Military Technology

Chapter 1606 Micro Medical Nanorobots

The patient's medical imaging results compared through this intelligent medical image reading and analysis system are indeed fast and accurate. Even with so many experts, they still cannot compare. The key point is that the results are very clear and detailed, and even mark out some details that many doctors ignore, which makes these experts shine.

If this intelligent medical image reading and analysis system is applied to clinical diagnosis, it will greatly improve efficiency and diagnostic accuracy. For these large hospitals, their first consideration is not funding, because they are simply not short of funding. What they care about is quality, time and efficiency.

Now this intelligent medical image reading and analysis system has perfectly met these requirements, which makes these experts excited.

Of course, it is impossible for these experts to negotiate in person. They write down the matter, then go back to report and fight for it, and then send specialized personnel to negotiate and purchase.

Compared with these experts, the pharmaceutical manufacturers are more eager, especially after seeing such a series of advanced medical technology achievements. In the eyes of these medical representatives, this place is a treasure that has not yet been released. If you take anything out of this treasure, you can get huge wealth.

Therefore, compared with the reservedness of the experts, these medical representatives began to talk about the details of cooperation with the accompanying company business personnel without hesitation.

These experts and medical representatives were not only amazed by these technologies, but there was also another technology that also amazed these experts and medical representatives.

This medical technology achievement is also related to the treatment technology in the field of blood vessels, but everyone sees unlimited possibilities in it.

This is the medical nanorobot technology developed by Haoyu Technology. At a special booth, a set of human blood vessel network models are also displayed, and the transparent blood vessel network model is filled with blue liquid that simulates blood. In this transparent blue liquid, if you look closely, there will be some small particulate matter moving.

In addition to these small particulate matter, there are also some large objects. You can clearly see the wheel buttons. They are mechanical structural objects like squids, and some of them look like mechanical squids.

These mechanical squids range in size. Small ones wander in some small arteries and veins, while large ones wander in the aorta.

In the magnifying glass next to them, everyone finally saw the tiny particles wandering in the peripheral blood vessels. These were the medical nanorobots developed by Wu Hao and the others. They are very small, only a dozen microns in size, and look like grains of sand to the naked eye. But under the magnifying glass, everyone finally saw its appearance clearly. It looked similar to the big mechanical squid in front, with a small head in front and a few tentacles trailing behind, but they were very small.

On the large screen next to it, the introduction and demonstration videos of these micro nanorobots are played. In the demonstration video, these nanorobots are injected directly into the patient's blood vessels through a needle, and then the patient lies down in a special device and immediately begins to sleep.

And micro medical nanorobots such as those inside the patient's blood vessels have also begun to work under the guidance of the equipment. These robots will constantly wander around the human body's blood vessel network and begin to clean out some thrombi and blood clots in the blood vessels. They can even be used to clean up some deposits and thickened blood vessel walls, etc.

At first, everyone seemed to think that this kind of micro medical nanorobot did not have much effect, because if it only purifies blood, the existing blood extracorporeal circulation purification and dialysis equipment can complete it, so why inject this micro medical nanorobot.

But when they saw these tiny medical nanorobots wandering around in some capillaries, trying to clear the blood vessels and clearing out blood clots and clots, everyone realized how extraordinary these tiny medical nanorobots were. When encountering this type of patient, general treatment will include drug therapy and physical therapy.

The so-called drug treatment is to take a large amount of anticoagulant and thrombolytic drugs to prevent blood clots and unblock blood vessels. Physical therapy, on the other hand, uses interventional surgery to enter blood vessels to unblock some large thrombi and blood clots in key locations. As for other small blood vessels and large capillaries, interventional surgery is not suitable.

This miniature medical nanorobot can complete the task of cleaning and dredging almost 90% of the blood vessel network in the body. In this way, it will greatly promote the recovery of patients and even treat some diseases that were difficult to do in the past. Breakthroughs in chronic diseases of the circulatory system are of great help.

Moreover, through the introduction, experts and representatives of these pharmaceutical companies also learned that this miniature medical nanorobot can not only be used in the blood circulation system, but also in the digestive system, urinary system, and even the respiratory system. It can be said to be widely used.

In the past, some bronchial surgeries required bronchoscopy, which caused great discomfort to patients. Moreover, the operation is complicated, time-consuming and labor-intensive. After using this miniature medical nanorobot, it is possible to realize the work of the miniature medical nanorobot in the bronchus through external remote control. Because of its small size, it can even penetrate into places that the bronchoscope could not penetrate in the past.

This miniature medical nanorobot is the same in the digestive system. They can be entered into the body through the patient's mouth, and then begin to explore the patient's digestive system, treat and repair some gastrointestinal damage, and perform some minor surgeries, such as intestinal polyp removal. Unclogging bile ducts, removing gallstones, etc.

Even some intestinal blockage surgeries that usually require laparotomy can be unclogged using this tiny medical nanorobot.

The same is true for the application of this miniature medical nanorobot in the urinary system. They enter the urinary system through the urinary tract, and then they can wander all the way to the kidneys, where they can break and remove the solid parts of the kidneys, and can also remove some of the fragments stuck in the urinary tract. stones, and even some minor urinary tract surgeries and more.

Compared with instrument interventional surgery, this use of micro medical nanorobots is obviously less invasive for patients and easier for patients to accept. More importantly, compared with traditional surgical methods, this brand-new micro-medical nanorobot interventional surgery is more reliable and has significant curative effect.

It’s just that Wu Hao and the others have never demonstrated this technology at a press conference, nor have they spoken about it publicly. This is also the first time it has been launched. Although the experts, including these medical representatives, were very interested, the on-site business representatives and publicity personnel had only talked about this technology in a few words, and were obviously unwilling to say more.