@Olivier5,
Quote:It's not an argument but a fact. A cell would not immediately die if its DNA stopped operating. You third party quote only confirms that:
"[Such] a cell will be stuck with existing resources to carry out its current function until it decays to the point that it is identified by the immune system as waste to be degraded."
We are quibbling about what 'immediately' means. I didn’t say instantly. But it would be a very short time. Especially if
all the DNA (including mitochondrial DNA). Mitochondria produce all the energy for the cell in the form of ATP. I’ll have to look it up but I think this would be similar to pulling the plug on your PC. It will run for a time, but it’s measured in milliseconds.
So is it this short time that it lives after DNA removal that we are talking about? I don’t see the significance of it to the premise of the OP.
But I can make a comparison of this to software driven systems.
DNA driven systems are much like IOT (internet of things) systems in that the OS software is talking to smart peripherals (like mitochondria).
In computer software systems, just as in cellular systems, it is not the CPU that accomplishes every task. It only directs the smart peripherals. For example, the CPU might tell a peripheral to do a DMA transfer from a serial input to memory. Even if the operating system crashes or is magically removed, the smart peripherals will continue their tasks until they need further direction from the OS.
This is directly comparable to what would happen in a cell if the DNA were removed or stopped.