"Phys.org gives some context:
"A team of researchers at Cambridge University has replaced the genes of E. coli bacteria with genomes they synthesized in the lab. In their paper published in the journal Nature, the group describes replacing the genome and removing redundant genetic codes [–> three letter 4-state elements have 64 possibilities but only 20 are needed for typical protein AA’s, AUG codes for an AA and serves as START, there are three STOP codons] . . . . In this new effort, the researchers had two goals: The first was to synthesize the genome of an E. coli bacterium in their lab—all four million letters of it. The second was to find out what would happen to such a specimen if some of its DNA redundancies were removed . . . ."
The researchers report that it took longer for the special bacterial specimen to grow, but other than that, it behaved just like unedited specimens. They suggest that in future efforts, it might be possible to replace the redundancies they removed with other sequences to create bacteria with special abilities, such as making new types of biopolymers not found in nature.
In short, they confirmed that the choice of “synonym” has a regulatory effect.
Q: Where are we today, then?
First, we have definitive demonstration of the intelligent design of a genome. Yes, they obviously have not created a de novo cell body (a much more difficult task), but we see that intelligent design of life here definitively passes the Newton test of observed actual cause. Further, we see that DNA functions as an information system in the cell, supporting the significance of this conceptual representation, based on Yockey’s work: Let’s zoom in on Yockey’s contribution, on the code-communication system as applied to protein synthesis, which underscores the linguistic nature of what is involved.
Where, Crick understood this from the beginning in 1953, witness p. 5 of his letter to his son Michael, March 19, 1953:Crick’s letter
"At this stage, we definitively know that using nanotech molecular biology and linked computational techniques it is feasible to construct a genome based on intelligently directed configuration. AKA, design.
Therefore, intelligent design, as of right not sufferance, sits at the table for study on origin of life and of body plans.
Where, we separately know on configuration space search challenge, that it is maximally implausible to construct in excess of 500 – 1,000 bits of functionally specific complex organization and/or associated information."
Intelligent Design of life is demonstrated to be feasible and actual in the here and now, as of this investigation. Therefore, as of right, it is a serious candidate to explain what we see in the world of life; especially as regards origin of cell based life and origin of main body plans."
UncommonDescent