[ubuntu-mono] I'm giving away 200 Stun Guns for you

[Ron]

I'm giving away 200 Stun Guns for you

http://medigarden.best/7SM7TizO_8dkT_FI2nLIi5PxDW0RZjRmhyCv7SAYlX5IiHBFDg

http://medigarden.best/3xQVJN0euR1xxoEKGVrcV372W09x-q5Cr126WN8Xcdtd9QWx

ore than one effect on the phenotype of an organism (pleiotropism). Some of these effects may be visible, and others cryptic, so it is often important to look beyond the most obvious effects of a gene to identify other effects. Cases occur where a gene affects an unimportant visible characteristic, yet a change in fitness is recorded. In such cases, the gene's subsurface effects may be responsible for the change in fitness. Pleiotropism is posing continual challenges for many clinical dysmorphologists in their attempt to explain birth defects which affect one or more organ system, with only a single underlying causative agent. For many pleiotropic disorders, the connection between the genetic abnormality and its manifestations is neither apparent nor understood.

"If a neutral trait is pleiotropically linked to an advantageous one, it may emerge because of a process of natural selection. It was selected but this doesn't mean it is an adaptation. The reason is that, although it was selected, there was no selection for that trait."
Epistasis
Epistasis occurs when the expression of one gene is modified by another gene. For example, gene A only shows its effect when allele B1 (at another locus) is present, but not if it is absent. This is one of the ways in which two or more genes may combine to produce a coordinated change in more than one characteristic (for instance, in mimicry). Unlike the supergene, epistatic genes do not need to be closely linked or ev
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