tthor said:
they once thought that way about many things we do in the modern world.
eventually, and in not all that long i believe, technology shall advice much farther and allow such things as genetic manipulation to be quite simple, and even be able to create automated machines easily capible of the task.
True they did create machines for tasks such as PCR which made things much easier but you're missing the critical point about eugenics. Basically giving everyone 'perfect' genes would actually lead to stagnation of the gene pool as genetic variability is the cornerstone of success of any species. Many scientific studies have shown that species with low levels of genetic variability have much lower survival rates and are more likely to suffer from extinctions than those with higher genetic diverisity because higher genetic diversity allows for more individuals able to cope a broader range of conditions. Hence why the idea of eugenics itself is actually flawed as it WEAKENS the species as a whole.
Personally I would like to see research like this being aimed at removing deletorious genes such as ones which cause diseases such as Huntingtons, Cystic Fibrosis, Muscular Dystrophy, hereditary hemmorhagic telangictasia, hereditary elliptical cytosis, thallasemia, sickle cell anemia and the Charcot-Marie Tooth disease. This would be a perfect use for it as it would allow people to live longer, healthier lives rather than being crippled by these awful diseases.
tthor said:
Hunde Des Krieg said:
It's kind of like equilibrium.
whats that?
Equilibirum describes a state of balance between two objects. It's a natural process in all chemical reactions and many aspects of biology as well. Example;
A + B -> C
As A and B combine to make C the reaction rate slows down as there is less A and B present and more C. All chemical reactions actually happen in both directions simultaneously so as A + B -> C, C -> A + B at the same time. Eventually it reaches a point where the rate of production of C is as fast as its decomposition to A and B so the reaction proceeds in both directions at an equally fast rate. At this stage equilibrium has been reached.