Épisodes

  • Kay Watt | Beyond Lab Walls | Salk Institute
    Dec 11 2024

    Kay Watt was not a scientist when she arrived in the remote jungles of Panama, assigned to help coffee farmers protect their plants from environmental harm. When she returned from the Peace Corps, she’d learned that driving change was a science in and of itself. Hear how the experience motivated Kay to become a plant geneticist and program manager, supporting the fight against climate change through Salk’s Harnessing Plants Initiative.

    Voir plus Voir moins
    34 min
  • Daniel Hollern | Beyond Lab Walls | Salk Institute
    Oct 10 2024

    "What are the things that cause cancer in people? Can we prevent cancer?" These are the questions Assistant Professor Daniel Hollern is asking in his research at Salk. From blending spices and vinegar on his kitchen floor growing up in Michigan to blending computational biology and immunology on the lab bench in San Diego, learn about Hollern's life and scientific journey in this episode of "Beyond Lab Walls."

    Voir plus Voir moins
    29 min
  • Lara Labarta-Bajo | Beyond Lab Walls | Salk Institute
    Sep 10 2024

    How can an infection in your lungs have such a lasting effect on your brain? Lara Labarta-Bajo, a postdoctoral researcher in Associate Professor Nicola Allen's lab, studies how the immune system and the brain communicate with each other. Her latest findings reveal a surprising relationship between infections, brain aging, and mobility.

    Voir plus Voir moins
    35 min
  • Jesse Dixon | Beyond Lab Walls | Salk Institute
    Aug 10 2024

    Did you know each of your cells contains a six-foot-long strand of DNA? In a miraculous feat of molecular origami, your genome can fold itself into a tightly packed structure that fits into the tiny space of a cell’s nucleus. Hear how Assistant Professor Jesse Dixon combines his scientific and medical training to unravel the rules of DNA folding and explain how a single misplaced bend or loop can lead to diseases like cancer.

    Voir plus Voir moins
    32 min
  • Jake Minich | Beyond Lab Walls | Salk Institute
    May 30 2024

    Jake Minich is a postdoctoral researcher in the lab of Research Professor Todd Michael. Minich had a long and winding journey to Salk, crossing continents and oceans to land in sunny San Diego studying microbial ecology. Combining his childhood joy of fishing and a passion for community, Minich is working to alleviate or prevent the burden of undernutrition in low- and middle-income countries.

    Voir plus Voir moins
    32 min
  • Laura Mainz | Beyond Lab Walls | Salk Institute
    Apr 17 2024

    Laura Mainz is a postdoctoral researcher in the lab of Professor Jan Karlseder. Always curious about the human body, her father's cancer diagnosis inspired a career in cancer biology. In this episode, we learn about Mainz's journey from Germany to California, the science of stopping cancer before it starts, and how researchers cope with such emotionally draining lab work.

    Voir plus Voir moins
    25 min
  • Pamela Maher | Beyond Lab Walls | Salk Institute
    Mar 15 2024

    In the first year of her new life attending university in Montréal, Research Professor Pamela Maher made a fateful switch from political science to the biological sciences. On this episode of Beyond Lab Walls, Maher recounts how the science major girl-next-dorm inspired her flourishing career studying age-related neurodegeneration and diseases like Alzheimer’s—and how we could potentially treat them with plant derivatives.

    Voir plus Voir moins
    29 min
  • Talmo Pereira | Beyond Lab Walls | Salk Institute
    Feb 26 2024

    Salk Fellow Talmo Pereira first learned to code in his hometown in Brazil as a way to improve his video gaming. His lab now uses artificial intelligence (AI) to track complex motion in video data. Hear how he’s using these tools to study how the brain coordinates body movements to produce complex behaviors, how plant root systems sequester carbon, and how humans and animals behave during health and disease.

    Voir plus Voir moins
    27 min