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337篇 您的检索式:作者名="LIAN R"
    题名 作者 年代 出处 被引量
1Hepatitis B virus x gene and cyanobacterial toxins promote aflatoxin B_1-induced hepatotumorigenesis in mice显示文摘瞄准:估计黄麴毒素的结合的角色 B1 (AFB1 ) , cyanobacterial 毒素(cyanotoxins ) ,和肝炎 B (HBV ) 在 hepatotumorigenicity 的 x 基因。方法:( ip )带 HBV x 基因和他们的野类型的同窝出生的人的 One-week-old 动物 intraperitoneally 与也被注射单个剂量的 AFB1 [ 6 mg/kg 体重( bw )],重复剂量 cyanotoxins ( microcystin-LR 或在榴状, 10 microg/kg bw 每周一次为 15 wk ), DMSO (车辆控制)独自一个,或 AFB1 一个星期以后由 cyanotoxins 列在后面,并且在 24 和 52 wk 被牺牲处理以后。结果:AFB1 在 29 中的 13 个导致了肝肿瘤(44.8%) 在 52 wk 的转基因的老鼠处理以后,显著地比在野类型的老鼠(13.3%) 更经常。这有效差量没在 24-wk 学习被显示出。与 AFB1 暴露相比独自一个, MC-LR 并且在榴状在导致的 AFB (1 ) 的发生产出近似 3 褶层和 6 褶层增加在在 24 wk 的野类型的动物的肝肿瘤分别地。HBV x 基因进一步没提高与合作暴露联系到 AFB1 和 cyanotoxins 的风险。与一个 MC-LR-dosed 野类型的鼠标的异常,没有肝肿瘤在在 24 wk 独自与 cyanotoxins 对待的鼠标被观察。既不对待 DMSO 的转基因的老鼠也不他们的野类型的同窝出生的人在甚至多达 52 wk 有与 hepatotumorigenesis 相关的病理学的改变。结论:HBV x 基因并且在榴状支持导致的 AFB (1 ) 的发展肝肿瘤。到 AFB1 和 MC-LR 的合作暴露趋于相对暴露在 24 wk 提高肝肿瘤的风险到他们之一。hepatotumorigenesis 上的 AFB1, cyanotoxins 和 HBVx 的结合的效果在 24 wk 是弱的。Min Lian Ying Liu Shun-Zhang Yu Geng-Sun Qian Shu-Guang Wan Kenneth R Dixon 2006World Journal of Gastroenterology2006,12,19:14
2Clinacanthus nutans Extracts Are Antioxidant with Antiproliferative Effect on Cultured Human Cancer Cell Lines显示文摘Yoke Keong Yong Jun Jie Tan Soek Sin Teh Siau Hui Mah Gwendoline Cheng Lian Ee Hoe Siong Chiong Zuraini Ahmad José Luis Ríos 2013Evidence-Based Complementary and Alternative Medicine2013,,:2
3Time delay modeling and sample time selection for networked control systems显示文摘Lian Feng-li James R Moyne 2002Proc of ASME - Dynamics Systems and Control Division2002,70,:2
4Deformation behaviour of ultra-fine-grained copper显示文摘Valiev R Z Kozlov E V Ivanov Yu F Lian J Nazarov A A Baudelet B 1994Acta Metallurgica et Materialia1994,42,7:1
5Stability in terms of two measures impulsive integro-differential equations via variation of the Lyapunov method 显示文摘Wang P G Lian H R 2006Appl Math Comput2006,177,2:1
6Immunological study of hal domain of he- magglutinin of influenza hSnl virus 显示文摘Chiu F F Venkatesan N Wu C R Chou A H Chen H W Lian S P Liu SJ Huang C C Lian W C Chong P Leng C H 2009Biochemical Biophys ResCommun2009,383,1:1
7NMR investigation of the catalytic mechanism of arylamine N-acetyltransferase from Salmonella typhimurium显示文摘Delgoda R Lian L Y Sandy J 2003Biochim Biophys Acta2003,1620,13:1
8Mechanistic insights of sulfur mustardinduced acute tracheal injury in rats显示文摘Zhu XJ Xu R Meng X Chu HB Zhao C Lian CJ 2014Int J Toxicol2014,33,5:1
9Performance Evaluation of Control Networks:Ethernet,Controlnet,Devicenet显示文摘Lian F L Moyne J R Tilbury DM 2001IEEE Control Magazine2001,21,1:1
10The study on inhibitory effects and mechanism of mao er yan vegetable acid on human SGC-7901strain cells显示文摘 Feng S T Lian X Z 2005Chin Pharmacol Bull2005,21,6:1
11Regulatory T cells:development,function and role in antoimmunity显示文摘Lan R Y Ansari A A Lian Z X 2005Autoimmun Rev2005,4,6:1
12Performance evaluation of control networks: Ethernet, ControlNet and DeviceNet显示文摘LIAN F L MOYNE J R TILBURY D M 2001IEEE Control Systems Magazine2001,21,1:1
13Enhanced fuzzy sliding mode controller for active suspension systems显示文摘Lin J Lian R J Huang C N 0,,07:1
14Loss of efficacy during long-term irffliximab therapy for sight-threatening childhood uveitis 显示文摘Simonini G Zannin ME Caputo R Falcini F de Martino M Zu- lian F 2008Rheumatology ( Ox- ford)2008,47,10:1
15The apoptotic effect of cordycepin on human OEC-M1 oral cancer cell line显示文摘Wu W C Hsiao J R Lian Y Y 2007Cancer Chemotherapy&Pharmacology2007,60,1:1
16Regulatory T cells:development,function and role in autoimmunity显示文摘Lan R Y Ansari A A Lian Z X 2005Autoimmun Rev2005,4,6:1
17Network design consideration for distributed control systems显示文摘LIAN F L MOYNE J R TILBURY D M 2002IEEE Transactions on Control Systems Technology2002,10,2:1
18Self-organizing fuzzy control ofactive suspension systems显示文摘LIAN R LIN B SIE W 2005International Journal of Systems Science2005,36,3:1
19Anti-miRNA-23a oligonucleotide suppresses glioma cells growth by targeting apoptotic protease activating factor-l显示文摘LIAN S SHI R BAI T 2013Curr Pharm Des2013,19,35:1
20Transactivation of microRNA - 383 by steroidogenic factor - 1 promotes estradiol release from mouse ovarian granjaLosa cells by targeting RBMS1 显示文摘Yin M M 1 0 M R Yao G 1) Tian H Lian J Liu L Liang M Wang Yong and Fei Sun 2012Molecular Endocrinologie2012,26,7:1
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