Big Doctor Live Room

Chapter 1086 Remote Control - Femoral Artery Vascular Anastomosis
"Remote control-femoral artery anastomosis" was officially held on the second night. Unlike the original scheduled procedure, Gu Ning changed the operation mode before the operation.The patient was arranged in the Meiling Medical Research Center of Xiangyun Hospital, and then it was broadcast live to the whole world, and some media organizations were even invited to report on the spot.

The excuse for changing the operation mode is also very simple, that is, the patients here were treated in advance because of the deterioration of their condition, so they can only adjust the operation method so that the demonstration operation can be carried out smoothly.

However, after announcing the results, Gu Ning announced another temporary heart surgery, which was planned to be broadcast live the next afternoon. As for the content of the demonstration surgery - keep it secret for the time being!A final decision is required.

Then, Chen Qun stood in front of a mechanical arm and began to operate the machine. At the same time, a patient thousands of miles away appeared on the screen of another wide-screen TV. As the lights in the operating room went out, The appearance of the patient on the light-screen TV gradually brightened, and then turned into a three-dimensional three-dimensional holographic projection picture.

Although there is an extra piece of fluorescence all over the body, it looks like a Jedi hero in Star Wars, just a phantom.But this piece of light and shadow is countless times clearer than the projection images jokingly called "Hundred Ghosts at Night" in various realities. If you don't look carefully, you can hardly tell that this is a projection.

As soon as this little trick appeared, the entire venue immediately caused a murmur of discussion. As for the countless doctors and audience watching the live broadcast on the TV screen, they couldn't help but let out a sound of surprise, and many people even came up with an idea in their minds, This is just computer rendering and production of movie simulation pictures on two-dimensional images.

However, hundreds of experts, doctors and other participants sitting in the exhibition hall could clearly discover that this three-dimensional image appeared in a cuboid like a square frame, and it was formed by countless arrows projected from the frame. Made of intertwined lines.

Although this projection mode is no stranger to Chen Qun and the doctors at Xiangyun Hospital, the shock and sensation it caused when it appeared in public for the first time cannot be ignored.

Three-dimensional projection is not a rare thing, but it can simulate the real tissue structure of the human body. , In the field of medicine, the useless mechanical arm has also been upgraded to a temporary new application method, and it has begun to enter the homes of ordinary people.

A more careful reporter noticed a small detail, that is, the TV panel that was used as a wide-screen picture just now has become the base plane of this frame structure, which should be embedded on the four sides of the frame, and then by the flickering of lights Changes, quietly hidden behind the scenes, and then came a small option, which acts as the background of the light source at the base.

Countless people saw this miraculous scene, and they all had an idea in their minds, that is, to apply this kind of three-dimensional projection that can almost be true to reality, to movies and TVs, then the future movies and TVs will be turned upside down. The change, from two-dimensional picture to three-dimensional stereoscopic image.

In fact, Chen Qun is the most qualified person to give the correct answer to this question. He used the system space laboratory to conduct a simulation, but the result he got was that more laser projection technology, more computer calculations and More chips for floating point operations.

The graphics card calculation of this kind of projection alone is the bottleneck of modern technology, and it requires countless funds to pile up.If you really want to make a movie, it is estimated that tens of billions of computing investment will be spent, which is not cost-effective.Therefore, one of the most promising areas of application of this projection technology is to apply it to clinical surgery and act as a guiding light for surgeons.

This model can be said to be "the first" by the eldest lady and him. It not only requires powerful computer technology support, but also requires talented programmers and a little plug-in to make it happen.According to Missy's own estimates, this technology is at least three to five years ahead of the times, and there are only a few companies in the world that can complete this kind of calculation, but without the core code, it is impossible to put it into practical use without several years of polishing.

The reason is also very simple, that is, if it is impossible to accurately restore a two-dimensional image to a three-dimensional image, accurate to the millimeter level, then the application of this technology will be greatly reduced, or even useless.

As for the robotic arm and projection equipment, Su Wanting sent them directly by private plane. It can be said that after several months of revisions, they were officially made public in front of the world for the first time.

As the chief dean of Sao Paulo National Medical Center, Shen Chang is also the initiator of this seminar. Seeing Xiangyun Hospital from China, they not only sent the best doctors from their hospital, but also showed a new technology in the first place.It is not difficult to operate a robotic arm for surgery, and many doctors can do remote surgery.

However, it is a new technology to directly use real-time imaging technology to complete image projection and perform a very visual operation in a different place, which undoubtedly opens a new chapter in surgery in the information age.

If it is said that Indian doctors display superb surgical operations, which are personal abilities, then what Chinese doctors display is all-round science and technology, which is better in line with the trend of the times.What's more, Chen Qun, a young man's myopia cell correction surgery, has radiated to the whole world, and many developed countries have already started this kind of surgery.Even in Lion City, he introduced a piece of equipment early to perform surgery, and the effect can be said to be immediate.

After more than ten days of waiting and verification, the appointment for this kind of surgery has been scheduled for half a year, and several doctors are too busy to work in three shifts.As for buying a few more machines, it is the same as the operation itself, you need to queue up at the Sanjing Group.

Although this kind of expensive machine costs millions of dollars, everyone knows that it can pay for itself in half a year at most, and the rest is pure profit.What's more, after several software upgrades, the robotic arm's speed has been increased to about two hours to complete an operation, which has greatly reduced the risk of tying up funds.

This operation is like an old hen that can lay golden eggs. The whole world is rushing to buy the instruments of Sanjing Company. As for other robotic arm companies, although they have similar technologies, they do not have core procedures, and they cannot perform simple facial shaving operations at all. The operation can be performed by manpower, but even so, the direct manual operation of optical tweezers is still crowded.

As a result, this has created a special situation. In Western countries, operations are mainly performed by human hands, while in several developed countries in the East, they are all controlled by robotic arms without exception.Although the West has boasted that manual surgery is more reasonable, everyone knows the simplest truth, cell removal surgery at the micron level is simply not something that can be performed by human hands.

There is only one doctor in the world who can manually operate optical tweezers and is better than a mechanical arm, and that is Dr. Chen Qun, a talented surgeon from China.

(End of this chapter)