Abstract
Objectives:
We examined the concentration and distribution in humans of formaldehyde (FA) and dioxin, which are considered to be the main causal substances for hypersensitivity of chemicals (sick house syndrome), by the molecular resonance method, and studied the clinical symptoms caused by the chemicals and treatment methods.
Methods:
The molecular resonance method was used for the following measurements.
Measurement of the in vivo reaction level at various FA concentrations (10-5 -10+12 pg).
Measurement of reaction levels to acethylcholine β-endorphin & serotonin in the head.
Measurement of thymus functions and reaction to allergens.
In vivo distribution of dioxin.
Exsomatization of FA and dioxin and treatment.
Results:
The following findings were obtained from patients with high levels of FA & dioxin.
Enhancement of thymus functions, positive to many allergens and complications such as pollinosis, atopic dermatitis and asthma.
Significant reduction of the reaction levels to acethylcholine (ca.2000 μg - 100 μg) , β- endorphin (ca.80μg - 3 μg) and serotonin (ca. 80 μg - 3 μg) in the head and the occurrence of mental and neurological symptoms, depression in particular.
The resonance reaction to dioxin was not observed in the head, but was partially positive to Crohn’s disease (ulcer) and ovarian cysts.
Neonates before breast feeding showed no abnormalities even if the mother was exposed.
The following drugs were effective.
Chelate drugs such as dimethyl caprol (BAL).
Oriental drugs such as Jyumi-haidoku-to (TJ6), Boi-ogi-to (TJ20) and Cilantro. (It is necessary to use these drugs according to Bi-Digital O-Ring Test)
The symptoms were rapidly improved by the above diagnosis and treatments during a period of 1 - 2 weeks. However, because patients are often re-exposed under the present conditions, careful follow-up and guidance will be necessary.
Discussion:
Little is known of biochemical dynamics of FA and dioxin in the human body. It was indicated that the molecular resonance of biotechnological method developed by Prof. Omura is effective in studying in vivo dynamics of these chemicals and treatment of diseases caused by the chemicals.
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