Intravenous Oxygen Delivery and The River of Breath

1. Intravenous Oxygen Delivery?

"For example, oral vitamin C is absorbed in the small intestine…but intravenous vitamin C bypasses the gut, achieving blood and tissue concentrations that are markedly higher than those achieved with the oral form." - Dr. Rhonda Patrick

While reading this, I thought, nose breathing is like intravenous oxygen delivery. It improves your body’s ability to use the oxygen you breathe, increasing tissue concentrations by 10% compared to the "oral form." But we don’t need any fancy equipment. We just have to breathe the way our bodies were designed.

So for fun, we can imagine nasal breathing to be like an IV, "injecting" oxygen to the organs, tissues, and muscles that need it most.

2. The River of Breath and Chemoreceptor Flexibility

Most popular breathing methods focus on pushing carbon dioxide (CO2) to one extreme, whether it’s with hyperventilation (low CO2) or breath holds and reduced breathing (high CO2). But this misses the point. The goal is to return our breathing to its natural physiological levels, to make it optimal.

So instead of picking a side, I prefer the idea of "chemoreceptor flexibility." To adopt a concept from Dan Siegel, we can think of it like a river. On one side is low CO2 and on the other is high. We want the flexibility to occasionally push to either side. But, we’ll be most efficient when we’re flowing down the middle.

P.S. This also brings to mind James Nestor, who said, "Today, chemoreceptor flexibility is part of what distinguishes good athletes from great ones. […] All these people have trained their chemoreceptors to withstand extreme fluctuations in carbon dioxide without panic." - Breath, pg. 170

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