How To Kill Bad Bacteria In The Gut

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A group of researchers took the idea of ​​food as medicine a step closer. They have identified some common foods that change our microbiome.

Today, in science, food and intestinal bacteria are two topics of interest and discussion. The two are certainly related, and new research focuses on some of the intricacies in this regard.

How To Kill Bad Bacteria In The Gut

The lack of a healthy gut population is detrimental to our health; The same thing happens when we don’t eat healthily. However, researchers do not fully understand the exact effects of certain foods on intestinal bacteria.

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This lack of information is due in part to the incredible complexity of the microbiome. The component of the aqueous slurry is bacteriophages or, in short, phages.

Each step only attacks certain types of bacteria, which can affect the number of gut bacteria. Phages need bacteria to survive, so without bacteria the phases cannot survive.

This means that any food that affects phages affects intestinal bacteria and vice versa. For example, as the population of one type of phage increases, the number of bacteria that feed it decreases, allowing another type of bacteria to multiply.

In this way, viruses can infect the entire microbiome – by pruning one species, leaving room for other species.

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Most intestinal stages are found in a dysfunctional form – their DNA is attached to the bacterial genome. In this format, they are called profiles.

Researchers have identified some compounds that cause progesterone to return to its active form. When this happens, hundreds of new phages explode from the bacterial cell, killing the host and attacking other bacteria; These compounds include soy sauce, nicotine, and some antibiotics such as ciprofloxacin. To date, the list of phase-promoting compounds is relatively short.

It is essential to find the chemicals that feed the activity of the phase. Because phages attack and kill bacteria, once you understand how to handle them, they can act as effective natural antibiotics.

A study was recently launched to expand the list of compounds that cause phase action. Researchers at San Diego State University in California are publishing their findings in a journal

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. They hope that their results present “the possibilities of using a diet for the deliberate landscaping of the human gut microbiome by ammunition induction.”

“We can cope with certain conditions by regulating the foods we eat, which can affect the diversity of microorganisms, which can affect health and disease.” Research Assistant Lance Bowling

For the study, the researchers selected a variety of compounds that may affect phage function. They selected a number of bacteria from two files commonly found in the gut: bactericides and pheromones. These are beneficial and pathogenic bacteria.

Of the 117 food compounds, they reduced the search to only 28. The researchers observed an increase in bacteria in the presence of each particular compound; They also observed its growth without compound as a control. Next, they used flow cytometry, a sensitive process for detecting incomprehensibly small virus particles.

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Of the 28 job seekers, 11 compounds produced viral particle levels that were higher than controls, indicating that they affected phage function.

Some of the major phase enhancers occurred in the presence of carnation, propolis (a compound produced by bees), young hedgehogs (also known as kinkinic or bearberry), and aspartame.

The strongest prophylactic inducer was stevia, which replaces herbal sugar. In some bacterial strains, the number of stevia virus particles increased by more than 400%.

In contrast, some foods reduce the amount of virus particles; These include rhubarb, Fernet (a type of Italian alcoholic beverage), coffee and oregano.

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To complicate matters, some compounds increased the activity of phage associated with some bacteria but decreased the activity of phage associated with other bacteria; These compounds include toothpaste, grape juice and pomegranate.

According to the authors, hot Tabasco sauce is one of the strongest antibacterial foods that slows the growth of all three [gastrointestinal] species except the opportunistic pathogen.

Tabasco contained vinegar, but when they tried the vinegar alone, it reduced the growth of the bacteria by only 71%. They believe that capsaicin, a spicy compound of chili, may explain the extra antibacterial properties. However, no virus particles were detected in the experiments with Tabasco, so phages were unlikely to be involved.

These findings are important. Scientists now know that microbiomes can affect our physical and mental health; This can cause and increase inflammation

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. If researchers can figure out how the microbiome can be altered in certain ways, they can theoretically eliminate or reduce these risks.

As Forrest Rohver, one of the authors, explains, “The ability of compounds to kill certain bacteria without infecting others makes them very interesting.”

The new list of compounds is by no means exhaustive, and of course, as Rohver says, “there can be thousands of compounds that are useful in killing unwanted bacteria.”

The authors hope that researchers will continue on this path. They also explain that researchers must try to find molecular mechanisms that change the steps from inactive to active. Researchers and colleagues have analyzed the effects of 144 antibiotics on their most common intestinal microbiota. Their research significantly improves our understanding of the effects of antibiotics. It also proposes a new approach to mitigate the adverse effects of antibiotic treatment on the intestinal microbiome by combining antibiotics with another drug. Name: Isabel Romero Calvo /

Tackling The Collateral Damage From Antibiotics

Antibiotics help us treat bacterial infections and save millions of lives every year. But they can also harm beneficial microorganisms living in our gut, weaken one of our body’s first defenses against pathogens, and jeopardize the many beneficial effects of our microbes on our health. Common side effects of this antibiotic side effect include gastrointestinal problems and recurrence.

Researchers and collaborators from Heidelberg’s Heidelberg typhoid group, the mayor of T-Bingen’s top-class cluster “Controlling Microbus to Fight Infection,” analyzed the effects of 144 antibiotics on the most common intestinal microbiota. The study was published in a journal

It significantly improves our understanding of the effects of antibiotics on their intestinal microbiota. It also proposes a new approach to mitigating the adverse effects of antibiotic therapy on the intestinal microbiome.

The human gut is a complex community of various microorganisms as well as many viruses, collectively referred to as the gut microbiome. Together, they allow for more efficient use of nutrients and prevent pathogenic bacteria from settling in the gut. However, when we treat a bacterial infection with antibiotics, there is a risk of intestinal microbiome damage.

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“Many antibiotics inhibit the growth of various pathogenic bacteria. This broad spectrum of benefits is helpful in treating infections, but it also increases the risk of targeting microbes in our gut, ”explained Lisa Meyer, director of DFG Emmy Nother Group at the University of Bingen. Mayer is an alumnus at Typhoon Lab and one of the two main contributors to the study.

If some intestinal bacteria are more harmful than others, antibiotic treatment can lead to an imbalance in the microbial structure commonly known as dysbiosis. Diarrhea is a common short-term effect, while long-term effects of allergic conditions such as asthma or food allergies and obesity are possible. Antibiotics are also known to be active against intestinal microorganisms, but their effect on many microorganisms in our gut has not yet been systematically studied, largely due to technical challenges.

Antibiotics help our bodies get rid of bacterial infections. But they can also harm beneficial microorganisms in our gut. Researchers have studied side effects caused by antibiotics and found that some drugs can protect intestinal bacteria from antibiotics. Name: Isabel Romero Calvo /

“So far, our knowledge of the effects of different antibiotics on individual members of our gut microbial communities is poor. What kind of antibiotic affects what kind of bacteria, and how our research closes important gaps in our understanding,” said Nasos Typas, senior researcher and team leader at Heidelberg.

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Based on a previous study by the Typas, Bork, Patil, and Zeller groups, the researchers found how each of the 144 antibiotics affected the growth and survival of 27 bacterial strains that normally live in our gut. The researchers have determined the concentration of the antibiotic for more than 800 combinations of antibiotic strains that affect these bacterial strains, increasing existing data sets by 75% in the antibiotic spectrum of intestinal bacterial species.

Importantly, the experiments revealed that tetracyclines and macrolides – two commonly used families of antibiotics – not only inhibit the growth of bacteria but also lead to their death. About half of the intestinal strains studied did not survive treatment with such antibiotics.

“We didn’t expect to see this effect with tetracyclines and macrolides because these classes of antibiotics only have bacteriostatic effects – meaning they inhibit bacterial growth but don’t kill bacteria,” said Gomez, a postdoctoral researcher. മെയ്യറുമായി ആദ്യ കർത്തൃത്വം പങ്കിടുന്ന ടൈപാസ് ഗ്രൂപ്പിൽ. “ഈ അനുമാനം ശരിയല്ലെന്ന് ഞങ്ങളുടെ പരീക്ഷണങ്ങൾ കാണിക്കുന്നു

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