Chapter 1606 Mini Medical Nano Robot

  The medical imaging results of patients compared by this intelligent medical image study and analysis system are indeed fast and accurate. Even with so many experts, they still can’t match. The point is that the results are very clear and detailed, and some details that many doctors have overlooked are even marked out, which makes these experts not help but shine.

  If this intelligent medical image study and analysis system is applied to clinical diagnosis, it will greatly improve the efficiency and the accuracy of diagnosis. For these large hospitals, their first consideration is not funding, because they do not lack funding at all. What they care about is quality, time, and efficiency.

  Now this set of intelligent medical imaging study and analysis system perfectly meets these requirements, which makes these specialists affirmative.

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

  Compared to these experts, those pharmaceutical manufacturers are more eager, especially after seeing such a series of advanced medical technology achievements. In the eyes of these medical representatives, this is a treasure that has not yet been released. Anything from this treasure can be exchanged for huge wealth.

  So compared to the implicitness of the experts, these medical representatives unavoidably started to talk about the details of cooperation with the company's business personnel they were accompanying.

  And these experts and medical representatives are not only amazed by these technologies, but there is also a technology that amazes these experts and medical representatives.

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

  This is the medical nanorobot technology developed by Haoyu Technology. In a special booth, there is also a set of human blood vessel network models. In the transparent blood vessel network model, there is a blue liquid that simulates blood. And in this transparent blue liquid, if you look closely, there will be some small particles in motion.

  In addition to these small particulate matter, there are also some large objects. Everyone can see the wheel buckles clearly. They are objects with mechanical structures like squids, and some are like mechanical squids.

  The size of these mechanical squids are large and small. The small ones wander in some small arteries and veins, while the large ones are wandering in the aortic vessels.

  In the magnifying glass next to it, everyone finally saw the tiny particulate matter wandering in the peripheral blood vessels. These are the medical nanorobots developed by Wu Hao and the others. They are small in size, only a dozen micrometers in size, and look like grains of sand to the naked eye. But under the magnifying glass, everyone can finally see what it looks like. It looks similar to the big mechanical squid in front. It has a small head in front and a few tentacles behind it, but it is very small.

  On the large screen next to it, the introduction and demonstration videos of these micro-nano robots are shown. In the demonstration video, these nanorobots are directly injected into the patient's blood vessel through a needle tube, and then the patient lies in a special device, and then begins to sleep.

  And the micro-medical nano-robots in the blood vessels of patients also began to work under the guidance of the equipment. These robots will continue to wander in the blood vessel network of the human body and begin to clean up some blood clots and some blood clots in the blood vessels, and can even be used to clean up some thickened blood vessel walls and so on.

  At first, everyone seemed to think that this kind of micro-medical nano-robot seemed to be of little use, because if it was only to purify the blood, the existing blood extracorporeal circulation purification and dialysis equipment could be completed, so why inject this kind of micro-medical nano-robot?

  When seeing these micro-mini medical nano-robots wandering in some capillaries, and then drawing blood vessels to clean up blood clots and clots, everyone realized the extraordinary of this kind of micro-medical nano-robots. When encountering such patients, the general treatment will be medication and physical therapy.

  The so-called drug treatment is to take a large amount of anticoagulant thrombolytic drugs to prevent blood clots and dredge blood vessels, while physical therapy involves interventional surgery to enter the blood vessels to dredge some large thrombosis and thrombosis in key locations. As for other tiny blood vessels and large capillaries, interventional surgery is not very suitable.

And this micro-medical nano-robot can complete almost 90% of the body’s blood vessel network cleaning and dredging tasks. In this way, it will greatly promote the patient’s recovery, even in the treatment of some that were difficult in the past. Breakthrough chronic diseases of the circulatory system are of great help.

  And through the introduction of experts and representatives of these pharmaceutical companies, I also learned that this micro-medical nanorobot can be used not only in the blood circulation system, but also in the digestive system, as well as in the urinary system, and even in the respiratory system. It can be said to be versatile.

  In the past, some bronchial operations required bronchoscopy, which caused great discomfort to patients. Moreover, the operation is more complicated, time-consuming and labor-intensive. After using this micro-medical nano-robot, the micro-medical nano-robot can be remotely controlled outside the body to work in the bronchus. Because of its small size, it can even go deep into some places where bronchoscopes could not go deep in the past.

This micro-medical nanorobot is the same in the digestive system~lightnovelpub.net~ They can be taken orally into the body by the patient, and then begin to explore the patient's digestive system, and deal with and repair some gastrointestinal injuries, and perform some minor operations. Such as intestinal polyp removal, bile duct dredging, gallstone removal and so on.

  Even some intestinal blockage surgeries that usually require laparotomy, can also be dredged with this micro-medical nanorobot.

This micro-medical nanorobot is also used in the urinary system. They enter the urinary system through the urinary tract, and then they can wander all the way to the kidneys. They can crush and remove the strength of the kidneys, and can also remove some of the broken pieces stuck in the urinary tract. Stones, even some minor urinary system surgery, etc. can be performed.

  Compared with instrumented interventional surgery, this kind of micro-medical nanorobot is obviously less traumatic to patients and easier for patients to accept. More importantly, compared with traditional surgical methods, this new micro-medical nanorobot interventional surgery is more reliable and effective.

  It’s just that Wu Hao has never demonstrated this technology at the press conference, nor did it publicly talk about it. This is also the first time it has appeared. Although the experts, including these medical representatives, are very interested, the commercial representatives on the scene of this technology still have a few words in the publicity personnel, and they are obviously reluctant to talk more.

  (End of this chapter)