175: Light As Pet Medicine: Red and Near-Infrared Therapy, Animal Health, and the Deficiency No One Talks About | Jackie Jolie

📺 Watch the Video on Spotify, YouTube & RumbleJoin our FREE CommunityOne in two cats will get cancer. One in three dogs. Performance horses are kept in stalls, fed processed kibble-equivalent feed, and pushed to their physical limits — and still their cancer rates don't come close. Jackie Jolie spent two decades in that world before realizing what the differentiating variable was. It wasn't diet. It wasn't genetics. It was light.Jackie Jolie is an equine and canine bodyworker with close to 20 years of experience in animal rehabilitation and performance. After healing her own Lyme disease and persistent hormonal dysfunction through quantum biology and changes to her light environment — without hormone replacement — she founded AnimaSol (formerly EquiSol) to bring red and near-infrared light therapy to dogs, cats, and horses. Find her at animasol.life.What You'll LearnWhy cancer rates in cats and dogs have reached epidemic levels — and what domesticated horses can teach us about the root causeHow red and near-infrared light interact with the mitochondria to produce energy, reduce inflammation, and accelerate tissue repairThe surprising connection between light exposure and blood sugar — and why 10 minutes of red/NIR light can shift your metabolic markersWhy agricultural science has been demonstrating light's hormonal power for generations — and what that means for your pets (and you)How to think about red and near-infrared light as a supplement your pet is already deficient in, regardless of age or diagnosisTwo detailed case studies: a fully paralyzed Yorkshire Terrier who walked in 10 days, and a severe peroneal hernia that resolved without surgery in six monthsWhat to look for in a red light therapy device — and why near-infrared must be included alongside red wavelengthsTimestamps00:00 Why Pets Get Sick Today00:43 Meet Jackie Jolie02:58 Jackie’s Lyme Disease Wake-Up06:31 How Light Changed Everything08:42 The Rise of Cancer in Pets12:11 Indoor Cats and Environmental Stressors20:02 Light, Blood Sugar, and Metabolism25:59 Red Light Therapy for Animals28:14 How Red Light Therapy Works30:14 Red Light vs Anti-Inflammatory Drugs30:49 Risks of Arthritis Injections in Pets32:17 LED Safety and What to Know33:11 Performance and Athletic Recovery35:33 How Injuries Heal With Light37:06 Light as a Daily Health Tool42:26 Hype vs Skepticism Around Light Therapy44:23 Paralysis Recovery Case Study47:08 Hernia Recovery Case Study51:53 Research and Horse Studies57:29 Where to Find Anima Soul58:55 Wrap-Up and Final ThoughtsKey ConceptsPhotobiomodulation (PBM): The use of red and near-infrared light to stimulate biological processes at the cellular level. Over 7,000 peer-reviewed studies and counting. Also called red light therapy, though that term technically covers only part of the spectrum.Red vs. Near-Infrared: Red light (roughly 620–700nm) penetrates 5–10mm — effective for skin, collagen, and surface circulation. Near-infrared (700–1100nm) reaches bone marrow, nerves, and deep soft tissue. Effective devices include both.Mitochondria: The cellular organelles responsible for producing ATP (energy), structured water, and heat. Red and NIR light directly stimulate the mitochondrial electron transport chain, making these processes faster and more efficient. Mitochondrial health is now understood to be central to metabolic, immune, and neurological function.Redox Potential: A measure of the body's ability to manage oxidative stress and mount immune responses. Jackie's Lyme disease episode, she argues, was made possible by years of lowered redox from light deficiency — and subsequent tick bites produced no illness once her redox was restored.Light Deficiency: The premise that modern indoor living has created a systemic, near-universal deficiency in red and near-infrared wavelengths — wavelengths that would have been available essentially continuously in an outdoor ancestral environment. Framed by researchers as the "21st century scurvy."Resources MentionedGlenn Jeffery — Researcher whose work includes