Living Cells and Membranes, Natural Oscillations, and Artificially Produced EMF: Learning From W. Ross Adey and others

Membranes, Oscillations and EMF>

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Important living
membraneous structures:

Above: Mitochondria
Middle: Bacteria
Below: Chloroplast

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Normal red blood cell and rouleaux formation

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EMF AND MEMBRANES, OSCILLATIONS:
SOME REPORTED EFFECTS

Membrane potential changes
Membrane distortion may occur
Membrane permeability changes
Membrane enzymes change
Channel proteins change structure
Channel proteins change function
Lipid structures move
Lipid structures fragment
Calcium oscillations/fluxes change
Calcium and other ions move differently
Geomagnetic oscillation response is disabled
Oscillations emerge in neuronal assemblies

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LIVING SYSTEMS DEPEND UPON OSCILLATORY ACTIVITY TO ORGANIZE FUNCTION, RESPOND TO THE ENVIRONMENT, INTERACT, AND SURVIVE. OSCILLATIONS ARE INITIATED, SUSTAINED AND TERMINATED BY A DELICATE BALANCE OF PHYSIOLOGIC REQUIREMENTS AND EXPOSURES AS WELL AS SHIFTING CHEMICAL/SUBSTRATE GRADIENTS.

THE CELLULAR AND SUB-CELLULAR UNITS OF LIVING TISSUES ARE MEMBRANE DENSE AND THE MEMBRANE STRUCTURES -- LIPIDS AND PROTEINS -- PARTICIPATE IN MUCH OF THIS OSCILLATORY ACTIVITY.

THIS MAP CANNOT EVEN PROPERLY INTRODUCE THE CONCEPTS INVOLVED -- OTHER THAN TO SUGGEST THAT THE APPRECIATION OF OSCILLATIONS IN AND THROUGH THE MEMBRANOUS STRUCTURES OF LIVING SYSTEMS MAY JUSTIFY CONCERN ABOUT ALTERING THEM (OR THE MEMBRANES WHICH PARTICIPATE) WITH OUR TECHNOLOGIES.

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Normal cells,
Rouleaux formation

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"According to the Ion Forced-Vibration theory, the action of external EMFs on cells is dependent on the irregular gating of membrane electrosensitive ion channels..."
Panagopoulus