Ask Flora Funga Podcast anything OR Leave a Review New research from Taiwan revealing a rare forest fungus with remarkable anti-inflammatory and anti-cancer properties. Discovered growing on the endangered stout camphor tree, this cultivated mushroom produces a compound called N50 F2, a sulfated galacto-glucan that blocks inflammation signals and halts cancer cell proliferation—particularly in lung cancer—by triggering programmed cell death. The study highlights how this fungus bridges tradit...
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Ask Flora Funga Podcast anything OR Leave a Review New research from Taiwan revealing a rare forest fungus with remarkable anti-inflammatory and anti-cancer properties. Discovered growing on the endangered stout camphor tree, this cultivated mushroom produces a compound called N50 F2, a sulfated galacto-glucan that blocks inflammation signals and halts cancer cell proliferation—particularly in lung cancer—by triggering programmed cell death. The study highlights how this fungus bridges tradit...
182: Interview with Paul Stamets | Telluride Mushroom Festival 2025
Flora Funga Podcast
7 minutes
2 months ago
182: Interview with Paul Stamets | Telluride Mushroom Festival 2025
Ask Flora Funga Podcast anything OR Leave a Review Join me for an exclusive conversation with renowned mushroom expert Paul Stamets as he shares his insights and expertise on the fascinating world of fungi. With a career, spanning decades, Paul Stamets has become a leading voice in the field of mycology, and his work has inspired a new generation of mushroom enthusiasts and researchers. Paul Stamets discusses his upcoming plans for Festival 2025, offering a unique glimpse into the excit...
Flora Funga Podcast
Ask Flora Funga Podcast anything OR Leave a Review New research from Taiwan revealing a rare forest fungus with remarkable anti-inflammatory and anti-cancer properties. Discovered growing on the endangered stout camphor tree, this cultivated mushroom produces a compound called N50 F2, a sulfated galacto-glucan that blocks inflammation signals and halts cancer cell proliferation—particularly in lung cancer—by triggering programmed cell death. The study highlights how this fungus bridges tradit...