Purpose: To observe clinical effect of treatment for neovascular glaucoma using trabeculectomy combined with implantation of silicon rubber slice. Methods: 28 cases(28 eyes)with neovascular glaucoma were performed tr...Purpose: To observe clinical effect of treatment for neovascular glaucoma using trabeculectomy combined with implantation of silicon rubber slice. Methods: 28 cases(28 eyes)with neovascular glaucoma were performed trabeculectomy combined with a piece of 3 × 5 mm silicon rubber implantation, and their lowing intraocular pressure effect was observed.Results: All patients were follow-up for 9 ～ 24 months (mean: 18.3 months). The average intraocular pressure at last visit was 21.65 mmHg (rang: 17.30 ～ 28.97 mmHg , 1mmHg = 0. 133 kPa). The symptom of eye pain was disappeared after surgery.Conclusion: Trabeculectomy with a piece of silicon rubber implantation is ideal therapy for neovascular glaucoma.展开更多
Rice Lake Weighring Systems公司的Survivor 420HE恶劣环境数字指重表据称可适应重型工业和农业应用。其NEMA4X外壳，由玻璃纤维强化聚酯构成，对大部分化学品、油类和溶剂呈惰性且不会出现凝结。防水前面板开关盖有一层硅酮橡胶聚合...Rice Lake Weighring Systems公司的Survivor 420HE恶劣环境数字指重表据称可适应重型工业和农业应用。其NEMA4X外壳，由玻璃纤维强化聚酯构成，对大部分化学品、油类和溶剂呈惰性且不会出现凝结。防水前面板开关盖有一层硅酮橡胶聚合物膜，以提供进一步的保护。展开更多
Conventional rigid electronics are usually unconformable with soft skins and tend to fail in accurate physiological monitoring and precise treatment. Electronic skins(e-Skins) made by conductive and stretchable materi...Conventional rigid electronics are usually unconformable with soft skins and tend to fail in accurate physiological monitoring and precise treatment. Electronic skins(e-Skins) made by conductive and stretchable materials offer mechanical compliance for fabricating flexible and conformable wearables. Compared to common organic or inorganic conductive materials, gallium-based liquid metals alone own superior conductivity and compliance. Here, we demonstrate a highly conductive and stretchable electronic skin with liquid metal circuits(LMCs) embedded in silicone rubber film, which are functionalized for physiological signals monitoring. Through the designs of serpentine structure, LMCs maintained good electrical conductivity and functionality under over 100% strain. Also, a wearable electrocardiogram(ECG) recording device was fabricated and tested. The device was able to acquire steady signals during real-time measurement of physical activities. The proposed liquid metal e-Skin can be further extended to conformable bio-integrated healthcare devices and intelligent health monitoring networks.展开更多
文摘Purpose: To observe clinical effect of treatment for neovascular glaucoma using trabeculectomy combined with implantation of silicon rubber slice. Methods: 28 cases(28 eyes)with neovascular glaucoma were performed trabeculectomy combined with a piece of 3 × 5 mm silicon rubber implantation, and their lowing intraocular pressure effect was observed.Results: All patients were follow-up for 9 ～ 24 months (mean: 18.3 months). The average intraocular pressure at last visit was 21.65 mmHg (rang: 17.30 ～ 28.97 mmHg , 1mmHg = 0. 133 kPa). The symptom of eye pain was disappeared after surgery.Conclusion: Trabeculectomy with a piece of silicon rubber implantation is ideal therapy for neovascular glaucoma.
基金supported by the National Natural Science Foundation of China(Grant No.91748206)Funding of Higher Education AgencyFrontier Funding of Chinese Academy of Sciences
文摘Conventional rigid electronics are usually unconformable with soft skins and tend to fail in accurate physiological monitoring and precise treatment. Electronic skins(e-Skins) made by conductive and stretchable materials offer mechanical compliance for fabricating flexible and conformable wearables. Compared to common organic or inorganic conductive materials, gallium-based liquid metals alone own superior conductivity and compliance. Here, we demonstrate a highly conductive and stretchable electronic skin with liquid metal circuits(LMCs) embedded in silicone rubber film, which are functionalized for physiological signals monitoring. Through the designs of serpentine structure, LMCs maintained good electrical conductivity and functionality under over 100% strain. Also, a wearable electrocardiogram(ECG) recording device was fabricated and tested. The device was able to acquire steady signals during real-time measurement of physical activities. The proposed liquid metal e-Skin can be further extended to conformable bio-integrated healthcare devices and intelligent health monitoring networks.
