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Line 53: − # PrP, the gene responsible for the protein implicated in causing prion diseases like [[Creutzfeldt-Jacob_Disease]], has ''no beneficial function''. If evolution were correct, this gene could not persist in the population, but would quickly be selected against.
Counterexamples to Evolution (view source)
Revision as of 15:35, August 16, 2011
, 15:35, August 16, 2011Undo revision 901602 by SeanS James Wilson said I could make this edit. Please read his talk page before reverting. I also contacted Mr Schlafly about this, OK??
# Male-pattern [[baldness]] has no evolutionary explanation. It is not observed in non-human species, and because it decreases the likelihood of finding a mate, it should have been selected out a long time ago.
# Male-pattern [[baldness]] has no evolutionary explanation. It is not observed in non-human species, and because it decreases the likelihood of finding a mate, it should have been selected out a long time ago.
# [[Menopause]] renders women infertile, but this is clearly counter to evolutionary advantage. Evolutionists claim that only individuals capable of mating are useful to the species (see above discussion regarding social insects), so menopause should have been selected against by now to give women the best chance for producing the maximum number of offspring. However, several theories have been put forward to explain the apparent paradox. Firstly, that since the risks associated of bearing children increase after a certain age, it is little advantage in running the risk, especially as the mother may already have children that rely on her for survival. Secondly, in terms of groups, the menopause leads to 'post-reproductive grandmothers' who can assist their own offspring with raising their children <ref>http://www.ncbi.nlm.nih.gov/pubmed/11223885</ref>
# [[Menopause]] renders women infertile, but this is clearly counter to evolutionary advantage. Evolutionists claim that only individuals capable of mating are useful to the species (see above discussion regarding social insects), so menopause should have been selected against by now to give women the best chance for producing the maximum number of offspring. However, several theories have been put forward to explain the apparent paradox. Firstly, that since the risks associated of bearing children increase after a certain age, it is little advantage in running the risk, especially as the mother may already have children that rely on her for survival. Secondly, in terms of groups, the menopause leads to 'post-reproductive grandmothers' who can assist their own offspring with raising their children <ref>http://www.ncbi.nlm.nih.gov/pubmed/11223885</ref>
===Wrong predictions===
===Wrong predictions===