antibiotics in these environments also pollutes the environment. We found that the abundance of antibiotics was significantly reduced in the feces containing antibiotics in the water fly, which proves that water fly can eliminate antibiotics during the conversion process. Pollution. When these antibiotics pass through the intestine of the water fly, the abundance of the resistance genes of the water fly increases significantly. Under the combined action of microorganisms and their intestinal enzymes, these antibiotics are degraded into small molecules, which are used by the water fly and its microorganisms, thereby removing the environmental pollution caused by antibiotics.
In my country, more than 1 million people die every year from the infection of the superbug . Once the bacteria develop resistance, they will be transferred from one bacterium to another by moving genes in the environment. Repeatedly, the bacteria developed resistance. Once the bacteria become resistant, thousands of drugs are needed to destroy them, bringing even greater disasters to human and animal diseases.
Why can the water fly block the production of "super bacteria"?
Antibiotic resistance gene is a type of gene used by organisms to resist antibiotics. Resistance gene is a class of extremely strong antibacterial substances produced by bacteria to defend themselves and resist the enemy. We found that the abundance of these resistance genes was significantly reduced in the pig feces transformed by the water fly, thereby eliminating the risk of transmission of antibiotic resistance genes, and at the same time, reducing the number of pathogenic bacteria by 70.7-92.9%. Accordingly, development is under way to eliminate the spread of antibiotics and resistance genes and pathogenic bacteria, thereby blocking the production of "super bacteria".
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