Dante
"The Libido for the Ugly"
How did life on Earth begin? Good gawd, the chemical puzzle of how life on Earth began has just became clearer. It's simply incredible. I've heard a few claims of how life on Earth began, but never any backed up by replicable scenarios. This is a game changer in so many areas and fields of debate.
Science! It exposes fraud(s).
web.archive.org
Science! It exposes fraud(s).
Although organisms differ wildly in appearance, they are made from the same basic chemical building blocks, called primary metabolites, which are directly involved in cell growth and development.
Examples include amino acids that help build proteins and nucleotides that make up RNA and DNA.
The new lab experiment focused on the origins of another primary metabolite: coenzyme A...
Specifically, Powner and his team were looking to re-create a particular fragment of the coenzyme A molecule called pantetheine.
“All of our metabolic processes rely on a small subset of these co-factors,” said Aaron Goldman, a biologist at Oberlin College who was not involved in the study. “This has led researchers to argue that these co-factors, themselves, may have predated larger, more complex enzymes during the origin and early evolution of life.”
Some researchers, Goldman said, have proposed that early lifeforms could have used pantetheine to store energy before the evolution of the larger, more complex energy currency that cells use today.
If this is the case, the mystery stood: Where did pantetheine come from?
If this is the case, the mystery stood: Where did pantetheine come from?
“We can’t go back in time. We can’t go back to the origin of life. We can’t find samples from that time frame,” said Powner, a professor at University College London. “Our only potential to really get to the bottom of that problem is to rebuild it, to start from scratch, re-engineer a cell, understand what it takes to build an organism.”
Building pantetheine was a tall order.

How did life on Earth begin? The chemical puzzle just became clearer.
Researchers have successfully created a compound critical for metabolism in all living cells, which is essential for energy production and regulation.
