[Inventory] 13 kinds of medical black technology that are most concerned about in the future

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The medical-related content is somewhat horrible, and it always reminds us of bloody scenes, such as blood, corpses, diseases, knives, etc., and when the doctor is replaced by a machine, the knife rushes to you. At that time, the scene was even more creepy. But technology is to give people's work to the machine as much as possible, and the medical field is no exception. This article counts 13 medical technology tools, which is really convenient, but it may also make you uneasy.

13 medical black technologies are: blood drawing robots, surgical robots, telemedicine robots, medical AI “assistants”, AR, VR, Exoskeletons, food scanners and printers, digital tattoos, portable diagnostic equipment, drone transport Medical Equipment , genome sequencing services and AI toys.

[Inventory] 13 kinds of medical black technology that are most concerned about in the future

NO.1 blood drawing robot

Even without a robot, blood drawing is already terrible. Not only does the needle make us feel threatened, but sometimes a nurse or other blood-sucker has to take a lot of needles to find a blood vessel. However, a blood-drawing robot like the Veebot can control the entire blood draw process within 1 minute, and studies have confirmed that the robot can find the most suitable blood vessels with an accuracy of 83%, and their accuracy can be Compared with an experienced blood-sucker.

Veebot combines the latest in robotics and image recognition technology to effectively reduce blood draw time and accurately insert a needle into your vein to draw blood. The specific use process is as follows: the patient puts his arm into the inflatable cuff, the inflatable cuff can stop bleeding; the infrared light will image the inside of the patient's elbow, compare the camera view with the vein distribution model of the arm to find the right one. The vein; ultrasound confirms that the vein has sufficient blood flow; align the needle with the locked vein and insert the needle to draw blood.

Veebot is expected to provide some assurance for patients who are difficult to find in the veins. Having said that, it is quite another to entrust the arm to a machine that wields a large needle. Blood collectors collect our blood samples because we trust them. But we may feel uneasy when we switch to a robot to draw blood. What if the robot goes wrong? What if the robot can't stop as required?

NO.2 surgical robot

Surgical robots may change the way you do surgery in the future. The industry is currently booming: by 2020, sales of surgical robots are expected to double from 640 billion.

The example of the Da Vinci surgical robot system tells us that the robot does not replace the surgeon. Instead, it enhances their skills and makes their surgery more precise. The Da Vinci system transforms the surgeon's hand movements into smaller, more precise mechanical movements, which the surgeon can perform with very few small wounds. The surgical system consists of an enlarged 3D HD vision system and a small wrist instrument that bends and rotates more than the human hand, enhancing the range of vision, accuracy and control of the procedure.

However, lying under the scalpel operating the machine itself is a horrible thing. Although you are very comfortable entrusting your body to medical professionals, surgery on such a machine with a specific procedure may scare you. Accidents may occur during surgery, and such machines cannot be adapted.

But we will gradually realize the fact that surgical robots do have a lower turnover rate and they will perform surgery under the full control of the surgeon. I believe that such robots will become common in the future.

NO.3 telemedicine robot

The shortage of medical resources is a global problem. According to the WHO assessment, the number of doctors, nurses and other medical workers has a gap of 4.3 million worldwide. At the same time, demand for medical resources is on the rise: rising prevalence, rising prevalence of modern diseases such as diabetes and obesity, and gradual entry into older societies also require more and more medical resources.

Under such circumstances, more and more clinics will be equipped with telemedicine robots, and it will become more and more common for robots to participate in medical procedures.

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