With the advent of Apple Watches, various smart bracelets, smart glasses and other products, various wearable devices have attracted a lot of people's attention. These wearable devices have greatly facilitated people's lives and met some people's needs for fitness, etc. There are also more prominent pain points, and more breakthroughs are needed.
It is recognized that the development direction of wearable devices lies in the wide application at the medical level. At present, the experience of wearable devices is shallow, the connection value is weak, and the application range is small. The medical development should focus on breakthroughs in six aspects.
The "three weak" pain points of wearable devices
From the perspective of the development of the overall wearable device, a large number of wearable devices have relatively simple functions and relatively simple functions. Most of them are products introduced by equipment manufacturers. The participation of medical research institutions and hospital doctors is still relatively low. There are still few clinical medicines, and the pain points of “shallow experience, weak value, and small-scale application†are obvious.
1, the experience level is shallow
From the perspective of the overall function of wearable devices, most of its functions are still focused on sports testing, fitness assistance, etc. Some devices already have blood pressure test, blood lipid test, blood sugar test and other functions, but the medical application value of most wearable devices Not high, the data is not accurate enough, the monitoring process is not scientific enough, and the indicators needed for disease monitoring are not matched, which determines that most wearable devices are only shallow sensory experience, and it takes time for deep medical applications.
2, the connection value is weak
Wearable devices are usually simple in function, low in technical content, strong in reproducibility, limited in continuous connection value, and limited in data continuity and monitoring continuity. These intermittent and intermittent data connections make wearable devices medically sharp. Less, the authenticity of its data will also be questioned.
3, the application range is small
At present, the application range of wearable devices is mainly concentrated in the fields of sports and fitness. Doctors and hospitals are less involved in the leading research, and the application in medical research and practical clinical applications are relatively few. The application range is more in civilian and daily aspects. The application of the medical level still needs to be improved.
"Six Breakthrough Points" in the Development of Medical Devices for Wearable Devices
Domestic wearable devices are in a rapid growth period, and there are many products, but the homogenization is more serious and the functions are relatively simple. In order to become a real medical-grade wearable device, it is necessary to carry out “six breakthroughs†in patient use and medical application. Make new highlights.
Entry point: focus on breaking through single disease, single population, single region, grab the main community traffic entry and detection portal, and quickly cut into mobile medical ecology
Medical-grade wearable devices differ from other wearable devices in that they can connect doctors, patients, and the cloud to other subjects, and apply them to medical clinics to truly help patients reduce their pain, solve disease problems, and make patients more convenient. The pathological data collection is convenient for the patient's nearest diagnosis and treatment.
The important feature of medical-grade wearable devices is that they often target diseases, and there are core patient populations. These people have their own significant pathological features and have their own medical consultation requirements. These are very obvious in the communication between doctors and patients. In the Chinese and doctor-patient communities, for wearable devices, they should pay more attention to symptom detection and data collection for certain diseases, so that it is easier for doctors and patients to communicate and make doctors work more efficiently. Encourage the combination of graded diagnosis and treatment, and cooperate effectively with regional medical treatment service centers and community health outlets.
While enhancing the rapid detection of wearable devices, medical-grade wearable devices should also capture traffic portals and data monitoring portals of major doctor-patient communities, strengthen the collection, aggregation, collation and analysis of disease data within the community, and strengthen monitoring. The effectiveness, medical and continuity of the data makes data monitoring more scientific and effective, making the traffic portal of the doctor-patient community more medically valuable and more commercially valuable.
Strategic point: promote cloud construction, promote data collection, information sharing and cloud docking
With the rapid development of mobile medical platforms, future wearable devices will be able to interconnect with the cloud, and each data can be shared and shared. Each patient can realize “cloud data integrationâ€, and doctors can open drugs and propose treatments remotely. Suggestions, etc., so medical-grade wearable device manufacturers can actively promote cloud construction, strengthen cloud integration docking and data management and control.
The biggest advantage of wearable devices is that they are easy to carry, easy to connect, and easy for data communication. Combined with APP, doctors, etc., they can promote patient data collection and transmission, information sharing, and seamlessly connect the patient, doctor, and cloud. This advances the rapid development of telemedicine.
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