Not exact matches
When the research team took
fecal samples from responding patients and transplanted them into germ - free
mice — «essentially reconstituting the
mice's gut microbiomes with a responding patient's microbiome,» she says — they discovered that the
mice had better immunity.
When they analyzed microbes found in
fecal samples collected from
mice and humans at different times of day, they discovered rhythmic fluctuations in the abundance of microbes and their biological activities.
She knew that signals from the gut can affect how bone forms and gets reabsorbed, so her team took
fecal samples from control
mice in each of the three experiments and analyzed their gut microbes.
To test the theory, he and his colleagues analyzed bacteria in
fecal samples from lab
mice kept in normal 12 - hour cycles of light and darkness.
After introducing an E. coli strain containing the kill switch into
mice, only 1 of 100,000 bacteria was viable in
fecal samples.