, nor adsorbing trace elements and nutrients in the feed, ensuring the nutrients added to the feed is not wasted and excluded from the body. The product is fully organic, which is safer and will not cause adverse reactions such as animal constipation and lack of certain nutrients. It can be added in the feed for a long time.

Effectiveness of Aflatoxin B1 Degradation Enzyme

1. Reduce the residue of Aflatoxin B1 in animals (internal organs, blood, muscle);

2. Protect the liver function and improve the body's immune performance;

3. Reduce subcutaneous bleeding caused by toxins and improve carcass quality.

Disadvantages of traditional adsorption type mold release agents

1. Most adsorbents only adsorb aflatoxin, and have almost no adsorption capacity for other mycotoxins such as zearalenone, vomitoxin, T-2 toxin, etc.;

2. The adsorption properties of the adsorbent have no clear selectivity, and also have adsorption effect on nutrients such as vitamins, trace elements and amino acids, and the large dosage used dilutes and reduces the nutritional value of feed;

3. The effect of the adsorbent is unstable and low in efficiency. It will desorb in the digestive tract and cause secondary animal poisoning.

Aflatoxin B1 Degradation Enzyme - High Efficient Degrading Enzyme

High efficient degrade aflatoxin b1
High efficient degrade zearalenone
High efficient degrade vomitoxin
1. Enzymatically degrade toxic genes, change the molecular structure of mycotoxins, and degrade them into non-toxic and harmless metabolites, effectively eliminating the harm of mycotoxins to breeding animals.

2. The high-efficiency combination of mycotoxin degradation enzyme and degrading bacteria, the dual effect of mycotoxin degradation enzyme and probiotics.

3. Efficiently degrade a variety of mycotoxins. Adjust the intestinal micro-ecological balance, improve the body's immunity, and stabilize production performance.

Aflatoxin B1 Degradation Enzyme Mechanism

1. Change the lactone ring structure of aflatoxin B1 and the double bond structure at the end of the bifuran ring.

aflatoxin-b1-structure

2. The zearalenone lactone ring is opened by hydrolysis, and decarboxylation reaction happens at the same time.

molecular-structure-of-Trichothecenes

3. The C12 and C13 double oxygen bonds of toxins such as vomitoxin are reduced to unsaturated

molecular-structure-of-Trichothecenesmolecular-structure-of-Deoxynivalenol

Functions of Aflatoxin B1 Degradation Enzyme

1. Enzymatic degradation of toxic genes changes the molecular structure of mycotoxins and degrades them into non-toxic and harmless metabolites, effectively eliminating the harm of mycotoxins to breeding animals.

2. Efficiently degrade aflatoxin, zearalenone, vomitoxin and other mycotoxins, with high degradation rate.

3. The general mold release agent is of the adsorption type, which is not highly targeted, with unstable effect, large nutrients loss, and the adsorbed toxins are eliminated from the body and cause secondary pollution.

4. Mycotoxin B1 degradation enzyme is highly pertinent, and only degrades the corresponding mycotoxin without affecting the nutritional value of the feed. Moreover, the degradation products are pollution-free and will not cause secondary pollution when discharged from the body.

Aflatoxin B1 Degradation Enzyme Instruction

Feed additive - aflatoxin B1 degradation enzyme

1. Guaranteed value of product composition analysis: Aflatoxin B1 decomposition enzyme ≥2000U/g, moisture ≤12.0%.

2. Sanitary indicators: lead ≤ 20.0 mg/kg, total arsenic ≤ 2.0 mg/kg, pickax ≤ 0.5 mg/kg, Escherichia coli ≤ 1.0x105/kg, Salmonella cannot be detected.

3. Composition of raw materials: aflatoxin B1 degradation enzyme, Bacillus subtilis, yeast, lactic acid bacteria, etc.

4. Application
   a. An efficient combination of mycotoxin degradation enzymes and degrading bacteria;
   b. The dual effects of mycotoxin degradation enzymes and probiotics;
   c. Efficiently degrade a variety of mycotoxins, adjust the intestinal microecological balance, improve the body's immunity, and stabilize production performance.

5. How to use:
   a. This product is suitable for all kinds of breeding livestock and poultry;
   b. The additive amount of the complete feed per ton is 50-100g.

6. Storage conditions and methods: store in a cool, ventilated, dry place, avoid mixing with toxic and harmful substances.

7. Matters needing attention:
   a. Mix evenly with feed, use as soon as possible after opening;
   b. It does not affect breeding management, disease prevention, and vaccination during use.

8. Net content: 20 kg/piece

9. Shelf life: 12 months

How to Use Aflatoxin B1 Degradation Enzyme?

1. Daily prevention: 50-100 g/ton.

2. When mildew is severe: 100-200 g/ton. Aflatoxin B1 degradation enzyme is suitable for various animals.

3. Product specifications: 20 kg/bag

What foods contain mycotoxins?

The detection rate is higher than standard, and a variety of molds exist simultaneously.

In 2018, 442 feeds and feed ingredients were collected from 19 provinces and cities including Beijing, Fujian, Anhui, Shandong, Guangdong, Henan, etc., and detected for aflatoxin B1, zearalenone, and vomitoxin that have a great impact on livestock production. The average detection rates of the three toxins were 96.72%, 92.92%, and 99.32%, respectively.
Corn and farm products are contaminated
Corn pollution is very common, and the coexistence ratio of multiple mycotoxins is also high: agricultural, industrial by-products, and leftovers are usually the severely afflicted area for mycotoxin pollution, with high detection rates and over-standard rates, and a high rate of coexistence of multiple mycotoxins.
corn-mycotoxins
The roughage is contaminated
The range of roughage consumed by herbivores is wide, and various crops can be contaminated by mycotoxins in the production, transportation, storage and other links. The detection rate of mycotoxins in roughage is high, and the rate of over-standard is high, and the coexistence ratio of multiple mycotoxins is above the average.
mycotoxins-in-food
Corn and farm products are contaminated
Part of the mycotoxins in the compound feed comes from contaminated feed materials, and the other part is produced during processing or storage process; the detection rate of mycotoxins in compound feed and the rate of exceeding the standard is high, and the coexistence ratio of multiple mycotoxins is low.
feeds-contaminated-aflatoxin-b1

Six Advantages of Aflatoxin B1 Degradation Enzyme

High detection rate
The detection rate of mycotoxins in feed is over 90%.
High coexistence rate
89% chance of coexistence of two or more mycotoxins.
Coexistence>Single
The toxicity of low-dose multiple mycotoxins is greater than that of single toxins that exceed the standard.
The coexistence is harmful
a single aflatoxin can reduce the daily weight gain of pigs by 10%, and the coexistence of the two will decrease by 50%.
Large nutrient loss
Mycotoxins cause about 15% feed nutrient loss, even completely losing feed value.
Various symptoms of poisoning
all livestock and poultry can be poisoned if they eat excessive mold feed, and the symptoms of poisoning are diverse, which seriously affects the breeding efficiency.

What are the symptoms of mycotoxins?

Reproductive disorders in female animals
Difficult estrus, difficult breeding, more abortions, less milk; less litter size, less survival rate of young animals; poor quality of male animal semen.
mycotoxins-mold
Livestock and poultry are immunosuppressed
Various diseases often plague, such as vomiting, refusal to feed, diarrhea, and decreased feed intake; the delivery of fattening animals is delayed.
mycotoxins-mold-symptoms
Growth delay in meat poultry flocks
Feed intake reduces, so does weight, and there is feed in feces; pale face, messy fur, screaming; intestinal diseases, gastroenteritis, duck intestines and other diseases increase, and brooding casualties rise.
mycotoxins-symptoms
Decreased egg production
Laying poultry is weak, lying prone, soft-shelled eggs increase; the egg production rate decreases, and the egg production peak does not go up; the fertilization rate of breeding poultry decreases, and the weak chicks increase.
trichothecene-mycotoxins
Livestock and poultry disease persists
During illness, the efficacy of drugs or antibiotics is not good; sporadic deaths oocur, poor immunity, and susceptibility to diseases; after being ill, they will not heal quick.
mycotoxins-health-effects
Special performance in young livestock and poultry
Cockscombs of young roosters around 15 days old are overdeveloped and even crow; nursery pigs have swollen vulva and false estrus.
mycotoxins-in-livestock-feeds

Aflatoxin B1 Degradation Enzyme

mycotoxins-Degrading-Enzyme
BALLYA provide aflatoxin b1 test and aflatoxin m1 test to protect food safety, reliable, cost effective, worldwide shipping. BALLYA manufacture food safety test more than 12 years, export to worldwide market.
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