Our podcast follows the story of Hershey, a fictional dog infected with ticks and as a result the tick borne illness Rocky Mountain Spotted Fever (RMSF). RMS can only be transmitted to animals and humans via an infected tick's bite, but in the podcast Hershey acts as a vector for the disease spreading it to other dogs and people impacting communities at the US-Mexico border, Arizona, and Los Angeles. Our podcast aims to shed a light onto this lesser known tick borne illness to highlight exactly what the disease can entail, how it affects marginalized communities, intersects both canine and humanhealth, is influenced by changes to our Earth's climate, and what current steps and treatments exist to help mitigate its impact. We hope. that you learn something new about RMSF as well as a greater understanding for how all of our health from ticks to dogs to humans and th eEarth's is interconnected.

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .

Leptospirosis is an infection in the blood by a bacteria called Leptospira. Biologically, the main route of infection for humans is through contact with animal urine or soil that is infected with Leptospira. This usually occurs through contact with waterways contaminated with urine. However, it is difficult to distinguish this disease from others as this disease does not have any unique symptoms.

Our podcast examines the political, economic, biological, and social or cultural factors that should be taken into account when developing a proposal for a solution to combating the impact of leptospirosis. Whether the solution should be developing a vaccine, establishing public service campaigns, or a particular governmental policy will be debated throughout the greatest thirty minutes in history!

Produced by Mark Botros, Nayra Gharpetian, Olivia Nguyen, Siddhant Watwani

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .

For our podcast we share an in-depth exploration of Brucellosis, starting with its historical background and tracing its development up to its prevalence in modern times. We focus on Brucellosis in Yellowstone, examining how it affects the ecosystem and the animals within the park. Additionally, we highlight other significant case studies in order to create a better understanding of the disease. Towards the end , we spread new information on potential treatments and solutions that could be implemented in the future to combat Brucellosis in the best way.

Produced by Gisell Gochman, Vivan Nguyen and Vicky Vu.

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .

Psittacosis, also known as parrot fever, is an infectious disease caused by the bacterium Chlamydia psittaci. It typically affects birds, particularly parrots, but can be transmitted to humans through inhalation of contaminated dust from bird droppings or respiratory secretions. In humans, psittacosis can cause flu-like symptoms such as fever, chills, headache, muscle aches, and a dry cough. If left untreated, it can lead to severe pneumonia and other complications. Treatment typically involves antibiotics, such as doxycycline. Our podcast explores Psittacosis outbreaks and how we can apply approaches to Psittacosis risk mitigation and surveillance to Avian influenza.

Produced by Ivy Vo, Isiah Espiritu and Juliet Hagar

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .

Tularemia is a rare zoonotic disease caused by the bacteria Francisella Tularensis. The disease is recorded to affect approximately 200 people per year in the United States. Signs and symptoms of the disease include fever, rash, cough, high grade-fever, gastrointestinal complications, and more. The disease cannot be spread from human to human, and infection typically occurs through a vector such as wild game, a household pet, or a tick. However, humans can also be infected through handling infected materials and or consuming contaminated water. Due to the high virulence of the bacteria, those who come into contact with contaminated materials are nearly always going to develop tularemia.

We hope listeners will walk away from our podcast with a newfound knowledge of tularemia and how to keep themselves and loved ones safe from the disease. You'll find while listening that the take home message isn't that tularemia is the "killer" but instead why and how tularemia is the "killer."

Produced by Ashley Fakolujo, Baile Giovanoli and Giao Nguyen

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .

Dive into the history and contemporary relevance of the hantavirus, a deadly zoonotic disease that first emerged in the American Southwest. Our podcast explores the 1993 Four Corners outbreak that significantly impacted the Navajo Nation, delving into the scientific discoveries, epidemiological challenges, and cultural responses to this mysterious virus. We'll take you through the 2012 Yosemite outbreak, revealing how a popular national park became the epicenter of another hantavirus scare, and the measures taken to contain it.

In light of recent events, we draw compelling parallels between these hantavirus outbreaks and the COVID-19 pandemic, examining how similarities in respiratory symptoms can complicate diagnoses and treatment. As we look to the future, we consider the potential for hantavirus to become a larger threat and discuss preventive strategies to mitigate the risk of future pandemics.

Produced by Bella Valente, Chloe Nelson, and Sara Herro.

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .

Coccidioidomycosis, better known as Valley Fever, is a zoonotic disease caused by a fungus. In this episode, we delve into the biological basics of Valley Fever as well its social implications, truly encapsulating the HBS way! Join us as we uncover four “mysteries” that reveal a unique relationship between dirt and disease. Maybe dirt isn't just a passive thing we should ignore… maybe it’s alive!

Produced by Abigail Holder, Nahomy Cabrera and Megan Markow

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .

Our podcast takes the form of a news broadcast that covers a real outbreak of toxoplasmosis, the most common parasitic disease in the world, that occurred in a small
village in Brazil in 2001. A toxoplasmosis expert and a woman who had been infected
share their knowledge on this perplexing disease.

Produced by Rebeca Lopez-Rosas, Derek Lance and Amy Shimizu.

These podcast episodes were created by members of the 2024 Spring 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. For more information about any of these diseases please consult the US Centers for Disease Control (https://www.cdc.gov/) .