The role of phenotypic plasticity in driving genetic evolution
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Evolution.
autism, canalization, Combined pattern of childhood psycho-behavioral characteristics in patients with schizophrenia: a retrospective study in Japan, corpus callosum, critical comments by important family members, developmental factors, environmental factors, epigenesis, epigenetic, epigenetics, evolution, evolutionary fitness, Evolutionary Psychiatry, feed forward, Haeckel’s law, hippocampal place cells, hippocampi, homeostasis, induseum griseum, lateral longitudinal stria, maladaptation, medial longitudinal stria, mental health, mood disorders, neocortex, ontogeny, paranoid disorders, phenotypic plasticity, phylogeny, plasticity, rank theory of depression, schizophrenia, strands of Lancisi, The influence of phenotypic modifications on evolution: the Baldwin effect and modern perspectives, the Pons test, The role of phenotypic plasticity in driving genetic evolution, WaddingtonMost patients with mental illness do not have relatives with the same condition. Phylogenetically, it may well have been true that social groups were stabilised by depressed members, and that families were stabilised by biddable members who passively accepted distortion: ontogenetically, these possibilities need to be tested, with the mental health of group members and…
To be or not to be. 