The agricultural and animal drug industries say current practices are safe and keep animals healthy. A new study of E. coli in the scientific journal Microbial Drug Resistance, however, raises concerns that low doses of antibiotics, of the sort administered on U.S. farms to promote animal growth, create the "greatest risk" of promoting drug-resistant bacteria.
"The extensive use of antibiotics in the agricultural sector has turned farms into sources of resistant microbes," the study says. "The resistance selected for in the agricultural setting may be a direct threat as zoonotic agents become resistant or it can be indirect as it is eventually transferred from animal commensals to human pathogens."
The bill is cosponsored by Sens. Dianne FeinsteinDianne Emiel FeinsteinRepublicans caught in California's recall trap F-35 fighter jets may fall behind adversaries, House committee warns Warren, Daines introduce bill honoring 13 killed in Kabul attack MORE (D-Calif.), Susan CollinsSusan Margaret CollinsWelcome to ground zero of climate chaos A tale of two chambers: Trump's power holds in House, wanes in Senate Bipartisan blip: Infrastructure deal is last of its kind without systemic change MORE (R-Maine), Jack ReedJack ReedTop Republican: General told senators he opposed Afghanistan withdrawal We have a plan that prioritizes Afghanistan's women — we're just not using it This week: Democrats kick off chaotic fall with Biden's agenda at stake MORE (D-R.I.) and Barbara BoxerBarbara Levy BoxerFormer California senator prods Feinstein to consider retirement Trump decries 'defund the police' after Boxer attacked Former Sen. Barbara Boxer attacked in California MORE (D-Calif.). It was immediately praised by the Pew Campaign on Human Health and Industrial Farming.
"The emergence of drug-resistant superbugs is a human health problem that affects us all," said Laura Rogers, the program's project director. "We commend Senator Feinstein, Senator Collins, Senator Reed and Senator Boxer for their bipartisan collaboration to ensure that our antibiotics will work for us when we need them most."