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Dietary fibre can alter the colonic microflora. High fibre intake suppresses colonic archaeal growth and archaeal endosymbiosis. High fibre diet suppresses endosymbiotic archaeal growth leading onto homo sapienisation of the species. High fibre diet leads to increased generation of butyrate and HDAC inhibition leading onto expression of the HERV genes & their reintegration into the genome. HERV jumping genes contributes to the dynamicity of the genome and is important in the evolution of synaptic connectivity and the homo sapien neocortex. Low fibre diet increases colonic archaeal growth and…mehr

Produktbeschreibung
Dietary fibre can alter the colonic microflora. High fibre intake suppresses colonic archaeal growth and archaeal endosymbiosis. High fibre diet suppresses endosymbiotic archaeal growth leading onto homo sapienisation of the species. High fibre diet leads to increased generation of butyrate and HDAC inhibition leading onto expression of the HERV genes & their reintegration into the genome. HERV jumping genes contributes to the dynamicity of the genome and is important in the evolution of synaptic connectivity and the homo sapien neocortex. Low fibre diet increases colonic archaeal growth and archaeal endosymbiosis contributing to neanderthalisation of the species and the brain. Low fibre diet and reduced levels of butyrate contributes to modulation of histone acetylation & reduced generation of HERV sequences, genomic rigidity & reduced synaptic connectivity. This leads to cerebral cortical suppression & cerebellar dominance contributing to neanderthalisation of the brain and species. Neanderthalisation of the brain leads to a cerebellar cognitive affective disorder contributing to a civilization which is dominated by nationalism, anarchy, violence, paganism and anarcho-capitalism
Autorenporträt
Dr Ravikumar Kurup is the Director of the Metabolic Disorders Research Centre, Trivandrum.