Surgery Godfather
Chapter 1105 - 893 Dawn_2

Chapter 1105: Chapter 893 Dawn_2

August spoke openly and directly.

"Next, we have a doctor from China who will lead us out of confusion and show us the hope of the future, restoring our faith in what is to come," he said.

August applauded.

The tall and handsome Song Zimo approached the podium to address over six thousand doctors from around the world, ready to report on three topics within thirty minutes.

Some doctors, who had received news in advance, knew he was an assistant to Yang Ping, the legendary figure who had published thirteen CNS papers, and unfortunately, he himself did not come.

An assistant, actually scheduled for the very first academic report—it seemed like outright disdain.

Mr. Milton sat in the front row in silence. If this were a previous conference, he would have been the one delivering the first academic report, a tacit agreement that had become a tradition. Yet this year, without prior notice, August had altered the agenda to give the first speaking slot to the young Chinese doctor.

However, since the Chinese doctor was an assistant to Yang Ping, Milton accepted it; he was familiar with Yang Ping, though they had only met once.

At that time in Malaysia, he and August had both eagerly sought Yang Ping’s contact details, but after returning home, Milton, preoccupied with his busy affairs, gradually forgot about it. In contrast, the persistent German immediately took action and came to China to study spinal surgery under Yang Ping.

Milton had also read the paper Yang Ping had published in the journal Science, but he hadn’t anticipated how quickly things would evolve.

The new technique in Yang Ping’s paper had now become the focus of this academic conference. Spinal surgery desperately needed innovation; everyone had been going in circles without making any substantive progress, and what many considered to be dazzling minimally invasive techniques were merely the belated application of endoscopic technology to spinal surgery.

As for the correction of spinal deformities, ever since the CD masters had established modern concepts for spinal correction, everyone had been confined within the framework set by these masters, unable to break free from it.

Milton had already reviewed the papers Song Zimo brought along. The first was about a new osteotomy method created by Yang Ping himself, which although still within the framework of CD theory, had made improvements to the way osteotomies were performed. It linked osteotomy, shape correction, and spinal cord deformation, enabling precise prediction of spinal cord deformation, thus minimizing spinal cord damage while fully correcting deformities.

For some patients with extremely severe spinal deformities, the greatest complication was paralysis. Due to the high risk of paralysis, these patients were unable to undergo surgery. However, with the advent of Yang-style Osteotomy, this issue could be resolved, allowing patients who previously couldn’t be operated on to safely undergo surgery.

The second paper discussed the use of external fixation frames in the treatment of spinal deformities, a technique that had completely stepped outside the framework of CD, successfully marrying Ilizarov’s technique with spinal corrections. It offered a gentle and natural way to correct spinal deformities. Although the downside of this technique was the lengthy treatment duration, needing three months to a year, its significant advantages—safety and the preservation of spinal mobility—made the downsides seem trivial.

The third paper detailed the precise epiphyseal blockade technology applied to correct spinal deformities, which had achieved tremendous success in animal experiments and was preparing to enter clinical trials.

This groundbreaking theory completely overturned current spinal deformity treatment philosophies. If its clinical application proved successful, in ten, twenty, thirty years—doctors would no longer encounter patients needing surgery for spinal deformities as there would be no adults with spinal deformities.

Because during childhood, once spinal deformities were detected, this technique could be used to intervene. Extremely minimally invasive, it required no surgery; instead, it used puncture methods to deliver epiphyseal stimulating or blocking implants to predetermined positions in the vertebrae, allowing them to serve their function.

A few days post-surgery, children could resume their normal school activities and play, with the entire treatment process causing no disturbance to their regular learning and living. Before they knew it, their spines would be completely corrected.

Incredible!

Professor Yang Ping truly is a genius with a rich imagination.

With these contributions to spinal surgery alone, Professor Yang rightfully stands as a leading luminary in the field worldwide.

No wonder this year’s conference is filled with Chinese elements. Milton only regretted why he had forgotten to stay in touch with Yang Ping after that single meeting, which until now remained their only encounter.

Not only does Song Zimo have to give a lecture at this conference, but he is also the chief surgeon for three surgeries, one of which is the Yang-style osteotomy and another a spinal external fixation frame surgery.

There was also a demonstration of precise epiphyseal blockade technology to treat spinal curvature, which was the first clinical case in Europe—a step towards practical application.

This surgery would be performed by Song Zimo and August together, before the watchful eyes of more than six thousand doctors from around the world, and the orthopedic correction would continue under their continued attention afterwards.

On both sides of the main conference stage, there stood two large porcelain vases in imitation of the Tang Sancai style, and hostesses and waitstaff in cheongsams were stationed around the auditorium.

Professor Mainshtan sat in the first row reserved for distinguished guests with a journal, "Medical," in front of him, one of the several journals Song Zimo had brought along.

For this genius, mastering Chinese would not be difficult should he wish to, and now he could effortlessly read the journal in Chinese.

He flipped through the journal lightly. The spatial orientation gene did indeed exist! It existed, and Yang Ping had already found such a gene, deciphering the method to switch it on and off.

Using this spatial orientation gene, Yang Ping successfully cultivated a complete piece of muscle with stem cells.

Not long ago, in a paper published in the journal "Science," the spatial orientation gene was still a hypothesis. At that time, medical professionals and biologists from around the world considered the truthfulness of this hypothesis to be very low.

Even if it were true, proving it would be a lengthy process. Decades? A century?

Yet in such a short span of time, Yang Ping had found a real spatial orientation gene, showing it is not mere speculation but a factual entity. If muscles possess spatial orientation genes, then other organs and indeed any human tissue, any type of organ, must also have spatial orientation genes.

Professor Mainshtan’s heart surged like towering waves. What a magnificent scientific achievement this was!

He pioneered the cloning of partial organs ex vivo with stem cells, he unlocked the code for stem cells to construct organs, he was a genius among geniuses.

Professor Mainshtan had always been confident in his own intellect, but compared to Yang Ping, at this moment, he felt like he was nothing.

Previously, Professor Mainshtan disliked Chinese, thinking these ancient square characters should be phased out, but now, he found these square Chinese characters exceptionally beautiful; each character seemed to possess a spirit.

This great nation had created a splendid civilization in ancient times and had always stood at the pinnacle of the world. It seems that now, it is poised to return to that pinnacle.

Professor Mainshtan no longer cared about the conference topics; he decided to replicate Yang Ping’s experiment. He determined to be the first in the world to do so and resolved to immediately set off for China.

But how to contact Professor Yang if he were to depart for China? He had Professor Yang’s email, but it had been used solely for correspondence related to the paper, and email contact was slow, back and forth, wasting a lot of time.

Right, he could ask August for help; he was well-versed in matters related to China and had an excellent personal relationship with Professor Yang.

Right, wasn’t Professor Yang’s assistant just standing there, giving a lecture on stage?

He must find a way to go to China with them, to have a face-to-face conversation with Professor Yang. Professor Mainshtan was determined to replicate this experiment. If it could be replicated, then there would be no doubt about the spatial orientation gene mentioned in the paper.

"Thank you!"

A server had just refilled Professor Mainshtan’s cup with hot water, and he replied in Chinese without thinking.

PS: 1. About the spatial orientation gene, this is fictional, stemming from an article about future organ cloning I once read in a journal. 2. The apoptosis of tumor cells mentioned in earlier Chapters is real; the paper was published in "Nature" by a research team from a university in the United States. 3. External fixation frame treatment for spinal curvature: Teams both domestic and international are researching it, but there has been no substantial breakthrough. 4. Epiphyseal blockade technology to treat spinal curvature has already been applied to simple cases of children’s spinal curvature and is estimated to have a promising future.

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