- #36
Yanick
- 399
- 22
Your question was answered before this thread got de-railed and turned into some kind of Evolution vs Religion debate.
In a very practical aspect evolution allows us to use animal models in researching biological phenomena because we share common cellular components and metabolic pathways which were conserved throughout the millenia due to their value in allowing organisms/species etc to survive and reproduce. Although mouse models are not perfect and don't correlate 100% to humans, it allows a very nice starting point to in vivo trials.
On the deepest level (and this starts to get into the realm of philosophy and not science), knowledge should be gained for purely knowledge's sake. What practical applications were there to Einstein's Theory of Relativity? Who cares what happens when things travel at the speed of light? We will never travel at the speed of light, so why study it? In fact, in Einstein's time, we did not even have the precision of instrumentation to measure his predictions about the bending of light due to gravity. Not all research has to have a direct practical application. In fact if you look at the history of science it is riddled with lots of little discoveries and ideas which culminate in that one big idea that actually changes the world. We only learn about that one big idea and that one big name scientist but a deeper study of the history of that field shows us that the big name guy built his idea around lots of little guys who figured out the little things.
Shoulders of giants and all that jazz.
In a very practical aspect evolution allows us to use animal models in researching biological phenomena because we share common cellular components and metabolic pathways which were conserved throughout the millenia due to their value in allowing organisms/species etc to survive and reproduce. Although mouse models are not perfect and don't correlate 100% to humans, it allows a very nice starting point to in vivo trials.
On the deepest level (and this starts to get into the realm of philosophy and not science), knowledge should be gained for purely knowledge's sake. What practical applications were there to Einstein's Theory of Relativity? Who cares what happens when things travel at the speed of light? We will never travel at the speed of light, so why study it? In fact, in Einstein's time, we did not even have the precision of instrumentation to measure his predictions about the bending of light due to gravity. Not all research has to have a direct practical application. In fact if you look at the history of science it is riddled with lots of little discoveries and ideas which culminate in that one big idea that actually changes the world. We only learn about that one big idea and that one big name scientist but a deeper study of the history of that field shows us that the big name guy built his idea around lots of little guys who figured out the little things.
Shoulders of giants and all that jazz.