1. Hospital supplies management (Canadian hospitals use RFID technology to supplement supplies)
2. Blood management (RFID in blood management)
3. Drugs tracking and tracing (German pharmaceutical manufacturers use UHF tags to track medicines)
Intelligent medical combination of Wireless network technology, barcode RFID, Internet of Things technology, mobile computing technology, data fusion technology, etc., will further enhance the medical diagnosis and treatment process of the service efficiency and quality of service, enhance the level of comprehensive management of hospitals, the realization of the guardianship work of wireless, comprehensively changing and solving the problems and difficulties of the modernized digital health care model, intelligent medical and health management, hospital information systems, etc., and significantly improve the embodiment of the medical resources Highly **** enjoy, reduce public health care costs.
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Through e-medicine and RFID Internet of Things technology can make a large number of medical supervision of the implementation of wireless, and telemedicine and self-help health care, timely collection of information and a high degree of information **** enjoyment, can alleviate the dilemma of resource shortages, uneven distribution of resources, and to reduce the cost of health care for the public.
The current status of the development of intelligent medical care
The development of intelligent medical care is divided into seven levels:
First, the business management system, including the hospital fee and drug management system;
Second, the electronic medical record system, including patient information, imaging information;
Third, the clinical application system, including computerized physician's order entry system (CPOE), etc.
Fourthly, chronic disease management system; fifthly, regional medical information exchange system;
sixthly, clinical support decision-making system;
seventhly, public **** health health system.
Overall, China is in the first and second stage of development to the third stage, and has not yet established a real sense of CPOE, mainly due to the lack of valid data, data standards are not uniform, coupled with the lack of clinical background of the supplier, and the lack of standard guidelines in moving from standards to practical application.
For China to move from Stage 2 to Stage 5 involves the formation of many industry standards and data exchange standards, which is an area for future improvement.
In terms of tele-intelligent healthcare, the domestic development is relatively fast, and the more advanced hospitals have actually come to the forefront in terms of mobile informatization applications.
For example, it can realize the real-time recording, transmission and processing utilization of medical record information, patient information, condition information, etc., which makes it possible to enjoy the relevant information in real time and efficiently **** through networking within and between hospitals, which can play a very good supportive role for the realization of telemedicine, expert consultation, hospital referral, etc. This is mainly due to the promotion of the policy level and the support of the technical layer.
However, what is lacking is a long-term operation mode, lack of scale, cluster industrial development, in addition to facing high costs, security and privacy issues, which is *** the future of smart healthcare to pursue
Is there some history of the development of smart healthcare in the West?