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Antibiotic Resistance Could Be Lowered by Changing Animal Production Practices
A new study led by the University of Oxford has found that natural evolution of antibiotic resistance genes has maintained resistance in bacteria despite a reduction in the use of antibiotics. The findings demonstrate the importance of understanding the regulatory evolution of resistance genes to strategically combat AMR.
Latest Research Articles
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Typhoon Koinu: Over 70 Flights Suspended, School Operations Cancelled As It Nears Hongkong
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US Weather Forecast: Rain, Thunderstorms Likely to Hit Texas Gulf Coast, Great Lakes, Northeast
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Mountain Snow, Cooler Conditions to Unload in Pacific Northwest This Week
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Western Afghanistan's Deadly Earthquake: Over 2,000 People Died, 1300 Houses Affected
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Floods, Storms Accounted For 95% Of Recorded 43 Million Child Displacement, UNICEF Says
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Southern Resident Killer Whales: Mystery Behind Orcas Harassing, Killing Porpoises Without Eating Them Revealed
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Grasses Using Natural Genetic Mutation by Stealing DNA Gain Evolutionary Advantages
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Olive Oil Crisis: Price Doubles as Extreme Drought Halves Production in Spain
Avian Botulism Outbreak: Thousands of Birds Die in Utah in Suspected Ingestion of Toxins From Rain Puddles
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Sea Level Rise Add At Least 23 Minutes of Commute for People in Coastal US
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Philippe Transitioning To Winter-Style Storm; Still Pack Torrential Rains
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Typhoon Koinu: Alerts Issued As It Approaches China With Massive Rains, Waves
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Top 10 of the World's Most Dangerous Invasive Species and the Devastating Impact on Ecosystems
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3I/ATLAS Update: What Did ExoMars Trace Gas Orbiter Capture at Close Range Before Comet Disappeared Behind the Sun?
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Hurricane Melissa Targets Southeast Bahamas and Bermuda After Historic Category 5 Jamaica Landfall
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Microplastics Health Effects: Are Environmental Toxins and Plastic in the Bloodstream Dangerous?
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7 Climate Change Animals Showing Incredible Species Adaptation and Thriving in a Warming World
