I suspect that in your mind you have somehow muddled the difference between abiogenesis and biochemical engineering. Yes. In the laboratory, researchers have designed enzymatic RNA compounds that can affect a ligative production system that in its turn can fabricate self-replicating strands of RNA. [36] The initial stage of the procedure is front-loaded, not by the mechanism of natural selection, but by the preordained manipulations of a sentient being. The second stage of the procedure arguably entails the mechanism of natural selection, but only on the basis of recombinant mutation, not transmutation. Also, researchers have designed a ribozyme with catalytic properties that consists of only five nucleotides! [37] In vitro, they can even synthesis a series of oligonucleotides and assemble them into the entire genome of one bacterium, transplant it into the cytoplasm of another, and then step back and watch the transformed bacterium reproduce in accordance with the hereditary dictates of the synthetic genome. [38]
But these researchers did not devise these wonders from scratch, Bob. The basic chemical components were harvested from living cells; these were not the partially formed pieces of junk from any primordial soup. Indeed, the procedures themselves were based on the fundamentals of preexisting biotechnology, informed by the known processes of biological systems. And all of these things were achieved with a preordained outcome in mind, within pristine and insulated solutions simulating the environment and facilities of living cells.
In other words, they worked with preexistent paradigms and tools and materials suspended in midair, as it were, relative to origins. They can pound on the roof all they want, that's not going to resolve the clearly insurmountable problems of prebiotic logistics and polymerization for those notions that are predicated on the processes of accumulative chemistry. Whether they be strictly natural occurrences or not, the only reasonable explanation for the origins of the building's foundation and walls entails some kind of instantaneously synchronous event or another, at some point in time or another, as several abiogenists themselves have acknowledged in exasperation. So in spite of the hypethe political speak of research fundingnone of this is new in the sense that it would lead to anything more than recycled adumbrations about the events that produced the extant biochemistry on which these researcher's endeavors are unequivocally based.
Are they going to back peddle to the very same monomeric dead ends that have already been thoroughly illustrated by others? Of course not. The problem of origins is not merely one of chemistry; it entails unobservable historical events, as the late Stanley Miller himself recognized:
Miller acknowledged that scientists may never know precisely where and when life emerged. "We're trying to discuss a historical event, which is very different from the usual kind of science, and so criteria and methods are very different," he remarked. John Horgan, The End of Science: Facing the Limits of Knowledge in the Twilight of the Scientific Age, Broadway Books (1997, pg. 139)