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    题名 作者 年代 出处 被引量
1Studies on Pongamia pinnata (L.) Pierre leaves: understanding the mechanism(s) of action in infectious diarrhea显示文摘While data are available on the effect of medicinal plants on intestinal motility and their antibacterial action, there is a paucity of information on their mode of action on various aspects of diarrheal pathogenicity, namely colonization to intestinal epithelial cells and production/action of enterotoxins. Crude decoction of dried leaves of Pongamia pinnata was evaluated for its antimicrobial (antibacterial, antigiardial and antirotaviral) effect; and its effect on production and action of enterotoxins (cholera toxin, CT; Escherichia coli labile toxin, LT; and E. coli stable toxin, ST); and adherence of enteropathogenic E. coli and invasion of enteroinvasive E. coli and Shigella flexneri to epithelial cells. The decoction had no antibacterial, antigiardial and antirotaviral activity, but reduced production of CT and bacterial invasion to epithelial cells. The observed results indicated that the crude decoction of P. pinnata has selective antidiarrheal action with efficacy against cholera and enteroinvasive bacterial strains causing bloody diarrheal episodes.BRIJESH S. DASWANI P.G. TETALI P. ROJATKAR S.R. ANTIA N.H. BIRDI T.J. 2006Journal of Zhejiang University-Science B(Biomedicine & Biotechnology)2006,7,8:3
2一种新型的外周性Mu阿片受体拮抗剂,爱维莫潘用于大型腹部术后肠梗阻治疗的Ⅲ期临床试验Delaney C.P. Weese J.L. Hyman N.H. 陈云茹 2005世界核心医学期刊文摘(胃肠病学分册)2005,0,11:2
3Ecology of Coarse Woody Debris in Temperate Ecosystems显示文摘M.E. HARMON J.F. FRANKLIN F.J. SWANSON P. SOLLINS S.V. GREGORY J.D. LATTIN N.H. ANDERSON S.P. CLINE N.G. AUMEN J.R. SEDELL G.W. LIENKAEMPER K. CROMACK K.W. CUMMINS 2004Advances in Ecological Research2004,,:2
4Anti-inflammatory effect of zerumbone on acute and chronic inflammation models in mice显示文摘M.R. Sulaiman E.K. Perimal M.N. Akhtar A.S. Mohamad M.H. Khalid N.A. Tasrip F. Mokhtar Z.A. Zakaria N.H. Lajis D.A. Israf 2010Fitoterapia2010,,7:2
5查看详情显示文摘Morgan M.T Nakanishi Y Kroll D.J Griset A.P. Carnahan M.A. Wathier M. Oberlies N.H. Manikumar G. Wani M.C. Grinstaff M.W 0,,:1
6Effects of debinding parameters on powder injection molded Ti-6Al-4V/HA composite parts显示文摘E.S. Thian N.H. Loh K.A. Khor S.B. Tor 2001Advanced Powder Technology2001,,3:1
7Assessment of ultrasonic drilling of C/SiC composite material显示文摘H. Hocheng N.H. Tai C.S. Liu 2000Composites Part A2000,,2:1
8Preliminary analysis of the antinociceptive activity of zerumbone显示文摘M.R. Sulaiman E.K. Perimal Z.A. Zakaria F. Mokhtar M.N. Akhtar N.H. Lajis D.A. Israf 2009Fitoterapia2009,,4:1
91369 TELAPREVIR SUBSTANTIALLY IMPROVED SVR RATES ACROSS ALL IL28B GENOTYPES IN THE ADVANCE TRIAL显示文摘I.M. Jacobson I. Catlett P. Marcellin N.H. Bzowej A.J. Muir N. Adda L. Bengtsson S. George S. Seepersaud R. Ramachandran K. Sussky R.S. Kauffman M. Botfield 2011Journal of Hepatology2011,,:1
10表面分析:X射线光电子能谱学和俄歇电子能谱学显示文摘本篇是关于X射线光电子能谱学(XPS)——X-Ray Photoelectron Spectroscopy)和俄歇电子能谱学(AES——Auger ElectronSpectroscopy)的基础综述,包括了1985年11月18日到1987年11月6日之间《化学文摘》上的所有文献。为了方便读者,本综述共分三个部分:一、X射线光电子能谱学(XPS);二、俄歇电子能谱学(AES);三、XPS-AES联用。对于那些仅用这些技术之一的人,其它两部分也许有他感兴趣的内容。XPS和AES被广泛地用于表面分析。大约自1970年至今,这两种技术取得了科学界公认的进展。其中大部分工作已在早些时候的《分析化学》N.H.特纳 刘先明 1990光谱实验室1990,7,4:1
11Dynamics of the Currents in the Strait of Khuran in the Persian Gulf显示文摘N.H. Zaker P. Ghaffari S. Jamshidi M. Nourian 2011Journal of Shipping and Ocean Engineering2011,1,2:1
12Injection molding of 3D microstructures by μPIM显示文摘B.Y. Tay L. Liu N.H. Loh S.B. Tor Y. Murakoshi R. Maeda 2005Microsystem Technologies (-)2005,,2:1
13Injection molding of 3D microstructures by μPIM显示文摘B.Y. Tay L. Liu N.H. Loh S.B. Tor Y. Murakoshi R. Maeda 2005Microsystem Technologies (-)2005,,2:1
14利用扫描电子显微镜对笔石超微构造的研究显示文摘D.E.B.贝思 N.H.柯克 赵宇虹 D.劳埃德尔 1988古生物学报1988,,05:1
15LevelsofChangeinAdolesce ntSexuatBehaviorinthreeAsianCities显示文摘Zabin L.S Emerson M.R Li N Lou]c.H. Gao E.S. Minh N.H. C hu ang Y.L. Hurng B.S. Hai D.B. & B Ju m R.W 0,,01:1
16Future technology pathways of terrestrial III–V multijunction solar cells for concentrator photovoltaic systems显示文摘Daniel C. Law R.R. King H. Yoon M.J. Archer A. Boca C.M. Fetzer S. Mesropian T. Isshiki M. Haddad K.M. Edmondson D. Bhusari J. Yen R.A. Sherif H.A. Atwater N.H. Karam 2008Solar Energy Materials and Solar Cells2008,,8:1
17三芯带绝缘电力电缆中的电场分布显示文摘介绍了应用电荷模拟法计算三芯带绝缘电力电缆中的电场分布。电缆芯为圆形导体,每个导电线芯利用在线芯内呈圆周排列的 N_c 个无限长线电荷模拟,而护套则利用在护套外呈圆周排列的 N_s 个无限长线电荷模拟。 N_c 和 N_s 值的选择,即使导电线芯间距很小时,电位的百分误差也在1%以下。在整个电缆截面内,研究了电场随位置、时间和电缆参数的变化。确定了最大场强的位置,并采用典型电缆设计参数计算了这些场强的数值。为便于推广应用,计算结果以标准化格式给出。Malik N.H. Al-Arainy A.A 曲世光 1989电线电缆1989,,1:1
181369 TELAPREVIR SUBSTANTIALLY IMPROVED SVR RATES ACROSS ALL IL28B GENOTYPES IN THE ADVANCE TRIAL显示文摘I.M. Jacobson I. Catlett P. Marcellin N.H. Bzowej A.J. Muir N. Adda L. Bengtsson S. George S. Seepersaud R. Ramachandran K. Sussky R.S. Kauffman M. Botfield 2011Journal of Hepatology2011,,:1
19Effect of PPAR-α and -γ agonist on the expression of visfatin, adiponectin, and TNF-α in visceral fat of OLETF rats显示文摘K.C. Choi O.H. Ryu K.W. Lee H.Y. Kim J.A. Seo S.G. Kim N.H. Kim D.S. Choi S.H. Baik K.M. Choi 2005Biochemical and Biophysical Research Communications2005,,3:1
20Injection molding of 3D microstructures by μPIM显示文摘B.Y. Tay L. Liu N.H. Loh S.B. Tor Y. Murakoshi R. Maeda 2005Microsystem Technologies (-)2005,,23:1
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