Seeing the simulation results, Curt Connors immediately loaded the entire process into the chemical synthesis reactor and began producing the gene transplantation serum.
As Gwen Stacy watched the computer program continue running simulations, its success rate still holding at 98 percent, she found it hard to believe. "Professor, why did using a different transplantation method increase the success rate so much?"
This laboratory intern had not forgotten how difficult it had been to make progress in previous simulation tests. Raising the success rate by even 0.1 percent could represent several days of research.
Now, just one algorithm had sent the success rate soaring past ninety percent. With a further improvement to the gene-editing process, an unbelievable figure of 98 percent had appeared.
After thinking it over, Curt Connors offered a conclusion. "The biological enzymes we used in the past were essentially enzymatic scissors. They had to be precisely tailored to a specific gene segment.
"But transplanting regenerative genes involves editing multiple segments rather than just one. Whether every biological enzyme could function properly and whether they would interfere with one another had remained a blind spot in our research.
"We had no way to examine the results of gene editing directly and could only confirm the situation from the final simulation results. But the method Mr. Parker provided uses guide RNA for precise gene editing. I believe that is why the success rate improved."
Learning that one of his research results involving Vampires and the Werewolf Virus had proven useful, Peter Parker gave an honest, bashful smile.
"Mr. Parker." Curt Connors looked at the young man solemnly. "Could you develop this project further and explore it in greater detail? I can guide you in writing a qualified paper and submitting it to the international journal Nature Reviews.
"I would even