Objective: To construct a female TCM management platform that integrates pulse diagnosis information to facilitate women's health status identification and conditioning of menstrual cycle related health problems. Methods:Using cloud computing technology, taking the EHR and knowledge base as the core, designing the TCM health information collection questionnaire according to the characteristics of women.s menstrual cycle related health problems, and incorporating the data collected by the Chinese medicine pulse diagnosis bracelet, the knowledge base can assist the development of a health management plan, designing a platform framework for combining the PC side of the doctor with the patient mobile APP. Results: The platform was conducive to the realization of more objective TCM consultation and pulse diagnosis information collection and long-term continuous monitoring, and can assist in the identification of women's menstrual problems and the development of health conditioning plans. Conclusion: The platform has good operability and practicability for the implementation of TCM health management for women with menstrual problems.

Objective: To fulfill the TCM (traditional Chinese medicine) health management needs of female through constructing the intervention knowledge base, explore the long-term development mechanism of intervention knowledge base. Methods: The structure of female TCM Health Intervention Knowledge was designed base according to the characteristics of TCM health status of females. The inferential mechanism by studying the relation between the female health status and the diet therapy scheme was explored based on syndrome differentiation. A Long-term development mechanism of TCM health intervention knowledge database was designed based on big data and effect feedback mechanism. Results: The classification standard of the TCM Health Intervention Knowledge base of female includes the state of the viscera functions, qi and blood, yin and yang, and pathogenic properties of the body under the illness and health condition. The dietary therapy formula inference engine can provide food material according to the region, natures, function of tonifying, evil eliminating, to match the female health status, and constantly adjusting and improving the Intervention plan according to the feedback. Conclusion: The study proves the construction plan of TCM Health Intervention Knowledge base of female is able to meet the needs of female TCM health management intervention, and the method of constantly adjusting and improving the intervention plan according to the feedback helps to realize the precise recommendation and long-term development of intervention knowledge base.

ObjectiveTo investigate the immediate effect of wearing a soft ankle brace on dynamic and static balance function and biomechanics of affected lower limbs during walking in chronic ankle instability (CAI) patients. MethodsFrom January to August, 2021, 40 CAI patients from Musculoskeletal Rehabilitation Center, Beijing Rehabilitation Hospital, Capital Medical University were measured dynamic and static balance indexes with Zebris FDM-System and Y balance test, before and after wearing a soft ankle brace; while the kinetics indexes and surface electromyography of the affected lower extremities during walking were collected with Zebris FDM-System and a surface electromyography telemeter simultaneously. ResultsThe velocity and area of center of pressure reduced in both open and closed eye modes (|t| > 2.876, P < 0.01), the Y-balance scores increased in all the directions (|t| > 21.212, P < 0.001) after wearing brace; while the peak pressures and impulses increased in the midfoot and medial forefoot regions (|t| > 2.057, P < 0.05), and decreased in the lateral heel, lateral forefoot and toe regions (|t| > 2.464, P < 0.05), and the root mean square of surface electromyography increased in the tibialis anterior and lateral gastrocnemius (|t| > 2.159, P < 0.05) during walking. ConclusionWearing soft brace can immediately improve dynamic and static balance of CAI patients, and optimize plantar kinetic distribution and enhance activation of the anterior tibial and the lateral head of gastrocnemius of the affected limb during walking, to improve motor control of CAI patients.