Farm to Fatal: Food for Thought
Is our food safe? Would you know if it is? Follow UCLA undergrads as they explore a dozen foodborne outbreaks and their consequences.
In Farm to Fatal, twelve different outbreaks illuminate the biology of foodborne illness, the complexity of modern food safety regulation, and the details of how we make food safe... or fail to. In Winter 2025, UCLA undergrads in the Human Biology and Society major set out to explore the intricacies of food safety in the US. Each group explored an outbreak over the last 30 years, diving into the details of the bacteriology, the illness and the treatments on the one hand, and the insanely complex system of governance, audit, oversight, lawsuits and regulations. Dive into every corner of the food safety world, from e. Coli to Hepatitis A, from South Africa to Arizona, from the challenge of regulating raw milk to the difficulties of cleaning tanker trucks, from the "sewer state" to problem of "organized non-knowledge". Across the episodes students find a new respect for the challenge of governing food, the problems with the existing system, and also the need to defend it.
Farm to Fatal: Food for Thought
The Sleepover Symposium: the 2013 STEC outbreak
In this sleepover-style podcast, two girls explore the 2011 Shiga toxin-producing E. coli outbreak in Germany and France. They dive into the mystery of the contamination’s source. Was it Egyptian seeds, German sprouting, or irrigation water? They also explore the biology behind this unique strain and its link to HUS.
In this podcast series, two girls discuss complex biological and medical topics that affect society in a fun, “girly” sleepover setting. This episode focuses on the 2011 Shiga toxin-producing E. coli (STEC) outbreak that affected Germany, France, America, and other parts of Europe. The conversation delves into the mystery of the contamination’s source, as there are still questions around whether it was contaminated Egyptian seeds, the sprouting process in Germany, or irrigation water that carried the bacteria. The uncertainty of the exact source remains one of the most intriguing aspects of this outbreak. This episode then shifts to the biology behind the outbreak, explaining the unique characteristics of the hyper- virulent STEC strain. The hosts break down how these virulence factors led to the highest number of Hemolytic Uremic Syndrome (HUS) cases recorded in an E. coli outbreak. They also discuss potential treatments for HUS and patients' experiences with HUS. The hosts make these complex biological issues approachable for all listeners, ensuring a fun yet informative experience. This podcast is both enjoyable and educational for anyone interested in the intersection of science, society, and health.
Produced by Sara Ghanbari and Darla Gall
These podcast episodes were created by members of the 2025 Winter Capstone course in the Human Biology and Society major at UCLA's Institute for Society and Genetics (https://socgen.ucla.edu/). The faculty sponsor is Christopher Kelty. For questions or concerns email ckelty@ucla.edu.