Oregon State University researchers have developed a new weapon in the battle against antibiotic-resistant germs - a molecule that neutralizes the bugs’ ability to destroy the antibiotic.
A study offers a new understanding of the complex cellular machinery that animal and fungi cells use to ensure normal cell division, and might lead to new approaches for certain types of cancers.
Key metal-oxide clusters have been isolated in water, allowing the impeccable control over atoms that’s required to manufacture small features in electronic circuits.
Incentives that are designed to enable smarter use of the ocean while also protecting marine ecosystems can help address multiple environmental threats.
A splitnose rockfish’s thousands of tiny offspring can stick together in sibling groups from the time they are released into the open ocean until they move to shallower water and settle near shore.
A bacterium common in insects has been discovered in a plant-parasitic roundworm, opening up the possibility of a new, environmentally friendly way of controlling the crop-damaging pest.
The first global assessment of marine kelp ecosystems shows they have a surprising resilience to environmental impacts, but local efforts will be needed to help protect their health in the future.
A new study suggests that the risks dogs of the Pacific Northwest face from salmon poisoning is complicated, and that some pet owners make think their pets are immune when they are not.
Researchers have found that a specific detoxification compound, glutathione, helps resist the toxic stresses of everyday life – but its levels decline with age and can lead to health problems.
Populations of coral reef fish in shallower habitats likely owe at least some of their sustainability to the prodigious reproductive abilities of large, old counterparts that dwell at greater depths.
OREGON STATE UNIVERSITY
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