So....You're saying that Cytocrhome C isn't passed down from generation to generation?As ALL biologists, mainstreamers and non-mainstreamers AGREE WITH MY POINT ABOUT CYTOCHROME C'S REPRESENTING A MAINSTREAM MECHANISM COUNTER EXAMPLE,
Or are you saying it pops up completely randomely?
Natural selection is primarily a culling force. We typically think of organisms being "selected for", but to my mind at least that's not an accurate way to think of it (at least, not most of the time). Basically, anything that doesn't kill you is selected for. Natural selection most often works by removing unfit or less fit organisms.
You can demonstrate this yourself using the Hardy/Weinburg Equation, 100 red marbles, and 100 blue marbles. Put the marbles in a sack and draw 20 pairs. Remove each blue/blue pari. Take the ratio of red marbles to blue marbles, and make that the ratio of red to blue in the new 200 marble population. Repeat ad nauseum. You'll soon find that while you did nothing to the red marbles at all, they rapidly come to dominate the population, perhaps even reaching fixation. 100% and 0% selection are very extreme, but the same thing happens if, say, only 50% of the blue/blue die out and 10% of the red/red and red/blue die out. It gets a tad more complex with traits like malarial resistance, where pp, pq, and qq all have different selection pressures, but what you'll find is that the selection pressure is always (in these examples) negative--it always kills off things. (The exception to this would be any mutations that increase firtility, such as increasing the number of eggs released by a female or something.)
What that means is that if Cytochrome C mutations don't harm the organism in question, and they don't have a dramatic affect on fertility, pretty much anything can happen genetics-wise and it won't make a difference. What this means is that random mutations will tend to dominate.
Nothing I've said is new, nothing I've said was new once the whole modern synthesis happened. This is standard. Like I said, it's a somewhat novel application of the theory, and one that I certainly wouldn't have thought of without being prompted, but that's the reason we look at data in science. It's interesting, it's useful, but it's not revolutionary.
I don't see this as particularly profound. "Loving care" is an aspect of organisms with a certain level of intelligence--without organisms, and without that level of intelligence, the concepts have no meaning. Does pond scum exhibit "loving care"?The conflict it is deeper really, much much much more profound. It is a conflict between that tradition, belief, world view that says we were made, on purpose with loving care, and the newer scientific tradition that says when it comes to people being made, the element of loving care is pure poppycock.
Furthermore, until you prove that there's a god of some sort, you can't speculate on the reason we were made. "Reason" implies intelligence--and you can't speculate on what an intelligence is thinking without first demonstrating that the intelligence exists.
Finally, evolution doesn't ignore the concept of loving care. Reciprochal altruism and parent care are both well-known and pretty well understood aspects of evolutionoary theory. It's just that we apply those concepts to things that we can actually demonstrate exist, not to things which have no evidence whatever.