Researchers have found that age-related bone loss occurs independently of the gut microbiome, challenging previous…
Browsing: Microbiome
The Microbiome refers to the vast communities of microorganisms — including bacteria, viruses, fungi, and other microbes — that live in and on plants, animals, and humans. In recent years, research has revealed how these microbial ecosystems play crucial roles in health, disease, digestion, immunity, and even behavior. Scientists are now exploring how the microbiome interacts with its host, how it can be shaped by diet, environment, and medication, and how it might be harnessed for new therapies and treatments.
Soy protein β-CG helps prevent heart failure in mice by boosting SCFA-producing gut bacteria. SCFAs…
Researchers have found that soil microbiomes, consisting of up to 10,000 species in just a…
Microbes supporting the production of more metabolic energy could be key to the evolution of…
Early interventions in autism screening could be enhanced by focusing on the microbiome, which shows…
The gut microbiome profoundly influences aging, and its modulation may support healthy aging and disease…
Cigarette smoke has been found to worsen influenza A infections by disrupting the natural balance…
Researchers using machine learning discovered that variations in microbial load in the gut, influenced by…
In 1980, the eruption of Mount St. Helens devastated local ecosystems, but an experimental introduction…
A study on mice investigating therapeutic food for malnourished children uncovers diverse functions of a…
Researchers have found that gut bacteria influence stress by interacting with circadian rhythms, offering new…
New research reveals that microbes in urban environments are evolving to withstand the very cleaning…
Researchers at Yale have created the first systematic map that shows how our individual gut…
Researchers at the Francis Crick Institute have demonstrated that gut bacteria balance can affect hypopituitarism…
According to the scientists, a disrupted microbiome during critical developmental periods in mice can lead…
Drug-sensitive bacteria can develop resistance when part of microbial communities, utilizing cross-protection mechanisms. Many human…
Extending breastfeeding beyond three months significantly reduces asthma risk in children by influencing the microbial…
International team reveals previously unknown effects on physiology that could shape the future of long-duration…