Leveraging Functional Medical Equipment to Enhance the Digital and Intelligent Service Capabilities of Community Healthcare
As the Healthy China initiative continues to deepen, urban populations continue to concentrate, and residents' health needs become increasingly diverse, primary healthcare services-as the "last mile" of universal health security-play a central role in fulfilling key public welfare functions such as routine diagnosis and treatment, chronic disease management, health screenings, health interventions, and elderly health care. The General Office of the National Health Commission has issued a special notice explicitly requiring a focus on the primary care level to implement the principle of "resolving routine illnesses at the primary care level." It calls for the continuous optimization of community medical resource allocation, the enhancement of service functions, and the improvement of service capabilities, The notice aims to build a comprehensive, well-structured, efficiently operated, and easily accessible urban community health service system characterized by clear division of labor and complementary functions. It sets development goals for 2030, including achieving full coverage of community health service centers in all administrative sub-districts, significantly improving infrastructure, fully implementing digital and intelligent services, and continuously enhancing residents' satisfaction with healthcare services.
Currently, the development of community healthcare in China's cities is progressing steadily, but significant challenges remain, including a lag in digital and intelligent transformation, insufficient accuracy in health screenings, a lack of targeted interventions for chronic diseases, inconsistencies in full-lifecycle health management, and weaknesses in cognitive health care for the elderly. Traditional community healthcare largely relies on conventional diagnostic and treatment methods, with a focus on disease treatment. It lacks the capacity for proactive health screening and preventive interventions, making it difficult to meet residents' shifting health needs-from "treating illness" to "preventing illness." Leveraging specialized functional medicine testing and intervention equipment to advance the digital, intelligent, and precision-oriented upgrading of community healthcare is a key strategy for addressing shortcomings in primary care, implementing the concept of integrating medical treatment and prevention, and enhancing the quality and efficiency of community healthcare services.
Grounded in Policy Directions: Clarifying the Core Significance of Digital and Intelligent Upgrades in Community Healthcare
Improving the urban community health service system and advancing the digital and intelligent transformation of primary healthcare are crucial measures for optimizing the allocation of healthcare resources, implementing a tiered diagnosis and treatment system, and ensuring comprehensive, life-cycle health protection for residents. Compared to large and medium-sized hospitals, community health service institutions possess inherent advantages such as proximity to the public, convenient services, and wide coverage. They serve as the core frontline for daily health management, the diagnosis and treatment of common and frequently occurring diseases, and the health care of key populations.
Against the backdrop of health needs in the new era, relying solely on traditional manual diagnosis and treatment and routine physical examinations is no longer sufficient to meet residents' demands for personalized, precise, and routine health services. The introduction of functional medicine smart devices will drive the transformation of community healthcare services from "experience-based diagnosis and treatment" to "data-driven diagnosis and treatment," and from "reactive treatment" to "proactive prevention." This approach can effectively address pain points such as weak primary healthcare capacity, incomplete health screenings, imprecise intervention plans, and fragmented health data. This initiative not only serves as a concrete implementation of national policies aimed at improving the quality and efficiency of primary healthcare but also represents a core pathway to enhancing urban public health service systems and boosting residents' sense of well-being, trust, and satisfaction. It will lay a solid foundation for achieving the goal of universal, high-quality community health service coverage by 2030.
Addressing Weaknesses and Leveraging the Digital and Intelligent Empowerment of Functional Medicine Equipment
Leveraging core strengths in intelligent testing, digital analysis, precise intervention, and data-driven traceability, functional medicine equipment focuses on multidimensional health indicators-including bodily functions, metabolic status, physical and mental well-being, and cognitive function. It addresses the shortcomings of traditional community healthcare, which often suffer from limited testing dimensions and insufficient depth, thereby comprehensively empowering the digital and intelligent transformation of community healthcare. By integrating the health characteristics of community residents with primary care service scenarios, the application of functional medicine health screening and intervention equipment can establish a smart health service system that covers all scenarios, all populations, and the entire process.
In the realm of universal basic health screening and functional monitoring, the HRA Health Risk Assessment can rapidly evaluate the functioning of the body's major systems, accurately identifying potential health risks and metabolic abnormalities. Without the need for complex testing procedures, it generates a digital health assessment report in a short period of time. This makes it well-suited for large-scale, routine health screenings in communities, helping them achieve "early screening, early warning, and early intervention."
PMR (Pulsed Magnetic Microcirculation) therapy works by altering the charge distribution on the surface of cell membranes to correct blood rheological parameters, improve vasodilation, and promote blood circulation. This, in turn, improves the condition of bones, muscles, blood, and other pathological states, facilitating effective repair of microcirculation in affected tissues. Addressing common chronic diseases and sub-health issues such as fatigue syndrome and metabolic disorders prevalent among community residents, this device provides non-invasive, safe, and personalized smart intervention solutions, filling the gap in refined community healthcare management.
In terms of specialized health management for key populations, addressing health issues prevalent among the elderly in the community-such as cognitive decline, memory loss, and dementia-the ADDS cognitive impairment screening and ADTS memory impairment training devices can form a closed-loop service system encompassing "screening, assessment, intervention, and follow-up."
The ADDS cognitive impairment screening system employs an innovative human-machine interaction model that overcomes the tedious nature and technical barriers of traditional screening methods. As it is less susceptible to subjective factors, it enables accurate and rapid quantitative assessment of cognitive function in older adults, identifying early-stage risks such as Alzheimer's disease. Leveraging brain-computer interface technology and artificial intelligence modules, ADTS conducts cognitive rehabilitation training through mind-controlled rehabilitation games, enabling routine management of cognitive health in the elderly. This effectively reduces the risk of cognitive diseases in older adults and strengthens the community's defense against age-related health issues.
The deep integration of various functional medical devices with community healthcare settings fundamentally transforms the traditional model of community healthcare, which has historically prioritized treatment over prevention. By using intelligent devices to replace certain manual tasks-such as screening, data analysis, and treatment plan formulation-the system significantly improves the efficiency of community healthcare services and reduces the workload of frontline medical staff. Simultaneously, it standardizes, refines, and digitizes health services, fully activating the momentum of digital and intelligent healthcare services in the community.
Deepening Implementation in Real-World Settings to Build a New System of Digital and Intelligent Community Healthcare Services
Leveraging a series of functional medicine devices and aligning with the functional roles of community health service centers, we integrate the full service process-including screening, assessment, intervention, record-keeping, follow-up, and referral-to build a digital and intelligent healthcare service system tailored to the development needs of urban communities, thereby comprehensively enhancing primary-level service capabilities.
Utilizing HRA devices, dedicated smart health screening zones can be established at community health service centers and community convenience service stations to provide routine, universal health screening services to residents within the jurisdiction. By building a smart health screening platform, we can conduct precise, comprehensive health assessments of the entire population, enabling dynamic tracing and end-to-end monitoring of residents' health status, and providing data support for tiered diagnosis and treatment as well as targeted interventions.
Leveraging HRA analysis data and combining it with the professional medical care provided by community healthcare workers, we have established a closed-loop model that integrates medical care and prevention, comprising "smart screening-risk warning-personalized intervention-regular follow-up-dynamic re-examination." For example, for individuals identified as being in a sub-optimal health state through screening, routine intelligent health management using PMR devices is implemented to address issues such as fatigue, insomnia, and metabolic disorders. For high-risk individuals and confirmed patients with chronic conditions such as hypertension, hyperlipidemia, and diabetes, PMR devices are utilized to enable dynamic management of chronic diseases, thereby reducing the likelihood of disease progression and complications, and effectively fulfilling the requirement that "routine health issues be resolved at the community level."
In response to the health service needs of an aging community, ADDS and ADTS cognitive health management devices will be integrated into the core system of elderly health services. Free cognitive function screenings and fee-based intervention services for the elderly will be conducted on a regular basis, with a focus on the elderly, those living alone, and those with chronic conditions. Through intelligent and routine cognitive health management, we aim to effectively slow cognitive decline in the elderly, reduce the incidence of diseases such as dementia, and improve the quality of life for the elderly.
Advancing the digital and intelligent transformation of community healthcare is a crucial measure for improving the primary healthcare system, implementing the integration of medical treatment and disease prevention, and safeguarding the health of the entire population. The implementation of functional medicine smart devices can effectively address the shortcomings and challenges of traditional community healthcare services, driving a comprehensive transformation of community health services from "reactive response" to "proactive prevention and control," from "generalized services" to "precision services," and from "experience-based diagnosis and treatment" to "data-driven diagnosis and treatment." In the future, as functional medicine smart devices become deeply integrated into primary healthcare settings, the digital and intelligent community healthcare service system will steadily improve in terms of service functionality and capacity. This will establish a new paradigm of smart community healthcare services that is more efficient, convenient, precise, and inclusive, safeguarding residents' physical and mental health throughout their entire life cycle. It will also continuously enhance residents' sense of fulfillment, happiness, and security regarding their access to medical care.