E.coli

See the following -

Antibiotic Resistance Rise Continues

James Gallagher | BBC News | October 9, 2014

Antibiotic prescriptions and cases of resistant bacteria in England have continued to soar despite dire warnings and campaigns, figures show...

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Antibiotic Use In Chickens: Responsible For Hundreds Of Human Deaths?

Maryn McKenna | Wired | August 9, 2013

In the long back and forth between science and agriculture over the source of antibiotic resistance in humans — Due to antibiotic overuse on farms, or in human medicine? — one question has been stubbornly hard to answer. If antibiotic-resistant bacteria do arise on farms, do they leave the farm and circulate in the wider world? And if they do, how much damage do they do? Read More »

CDC: Foodborne Illness In The U.S. Not Getting Better

Maryn McKenna | Wired | April 17, 2014

The Centers for Disease Control and Prevention today released their annual survey of foodborne illnesses in the United States, and the news is, well, not great. In the words of the press announcement they sent out to announce the data release: “limited progress.” Read More »

CDC: Shutdown Strains Foodborne Illness Tracking

Allison Aubrey | NPR | October 3, 2013

As we Tuesday, the government shutdown is pushing the nation's food safety system to its limits. For instance, there is normally a team of eight people overseeing the critical foodborne illness tracking database . This team identifies clusters of sickness linked to potentially dangerous strains of pathogens such as E. coli or salmonella... Read More »

Chinese Sewage Is Feeding Superbugs That No Antibiotic Can Kill

Gwynn Guilford | Quartz | December 18, 2013

Antibiotics have saved hundreds of millions of lives and extended billions of others. But paradoxically, the more they are used the more the bacteria they fight get stronger, with potentially lethal consequences. Read More »

Drug-Resistant Bacteria On Chicken: It’s Everywhere And The Government Can’t Help

Maryn McKenna | Wired | December 19, 2013

Two important, linked publications are out today, both carrying the same message: The way we raise poultry in this country is creating an under-appreciated health hazard, and the government structures we depend upon to detect that hazard and protect us from it are failing us. Read More »

How America’s Dairyland Is Polluted By Factory Farms

Elizabeth Grossman | EcoWatch | May 27, 2014

The slogan on Wisconsin’s license plate—“America’s Dairyland”—celebrates the state’s number one agricultural activity and iconic status as a milk and cheese producer. What it doesn’t reveal is how dramatically the dairy industry in Wisconsin and in other parts of the U.S. has been changing, or the environmental concerns those changes pose. Read More »

Revolutionary New Antibiotic Alternative Could Save The World From Superbug 'Apocalypse'

Amelia Smith | Newsweek | November 6, 2014

Scientists have developed a new alternative to antibiotics that could revolutionise the way we treat superbugs and avoid a scenario where common medical procedures become life-threatening due to bacteria becoming immune to conventional drugs...

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Scientists Have Figured Out Why Drug-Resistant 'Superbugs' Are So Hard to Kill

David Nield | Science Alert | February 26, 2016

You may have already heard about the growing problem caused by antibiotic resistance - the spread of superbugs that have evolved to become resistant to the antibiotics we usually attack them with. It's an issue that could have very serious implications for global health and disease if it isn't tackled urgently, and now researchers have made an important step in finding a solution. A new study has discovered how these drug-resistant bacterial cells maintain a defensive barrier, and if further research can find a way to bring down these walls - rather than targeting the bacteria directly - the bacteria could be prevented from developing drug resistance in the first place...

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UEA Scientists Pave Way for New Generation of Superbug Drugs

Press Release | University of East Anglia | February 22, 2016

New research published today in the journal Nature reveals the mechanism by which drug-resistant bacterial cells maintain a defensive barrier. The findings pave the way for a new wave of drugs that kill superbugs by bringing down their defensive walls rather than attacking the bacteria itself. It means that in future, bacteria may not develop drug-resistance at all. Unravelling this mechanism could also help scientists understand more about human cell dysfunctions linked to disorders such as diabetes, Parkinson’s and other neurodegenerative diseases...

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