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originally posted by: dragonridr
a reply to: cooperton
Its you that is mistaken go figure
originally posted by: dragonridr
a reply to: cooperton
your making the same arguments as dr tour. this idiot makes the same arguments you do.
originally posted by: dragonridr
a reply to: cooperton
Its you that is mistaken go figure. You keep saying we descended from a microbe that's not correct. We evolved from one.
originally posted by: cooperton
Tell me how it would be possible to not ultimately descend from a microbe, yet to have evolved from one? The divergent ancestor that I assume you're going to refer to was a microbe (according to the theory). You guys harp on semantics because there is nothing else you can argue.
originally posted by: dragonridr
The earliest known lifeform is Archaea, these are prokaryotic microbes. All forms of life evolved from these primitive ancestors.
originally posted by: dragonridr
Natural selection acts only by taking advantage of slight successive variations; she can never take a great and sudden leap, but must advance by short and sure, though slow steps." This is why Darwin said, "If it could be demonstrated that any complex organ existed, which could not possibly have been formed by numerous, successive, slight modifications, my theory would absolutely break down."
originally posted by: dragonridr
a reply to: cooperton
It's not a car and no it's not assembled and parts can be used in multiple ways by life forms.
Since you mentioned muscles the protein involved with them is myosin it evolved probably in unicellular organisms
Jellyfish occupy a special phylogenetic position to understand the evolution of muscles. They are cnidarians, an animal group that originated more than 600 million years ago
originally posted by: TerraLiga
Why do you always begin at complex structures in isolation?
I'm no protein expert, by any means, but I'm pretty sure they are organised into similar families (structurally) and they show an evolution in themselves. Am I wrong?
A protein, just like an organism, would develop over time. Human beings did not appear on Earth at the same time as single-celled organisms, did they? So complex proteins would not have been present then either, and would have developed along with the organism using them.
originally posted by: cooperton
originally posted by: TerraLiga
Why do you always begin at complex structures in isolation?
I'm no protein expert, by any means, but I'm pretty sure they are organised into similar families (structurally) and they show an evolution in themselves. Am I wrong?
A protein, just like an organism, would develop over time. Human beings did not appear on Earth at the same time as single-celled organisms, did they? So complex proteins would not have been present then either, and would have developed along with the organism using them.
Even in the most basic prokaryote or archaea, there are complex fully functioning proteins. This is why there is a massive disconnect for evolutionary theory. It would fit evolutionary theory of prokaryotes were existing with half-formed proteins, but that's not the case at all.
originally posted by: TerraLiga
But proteins were around before bacteria and archaea. We're talking about a period very early in time, with little to no direct evidence remaining, so proving it either way will be almost impossible.
originally posted by: dragonridr
this goes back to that biology stuff you don't understand.
originally posted by: TerraLiga
It's possible the noun 'water' is too loose in this situation. You're probably correct if the liquid was H2O, but I sincerely doubt it was this pure at this stage of Earth's history. Chemical composition and temperature would have played a role, but this is outside my knowledge.
originally posted by: dragonridr
It starts with amino acids stabilizing and forming long chains or polymers
Proteins are produced as a long chain of building blocks called amino acids and need to fold into a specific shape to function correctly.
Now most of those elongated polymers merely continue on their way.But sometimes they end up folding, and some even have a hydrophobic patch of their own, just like the original catalyst. When this happens, the folded molecules with landing pads not only continue to form long polymers in greater and greater numbers
but can also end up constituting what’s called an autocatalytic set, in which foldamers either directly or indirectly catalyze the formation of copies of themselves.
This alters the prebiotic soup making it have huge amounts of proteins.
Oh and cooper your fool proteins do just fine in water as long as it's not too acidic your blood is not all that different from seawater that's why you can get a saline solution if you lost too much blood to maintain blood pressure. And since your biological knowledge proves to be limited proteins travel through our bloodstream all the time.