Re: Government
and later...
Environmental conditions apparently have a potential to effect genetic recombination every generation.
Would that cause for ingrained patterns of behavior after many centuries of putting them into practice? This theory says yes.
In 1965 V. Geodakyan theoretically predicted that “In the chromosome set, the roles of sex chromosomes and autosomes (A) is in effect, respectively, the short-term and long-term memory; that is why sex chromosomes, primarily the Y-chromosome, serve as a gateway into heredity for variation”. Y-chromosome does it primarily for mutations induced and directed by the ecological differential rather than of spontaneous mutations.
Sex chromosomes are short-term memory structures, the experimental subsystem of the genome (a male sex analogue), and provide for genome modification. As a new character does not appear in the female genotype without prior testing in the male one, a new gene is not transferred to autosomes without testing in sex chromosomes.
The main role of sex chromosomes is not reproductive — determination of sex — as believed earlier, but evolutionary, i.e., the creation of dichronomorphism for economical evolution, even at the cost of reproduction. Sex chromosomes change and regulate the sex ratio rather than maintain it at 1:1 level.
The main role of sex chromosomes is not reproductive — determination of sex — as believed earlier, but evolutionary, i.e., the creation of dichronomorphism for economical evolution, even at the cost of reproduction. Sex chromosomes change and regulate the sex ratio rather than maintain it at 1:1 level.
For the case of sexual differentiation, the sequence of arrival of the controlling information from the environment to the subsystems is as follows:
environment → male sex → female sex.
In panmictic and polygamous populations where each male can fertilize many females the number of mothers always exceeds that of fathers. Therefore hereditary information obtained by the offspring from their mothers is more representative, better reflects genetic distribution in population/preceding generation. Information obtained from fathers is more selective; it reveals the genotypes suitable for the environmental conditions.
environment → male sex → female sex.
In panmictic and polygamous populations where each male can fertilize many females the number of mothers always exceeds that of fathers. Therefore hereditary information obtained by the offspring from their mothers is more representative, better reflects genetic distribution in population/preceding generation. Information obtained from fathers is more selective; it reveals the genotypes suitable for the environmental conditions.
Would that cause for ingrained patterns of behavior after many centuries of putting them into practice? This theory says yes.
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