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US Government Dangerously Slow to Act on ABX Resistance

Chicken Farms Fueled a Massive Public Health Crisis—While the Government Turned a Blind Eye
A new book shines a light on how the poultry industry spread antibiotic resistance.

Antibiotic-resistant infections — everything from gastrointestinal illnesses to recurring urinary tract infections and staph — are among the most menacing issues in public health today, sickening 2 million people a year and killing at least 23,000, according to the Centers for Disease Control and Prevention. So perhaps it’s not surprising that government has begun to take steps to limit antibiotics in animal agriculture, where many of these infections arise before they wreak further havoc in humans.

It may sound like a success story, propelled by the public campaigns of health advocates, consumers, and big corporate buyers demanding solutions. And it is. Yet, as Maryn McKenna makes clear in her new book, Big Chicken: The Incredible Story of How Antibiotics Created Modern Agriculture and Changed the Way the World Eats, this most recent chapter has a long and sordid history, as scientists have warned for decades that the overuse of antibiotics in animals would lead to resistant infections. Agribusiness and Big Pharma never accepted that conclusion (many still don’t), which isn’t surprising. But what McKenna shows in this groundbreaking and insightful book is how powerful entities in the government — from the White House to Congress to the FDA — made sure for decades that the livestock industry would grow unimpeded, to satisfy exploding demand for cheap meat even at the cost of public health. McKenna has written elements of this story before, as a regulator contributor to FERN, but the book is really the first that links the meat industry’s explosive growth with the antibiotic drugs that fueled it.

Ever since antibiotics were invented, their remarkable ability to conquer disease has overshadowed the fear that overuse and misuse could produce infections resistant to the powerful drugs. By the 1950s, McKenna tells us, meat processors dipped chicken carcasses in antibiotic slurries, a process known as “atronizing,” to keep meat “fresh” for weeks. This was marketing-speak for sanitizing tainted meat from sick birds. At the same time, the widespread use of antibiotics in livestock feed was propelled by the discovery that animals would grow much faster on the drugs, boosting efficiency and lowering costs.

As early as 1956, however, antibiotic-resistant infections in humans were linked to farming practices. McKenna tells the long-forgotten story of a physician at the Seattle Department of Public Health, who was asked to look into an epidemic of staph infections among blue-collar workers. The resistant infections appeared random until he discovered that all the men worked at the same poultry processing plant, where “poor-quality” chickens ridden with abscesses and pus from infections were dipped in an antibiotic solution. The bath killed all bacteria except those resistant strains of staph that had evolved on farms, where well-meaning farmers had fed their poultry antibiotics. Those bacteria then infected the workers, causing severe lesions which were immune to treatment with antibiotics.

Two decades later in Massachusetts, an experiment (funded by the meat industry) definitively proved that chickens given antibiotics produced resistant bacteria — within two weeks. Those bacteria were transferred to the people taking care of the chickens, which in this case was a family with a backyard farm. But McKenna points out that this carefully constructed study never got the attention it deserved because the family did not get sick; they simply carried the resistant strains in their body. The industry said, in effect, “No problem!”

But in other places, sickness lurked and spread, notably in the UK, where a spate of deadly resistant infections led to government action. In 1977, FDA commissioner Donald Kennedy decided to follow the UK’s lead and ban growth-promoting antibiotics from American agriculture because of the health implications. Animal feed manufacturers and livestock producers responded by pressuring Congress, which in turn threatened to cut agency’s budget. Kennedy backed down. One determined lawmaker even inserted a clause into an appropriations bill that blocked any restrictions on the use of antibiotics in livestock until he was convinced about the risks to public health. The lawmaker, Rep. Jamie Whitten from Mississippi, never was convinced, and he renewed the rider every year until he retired in 1995. As McKenna writes, “Witten’s obstinance on behalf of agriculture cemented the security of farm antibiotic use in the United States.”

Even during this period of resistance from lawmakers and others, the evidence of health problems with antibiotic use continued to mount. In 1984, a study appeared that linked antibiotic-resistant infections and deadly food-borne illnesses to antibiotic use on farms. The infections passed from animals to people via meat, and then from person to person. Other earlier experiments had shown how snippets of DNA migrated among these organisms so that bacteria that were resistant to one drug could suddenly develop resistance to multiple drugs. Doctors became nearly powerless in the fight against these resistant infections, as one drug after another became impotent. Yet even as the body of science expanded, it wasn’t until 2000 that the FDA took its first tentative steps to withdraw one type of antibiotic from use by livestock producers. Big Pharma promptly sued the agency.

Fast forward to the Obama administration, when the FDA finally moved to restrict antibiotics through voluntary measures. Coming after years, or really decades, of concern, the momentous decision felt a little anti-climatic. And in a way, it was. By then, McKenna explains, the most forward-thinking producers, like Perdue and Bell & Evans, were already moving away from antibiotics. With much-improved farming practices, such as cleaner barns and better care of chicks even in industrial facilities, the drugs no longer provided the efficiency bump they once did. In short, the main rationale for using them, faster weight gain, was gone. It was something that European producers had discovered as well.

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Read Original Article by Sam Formartz

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