Much of the small intestine microbiome remains an undiscovered frontier.
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Your upper intestine is host to a distinct population of microbes that play a role in digestion, metabolism and immunity.
E coli are one of the first bacteria to live in a baby’s intestines.
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Most strains of E coli are actually friendly to our gut.
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The new generation of artificial sweeteners was meant to be less harmful than the previous generation. A new study suggests they might be just as harmful.
C butyricum ferments foods, such as wholegrains, in the gut to produce butyrate.
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C butyricum promotes a robust immune system and restores out gut microflora.
Changes to the composition and diversity of the microorganisms in the gut may explain differences in immune system aging.
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The gut microbiome and immune system work closely together. However, as people age, the composition and balance of microorganisms in the gut changes, with fewer beneficial bacteria.
K pneumoniae is the most common cause of hospital-aquired pneumonia.
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Some strains of this opportunistic pathogen are also increasingly becoming resistant to the drugs designed to treat them.
Lentils contain resistant starch, which R bromii helps to breakdown.
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Without the hard work of this bacterium, other cells wouldn’t have the energy they need to function.
Oats are a great source of fibre, which can help you stay full after eating.
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Oats have many health benefits – including keeping our bowels regular and healthy.
R intestinalis makes butyrate from polysaccharides, which are found in starchy foods such as potatoes.
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R intestinalis is one of the gut’s primary producers of butyrate – a source of energy for many of the gut’s cells.
Some strains of R gnavus have developed a sweet tooth for the sugars found in the gut’s lining.
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This bacterium has been linked to conditions such as IBS and colon cancer.
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A daily fibre supplement improved brain function in twins over 65s in just 12 weeks.
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B breve has benefits for a baby from their first days of life.
The difference between one mouse’s fear and another mouse’s calm might be in their gut bacteria.
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The organisms living in your gut microbiome can influence your mental and physical health. Researchers have developed a way to better test for those biological effects.
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Research suggests certain gut bacteria may have a role in helping us maintain cognitive function as we age. A celatus is one of these.
The fermentation process is made possible thanks to this bacterium.
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Sauerkraut, pickles and craft beer wouldn’t exist without this microorganism.
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Here’s why a healthy balance of microbes is important for astronauts when they travel to Mars and beyond.
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Improve your gut microbiome health and you improve so many aspects of your overall health. Here’s how to do it.
IBD can be debilitating
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The current treatments for inflammatory bowel disease do not work for everyone. Tapping into new areas of biology may be the key to developing new therapies.
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Gut bacteria consume the nutrients that harmful pathogens need to survive, thereby keeping them in check, a new study finds.
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Many tiny organisms live inside our gut, including fungi. The make up of our fungal microbiome could influence the way we respond to a COVID infection, new research suggests.