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AZoLifeSciences on MSNEcological Dichotomy in Marine Bacteria During Starvation: Some Move to Find Nutrients, While Others Halt to Conserve EnergyA new study in Nature Microbiology shows that under carbon starvation, marine bacteria split into two strategies: some stop ...
A recent study uncovers three sea spider species that depend on methane-eating microbes for food, offering insight into ...
A study reveals how bacteria present in marine particles maintain the oceanic nitrogen cycle, providing ecological stability ...
Researchers have found that marine bacteria exploit resource patches efficiently by switching between attached and planktonic lifestyles, and fine-tuning the time spent on patches depending on ...
They examined the effect on PBS of microbes gathered from natural seawater off Japan, allowing them to identify several types of marine bacteria that could degrade it. They also identified the ...
The researchers conducted various experiments to analyze the interaction between two species of marine bacteria from the North Sea in the synthesis of vitamin B12, and published their findings in ...
It's estimated that 90 percent of the biomass in the oceans is made up of marine microorganisms, a group that includes protists, bacteria, archaea, fungi, and viruses. Microbes lives in some of the ...
Prof. Lindell’s research group has been exploring this field for years and has already made dramatic discoveries about bacteriophage-bacteria interactions in marine environments. Their new study ...
Bacteria make up 98% of the ocean’s biomass. Marine microbiologists examine microscopic organisms and their roles in the ocean ecosystem. They research the food chain, investigate marine ...
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