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Global antibiotic overuse is like a ‘slow motion train wreck’
Deadly antibiotic resistance is predicted to eclipse the number of people affected by cancer by 2050, and one of the biggest causes is overuse. A new study out Monday found the use of antibiotics worldwide has increased 65 percent in…
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The economic reason this chicken producer gave up antibiotics
For decades, almost all factory-farmed chickens were raised on antibiotics. But low doses of “maintenance” antibiotics can spur bacteria to build resistance, creating superbugs. Economics correspondent Paul Solman and science correspondent Miles O’Brien report team up to examine why one…
Watch 9:38
How industrial farming techniques can breed superbugs
As high-density, industrial-scale livestock farms have become fertile breeding grounds for disease, they’ve also become a major source of drug-resistant superbugs. Science correspondent Miles O’Brien and economics correspondent Paul Solman team up to report on how scientists are studying how…
How a flood of antibiotics landed in your chicken
In the book "Big Chicken," Maryn McKenna chronicles how humanity went from developing antibiotics to keep healthy to standing on the verge of an onslaught of unstoppable diseases.
Some health professionals are advocating for shorter antibiotics courses, going so far as to say maybe patients should stop taking antibiotics once they feel better.
As drug-resistant infections proliferate, financial barriers are preventing the pharmaceutical industry from investing in new drugs to fight off superbugs. Economics correspondent Paul Solman, in a series of reports with science correspondent Miles O'Brien, explores how researchers could be incentivized…
As current antibiotics begin to lose their punch, there’s an economic reality putting a damper on development. Since every use of an antibiotic drives resistance, and doctors are reluctant to use a drug until there's no alternative, why would a…
Dr. John Rex discusses the growing concerns around antibacterial resistance and why so many companies have stopped trying to create new drugs.
The Neisseria gonorrhoeae bacteria may be developing resistance to the only two antibiotics left that can cure the sexually transmitted disease.
