NOVEL Surgery Godfather Chapter 2146 - 1796: Flattering (Part 2)

Surgery Godfather

Chapter 2146 - 1796: Flattering (Part 2)
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Chapter 2146: Chapter 1796: Flattering (Part 2)

The entire Laboratory erupted with cheers as Manstein raised his hands, as if he had just scored a goal. Clara let out a scream, then covered her mouth in embarrassment. Hans laughed like a two-hundred-pound child, although he had always been two hundred pounds.

Manstein waited for the cheers to die down before adding, "But we still have to wait for the review from the Medical journal."

Yang Ping said nothing; he understood the review process for the Medical journal. The current pool of reviewers was not large enough, and finding suitable reviewers was challenging, which naturally lengthened the process. This was a common issue for all new journals; it couldn’t be rushed.

The review from Medical finally came back in the sixth week.

It was Tuesday, a rare sunny day in Nandu. Yang Ping was in his office reviewing a grant application when his phone buzzed with an automated notification from the submission system. He opened the email and glanced at the conclusion:

"Major revision required."

Major revision.

Yang Ping’s expression did not change. He continued reading the grant application, wrote a paragraph of revision suggestions for the applicant, and then opened the attachment with the review comments.

Two reviewers.

The first reviewer, from a top domestic university, wrote three full pages. It began with affirmation—"This is a milestone research"—followed by a long list of questions. Sample size, statistical methods, control setup, mechanistic evidence, long-term follow-up data... each point was very professional, and each hit the mark.

The second reviewer, an anonymous international reviewer, wrote in very fluent English, likely a native speaker. Only one page, but the last sentence made Yang Ping read it twice:

In translation: You claim your work is based on the three-dimensional orientation gene theory, but the connection between theory and experimental results is not clearly explained.

Yang Ping closed his computer and leaned back in his chair, pondering for a long time. freewebnovёl.ƈom

Manstein was sitting at the Microscope, and when he heard footsteps, he looked up. Seeing Yang Ping’s expression, he said nothing, just offered the Microscope to Yang Ping, gesturing for him to sit.

"No need," Yang Ping said, "The review comments are back."

"Major revision or minor revision?"

"Major revision!"

Manstein’s expression did not change, but Yang Ping noticed his fingers clench slightly on the Desktop.

"Two reviewers, one domestic, very professional, and each question very realistic. One international, saying the connection between our theory and data is unclear."

Manstein was silent for a few seconds.

"They’re both right," he said.

Yang Ping looked at him.

Manstein stood up and walked to the whiteboard: "I always knew about this problem, Professor. Your theory is about how Cells perceive their position in a three-dimensional space and make correct behavioral decisions based on positional information. But my experiment used gene regulatory methods. The logical chain between the two is: Gene regulation → microenvironment change → Cellular positioning restoration → axon regrowth connection → functional recovery. There are three arrows in between, and I’ve only proven the first and last. I have no direct evidence for the middle two arrows."

Yang Ping walked to the whiteboard, picked up a pen, and drew a line under the sentence Manstein wrote.

"I’ll help you prove the middle two arrows."

Manstein turned to look at Yang Ping.

"Are you sure? Professor, this isn’t your experiment. It’s mine."

"Consider it volunteer work," Yang Ping said. "The theory is mine, the experiment is yours. The middle two arrows are the bridge between theory and experiment. I’ll write the theoretical framework part; you supplement the experimental evidence part. Let’s respond to the reviewers within a week."

Manstein looked at Yang Ping, opened his mouth to say something, but in the end, only said one word: "Okay!"

The following seven days were the most frantic seven days Yang Ping had ever seen.

Manstein divided the team into three groups. The first group was responsible for experimenting, using histological methods to directly prove that axon regeneration was indeed guided by three-dimensional directional signals. The second group focused on in-depth analysis of the "non-responder." Fritz took all tissue samples from the animal room, Clara conducted a whole-genome sequencing, and Hans did 172 pages of data analysis. The third group handled new control experiments, using non-targeted gene editing as negative control to rule out the interference of off-target effects. fɾēewebnσveℓ.com

Manstein himself switched between the three groups simultaneously. Morning in the animal room observing monkeys, late morning in the Laboratory conducting molecular experiments, afternoon in the office writing response letters, and discussing each review comment with Yang Ping over the phone at night.

Yang Ping was also busy. He restructured the core propositions of the three-dimensional orientation gene theory, writing them into the theoretical framework section of the paper in a clearer and more direct way. He wasn’t patching it up; he was reconstructing it. The theoretical section in the previous paper was like a draft, but this one was like a final version—cleaner, sharper, and more powerful.

On the third day, Clara discovered an anomaly in the genome of the "non-responder."

"Off-target effect of Cas9," she said during the group meeting, her voice shaking a little. "It caused an insertion mutation at a non-target site in the genome, which happened to affect a gene related to neuron survival. This might be why it didn’t recover; it’s not that the method is ineffective, but that there was an unexpected outcome in gene editing."

The Meeting Room fell silent for a moment.

"Is this good news or bad news?" someone asked.

Manstein said, "Both! The bad news is that our gene editing is not precise enough, and off-target effects might be more common than anticipated. The good news is that the occurrence of non-responders is not because the method itself is flawed, but because of a technical issue during execution. This means if we can improve the precision of gene editing, the response rate might increase further."

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