Internet, Low Level EMF Pollution & Pandemic of Mitochondrial Disease
Internet Related Low Level EMF Pollution Related Global Warming & Archaeal Endosymbios - Mitochondrial Disease Pandemic
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The internet-related low level EMF fields, global warming and actinidic archaea affect mitochondrial function. The internet-related low level of EMF fields can trigger endosymbiotic archaeal growth and methanogenesis producing global warming. Global warming due to increased endosymbiotic archaeal growth can lead to still further global warming. The internet-related low level EMF fields increases endosymbiotic archaeal growth which produces the Warburg phenotype in the human cell with mitochondrial dysfunction. The internet-related low level EMF fields can act upon mitochondria which functions ...
The internet-related low level EMF fields, global warming and actinidic archaea affect mitochondrial function. The internet-related low level of EMF fields can trigger endosymbiotic archaeal growth and methanogenesis producing global warming. Global warming due to increased endosymbiotic archaeal growth can lead to still further global warming. The internet-related low level EMF fields increases endosymbiotic archaeal growth which produces the Warburg phenotype in the human cell with mitochondrial dysfunction. The internet-related low level EMF fields can act upon mitochondria which functions as a quantal organelle producing mitochondrial dysfunction. The internet-related low level of EMF fields can produce heme oxygenase induction and decrease heme in the system. The removal of heme increases porphyrin synthesis and leads to the formation of porphyrin stacks called porphyrions. The porphyrions can act as a template for the formation of RNA viroids, DNA viroids, prions and eventually nanoarchaea. Thus the internet-related low level of EMF fields can produce a pandemic of mitochondrial disease.
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