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The Promoting Role of TCM Nursing in the Rehabilitation of Stroke Hemiplegia Patients
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作者 Nong Yan Lihua Qin +2 位作者 Buqing Su Xiaoye Su yanfang wei 《Open Journal of Nursing》 2024年第7期321-328,共8页
Objective: To explore the promoting function of TCM nursing in the rehabilitation of hemiplegia patients with stroke. Methods: 78 stroke hemiplegic patients admitted from April 2022 to April 2024 were randomly divided... Objective: To explore the promoting function of TCM nursing in the rehabilitation of hemiplegia patients with stroke. Methods: 78 stroke hemiplegic patients admitted from April 2022 to April 2024 were randomly divided into a control group of 38 cases who received routine care, and an experimental group of 40 cases who received routine nursing basis plus traditional Chinese medicine nursing;the nursing effects of the two groups of patients were compared. Results: After 12 days of nursing care, the experimental group showed better psychological status [SAS score (21.71 ± 3.21), SDS score (22.18 ± 2.31)], limb motor function, daily living ability, and neurological function [NIHSS score (12.23 ± 2.21)] than the control group, with significant differences in data (P Conclusion: Traditional Chinese medicine nursing for stroke hemiplegia patients is more conducive to promoting rehabilitation than routine nursing. 展开更多
关键词 Traditional Chinese Medicine Nursing Routine Nursing Stroke Hemiplegia Rehabilitation Effect
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Independent dual-responsive Janus chromic fibers 被引量:3
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作者 yanfang wei wei Zhang +3 位作者 Chengyi Hou Qinghong Zhang Yaogang Li Hongzhi Wang 《Science China Materials》 SCIE EI CAS CSCD 2021年第7期1770-1779,共10页
Daily exposure under solar ultraviolet(UV)and infrared(IR)is prone to cause skin cancer and photoaging.Real-time monitoring of the environmental UV index and IR radiation temperature during outdoor activities can enha... Daily exposure under solar ultraviolet(UV)and infrared(IR)is prone to cause skin cancer and photoaging.Real-time monitoring of the environmental UV index and IR radiation temperature during outdoor activities can enhance awareness and strengthen personal protection.It is a challenge to design flexible,wearable devices(with measurement capabilities)that can be integrated with apparels.Here,microfluidic spinning technology(MST)was used for the continuous and large-scale fabrication of eco-friendly coresheath Janus fibers with a well-defined axially symmetric Janus core.One side of the core was sensitive to UV light and the opposite was sensitive to IR radiation.Textiles woven with Janus fibers showed excellent independent reversible color responses to dual-wavelength stimulation.Such textiles switched among four colors under UV and IR irradiation,both individually and in combination.The color gradient of the textiles changed significantly with increasing UV intensity(UV index).After 60 cycles of UV/IR stimulation and 50 washes,the change rate of the comprehensive chromatic aberration(ΔE_(ab)^(*))of the textiles under different conditions was only 0.42%-4.71%.This was attributed to the unique structure of the fibers.The three-line striped textiles demonstrated the potential of the fibers to be used as wearable energy-free realtime visual monitors of the UV index and IR radiation temperature. 展开更多
关键词 microfluidic spinning UV index IR radiation temperature dual-wavelength response core-sheath Janus fibers
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