目的:研究灯盏细辛注射液和注射用血栓通治疗脑梗死的有效性和经济性。方法:随机将我院2022年1月至2022年6月的脑梗死患者344例分为灯盏细辛组和血栓通组,每组172例,通过spss 23.0软件和决策树模型软件Treeage Pro 2022考察两组的有效...目的:研究灯盏细辛注射液和注射用血栓通治疗脑梗死的有效性和经济性。方法:随机将我院2022年1月至2022年6月的脑梗死患者344例分为灯盏细辛组和血栓通组,每组172例,通过spss 23.0软件和决策树模型软件Treeage Pro 2022考察两组的有效率和药物经济性,并比较两组的成本-效果比值(ICER)。结果:灯盏细辛组和血栓通组总有效率分别为93%、84.9%,灯盏细辛组相比血栓通组的ICER为583.45元。单因素敏感性分析结果显示脑梗死治疗平均费用和灯盏细辛有效率对ICER值影响较大,概率性敏感性分析显示灯盏细辛相对于血栓通具有经济性概率为77%。结论:患者意愿支付阈值设为29650元,灯盏细辛治疗脑梗死具有较优的疗效和经济性。展开更多
ore and more novel nature fibers are used in textiles. The natural fibers include banana fiber, pineapple fiber and bamboo fiber etc. In this paper, as a kind of novel natural fiber,mulberry fiber is studied. The chem...ore and more novel nature fibers are used in textiles. The natural fibers include banana fiber, pineapple fiber and bamboo fiber etc. In this paper, as a kind of novel natural fiber,mulberry fiber is studied. The chemical component of mulberry bast is tested and analyzed. Meanwhile, the degumming method and process of mulberry bast are studied. Chemical degumming experiments to investigate the influence of alkali concentration, alkali boiling time and sodium phosphate tribasic ratio to material are conducted. Consequently, optimum parameters are obtained. The crystallinity of mulberry fiber is tested by using X-ray line, and the photos of scanning electron microscope (SEM) are observed. Testing results of the fiber properties (e.g. fineness, tenacity, length and elongation) show that mulberry fiber can be spun blend with cotton.展开更多
文摘目的:研究灯盏细辛注射液和注射用血栓通治疗脑梗死的有效性和经济性。方法:随机将我院2022年1月至2022年6月的脑梗死患者344例分为灯盏细辛组和血栓通组,每组172例,通过spss 23.0软件和决策树模型软件Treeage Pro 2022考察两组的有效率和药物经济性,并比较两组的成本-效果比值(ICER)。结果:灯盏细辛组和血栓通组总有效率分别为93%、84.9%,灯盏细辛组相比血栓通组的ICER为583.45元。单因素敏感性分析结果显示脑梗死治疗平均费用和灯盏细辛有效率对ICER值影响较大,概率性敏感性分析显示灯盏细辛相对于血栓通具有经济性概率为77%。结论:患者意愿支付阈值设为29650元,灯盏细辛治疗脑梗死具有较优的疗效和经济性。
文摘ore and more novel nature fibers are used in textiles. The natural fibers include banana fiber, pineapple fiber and bamboo fiber etc. In this paper, as a kind of novel natural fiber,mulberry fiber is studied. The chemical component of mulberry bast is tested and analyzed. Meanwhile, the degumming method and process of mulberry bast are studied. Chemical degumming experiments to investigate the influence of alkali concentration, alkali boiling time and sodium phosphate tribasic ratio to material are conducted. Consequently, optimum parameters are obtained. The crystallinity of mulberry fiber is tested by using X-ray line, and the photos of scanning electron microscope (SEM) are observed. Testing results of the fiber properties (e.g. fineness, tenacity, length and elongation) show that mulberry fiber can be spun blend with cotton.