Researchers from the University of California in Berkeley developed the Metabiome computer platform that modeled the behavior of various intestinal bacteria over time. This allows you to look at Microworld and watch how bacteria grow, interact and adapt to environmental changes. Published in İş Magazine MYSSTEMS.
Microorganisms living in our intestines play an important role in digestion, immunity and protection against diseases. Complex clusters along the intestinal wall – biophylls – make it, but so far it was difficult for scientists to understand how these microscopic communities work.
Professor Mohammad Mofrad said, “Now we can see how bacteria are cooperating or competing, how stable communities are formed and how these communities react to stress,” he said.
The model is a virtual intestine in which bacteria act as inhabitants of the city: they share resources, replace competitors, and even form “friendly alliances ..
Simulations showed that cooperation between germs increases the resistance of the community and helps to protect the body from harmful bacteria. Only the composition of bacteria turned out to be particularly important, but also spatial positions – well -mixed communities were more reliable and useful for the body than isolated and contradictory.
This discovery may change approaches to the treatment of inflammatory diseases of the intestine, increase the effectiveness of microflora transplantation, and give new ways to combat antibiotic infections.
According to Mofrad, we approach the possibilities of skillfully adjusting our microbiomas by examining the “social laws of microbial life – which means that you can manage health from the inside.
Previously, scientists learned Estimate the age of the onset of Alzheimer’s disease.
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Source: Gazeta
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