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According to research by the Universities of Exeter and Liverpool, females that have multiple mates reduce the risk of producing a brood of offspring without males.
Scientists believe all-female broods will pass the chromosome on to their sons, which will in turn produce more female-only broods and eventually there will be no males and the population will die out.
reply to post by Mr Green
For this study, the scientists worked with the fruitfly Drosophila pseudoobscura
reply to post by Mr Green
Youd be suprised just how much research is done on Drosophila A huge amount of genetic information has been gathered from these flies, odd I know but true.
The relationship between fly and human genes is so close that human genes, including disease genes, can often be matched against their fly counterparts.
"Way more is shared between flies and humans than we ever would have expected before we started identifying the genes," said Pick.
The research carried out at two main UK Universities seems to be valid, do you think this is true, that men would die out within 9 generations? If so what does this say about our attitude to families and marriage ?
Originally posted by IandEye
there's a theory- mostly mine i think- that the population of the earth is growing because we need it to survive.
taking Gurdjieef's idea that since the moon was formed from the earth and needs human 'death energy' to keep it orbiting and protecting us.
ergo...
promiscuous females, by helping to increase the population, are in fact helping to bind the moon to this planet as protection...................still, the moon is drifting away something like 2 inches per year.......more sex please!!!
In 90 years of study, the diminutive fruit fly Drosophila melanogaster has yielded many of the most fundamental discoveries in genetics -- beginning with proof, in 1916, that the genes are located on the chromosomes.
D. melanogaster's importance is far greater than as a trial run for the mouse and human genome, however. In a set of 289 human genes implicated in diseases, 177 are closely similar to fruit fly genes, including genes that play roles in cancers, in kidney, blood, and neurological diseases, and in metabolic and immune-system disorders. "The underlying biochemistry of fruit flies and humans is remarkably similar," says Hoskins, "so fruit flies can provide clues to understanding human diseases caused by defective genes."
"We can find human tumor-suppressing genes in flies easier than we can in the mouse," says Susan Celniker, pointing out that experiments can be done using fly genes that would be impractical (or unthinkable) using human subjects. Especially useful is the identification of networks of other genes that interact with known disease genes, and their associated metabolic pathways. The implications for medicine are immediate