The most ancient microbes in our bodies give insight into gut interactions
Archaea are considered single-celled organisms that lack cell nuclei; they are similar to but evolutionarily different from bacteria.
Archaea are considered single-celled organisms that lack cell nuclei; they are similar to but evolutionarily different from bacteria.
The microbiota in our gut helps us digest the fiber that our bodies are otherwise unable to absorb. The fermentation of fiber results in short-chain fatty acids, or SCFAs, that have anti-inflammatory properties, according to a recent study. In addition to this, SCFAs have the ability to preserve the lining of the digestive tract, and ultimately reduce the risk of developing cancer, researchers say.
Gut fungi could be the reason behind inflammation in the intestines of those diagnosed with Crohn’s disease, according to a recent study.
Research has uncovered the connection between severe COVID-19 cases and GI symptoms. Poor gut health can adversely affect how the body responds to the disease.
Chemotherapy is effective at preventing the proliferation of cancer cells, however, the treatment also destroys white blood cells and beneficial gut microbes.
Triclosan, an antibacterial present in toothpaste, toys, and dozens of other goods, has been shown to cause gut inflammation in mice, according to recent research.
It is difficult to determine the actual effects COVID has on the gut because the interactions between the intestinal tissue and the virus are hard to study in humans.
Microbes within the microbiome, which include a variety of viruses, fungi, and bacteria, can irritate the lining of the colon, resulting in inflammation. This can lead to cancer because of mutations in the DNA of cells in the colon.
A recent study of peptic ulcer disease and the contributing genetic factors confirms a connection between individuals suffering from stomach ulcers and those with depression.
Though the research is still in the early stages, scientists have found evidence linking our immune system and inflammatory immune conditions to gut microbes.