Surgery Godfather
Chapter 839 - 749 Madly in Love with CNS_2

Chapter 839: Chapter 749 Madly in Love with CNS_2

This object requires not just hard power, but also soft power.

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Yang Ping now only cares about his research topic, and doesn’t pay attention to anything else.

Outstanding Young Talent, doctoral advisor, full professor, chief physician—he doesn’t care about any of it; currently, the only thing on his mind is his research topic.

The architecture between cells, evolving from two-dimensional to three-dimensional, represents the greatest challenge of the current topic, and Yang Ping must solve this problem, so he is constantly thinking about it.

In order to solve this problem, one needs not only knowledge of biology but also physics and chemistry, because guiding the cells into a three-dimensional structure is incredibly complex.

Artificial replication of a complete tissue or organ is a structure coordinated by the interaction between cells and substrates, as well as between cells themselves. How can a body develop from a fertilized egg, with cells differentiating in preset directions and then constructing set structures?

These cells don’t have eyes, yet the cells that make up blood vessels can automatically construct tubular blood vessels, those that make up peripheral nerves can automatically create cord-like nerves, and those that make up the liver can automatically build a liver.

Who exactly is guiding them, and how?

The points in the system space are like battery power, and while it still has charge, Yang Ping frantically looks through various materials, hoping to integrate this knowledge and unravel the mysteries.

Currently, there are several methods for culturing or printing organs outside the body: hydrogels, solid scaffolds, magnetic levitation, and the carriers created by these methods for cell three-structure are very uneven, with inconsistent pore sizes, making it difficult to understand how cells interact with the structure.

Even when given identical external conditions like energy and temperature, there are many microscopic states that cannot be replicated. Some scientists have created microenvironments identical to those in the human body to observe the state of the cells inside, yielding more observations.

Yang Ping has done this very well. He can completely replicate a microenvironment identical to the human body, but still hasn’t achieved the desired three-dimensional structure.

Yang Ping has pioneered a research approach of his own, creating three experimental models using normal stem cells, teratoma cells, and tumor cells.

In the human body, normal stem cells have the full capability to construct space, which is why a fertilized egg can develop into a complete human body.

Teratomas have partial spatial construction abilities—for instance, they can form incomplete tissues like hair, bone, skin, or nerve tissues.

On the other hand, tumor cells can be said to completely lack the ability to construct space; they can only grow into spherical shapes or shapes that adapt to the surrounding spatial environment, which is a purposeless growth mode without any capability for spatial construction.

In the vast system laboratory, countless flexible robotic arms help with various physical tasks.

And the system screens, functioning like a giant computer, help collect and process various laboratory data, which can then be retrieved on the screens at any time.

However, no physical objects can be taken out of the system space, and all information must rely on memory to be brought out.

This has developed Yang Ping’s extraordinary memory. Moreover, each time Yang Ping brings out some information, his memory enhances slightly. All in all, his memory is now much stronger than before, and he can recall entire books with almost no errors, not to mention entire papers.

After countless entries and exits in the system, Yang Ping has forged a strong psychological endurance.

If Robinson could live for 28 years on a deserted island, he can stay in the space for a long time, until the experiments yield results.

But the points don’t allow that.

Points are the one shortcoming of this system.

Currently, the points continue to decline and are now just over a million, which is insufficient to sustain the experiment, forcing Yang Ping to suspend his research temporarily.

The experiment is suspended at the final crucial stage; now, he is just waiting for a dozen papers to hit the jackpot with points, then he’ll give one more push and continue the experiments.

The real-world experiments have already started to unfold in an orderly manner according to Yang Ping’s plan. At Nandu University’s Stem Cell Laboratory, Lin Lan has fully replicated the outcomes of the system laboratory, and stem cell cultivation has become very mature, with the differentiation induction of various cells like skin cells, muscle cells, nerve cells, and blood vessels cells being very advanced.

This mentor under 30 was indeed a genius. With Yang Ping’s experimental blueprint, she quickly mastered the key points and achieved the experimental goal.

What puzzled this genius was why Yang Ping, a surgeon, possessed god-like foresight in scientific research. The entire experiment took no detours and was completely direct. In the field of scientific research, such a scenario is very rare, unless one is particularly lucky. Most experiments involve many detours and failures before succeeding.

Nandu University’s Digital Medical Laboratory, using a supercomputer, constructed an anatomical model, and the microscopic dissection of muscle had been fully delineated, down to the cellular level, where the biological connections between cells were also clearly defined.

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To save time, Yang Ping generally completed the work of writing and revising papers in the system space as well. He wouldn’t do in real space what could be completed in the system space, where the most valuable resource was points and the least valuable was time.

Only after he was satisfied with all 12 papers did he leave the space, where everything at that moment froze until he reentered, picking up from that frozen moment.

Relying on memory, Yang Ping edited the papers on the computer, reproducing the versions he had modified in his mind.

Having finished revising the papers, Yang Ping called Song Zimo and Xu Zhiliang into his office and handed over the 12 papers for them to check, finally checking for any typographical errors and the like.

More eyes on the task made it easier to spot subtle errors.

When Song Zimo saw the 12 papers, he was extremely surprised. How could one complete the writing and revision of papers in such a short time? He spent every day performing surgeries with Yang Ping, and even if he didn’t sleep or eat at night, there was limited time. It just couldn’t be this fast.

It could only be said that for Yang Ping, writing these papers was like writing a short essay.

Song Zimo divided the papers into two sets, kept one for himself, and handed the other to Xu Zhiliang to start checking on site for any typographical errors, citation mistakes, etc.

"Are you planning to send them all out at once? All to CNS?" Song Zimo asked, puzzled.

"If we’re not sending them out, what are we holding onto them for? Hurry up and check several more times, and if there are no issues, send them all out at once," Yang Ping urged.

All 12 papers at once?

Xu Zhiliang couldn’t help but shiver at the thought. As a doctor, he was well-acquainted with medical journals, and CNS was a dream from start to finish.

No one in the history of the three top journals had ever been so bold, not even Manstein. It was possible for a top institution to burst a few papers out at once, but no one had heard of a single person submitting 12 papers at one time. Even the nine papers by the young genius Cao Yuan were not submitted all at once; they were the accumulation of several years.

"Send—all—out at once?" Xu Zhiliang also dared not be certain.

Yang Ping nodded: "Send them all out at once."

They were definitely all going out, to be evenly distributed across the three major CNS journals. Wasn’t this just showing off? Wasn’t this a deliberate disdain for the authority of the top journals?

Song Zimo and Xu Zhiliang checked each word carefully, because whether it was the topic or the writing of the paper, they were the main participants, so they checked quickly and found no issues.

"If there are no issues, let’s send them out," Yang Ping pointed to his computer.

Song Zimo scanned through the 12 articles one more time, sending each to the corresponding journal submission email.

papers, never before had there been such a batch submission, but indeed, it felt exhilarating to submit this way.

Song Zimo and Xu Zhiliang understood that whether it was the value of the scientific findings or the quality of the writing, they held absolute strength to impact CNS.

Only, they didn’t understand when the professor had fallen for CNS so madly, using such an almost barbaric method of submission.

This clearly didn’t align with the professor’s usual rational and calm demeanor.

Would those CNS journal editors and top dogs be scared off by such barbarism?