Electromagnetic Medicine

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Exploring the intersection of bioelectromagnetism and cellular biology, this work delves into how electromagnetic fields generated by digoxin influence molecular memory in water and cellular signaling. It discusses the piezoelectric effects on cellular dynamics and how these interactions can store information within water's electric dipoles. Additionally, it examines the role of organ-free mitochondrial networks in primates, suggesting their integration with archaeal colonies to convey vital information about organ morphogenesis and growth, potentially reshaping our understanding of cellular development.