My point still stands, this is not what people will think you mean when you say ATP is being used, is functioning in a protocell. I don’t need to keep digging, you need to respond…
lee_merrill:
Rumraket:
lee_merrill:
“Important roles in biology” is directly applicable to the point that we need homochirality, presumably from the start
Prove it.
Important biological functions don’t just come and go, saying a function is important implies it’s needed, not optional.
Prove it.
Was what I said unclear? Or irrelevant? Important functions are not optional, and I provided a reference saying homochirality provides important function.
this is not what people will think you mean when you say ATP is being used
It is.
Rumraket:
lee_merrill:
Rumraket:
lee_merrill:
“Important roles in biology” is directly applicable to the point that we need homochirality, presumably from the start
Prove it.
Important biological functions don’t just come and go, saying a function is important implies it’s needed, not optional.
Prove it.
Was what I said unclear? Or irrelevant? Important functions are not optional, and I provided a reference saying homochirality provides important function.
Having arms are important. Yet the worm lives fine without them. They therefore are, in fact, optional depending on context.
Please prove that there cannot be a lifeform, or an intermediate stage between life and non-life, without homochirality.
The problem is staggering! James Tour quotes one estimate of the number of just the protein-protein interactions in a yeast cell as 1 in 10^79,000,000,000, that’s a ridiculously large number. So picking just one, and saying it will work well enough, seems indefensible.
Yet it has been accomplished, so it cannot really be all that hard.