New research indicates that chemosynthesis (growth utilising inorganic substances) supports bacteria in the deepest areas of the water without sunshine.
A new study published in the journal Nature Microbiology by Monash University researchers indicates that chemosynthesis (growth utilising inorganic substances) supports bacteria in the deepest areas of the water without sunshine.
A new study reverses the idea that the bulk of life in the ocean is fueled by photosynthesis via sunshine, revealing that many ocean microbes in fact get their energy from hydrogen and carbon monoxide. It has always been a mystery as to how microbes growing in deepest parts of the sea surviv
Diabetic retinopathy, which results in progressive damage to the blood vessels in the light-sensitive tissue at the back of the eye, is the main cause of blindness in adults in the United States. However, a study suggested that the small leaky intestine, which reduces the barrier between gut
In the past decade, researchers have started appreciating the importance of two-way communication that occurs between microbes in the gastrointestinal tract and the brain, known as the gut-brain axis.
According to recent research from the University of Copenhagen, some Danes may have a different makeup of gut microorganisms than other Danes, which allows them to, on average, absorb more energy from meals.
Two weeks of eating a diet heavy in tomatoes increased the diversity of gut microbes and altered gut bacteria toward a more favourable profile in young pigs, researchers have found.
Two weeks of eating a diet heavy in tomatoes increased the diversity of gut microbes and altered gut bacteria toward a more favourable profile in young pigs, researchers found.
Researchers at the University of California, Irvine have been motivated to consider new ways that microbes can assist humans in colonising the Moon and Mars by studying the biochemical process by which cyanobacteria absorb nutrients from rocks in Chile's Atacama Desert.
Microbial skins are made out of lipids - fatty molecules - which can be preserved as fossils telling us stories about how these microbes lived in the past.
Researchers have come up with fresh ideas for how microbes might assist humans in establishing colonies on the moon and Mars in response to the biochemical process by which cyanobacteria in Chile's Atacama Desert obtain nutrients from rocks.
A new study led by researchers from Bigelow Laboratory for Ocean Sciences suggests that a small fraction of marine microorganisms are responsible for most of the consumption of oxygen and release of carbon dioxide in the ocean. This surprising discovery, published in Nature, came from a new