目的：观察山葛丹茶（自拟）并硝苯地平缓释片的降压疗效。方法：原发性高血压52例患者，采取随机分组，观察组27例，对照组25例。停用原降压药1周，观察组服用山葛丹茶及硝苯地平缓释片；对照组服用硝苯地平缓释片和盐酸贝那普利片。观察疗程2个月。结果：观察组的总有效率96.3%，稍高于对照组92.0%，但差异无显著意义。结论：山葛丹茶并硝苯地平缓释片治疗高血压疗效确切安全，无不良反应。

Objective:To observe the antihypertensive efficacy of Mountain Gedan tea (self) plus releasing nifedipine. Methods:52 patients with essential hypertension were randomly divided into two groups, the observation group of 27 patients, and the control group of 25 patients. Disable the original antihypertensive medicines one week, the observation group taking Mountain Gedan tea and releasing nifedipine; the control group received releasing nifedipine and benazepril hydrochloride tablets. The observation course of 2 months. Results:The total efficiency of 96.3%, slightly higher than 92.0%of the control group, but the difference was not statistically significant. Conclusion:Mountain Gedan tea and releasing nifedipine was effective on treating hypertension, was safe, and had no adverse reactions.

目的确立山葛降脂滴丸的最佳制备工艺,并对其进行总黄酮含量测定。方法以外观圆整度、平均丸重差异系数、硬度、溶散时限为评价指标,通过单因素考察和正交实验设计优选最佳制备工艺,并采用紫外分光光度法测定山葛降脂滴丸中的总黄酮含量。结果最佳制备工艺条件为药物含量35%,基质比例PEG6000∶PEG4000为2∶1,药液温度80℃,滴速20滴/min,二甲基硅油冷凝剂,冷凝温度14℃,滴距5cm;山葛降脂滴丸中总黄酮含量（以芦丁计）为48.72mg·g-1。结论优选的制备工艺方法简便可行,且含量测定方法准确、可靠。

OBJECTIVE To establish the optimum preparation process of shange lipid-lowering dropping pills , and carry on the general flavone content determination.METHODS Appearance of roundness ,average coefficient of pill weights difference ,hardness ,melting time were used as comprehendsive evaluation indicator to select dropping conditions by influential factors test and orthogonal design , and using ultraviolet spectrophotometry to measure fla-vonoids content of shange lipid-lowering dropping pills.RESULTS The optimized preparation process was as fol-lowthe drug content was 35%,the mixture of polyethylene glycol 6000 and polyethylene glycol 4000 was 2∶1,the drug temperature was 80℃,dropping speed was 20 drops · min -1 , dimethyl silicone oil condensing agent was used with condensation temperature of 7℃and dropping distance of 5 cm;The content of general flavone of shange lipid-lowering dropping pills was 48.72 mg · g -1.CONCLUSION The optimization of the preparation method is

中国工程院院士、著名骨科专家、兰州军区兰州总医院专家组名誉组长、骨科研究所所长葛宝丰同志因病医治无效,于2014年7月10日在兰州逝世,享年95岁.2014年7月12日葛宝丰院士遗体告别仪式在兰州华林山殡仪馆怀远堂隆重举行,社会各界群众数百人为葛老送行,表达对他的无限哀思. 葛宝丰院士于1919年12月26日出生于河北省乐亭县,1945年毕业于中正医学院,1947年只身来到兰州中央医院工作,先后任外科住院医师、总住院医师和主治医师.1949年8月参加中国人民解放军,1950年参加抗美援朝医疗队并任队长.

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阳山金矿床位于西秦岭勉略构造内,文县弧形构造东翼,主要受安昌河—观音坝断裂带和葛条湾—草坪梁复式背斜控制;矿体产出于断裂带内,复式背斜翼部次级剪切走滑断裂中。研究表明:阳山金矿控矿构造及其演化复杂,泥盆纪中晚期文县地区形成了一套碳硅泥质热水沉积,勉略一带在三叠纪经历了洋陆俯冲到陆陆碰撞机制的转变;晚三叠世区内中酸性岩脉沿早期挤压片理侵入;早侏罗世早期,进入后碰撞造山期,断裂发生斜冲左行走滑剪切活动;燕山中晚期,进入局部伸展阶段,继承早期逆冲推覆构造,同时形成派生的断裂、节理及褶皱等。目前,所认识到的葛条湾—草坪梁复式背斜可能只是区域性复式褶皱北翼的次级褶皱。

The Yangshan gold ore locates in the west Qinling Mianlue slightly tectonic belt.Research area in the east wing of arc structure in Wenxian,was primarily controlled by Anchanghe-Guanyinba and duplex anticline.In addition,the ore body occurs in the fault zone as well as double anticline wing secondary shear strike-slip fault.On the basis of summarizing predecessors’research,combined with the detailed field geological observation,we found that the Yangshan gold deposit ore-controlling structure and its evolution were increasingly complex. Overall,the results indicated that it was formed a set of carbon silicon argillaceous hot water sedimentary in Wenxian during middle-late Devonian period.Mianlue area has experienced mechanism transformation from ocean-land subduction to continental collision in Triassic.Meanwhile,the double arc tectonic system in Wenxian county and nearly EW axial complex fold are formed,and intermediate-acid dike along the early extruded schistosity began t

采用野外实地调查、资料收集与访谈相结合的方法对福建省尤溪九阜山省级自然保护区纤维植物资源进行调查，结果表明，该区纤维植物共有53科111属180种。可优先考虑开发利用的种类主要有马尾松、毛竹、五节芒、杉木、闽粤栲、琴叶榕、苦楝、白背叶、东南野桐、毛瑞香、了哥王、北江荛花、灯心草、白茅、南蛇藤、山乌桕、枫杨、野葛、肖梵天花、扁担杆、苎麻、小构树、葡蟠等。对该区纤维植物的种类、生活型、数量、利用部位及开发利用途径进行了分析，并提出保护与开发利用措施。

We investigated Resources of Fiber Plants in Jiufu Mountain Provincial Nature Reserve by inves‐tigating some important wild fields ,collecting some materials and interviewing with a combination and found that there are 180 species 111 genus 53 families wild fiber plants in this area .Some of them can be given priority to be developed and utilized .They are Pinus massoniana ,Phyllostachys heterocycla cv .Pu‐bescens ,Miscanthus f loridulus ,Cunninghamia lanceolata ,Castanopsis f issa ,Ficus pandurata ,Melia a‐zedarach ,Mallotus apelta ,Mallotus lianus ,Daphne odora var .atrocaulis ,Wikstroemia indica ,Wikstro‐emia monnula ,Juncus ef fusus ,Imperatacylindrica var .major ,Celastrusorbiculatus ,Sapium discolor , Pterocarya stenoptera ,Puerdria lobata ,Urena lobata ,Grewia biloba ,Boehmeria nivea ,Broussonetia ka‐zinok ,Broussonetia kaemp feri and so on .In this study ,Fiber Plants in this area were showed their kinds ,the type of life ,number ,useful parts and the ways of the