| ▲ | rcyeh 7 hours ago | |
Amazing! The 2009 Lincoln & Joyce paper you cited catalyzes one bond per hour on average. (Doubling time = 1 hour, but only one bond between oligonucleotides needed to double.) OP's Gianni et al 2026 paper connects 45 nucleotides, taking 72 days (1700 hours) to yield 0.2%. The latter effort is like drawing the whole owl. That is incredible patience. Without access to the full article, I read only the abstract. I wonder if they used simulations to narrow the candidates? | ||
| ▲ | Noumenon72 3 hours ago | parent | next [-] | |
I don't know if ChatGPT translated your rate for the 2026 paper right, but it says you mean: * 99.8% of the starting molecules fail to form the desired product * The ones that do, form 0.026 bonds per hour | ||
| ▲ | java-man 6 hours ago | parent | prev [-] | |
https://pmc.ncbi.nlm.nih.gov/articles/PMC7618777/pdf/EMS2125... | ||