The medical and health industry has ushered in tremendous technological innovation and change, and this trend has also benefited many parties, including patients, doctors, researchers, students in the medical industry and other related consumers. Such innovations and changes are critical because they can affect us all the time and from time to time.
Dr. Bertalan Meskó, author of the Hungarian medical futurist, "Guide to the Future of Medicine: Technology and the Human Touch", explains the health industry In the field of technology development, some areas have been pointed out. In his view, these areas will lay the foundation for the medical and health industry in the coming decades.
Misco's predictions focus on two broad categories, including the concepts that have been proposed today and those that may have a significant impact on our future. At the same time, Dr. Misco specifically mentioned the following 11 changes in technological innovation in the medical industry.
1, gamification medical
Games are very popular on our computers and mobile phones, and more and more games are mainly for positive impact, not just to kill time. Incorporating happiness and games into health applications can motivate patients and help medical personnel collect the data they need to better make decisions that are beneficial to the patient's health based on their daily activities. Misco claims, “It is estimated that about 50% of patients with chronic conditions are not treated as prescribed. The gamification medical tracking function creates an environment that prevents patients from staying away from the right treatment. the way."
2, let patients strengthen self-awareness
The patient will be an equal partner with the health care provider. The medical process will not necessarily be confined to the hospital, but will go outside the hospital and allow the patient to master self-awareness and corresponding treatment capabilities. The Internet has spawned many people to study their symptoms and make a diagnosis, and will also give further treatment options. Medical staff should support this change and guide patients into the self-care process. The new technology will ultimately help medical staff to focus more on patients, and medical staff should treat patients as normal rather than just taking time to capture relevant information. Medical staff will be able to provide professional treatment to patients as much as they can. At the same time, patients will also have the opportunity to be equal partners of medical personnel. As Misco pointed out: "If doctors don't let patients help themselves, then medical care will not really improve."
3. Telemedicine
Home medical services and innovative technologies will enable doctors and patients to connect effectively, which was previously impossible. Telemedicine technology can save both the physical and financial resources of doctors and patients. Today, doctors can use automated robots to monitor patients, including everything before, during, and after the treatment process.
4, a new medical course
The medical school will allow future doctors to electronically master patients around the world and give them very good skills. It takes many years from learning to formulating drugs. During this period, the content that students learn is the constant change of the real world.
In a dynamic industry with integrated innovation, traditional textbooks are a static learning material. The digital classroom will allow students to establish new connections with medical professionals so that the main students have the latest information and resources.
5. Humanoid robot for treatment
Robots that help doctors perform surgery on patients can improve the surgeon's skills and thus reduce the number of invasive procedures. Advanced robots will be able to perform uninterrupted patient surgery and are more sophisticated than the surgeon's manual operation. Of course, robots will not completely replace doctors because robots lack sufficient flexibility and robots are less adaptable than humans, but in any case, robots will increasingly be integrated into surgeons' medical care. Among the teams.
6, the genome and true personalized medicine
DNA analysis will become a standard procedure for physicians to prescribe and treat, ensuring that this is a personalized and optimized prescription for specific patient metabolic conditions. In Misso's view, this specialized approach "will enable targeted definition of the patient's conditional function, which in terms of terms is similar to 'Global Positioning System'."
7, human body smart sensor
Technology allows us to measure key health parameters in a convenient and inexpensive way. Small, wearable smart sensors collect objective data without the need to treat patients with a break-up approach, and this sensor can make people's daily lives better and better, and help people make more favorable decisions in advance. Electronic clothing that is paired with sensors is a device used to collect such data.
8, medical handheld scientific analyzer and portable diagnostic equipment
The fictional medical handheld scientific analyzer in Star Trek will soon become a reality. Diagnostics are being transferred to portable and devices that can operate at home. Medical mobile applications will be more targeted in terms of patient classification. “The smart phone will become the backbone of the future medical community and will serve as a health care dashboard,†said Misco.
9. Do-it-yourself biotechnology
Cheaper technology and hands-on spirit will create a new generation of scientists and engineers who will no longer face limitations in their research. Nowadays, more and more community biology laboratories are emerging in the world, connecting inventors, amateurs and other people interested in experimental equipment and education. The result-oriented innovation in the biotechnology field has been Disruptive solutions offer the potential that these disruptive solutions will further change the way healthcare is done.
10, 3D printing revolution technology
The 3D printer will be able to be a special medical device that can print the medical equipment, prostheses, and even medicines that doctors need. 3D printers will play an important role in the field of regenerative medicine, printing blood vessels, bones, heart valves, ear cartilage, artificial skin, and even human organs. As more and more open source projects become available, applications for 3D printing will become more and more beneficial.
11, artificial prosthesis technology
Exoskeleton suits allow partially disabled patients to walk again. Enhancing the precision of the motion controller and recreating the natural intuition will eventually lead to real-time communication between the prosthesis and the human brain. “The real challenge for the company at that time will be how to design a device that can fully emulate the complex movements of the hands and legs,†said Misco.
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