安一胶囊治疗胰岛素抵抗综合征的临床观察

目的观察安一胶囊防治胰岛素抵抗综合征的疗效。方法选择符合诊断标准的胰岛素抵抗的病例共 5 5例 ,以临床疗效、胰岛素敏感指数 (InsulinSensitiveIndex ,ISI)、空腹静脉血糖浓度(FBG)、空腹血浆胰岛素浓度 (FlNS)、血压 (BP)、高密度脂蛋白 (HDL)、低密度脂蛋白 (LDL)和肥胖 ,体重指数 (BMI)等为指标 ,对照观察了安一胶囊和二甲双胍片对胰岛素抵抗患者上述指标的影响。结果两组症状积分值、BMI、TG、LDL、收缩压、舒张压、FINS、ISI等指标治疗前后之差值相比 ,其差异有高度统计学意义或统计学意义 (P <0 0 1或P <0 0 5 ) ,其余指标之差异 ,则无统计学意义 (P >0 0 5 )。结论两组药物对胰岛素抵抗患者均有一定治疗作用 。

安一胶囊治疗2型糖尿病合并高脂血症及肥胖的临床观察

目的 :观察安一胶囊治疗 2型糖尿病合并高脂血症及肥胖的疗效。方法 :随机对照试验 2型糖尿病合并高脂血症及肥胖患者安一胶囊组 3 0例 ,二甲双胍片组 2 8例。以中医证候疗效、空腹静脉血糖浓度 (FPG)、甘油三脂 (TG)、高密度脂蛋白(HDL)、低密度脂蛋白 (LDL)、体重指数 (BMI)、腰围臀围比 (WHR)等为指标。结果 :两组症状积分值、TG、LDL等指标治疗前后相比P <0 .0 5。结论 :安一胶囊治疗 2型糖尿病合并高脂血症及肥胖疗效确切。临床试验中未发现药物所致的不良反应。

安公之碑——一个佛教大沙门的文本分析

就目前看来,僧安道壹的作品遗迹,主要在公元553-580年间,是中国历史的北齐到北周。直到1995年山东东平洪顶山僧安道壹作品的集中发现,其中包括丰富的题记与确切的纪年。由此兴起了对于僧安道壹作品研究的热潮。在其遗存的作品,题名《安公之碑》是其佛学与艺术思想、个人艺术气质的集中表现。本文将《安公之碑》从文本、话语、意义等方面,进行分析,以期对于僧安道壹的思想有一个初步的认识。

冲床二度落互补式监测方法

针对冲床单次冲压时曲柄过冲导致滑块二次落下的危险,在分析传统二度落监测方法局限的基础上,提出一种凹凸互补式2个凸轮同时监测二度落信号的方法,设计了一种独立于冲床主控PLC的独立监测单元,结果表明该方法可有效地提高冲床二度落信号判断的可靠性,降低冲床二度落信号漏检造成的危害。

你是一个好人

夜晚，一个歹徒准备拦路抢劫。夜，因他而变得恐怖起来。

A Corpus-Based Analytical Study on Military and Security Developments Involving People＇s Republic of China

This paper contrasts Military Power of the People＇s Republic of China from the year of 2000 to 2009 and Military and Security Developments Involving People＇s Republic of China from the year 2010 to 2013 with corpus analysis. It distinguishes the new reports＇ differences from the old ones and tries to explore American＇s discourse colonization and discourse hegemony through corpus software WordSmith 5.0-Keywords and Concordance analysis of high frequency words. The significance of the study is that it enlightens military texts which will influence audiences＇ viewpoints and provides a new perspective for strategies replying American media war.

Analysis on produce mechanism and influence factor of CO gas on the coal exploitation working face

Summarized the four main sources of CO gas on the working face based on investigation and local observation: firstly,it analyzed the mechanism that CO gas was produced by spontaneous combustion and oxygenation of gob residual coal;next,it illus- trated the theory that special coal seam deposits natural CO gas,and provided correlative experiment data;and then,it illustrated the reason of the CO gas in working face in- creased relatively in the course of coal cutter's shearing,according to the translation be- tween mechanism energy and inner energy and the rupture of carbon molecule side chain during coal exploitation;lastly,illustrated the reason of CO gas appearance and the rela- tively release quantity during coal mine blasting underground.We find out the source of CO gas on the working face accurately,and provide advantages for appropriate prevention and practical management measures.

Use of new once-daily 5-aminosalicylic acid preparations in the treatment of ulcerative colitis:Is there anything new under the sun?

5-aminosalicylate(5-ASA)agents remain the mainstay treatment in ulcerative colitis(UC).A number of oral 5-ASA agents are commercially available,including azobond pro-drugs,as well as delayed-and controlledrelease forms of mesalazine.However,poor adherence due to frequent daily dosing and a large number of tablets has been shown to be an important barrier to successful management of patients with UC.Recently, new,once-daily formulations of mesalazine,including the unique multi-matrix delivery system and mesalazine granules,were proven to be efficacious in inducing and maintaining remission in mild-to-moderate UC,with a good safety profile comparable to that of other oral mesalazine formulations.In addition,they offer the advantage of a low pill burden and might contribute to increased long-term compliance and treatment success in clinical practice.This editorial summarizes the available literature on the short-and medium-term efficacy and safety of the new once-daily mesalazine formulations.

The New Enhanced Simple Authenticated Key Agreement Algorithm

Simple authenticated key agrcement algorithm is one of the Diffie-Hellman key agreement variations. It prevents man-inthe-middle attack with only two more packets required to agree on the secret session key, but it has some weaknesses. In this paper, a new enhanced simple authenticated key agreement algorithm is proposed to overcome these weaknesses on the basis of analyzing the weaknesses of the related protocols. The new enhanced simple authenticated key agreement algorithm can get over replay attack and password guessing attack, provide perfect forward secrecy, and hold the merits of the simple authenticated key agreement algorithm.

On National Sovereignty under Economic Globalization

Formally, national sovereignty can be identified as hard and soft;social-structurally,it consists of politi- cal sovereignty, economic sovereignty and cultural sovereignty. With the globalization of world economy,na- tional sovereignty is changing.Our country is now confronted by three major challenges: the independence of economic sovereignty,the integrity of political sovereignty and the equality of cultural sovereignty. This research probes how to maximize national benefits under globalization.

Synthetic security assessment based on variable consistency dominance-based rough set approach

Security assessment can help understand the security conditions of an information system and yield results highly conducive to the solution of security problems in it. Taking the computer networks in a certain university as samples, this paper, with the information system security assessment model as its foundation, proposes a multi-attribute group decision-making （MAGDM） security assessment method based on a variable consistency dominance-based rough set approach （VC-DRSA）. This assessment method combines VC-DRSA with the analytic hierarchy process （AHP）, uncovers the inherent information hidden in data via the quality of sorting （QoS）, and makes a synthetic security assessment of the information system after determining the security attribute weight. The sample findings show that this method can effectively remove the bottleneck of MAGDM, thus assuming practical significance in information system security assessment.

Development of Bayesian Network Models for Risk-Based Ship Design

In the past fifteen years, the attention of ship safety treatment as an objective rather than a constraint has started to sweep through the whole maritime industry. The risk-based ship design （RBD） methodology, advocating systematic integration of risk assessment within the conventional design process has started to takeoff. Despite this wide recognition and increasing popularity, important factors that could potentially undermine the quality of the results come from both quantitative and qualitative aspects during the risk assessment process. This paper details a promising solution by developing a formalized methodology for risk assessment through effective storing and processing of historical data combined with data generated through first-principle approaches. This method should help to generate appropriate risk models in the selected platform （Bayesian networks） which can be employed for decision making at design stare.

Algorithms for single machine scheduling with availability constraints

It is a NP-hard problem to schedule a list of nonresumable jobs to the available intervals of an availability-constrained single machine to minimize the scheduling length. This paper transformed this scheduling problem into a variant of the variable-sized bin packing problem, put forward eight bin packing algorithms adapted from the classic one-dimensional bin packing problem and investigated their performances from both of the worst-case and the average-case scenarios. Analytical results show that the worst-case performance ratios of the algorithms are not less than 2. Experimental results for average cases show that the Best Fit and the Best Fit Decreasing algorithm outperform any others for independent and precedence-constrained jobs respectively.

Partition airflow varying features of chaos-theory-based coalmine ventilation system and related safety forecasting and forewarning system

To realize real-time monitoring and short-term forecasting and forewarning of coalmine ventilation systems(CVS), in this paper, we first established a joint surface and underground CVS safety management system consisting of main ventilation fan, safety-partition linked passageways, and air-required locations. We then applied chaos theory to identify the air quantity and gas concentration of underground partition boundaries, and adopted a fixed data quantity, multi-step progressive, weighted first-order local-domain method to setup a chaos prediction model and a CVS safety forecasting and forewarning system formed by the normal change level, orange forewarning level, and red alarm level. We next conduct the on-field application of the system in a coalmine in Jining, Shandong, China. The results showed that (1) in the statistical scale of 5 min, the changes in both air quantity and gas concentration along CVS partition airflow boundaries were characteristic of chaos and could be used for short-term chaos prediction, and the latter was more chaotic than the former;(2) the setup chaos prediction model had a higher prediction precision and the established safety prediction system could not only predict the variation in CVS stability but also reflect the rationality of underground mining intensity. Thus, this CVS safety forecasting and forewarning system is of better application value.

Calculation of the Safety Factor of the Ohmic HL-2A Single Null Divertor Discharge

The safety most important factor profile is one of the the plasma discharge. For limiter configuration, people usually use the following cylindrical approximation formula to calculate it q（r）=5r^2BT/RIp where r is the minor radius of the plasma toms, R is the major radius （in m） , BT is the toroidal magnetic field （in T）, Ip is the total toroidal current（in MA）.

Ordered mesoporous carbon supported bifunctional PtM(M=Ru,Fe,Mo)electrocatalysts for a fuel cell anode

The deposition onto an ordered mesoporous carbon（OMC）support of well dispersed PtM（M = Ru,Fe,Mo）alloy nanoparticles（NPs）were synthesized by a direct replication method using SBA-15 as the hard template,furfuryl alcohol and trimethylbeneze as the primary carbon sources,and metal acetylacetonate as the alloying metal precursor and secondary carbon source.The physicochemical properties of the PtM-OMC catalysts were characterized by N2 adsorption-desorption,X-ray diffraction,transmission electron microscopy,X-ray absorption near edge structure,and extended X-ray absorption fine structure.The alloy PtM NPs have an average size of 2-3 nm and were well dispersed in the pore channels of the OMC support.The second metal（M）in the PtM NPs was mostly in the reduced state,and formed a typical core（Pt）-shell（M）structure.Cyclic voltammetry measurements showed that these PtM-OMC electrodes had excellent electrocatalytic activities and tolerance to CO poisoning during the methanol oxidation reaction,which surpassed those of typical activated carbon-supported PtRu catalysts.In particular,the PtFe-OMC catalyst,which exhibited the best performance,can be a practical anodic electrocatalyst in direct methanol fuel cells due to its superior stability,excellent CO tolerance,and low production cost.

Stability of Cauchy Singular Integral with Its Kernel Density Belong to H＊ for an Open Arc

The authors examine the relation between the perturbed Cauchy singular integral with its kernel density belong to H＊ and unperturbed one and show that the Cauchy singular integral is stable under perturbation of the curve of integration.

Parametrization of Transfer Matrix:for One-Dimensional Anderson Model with Diagonal Disorder

In this paper, we developed a new parametrization method to calculate the localization length in one-dimensionalAnderson model with diagonal disorder.This method can avoid the divergence difficulty encountered in theconventional methods, and significantly save computing time as well.