• The Art of Stillness: How to Find Silence in a Noisy World

    Modern life is filled with constant noise, but true stillness isn’t about escaping it—it’s about learning to exist within it. Simple rituals, mindful pauses, and intentional quiet moments can create a sense of calm amid daily chaos. From breathwork to "noise detox" techniques, even small shifts can lead to greater mental clarity, reduced stress, and deeper connections.

    Read More »
  • The Forgotten Healing Power of Pine Needle Tea

  • The Art of Stillness: How to Find Silence in a Noisy World

    Modern life is filled with constant noise, but true stillness isn’t about escaping it—it’s about learning to exist within it. Simple rituals, mindful pauses, and intentional quiet moments can create a sense of calm amid daily chaos. From breathwork to "noise detox" techniques, even small shifts can lead to greater mental clarity, reduced stress, and deeper connections.

    Read More »
  • The Forgotten Healing Power of Pine Needle Tea

Recent Posts

Can Mold Toxicity Disrupt Vitamin B1?

Mold exposure may interfere with thiamine in more than one way. This clip explores how certain mycotoxins may directly affect B1, while mold-related neuroinflammation can also disrupt thiamine chemistry downstream. It also looks at reports of improved brain function from lipid-soluble thiamine derivatives, even in people still dealing with mold exposure.

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The Thiamine Resource That Puts Everything In One Place

Thiamine information is scattered across studies, videos, articles, and forums, which makes it difficult to know where to start. This clip introduces EONutrition’s Thiamine Wiki, a centralized resource designed to combine technical research with clear, practical explanations, plus guidance for people who experience unusual symptoms when starting B1.

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Why Some People Need Extremely High Doses Of B1

High-dose thiamine is not always about correcting a simple dietary deficiency. This clip explains how very large doses may help reactivate thiamine-dependent enzymes that have become blocked or impaired, allowing cells to produce energy more effectively. The discussion also points to traumatic brain injury research showing how restoring B1-dependent energy pathways may reduce secondary cellular damage.

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