1086: C1086 Telescopic Artery

C1086 Telescopic Artery

"Remote Manipulation - Femoral Arterial Anastomosis" was held the next night. However, Koo Ning changed the operating mode before the operation. The Meiling Medical Research Center had arranged for the patients to be assigned to Xiangyun Hospital, and then made a live broadcast to the entire world. Some media organizations had even been invited to make a live report.1

The excuse to change the operation mode was very simple, as the patients here had been treated in advance due to the deterioration of the situation. Therefore, the only thing they could do was adjust the operation method so that the demonstration operation could proceed smoothly.

However, after Koo Ning announced this result, he announced another temporary addition for the cardiac surgery. He planned to do a live broadcast the next afternoon. As for the contents of the demonstration surgery — temporarily confidential! I need to make a final decision.

Then, Chen Qun stood in front of a Robotic Arm and started to operate the machine. At the same time, on another wide-screen TV, patients thousands of miles away appeared on the screen. As several lights in the operation room went off, the patient's appearance gradually brightened up, then turned into a three-dimensional holographic projection.

Even though there was a glow around his body, he looked like the Heroic Spirit of the Jedi in the Star Wars; he was just an illusion. However, compared to the projection that was nicknamed "Hundred Wraith Night Walk" in reality, this image was countless times clearer. If one did not carefully examine it, it was impossible to tell that this was just a projection.

The moment this little trick appeared, the entire venue was immediately filled with whispers. As for the countless doctors and viewers watching the live broadcast on the television screens, they could not help but let out cries of surprise. Many people even had a thought that appeared in their minds.

However, there were also over a hundred doctors and other participants sitting in the exhibition hall. They were able to clearly see that this three-dimensional image had appeared in a square shaped cube. It was formed by countless lines interweaved on the frame.

Although this projection model was familiar to the doctors of Xiangyun Hospital and Chen Qun, it was still their first time appearing in public, so the shock and commotion caused naturally couldn't be ignored.

Three-dimensional projections were not a rare thing, but to be able to simulate the true structure of a human body, the technology behind them was extraordinary. Furthermore, they used instant imaging, which meant that with the advancement of information technology, the medical field had also upgraded the originally useless Robotic Arm to a new method of using it.

One of the more attentive reporters noticed a small detail. It was that the TV panel that had acted as a screen had become the base plane of this frame structure. It should be able to be inlaid on all four sides of the frame.

When countless people saw this miraculous scene, one thought emerged in their minds, and that was to use this kind of 3D projection that was almost real and could be used on movies and television. Then, wouldn't the movie and television in the future experience an earth-shattering change, formally changing from a 2D image to a 3D image?

Actually, Chen Qun was the most qualified person to answer this question. He had used System Space's laboratory to simulate once, but the result he got was that he needed more laser projecting techniques, more computers, and more floating-point chips.

With this kind of holographic display, it would be a bottleneck in modern technology that required countless amounts of money to build. If he really wanted to make a movie, it would cost him tens of billions of dollars, and it wouldn't be worth it at all. Therefore, this projecting technique, one of the most promising applications, was used in clinical surgery to serve as a beacon for the Surgery Doctor.

This kind of mode could be said to be 'first time' for the young miss. Not only did it require powerful computer technology, but it also required talented programmers and a bit of hacking. According to Eldest Miss's own estimation, this technology was at least three to five years ahead of its time. There were only a few companies in the world that could complete this kind of operation, but without the core code, it was impossible to actually use it without a few years of polishing.

The reasoning is also very simple. If it is not possible to accurately restore a two-dimensional image to a three-dimensional image, to the level of millimeters, then the application of this technique would be greatly reduced, or even rendered useless.

As for the Robotic Arm and projection equipment, Su Wantine had directly ordered a private plane to deliver them. It could be said that after a few months of revision, it was the first time that they were officially announced to the world.

Shen Chang, as the Principal of the National Medical Center of Sao Paulo, was also the sponsor of this seminar. Seeing the Xiangyun Hospital that China had brought over, not only did they send out the best doctors in their hospitals, but also preemptively displayed a new technology. Controlling the Robotic Arm to operate was not difficult, and many doctors could do it from a distance.

However, using instant imaging technology to project the image directly and performing a very visualized operation from a different location was a new technique. This was undoubtedly the beginning of a new chapter in the surgery of the information age.

If Indian doctors are demonstrating superb surgical skills, then Chinese doctors are demonstrating a comprehensive range of science and technology that is better suited to the fame of the times. Furthermore, the myopia cell correction surgery of Chen Qun, a young person, has spread to the whole world and many developed countries have started this kind of surgery. Even in the Lion City, he had already brought in a set of equipment for the operation, and the results could be said to be immediate.

After more than ten days of observation and verification, the appointment list for the operation had been arranged for half a year. The doctors were too busy to make a third shift. As for buying a few more machines, they would also have to queue up at the Sanjing Group like the operation itself.

Although this expensive machine would cost millions of dollars, everyone knew that it would take at most half a year to make a return, and all that was left was pure profit. Furthermore, the Robotic Arm had gone through several software upgrades, increasing its speed to about two hours to complete an operation.

As for the other few other Robotic Arm companies, although they had similar technology, without the core procedures, they were unable to complete the simple facelift surgery and could only rely on manpower to perform the surgery. But even so, directly performing the artificially operated Optical Forceps surgery was something that the market could easily see through.

Hence, this created a special situation. In the Western countries, most people would have to carry out the operation, but in the Eastern developed countries, without exception, they had to use Robotic Arm s to control the operation. Although the West boasted that artificial surgery was more reasonable, everyone knew one of the simplest truths. Removal of cells at the micrometer level was not something that could be done by a human hand.

There was only one doctor in the whole world who could operate Optical Forceps artificially, and could do better than Robotic Arm, and that was the genius Dr. Chen Qun from China.

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