@boagie,
You know, I always listen with great amazement as people talk about things as though they are speaking in great depth and really getting to the nitty gritty of a matter, when in fact they are actually simply talking all around the real truth of what they are trying to dissect.
Here you are breaking down biological function to its genetic levels trying to come up with answers that appeal to your way of thinking, and yet when asked to go deeper to the chicken and the egg you will not do it.
However if you are going to go to the molecular level of biology you cannot do so without going all the way to the actual second that the life of this biological organism as you call it began.
You speak of the delimiting, you speak of the cellular degeneration, you speak of reaction, and every other thing regarding the function of the organism AFTER it has been endowed with that life giving force, yet you will not entertain where that spark of life came from in the first place that even started the engine.
Its like trying to study the dynamics of a running engine from the exterior of it, and not being able to figure out the actual internal combustion aspect of it because you dont know what causes the spark, and never bothering to look inside you continue to study the thing as though you are intensely aware of its every aspect.
I think its time to really get in there if you really want to know what makes the frog work Boagie. Maybe instead of trying to figure out why its dying, you should try to figure what brought it to life in the first place to begin all these reactions that you are talking about.
Take the dissected frog off of the table and lets look at a lifeless frog embryo and wait for it to be sparked to life and study that process. I am certain that anyone that works with cloning is always amazed at that instantaneous instilling of life that takes place when they do nothing other than an insemination with a dropper.
And I also think that many of them think that THEY are actually the ones that create an entire sheep with nothing more than the tip of a needle, how great they are. They should be careful where they poke that awesome power of theirs.
For that lifeless form on the biology dissection table life has absolutely no meaning whatsoever, and yet the split fraction of a second that it becomes endowed with life from some force that no biologist can understand or define, that frog's life suddenly has great meaning.
While it lives a biologist can study all of those reactions to stimuli and think they have it all figured out as long as nobody asks them the unanswerable question, but as soon as the frog is dead, they poke and prod at it to find out what killed it looking for a physical failure of some organ function, and overlook completely that for some reason that actual spark of life is also missing. Why is that? Why does an organism have to die just because something stops working? An embryo was alive without all of these developed organs. A cell lives without a brain or a liver as it begins to mulitply into a human. But for some reason when the human dies because of a stroke the biologist stops looking for that lost life at the brain.
When a car runs out of gas, the biologist would concur than that the essence of that car must have only been a gas tank?
Just my highly enlightened thought process, which is actually probably nothing more than a few electrons firing off here and there, of course nowhere near the fireworks display going off in your heads! lol :whistling:
Devastatingly Delighted,
Pathfinder