Huh...
This from the first page of replies:
"The argument assumes all mutations have an equal probability of being passed to the next generation, which unless the population is in Hardy-Weinberg equilibrium, is untrue. It also assumes that all mutations are equally likely, which even a rudimentary understanding of the translation of codons into amino would provide, not to mention the processes of exaptation, recombination, chromosomal duplication, gene regulation, codon usage bias, horizontal gene transfer, etc.
Honestly, the flaws in the argument are numerous, foundational and show a very poor grasp of basic genetics. I mean even in the first sentence, it describes the first life form as "amoeba-like". Amoeba are eukaryotes. "
Seems that your depiction of the exchanges were inaccurate.