[48217] in linux-announce channel archive
Harvard Researchers Reveal the "Elixir of Youth"
daemon@ATHENA.MIT.EDU (Longevity Experts Daily)
Fri Apr 11 07:41:50 2025
Date: Fri, 11 Apr 2025 06:41:42 -0500
From: "Longevity Experts Daily" <LongevityExpertsDaily@cashles.best>
Reply-To: "AgeLess Naturals" <HarvardWellnessSecrets@cashles.best>
To: <linuxch-announce.discuss@charon.mit.edu>
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Harvard Researchers Reveal the "Elixir of Youth"
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erent degrees of success. A genetic (or balanced) polymorphism usually persists over many generations, maintained by two or more opposed and powerful selection pressures. Diver (1929) found banding morphs in Cepaea nemoralis could be seen in prefossil shells going back to the Mesolithic Holocene. Non-human apes have similar blood groups to humans; this strongly suggests that this kind of polymorphism is ancient, at least as far back as the last common ancestor of the apes and man, and possibly even further.
The white morph of the monarch in Hawaii is partly a result of apostatic selection.
The relative proportions of the morphs may vary; the actual values are determined by the effective fitness of the morphs at a particular time and place. The mechanism of heterozygote advantage assures the population of some alternative alleles at the locus or loci involved. Only if competing selection disappears will an allele disappear. However, heterozygote advantage is not the only way a polymorphism can be maintained. Apostatic selection, whereby a predator consumes a common morph whilst overlooking rarer morphs is possible and does occur. This would tend to preserve rarer morphs from extinction.
Polymorphism is strongly tied to the adaptation of a species to its env
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<div style="color:#F4F4F4;font-size:8px;">m can be controlled by alleles at a single locus (e.g. human ABO blood groups), the more complex forms are controlled by supergenes consisting of several tightly linked genes on a single chromosome. Batesian mimicry in butterflies and heterostyly in angiosperms are good examples. There is a long-standing debate as to how this situation could have arisen, and the question is not yet resolved. Whereas a gene family (several tightly linked genes performing similar or identical functions) arises by duplication of a single original gene, this is usually not the case with supergenes. In a supergene some of the constituent genes have quite distinct functions, so they must have come together under selection. This process might involve suppression of crossing-over, translocation of chromosome fragments and possibly occasional cistron duplication. That crossing-over can be suppressed by selection has been known for many years. Debate has centered round the question of whether the component genes in a super-gene could have started off on separate chromosomes, with subsequent reorganization, or if it is necessary for them to start on the same chromosome. Originally, it was held that chromosome rearrangement would play an important role. This explanation was accepted by E. B. Ford and incorporated into his ac</div>
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