UVA scientists solve 50-year-old mystery behind how bacteria move
According to their findings, E. coli bacteria move by coiling appendages and creating makeshift propellers out of one protein.
According to their findings, E. coli bacteria move by coiling appendages and creating makeshift propellers out of one protein.
Stanford University researchers have built the most complex synthetic microbiome, creating a community of over 100 bacterial species that were able to be transplanted into mice.
A new study suggests that some gut bacteria, even ones that support healthy gut diversity, are indicating factors of greater susceptibility to contracting the infection.
A new study finds that a disrupted gut microbiome alters mast cells, or immune cells in breast tissue, which ultimately helps cancer spread.
Considering no two gut microbiomes are alike, researchers observed the interactions between microbes of different ecosystems during a fecal transplant.
The team identified dozens of new gut bacterial species linked to multiple sclerosis and confirmed other bacteria that had previously shown a relationship.
A new study from the University of Chicago reports that commensal bacteria encourage leukemia caused by the murine leukemia virus (MuLV) by suppressing the anti-tumor immune response in mice.
Researchers discovered that obstructive sleep apnea (OSA) impacts the gut bacteria of mice, and transplantation of bacteria from mice with the condition can cause changes in the recipient mouse’s heart.
Researchers at the University of Colorado reveal a link between air pollution and harsh changes in the gut bacteria of infants.
A new study suggests sugar alters gut microbiome and leading to a greater risk for metabolic disease, prediabetes, and weight gain.