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The Domineering Energy of Disease and Injury

Contusions, fractures, burns, carcinomas, lymphomas, melanomas, prostate cancer, dermatological diseases, rheumatoid arthritis, diabetes mellitus and associated pathology, liver disease and many other common conditions, including bacterial infections, can be accompanied with localised vasodilation, hyperthermia, hyperperfusion, hypermetabolism and or hypervascularisation: all high energy conditions with higher microwave emission often accompanied with discomfort and pain.

Radiometric Image of a knee contusion
Fig 7. Radiometric Image of a knee contusion


Breast Cancer: Radiometric Image showing hyperthermia on the right breast
Fig 6. Breast Cancer: Radiometric Image showing
hyperthermia on the right breast

Infra-red scanning psoriasis can reveal biological activity of +5.0 o C. higher than unaffected skin
Fig. 8. Infra-red scanning psoriasis can reveal
biological activity of +5.0 o C. higher than unaffected skin


Dielectric Resonance Management of psoriasis lowers biological activity down to only 0.8 o C. higher than unaffected skin -with just a single 20 minute treatment
Fig. 9. Dielectric Resonance Management of psoriasis
lowers biological activity down to only 0.8 o C. higher than unaffected skin
-with just a single 20 minute treatment

For example, in the case of mass vasodilated breasts provoked by breast cancer, the breast energy emissions are much high than for a healthy breast, and radiometric imaging visibly exposes the areas of malignancy providing the oncologist with additional data not visible or obtainable by X-ray mammograms. The hyperthermia can be due to hypervascularisation associated with malignancy or increased blood flow through the existing vascular structure. The hyperthermia, a product of malignant tumours, may suppress chemically the immune response towards malignant cells by inhibiting the neutrophils' phagocytic activity. Radiometric infrared scanning of the prostate gland area where cancer is suspected or confirmed by blood analysis for prostate specific antigens etc. also reveals high levels of energy emission. Radiometric scanning of malignant melanoma likewise reveals high levels of energy emission, the hyperthermic behaviour of malignant melanoma is more likely to be caused by vasodilation than hypermetabolism
(See Fig. 6).

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