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69. Managing Deuterium, Mitochondrial Health & Cancer | Petra Devlaar, ND
Regenerative Health with Max Gulhane, MD
Understanding Nanobubbles: The Future of Blood Interaction
Nanobubbles play a crucial role in the bloodstream, facilitating the transition of oxygen into red blood cells through a compartmentalized process. This new understanding challenges previous notions by revealing a complex surface layer formed on lipid membranes, consisting of a thin glyco-calix layer and intersecting nanotubules that regulate cellular traffic. Additionally, a dynamic layer of hydrocarbons, predominantly sulfated polymers, creates a protective exclusion zone that can repel various substances, highlighting the sophisticated interaction between nanobubbles and blood flow.
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