Six advantages of medical combination of networking to improve medical quality

    Internet of Things (IoT) technology, the new darling of recent years, has redefined the interaction of people with applications and networked devices and has new applications in all industries. Among them, the key to the use of the healthcare industry is networked technologies, which make medical treatment on the basis of a large amount of data collected and provide new tools needed for an integrated health and medical system to enhance efficiency.

    According to the ReadWrite website, there are six major advantages to healthcare organizations using IoT technology. First of all, can reduce costs. Once the healthcare system is networked, it can instantly monitor the patient's condition and dramatically reduce the number of routine visits by doctors. In particular, the more advanced home care equipment, the less need for hospitalization and referral.

    Second, can improve the treatment effect. Through cloud computing or other virtualization technologies, medical personnel can obtain instant information and use these data as a basis for making appropriate medical judgments, not only to ensure immediate treatment but also to enhance the effectiveness of treatment.

    Third, contribute to disease management. Medical institutions to continuously monitor the patient's condition, and immediate access to data, it can effectively control before out of control.

    Fourth, reduce the error. Accurate data collection, automated operations, and medical data-driven medical decisions not only reduce system costs, but more importantly, reduce the chance of errors.

    Fifth, to improve the patient's medical experience. IoT used in medical care system, in the diagnosis of active treatment, improve accuracy. In addition, physicians are able to intervene immediately and the treatment effect is also improved, and patients' confidence in medical institutions naturally increases.

    Sixth, the invention and management of medicines are the major costs for the healthcare industry. With IoT technologies and devices, these costs can be more effectively managed.

    However, the Internet of Things technology not only brings opportunities for the development of the medical industry, the potential challenges can not be ignored. First of all, the medical data are extremely sensitive. Medical institutions that fail to properly handle or even improperly discharge, fear of loss of reputation, or lose their careers of medical professionals.

    In addition, the huge amount of medical data collected by network-connected devices will be a difficult task for the data center to be streamlined and stored in the future. In the context of the heavy use of wearable devices and home networking devices to monitor people with chronic conditions, the demand for data centers and infrastructure is bound to increase dramatically.

    Finally, there is a need to develop common languages ​​to promote data sharing between medical services that are developed by various homeowners and whose data can not circulate among themselves.

    Market research firm ReportLinker estimates that the market for medical IoTs will have a chance of exceeding $ 400 billion in 2022. The Strategy Analytics report released in mid-2015 is also bullish on the industry, thinking that big data analysis and diagnostics will be the Internet of Things Devices, tools and technology in the most promising areas. What Internet of things in the medical industry can bring much business opportunities, all expectations.

    Antimony Trioxide Masterbatch

    Flame Retardant Material,White Antimony Trioxide Masterbatch,Antimony Trioxide Masterbatch Cas,Antimony Trioxide Masterbatch

    HUNAN ZHONGNAN ANTIMONY&TUNGSTEN TRADING CO.,LTD , https://www.znat.com.cn

    Previous Post: ·Dongying four major initiatives to help the development of the tire industry
    Next Post: The rise of microservices architecture can become the next generation of cloud computing?
    Home
    Recent Posts
    • Inhibition and inhibitor of gangue minerals in m…
    • What is electromagnetism?
    • Study on Acid Leaching of Low Grade Primary Copp…
    • Structure and composition of heap immersion mat
    • Tailings facility
    • Automatic adjustment rod mill feeding set value …
    • Method for purifying mercury-containing exhaust …
    • Gold recovery in waste electrolyte
    • Titanium dioxide production process technology -…
    • Several application fields and actual cases of i…
    • Latest developments in iron ore beneficiation
    • Multi-angle adjustment to increase the productiv…
    • Pull rivet nut professional knowledge introducti…
    • Simultaneous treatment of nickel-based waste raw…
    • Several representations of the productivity of t…
    • Dongfeng Volvo JV will be listed in the second h…
    • GB6722-1986 blasting safety regulations (10)
    • Double curved wave bed shaker
    • 钽铌Secondary resource recovery
    • Cyanide-containing wastewater recycling example