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...
191: New Fungus Lowers Inflammation AND Cancer Cells
Flora Funga Podcast
8 minutes
1 week ago
191: New Fungus Lowers Inflammation AND Cancer Cells
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...
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...
