Objective To study the effectiveness, safety and tolerance of testosterone undecanoate （TU） in improving exhaustion and quality of life （QOL） of the elderly male patients with chronic disease in advanced stage. Methods Using a simple randomized controlled trial design, eighty patients were randomized into two groups. The treatment group took routine therapy and TU and the control group with routine therapy alone. Results 1. Baseline characteristics in both groups were similar. 2. The PADAM grade decreased, and the QOL scale increased in the treatment group （P〈0.05 ）. 3. Serum total testosterone in the treatment group rose, upper arm circumference and right hand grip improved （P〈0.05 ）. 4. There were no significant differences in adverse effects between both groups. Conclusions TU can improve the clinical health status in the elderly male patients with chronic disease in advanced stage and increase serum testosterone level, there is a satisfactory tolerances and few adverse reactions.
Exercise intervention is an important non-pharmacological intervention for various diseases, and establishing precise exercise load assessment techniques can improve the quality of exercise intervention and the efficiency of disease prevention and control. Based on data collection from wearable devices, this study conducts nonlinear optimization and empirical verification of the original "Fitness-Fatigue Model". By constructing a time-varying attenuation function and specific coefficients, this study develops an optimized mathematical model that reflects the nonlinear characteristics of training responses. Thirteen participants underwent 12 weeks of moderate-intensity continuous cycling, three times per week. For each training session, external load (actual work done) and internal load (heart rate variability index) data were collected for each individual to conduct a performance comparison between the optimized model and the original model. The results show that the optimized model demonstrates a significantly improved overall goodness of fit and superior predictive ability. In summary, the findings of this study can support dynamic adjustments to participants' training programs and aid in the prevention and control of chronic diseases.
Chronic kidney disease (CKD) has become a global public health problem because of its high prevalence, low awareness, poor prognosis, and high medical costs. Effective follow-up management can facilitate timely adjustment of the treatment of the CKD patients and delay the disease progression. The application of internet of things (IoT) technology in dynamic monitoring and telemedicine is helpful for the self-management of patients with chronic diseases, and can provide convenient, intelligent, and humanized medical and health services. In the future, with the rapid growth of demands of CKD management and innovations in information technology, new medical IoT industry will accelerate the intelligent development of CKD management. Multi-disciplinary and multi-industrial collaboration should be promoted to solve current challenges, such as evaluation of actual effectiveness, the system design and construction, and the accessibility of intelligent healthcare services, to ensure that IoT products can improve clinical outcomes, reduce medical expenditure, and lower disease burden.
Diabetic retinopathy (DR) is the leading cause of blindness in the working-age population, and it is a key ocular fundus disease that needs to be paid attention to in the next five years according to the "14th Five-Year" Plan for Eye Health. Promoting the systematic management of DR and constructing the chronic disease management system are the key to the next step of national eye health work. It is necessary to further improve the management mode of the whole course of DR patients with chronic eye disease through the joint action of medical security system at all levels, including strengthening supporting policies of primary medical institutions, optimizing medical service mode and process, strengthening scientific education to improve patients' and doctors' disease cognition, and updating authoritative Chinese DR guidelines to standardize diagnosis and treatment. It is hoped that the low vision and blindness caused by DR in China can be greatly reduced after the implementation of the "14th Five-Year" Plan for Eye Health.
With the promoting of “the Belt and Road Initiative”, medical assistance to Xinjiang is one ofthe important tasks of public hospitals in China. West China Hospital of Sichuan University actively explores the“Huaxi-Karamay” model of multi-disciplinary group assistance and scientific and technological assistance to Xinjiang, and leverages the technical leadership and leading role of medical experts to improve the medical and health service capabilities of Karamay, especially in chronic diseases management. This article takes the People’s Hospital ofKaramay City in Xinjiang province as an example to discuss the exploration and practice of the new chronic diseasemanagement model of the endocrinology and metabolism center with medical assistance from West China Hospital ofSichuan University, aiming to provide a certain reference for the in-depth development of medical aid to Xinjiang in thefuture.
The new coming era has brought great challenge to present health service model, and the development of new science and technology had improved the reconstruction of medical system and model. With the guidance of evidence-based management and participation of model technology, this paper provides an explanation of the new health service model containing new health management, clinical medicine, chronic disease management and elder care which cover the whole life cycle, so as to implement the " Health China” strategy and develop a whole life cycle health service system for all residents with necessary, high quality, and affordable prevention, treatment, rehabilitation and health promotion.
The population of various fundus diseases in China is vast, and the number of patients is continuously increasing due to the aging population. In contrast, fundus disease awareness among the general public in China is low, and grassroots screening needs urgent improvement. At the same time, the diagnosis and treatment rate are quite low, and the treatment methods for late-stage diseases are limited, resulting in poor prognosis of visual function and high blindness rate. Chronic fundus diseases require long-term, standardized treatment and long-term follow-up, which can be burdensome for patients, leading to high missed visit rates and reduced therapeutic effects. The "14th Five-Year Plan for Eye Health (2021-2025)" clearly put forward the requirements of strengthening the construction of the fundus disease prevention and control system. We urgently need to develop a management model for chronic diseases of fundus diseases tailored to China's national conditions. This will require establishing corresponding management platforms, improving personnel allocation, and enhancing compliance in the treatment of fundus diseases, to improve treatment effectiveness and fundamentally reduce blindness rates. After China's authoritative experts in the field of fundus diseases through the organization of in-depth and comprehensive thematic discussion, and the use of the improved version of Delphi method for collective decision-making and opinion consultation, a series of consensus guidance and suggestions were finally formed. These valuable professional insights will strongly promote the establishment of an appropriate chronic fundus disease management system in China, ensure that patients with fundus disease get long-term, standardized medical services, and lay a solid foundation for improving the overall prevention and treatment of fundus diseases.
At present, the health management of chronic diseases in China is still in its infancy. In the face of an increasingly large group of patients with chronic diseases, large general public hospitals often lack a systematic and standardized chronic disease continuity management system. In order to solve the problem of patients’ medical difficulties, popularize the hospitals’ innovative medical services, and promote the professional development of clinical departments, taking the continuous health management model of chronic diseases constructed by West China Hospital of Sichuan University as an example, this paper introduces the background, organizational structure and service process of the system construction in turn. The purpose is to build a new health service model of “smart hospital”, and also provide a reference for the construction of standardized chronic disease management system in hospitals, which will lay a foundation for further constructing a top-down chronic disease whole process system linked with communities and hospitals in the later stage.
Chronic disease is a major threat to human health. Fundus disease has become a major ophthalmic disease affecting daily life. Although great breakthroughs have been made in the treatment, compared with other chronic disease management, the management of patients with fundus disease is still in its infancy. To strengthen the management exploration of patients with fundus diseases, establish a management model of fundus diseases and strive to improve patients' awareness of fundus diseases and adherence to treatment and follow-up are the great challenges at present. All ophthalmic centers should strengthen patient education, establish a regional cooperation network, support the construction of grassroots medical capacity, cultivate talents, enhance training, promote the standardized treatment of fundus diseases, standardize fundus imaging inspection and diagnosis, and promote the homogeneous construction of diagnosis and treatment of chronic fundus diseases. We will accelerate the construction of a hierarchical diagnosis and treatment system and the ability to link consultation and referral. Through systematic management and intervention of fundus diseases, a large number of patients with fundus diseases will receive early screening, diagnosis, standardized continuous treatment and systematic management, and improve the quality of life of patients with fundus diseases.
With the increasing burden of chronic diseases, the issue of comorbidities has become increasingly important. In practice, patients with comorbidity of chronic diseases struggle to access continuous and integrated healthcare experiences. This article introduces the construction of the referral management system for comorbidity of chronic diseases based on “internet plus” in West China Hospital of Sichuan University. By formulating a standardized and convenient referral process and using artificial intelligence to optimize the referral platform, it creates a referral system for comorbidity of chronic diseases suitable for the hospital’s clinical workflows, makes reasonable use of the resources of the return pool, and improves the referral efficiency. After the implementation of the comorbidity referral system, patient satisfaction has increased, providing new ideas and reference experience for the management of comorbidity of chronic diseases for other medical institutions.