The seemingly ever increasing number and volume of meat recalls has made consumers aware of the risks of food borne illnesses that may be transmitted via contaminated meat. Between 2004 and 2009 466 million pounds of meat were recalled. This includes the staggering 143 million pounds in the single recall of February 2008 from the Hallmark/Westland Meat Packing Co. Fifty seven percent of all meat recalled was beef and the major reasons for recall were Listeria and E. Coli contamination.

As the August 13 recall of eggs from Wright County Egg Farm expands, it continues to show us all how fragile our nation’s food supply is while highlighting the risks we run by concentrating our egg production in vast warehouses. A single group of battery caged hens appears to be affecting millions of people in the West and Midwest. Another day, another big food recall—it’s not a surprise—but it is a good example of how our food system fails us in almost every way. Salmonella is an unintended consequence of industrialized food production. No one set out to design a system that promotes disease; they just wanted to produce cheap food. However, it is a biological fact that if you keep animals in large numbers in a confined environment then pests and diseases will inevitably spread. Recent research has shown a direct correlation between flock size and confinement and the presence of salmonella. The bigger the flock and the more confined, the greater the risk of infection.

“The truth will out” – no matter how hard you try to discredit or disregard it. That’s certainly what the industrial meat lobby is finding when it comes to the human health implications of the overuse of antibiotics in intensive livestock farming. For while they desperately fight a rearguard action to counter growing public concerns over intensive livestock production, yet another independent scientific study has proved that resistance to antibiotics is on the increase in intestinal bacteria in animals as a direct result of antibiotic treatments. In her doctoral research at the Norwegian School of Veterinary Science, Anne-Mette R. Grønvold looked at the impact of antibiotic treatments on bacteria in the intestines of animals. Grønvold found that resistance to antibiotics is on the increase in intestinal bacteria in animals as a direct result of antibiotic treatments. She found that antibiotic resistance can spread between ordinary intestinal bacteria and disease-producing bacteria, and between bacteria from animals and bacteria from humans.