GOOD BACTERIA REMOVES CHEMOTHERAPY TOXINS FROM THE BODY

GOOD BACTERIA REMOVES CHEMOTHERAPY TOXINS FROM THE BODY-

In the human abdomen, good bacteria make extreme neighbors. The latest Northwestern University study found that clear-cut types of gut bacteria can defend other good bacteria from cancer treatments -- mitigating harmful, drug-induced changes to the gut microbiome. Eventually, the investigation could potentially advantage to new dietary supplements, probiotics, or engineered therapeutics to support boost cancer patients' gut health. We were really encouraged by bioremediation, which uses microbes to clean up polluted environments. Usually, bioremediation covers groundwater or soil, but, here, we have applied it to the gut. We perceive that certain bacteria can break down toxic cancer medications. We thought if, by tearing down drugs, these bacteria could defend the microbes around them. Our study shows the answer is 'yes.' If some bacteria can break down toxins fast enough, that adds a protective effect for the microbial community. Chemotherapies, in particular, can eliminate the healthy, "good" bacteria in the human gut. Microbes in your gut support digest your food and keep you healthy. Killing these microbes is especially damaging to children because there is some clue that disruption in the gut microbiome initial in life can lead to potential health conditions later in life. Naturally occurring in the human gut in little abundance, Raoultella Planticola can break down chemotherapy drug doxorubicin, which has been exposed in other research. The team then disclosed these mock gut communities" to doxorubicin and found increased continuity among sensitive strains.