Archaeal Symbiosis and Metabolic/Endocrine Modulation
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Actinidic archaea has been related to global warming and human diseases especially metabolic syndrome X. The growth of endosymbiotic actinidic archaea in relation to climate change and global warming leads to neanderthalisation of the human mind-body system. Neanderthal metabolonomics has been described in metabolic syndrome X especially the Warburg phenotype and hyperdigoxinemia. Digoxin produced by archaeal cholesterol catabolism produces neanderthalisation. Prefrontal cortical atrophy and cerebellar hyperplasia has been related to neurodegeneration and neuropsychiatric disorder. This leads ...
Actinidic archaea has been related to global warming and human diseases especially metabolic syndrome X. The growth of endosymbiotic actinidic archaea in relation to climate change and global warming leads to neanderthalisation of the human mind-body system. Neanderthal metabolonomics has been described in metabolic syndrome X especially the Warburg phenotype and hyperdigoxinemia. Digoxin produced by archaeal cholesterol catabolism produces neanderthalisation. Prefrontal cortical atrophy and cerebellar hyperplasia has been related to neurodegeneration and neuropsychiatric disorder. This leads on to dysautonomia with sympathetic hyperactivity and parasympathetic neuropathy in these disorders. Actinidic archaeal related cerebellar dominance leads to changes in metabolic and endocrine function. The high fibre high MCT high legume protein ketogenic diet converts the neanderthalis to sapien species and a low fibre high protein high fat diet converts the sapien species to neanderthalisspecies. This leads to modulation of metabolic and endocrine function.
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