Page 252 - Wasserstoff Medizin

For a small fraction of a second during the photosensitisation process, the oxygen
molecule destabilises and becomes Singlet Oxygen. This occurs when one of the
molecule's electrons starts spinning in the opposite direction and rotating in a wider arc
before returning to its original position. When it does so, what is known as Singlet Oxygen
Energy (SOE) is emitted. Although the lifetime of Singlet Oxygen can be measured in
thousandths of a second, the energy released can be quite significant. In nature, we have
witnessed the regenerative properties of SOE in relation to plant growth.

Dr. Claudia Schöllmann writes, “Through a process similar to photosynthesis, oxygen is
continuously converted into the singlet state. In the unit the singlet state (1Δ2) of O2
reacts back into the triplet basic state which occurs naturally in the air (3Σ2). The energy
that is released during this conversion back to the triplet state is immediately absorbed by
water molecules in the (moist) air that is breathed in. The user breathes in these activated
water molecules – and not activated oxygen states – via a lightweight nasal cannula. In
the organism the air energy improves oxygen utilisation and the anti-oxidative capacity -
this can be measured. It is still not completely clear just how the energy of the water
molecules is transformed into metabolic energy. Many findings would suggest that the
energy-rich water molecules carry their energy/information to points in the body where
the organism activates oxygen itself in order to utilise it, or its energy, for metabolic
reactions. Important “points” in these terms are the surface films (surfactants) in the
alveoli, the interstitial and intracellular fluids as well as the fluid membranes of the cells
and mitochondria.”

Dr. Claire Bowen writes, “Oxygen is not only key to energy production – it is also an
essential component, in its different forms, of the body’s detoxification system (through
the process of ‘oxidation’ of toxins into harmless basic elements), the immune system
(for example, as the superoxide ion used by immune cells to fight invading pathogens),
the optimal absorption and assimilation of nutrients from digestion in the gut, as well as
the body’s own self-healing mechanism through the ‘oxidative response.’ For recovery
from any illness and movement towards truly optimum health, we really need to optimise
the amount and quality (i.e. how available it is) of the oxygen we inhale, transport around
our body and provide to our cells!”

Traditional oxygen therapies are based on the assumption that providing the body with
more oxygen will result in more oxygen actually being used by the cells of the body.
Activated Oxygen Therapy uses a different basis – that the oxygen in normal air can be
altered to improve absorption and utilisation within the body, without increasing the
pressure or concentration of oxygen inhaled.

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