" In time a degenerative action of hydration states (aging) may occur. In keeping with the cellular energy mechanisms discussed above, both the intracellular and extracellular components of tissues operate within certain frequency bands causing hydration binding to become important factors if the energy associated with the tissue diminishes over time. Such diminution may occur via many different mechanisms including the aging process or other degenerative processes. Stiffening of joints and limbs may be a related to a lowering of the photonic energy states within the hydration bonds associated with the ECM. "Data EHE07 Fleming1
Increase the cell energy and/or alkaline level can reverse the degeneration.
Perhaps the best example of photons affecting the cell cycle is melanoma. It is a cancer that arises from pigment-containing cells, the melanocytes. Intense UV light exposure (i.e., high-energy photons) causes the melanocytes to proliferate, which is obviously an effect on the cell-cycle of these cells, e.g., loss of cellular control over the cell cycle. Est-ce que ça répond à votre question?
Oui, exactement Vicente We have an 'immune system' that grows melanocytes to avoid damage to our DNA, to act as a prophylactic, a hurdle, for UV rays in their path to our living skin cells underneath the skin surface which is comprised of dead cells.
This is similar to a form of cell-cell signaling based on UV, very similar to the action of UV NOT from the Sun but from other cells. see Daniel Fels Article Correction: Cellular Communication through Light
Frieda, it seems we lose energy via the structure of the hydration bonding around the DNA. Our skin becomes very taut when we have sufficient energy (when we are young) but it becomes flaccid and 'aged' when we lose this energy and our bodies become smaller because the quantum physics of these hydration bonds don't stretch so well in our dotage (old age). If we could find a way to re-energize our DNA's hydration we would overcome some of the degenerative effects seen on our skin and other facilities e.g. dementia.
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