Hereditability of acquired characteristics based on inheritance of the hologenome which includes the genome with the symbiotic microbiome has been described recently. High dietary fibre intake decreases archaeal endosymbiosis producing a homo sapien species. Low dietary fibre intake increases archaeal endosymbiosis &produces a homo neanderthalis species. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes. The RNA viroids &their DNA ...
Read More
Hereditability of acquired characteristics based on inheritance of the hologenome which includes the genome with the symbiotic microbiome has been described recently. High dietary fibre intake decreases archaeal endosymbiosis producing a homo sapien species. Low dietary fibre intake increases archaeal endosymbiosis &produces a homo neanderthalis species. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes. The RNA viroids &their DNA templates getting integrated into the genome consequent to environmental stress leads to genomic flexibility &dynamicity which can be inherited. The transfer of acquired characters depends upon RNA methylation patterns, Small interfering RNAs &prions. Thus archaeal endosymbiosis is a mode of altering genomic structure which can be inherited in response to environmental &psychological stress. The homo sapien species with less archaeal endosymbiosis is cerebral cortically dominant and rational while the homo neanderthalis species with more archaeal endosymbiosis is cerebellar dominant &autistic. Dietary fibre and archaeal endosymbiosis can modulate speciation &culture.
Read Less
