Womb as Paradise Lost

Womb as Paradise Lost – Foetal Programming
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Practical Part – Mindlink sysrtem: “Concluding Remarks”
isn’t obviously confirmed. Therefore, the correlation between language disturbance,
speech disturbance or communication disturbance in patients with schizophrenia
and other communication distortions e.g. the ASS-syndrome, probably
paving the way to the epigenetic chromatin structure and change of FOXP2-gene
and its broad features. 341
Since communication is not free from environmental influences, we must sample
the evolutionary processes and environmental influences, whereon the epigenome
dynamically increased. New biology is exploring the effect of environment on
cellular behaviour.
24.2 Relevance for the Mindlink-system
The attention to the FOXP2-gen and the sound and speech phenomena in the late
evolution (± 200.000 years ago) is relevant for the analysis of the Mindlinksystem.
In short: the Mindlink-system has originated an effective split between speech,
nature sounds and composed music: elementary elements of communication in
nature and nurture.
Because of the very slow change of the genome, the split creates the opportunity
to go back on the stage of the evolution, with strong creative energy inside the
functional cells, with storage of any experience into the epigenome. Because time
is relative and the change of the genome is very slow, the life-experiences, stored
341 Lalmansingh, Alvin S. Science Direct BBA, art. “Multiple modes of chromatin remodeling by Forkhead box proteins”,
part of “Chromatin in time and space”, 2012, quote:
“FOXP proteins, in contrast, function as classic transcription factors to recruit a variety of chromatin modifying enzymes
to regulate gene expression. FOXO proteins represent a hybrid subclass having dual roles as pioneering factors and transcription
factors. (...) The overall diversity in chromatin remodelling function by FOX proteins is related to unique structural
motifs present within the DBD (DNA Binding Domain) flanking regions that govern selective interactions with core
histones and/or chromatin coregulatory proteins.