url: =Results 1-25 (1205)\nChen, Yu (402)\nAhsan, Habibul (49)\nChen, Yu-Jen (49)\nParvez, Faruque (42)\nZhang, Chen-Yu (41)\nZen, Ke (36)\nAhmed, Alauddin (29)\nIslam, Tariqul (28)\nChen, Yu-Ju (27)\nSlavkovich, Vesna (22)\nChen, Yu-Wei (21)\nArgos, Maria (20)\nChen, Yu-Hsin (18)\nGraziano, Joseph H. (18)\nChen, Yu-Cheng (16)\nHasan, Rabiul (16)\nHsieh, Chen-Hsi (16)\nSarwar, Golam (16)\nChen, Yu-Chih (14)\nWang, Li-Ying (14)\nRakibuz-Zaman, Muhammad (13)\nChen, Yu-Wen (11)\nChen, Yu-ming (11)\nLiang, Hongwei (11)\nChen, Yu-Hui (10)\nChen, Yu-Hung (10)\nLi, Chen-Yu (10)\nLi, Lanjuan (10)\nLiang, Chia-Pin (10)\nTsai, Tung-Hu (10)\nWu, Fen (10)\nChen, Yu-Chen (9)\n1. A New Synthetic Allotetraploid (A1A1G2G2) between Gossypium herbaceum and G. australe: Bridging for Simultaneously Transferring Favorable Genes from These Two Diploid Species into Upland Cotton Liu, Quan | Chen, Yu | Chen, Yu | Wang, Yingying | Chen, Jinjin | Zhang, Tianzhen | Zhou, Baoliang\n2. Zfra activates memory Hyal-2+ CD3− CD19− spleen cells to block cancer growth, stemness, and metastasis in vivo Lee, Ming-Hui | Su, Wan-Pei | Wang, Wan-Jen | Lin, Sing-Ru | Lu, Chen-Yu | Chen, Yu-An | Chang, Jean-Yun | Huang, Shenq-Shyang | Chou, Pei-Yi | Ye, Siou-Ru | Chen, Szu-Jung | He, Huan | Liu, Ting-Hsiu | Chou, Ying-Tsen | Hsu, Li-Jin | Lai, Feng-Jie | Chen, Shean-Jen | Lee, Hoong-Chien | Kakhniashvili, David | Goodman, Steven R. | Chang, Nan-Shan\nZfra is a 31-amino-acid zinc finger-like protein, which participates in the tumor necrosis factor signaling. Here, we determined that when nude mice and BALB/c mice were pre-injected with nanogram levels of a synthetic Zfra1–31 or truncated Zfra4–10 peptide via tail veins, these mice became resistant to the growth, metastasis and stemness of melanoma cells, and many malignant cancer cells. The synthetic peptides underwent self-polymerization in phosphate-buffered saline. Alteration of the Ser8 phosphorylation site to Gly8 abolished Zfra aggregation and its-mediated cancer suppression in vivo. Injected Zfra peptide autofluoresced due to polymerization and was trapped mainly in the spleen. Transfer of Zfra-stimulated spleen cells to naïve mice conferred resistance to cancer growth. Zfra-binding cells, designated Hyal-2+ CD3− CD19− Z cells, are approximately 25–30% in the normal spleen, but are significantly downregulated (near 0–3%) in tumor-growing mice. Zfra prevented the loss of Z cells caused by tumors. In vitro stimulation or education of naïve spleen cells with Zfra allowed generation of activated Z cells to confer a memory anticancer response in naïve or cancer-growing mice. In particular, Z cells are abundant in nude and NOD-SCID mice, and can be readily activated by Zfra to mount against cancer growth.\nZfra; skin cancer; melanoma; metastasis; stemness\n3. Ultra-Localized Single Cell Electroporation Using Silicon Nanowires Jokilaakso, Nima | Salm, Eric | Chen, Aaron | Millet, Larry | Guevara, Carlos Duarte | Dorvel, Brian | Reddy, Bobby | Karlstrom, Amelie Eriksson | Chen, Yu | Ji, Hongmiao | Chen, Yu | Sooryakumar, Ratnasingham | Bashir, Rashid\n4. Pectinesterase Inhibitor from Jelly Fig (Ficus awkeotsang Makino) Achene Inhibits Surface Antigen Expression by Human Hepatitis B Virus Huang, Yu-Chuen | Jiang, Chii-Ming | Chen, Yu-Jen | Chen, Yu-Yawn\n5. Cardiopulmonary Profile in Streptozotocin-Induced Type 1 Diabetic Rats during Systemic Endotoxemia Hung, Ching-Hsia | Chang, Che-Ning | Chen, Yu-Wen | Chen, Yu-Chung | Tzeng, Jann-Inn | Wang, Jhi-Joung\n6. The novel application of artificial neural network on bioelectrical impedance analysis to assess the body composition in elderly Hsieh, Kuen-Chang | Chen, Yu-Jen | Lu, Hsueh-Kuan | Lee, Ling-Chun | Huang, Yong-Cheng | Chen, Yu-Yawn\n7. Assessing Current Therapeutic Approaches to Decode Potential Resistance Mechanisms in Glioblastomas Sze, Chun-I | Su, Wan-Pei | Chiang, Ming-Fu | Lu, Chen-Yu | Chen, Yu-An | Chang, Nan-Shan\n8. Lapatinib Induces Autophagy, Apoptosis and Megakaryocytic Differentiation in Chronic Myelogenous Leukemia K562 Cells Huang, Huey-Lan | Chen, Yu-Chieh | Huang, Yu-Chuen | Yang, Kai-Chien | Pan, Hsin yi | Shih, Shou-Ping | Chen, Yu-Jen\n9. Increased expression of angiogenin in gastric carcinoma in correlation with tumor angiogenesis and proliferation Chen, Yu | Zhang, Sheng | Chen, Yu-Peng | Lin, Jian-Yin\n10. Association between betel quid chewing and carotid intima-media thickness in rural Bangladesh McClintock, Tyler R | Parvez, Faruque | Wu, Fen | Wang, Weijia | Islam, Tariqul | Ahmed, Alauddin | Shaheen, Ishrat | Sarwar, Golam | Demmer, Ryan T | Desvarieux, Moise | Ahsan, Habibul | Chen, Yu\nInternational Journal of Epidemiology 2014;43(4):1174-1182.\n11. A prospective study of arm circumference and risk of death in Bangladesh Chen, Yu | Ge, Wenzhen | Parvez, Faruque | Bangalore, Sripal | Eunus, Mahbub | Ahmed, Alauddin | Islam, Tariqul | Rakibuz-Zaman, Muhammad | Hasan, Rabiul | Argos, Maria | Levy, Diane | Sarwar, Golam | Ahsan, Habibul\nInternational Journal of Epidemiology 2014;43(4):1187-1196.\nResults: During 154 664 person-years of follow-up, 744 deaths including 312 deaths due to CVD and 125 deaths due to cancer were observed. There was a linear inverse relationship of MUAC with total and CVD mortality. Each 1-cm increase in MUAC was associated a reduced risk of death from any cause [hazard ratio (HR) = 0.85; 95% confidence interval (C), 0.81–0.89) and CVD (HR = 0.87; 95% CI, 0.80–0.94), after controlling for potential confounders. No apparent relationship between MUAC and the risk of death from cancer was observed. Among individuals with a low BMI (<18.5 kg/m2), a MUAC less than 24 cm was associated with increased risk for all-cause (HR = 1.81; 95% CI, 1.52–2.17) and CVD mortality (HR = 1.45; 95% CI, 1.11–1.91).\nMid-upper arm circumference (MUAC); mortality; cardiovascular diseases; cohort study; epidemiology\n12. Docking to multiple pockets or ligand fields for screening, activity prediction and scaffold hopping Chen, Yu-Chen | Totrov, Max | Abagyan, Ruben\nFuture medicinal chemistry 2014;6(16):1741-1755.\nTwo recent technological advances dramatically reducing the rate of false-negatives in activity prediction by docking flexible 3D models of compounds include multi-conformational docking (mPockDock) and the docking of candidates to atomic property fields derived by co-crystallized ligands (mApfDock).\nThe mApfDock and mPockDock provide the AUC of 90.4 and 83.8%, respectively. The mApfDock gave better performance when compounds required large induced-fit pocket changes unseen in crystallography, whereas the mPockDock is superior when the co-crystallized ligands do not represent sufficient chemical and binding location diversity.\nBoth approaches proved to be efficient for scaffold hopping; they are complementary when the coverage of the co-crystallized complexes is poor but become convergent when the complexes are diverse enough.\n14. Plasma ATP is required for neutrophil activation in a mouse sepsis model Sumi, Yuka | Woehrle, Tobias | Chen, Yu | Bao, Yi | Li, Xiaoou | Yao, Yongli | Inoue, Yoshiaki | Tanaka, Hiroshi | Junger, Wolfgang G.\nShock (Augusta, Ga.) 2014;42(2):142-147.\nOur previous work has shown that polymorphonuclear neutrophils (PMN) require cellular ATP release and autocrine purinergic signaling for their activation. Here we studied in a mouse model of cecal ligation and puncture (CLP) whether sepsis affects this purinergic signaling process and thereby alters PMN responses after sepsis. Using high performance liquid chromatography, we found that plasma ATP, ADP, and AMP concentrations increased up to 6 fold during the first 8 h after CLP, reaching top levels that were significantly higher than those in sham control animals without CLP. While leukocyte and PMN counts in sham animals increased significantly after 4 h, these blood cell counts decreased in sepsis animals. CD11b expression on the cell surface of PMN of septic animals was significantly higher compared to sham and untreated control animals. These findings suggest increased PMN activation and sequestration of PMN from the circulation after sepsis. Plasma ATP levels correlated with CD11b expression, suggesting that increased ATP concentrations in plasma contribute to PMN activation. We found that treatment of septic mice with the ATP receptor antagonist suramin diminished CD11b expression, indicating that plasma ATP contributs to PMN activation by stimulating P2 receptors of PMN. Increased PMN activation can protect the host from invading microorganisms. However, increased PMN activation can also be detrimental by promoting secondary organ damage. We conclude that pharmacological targeting of P2 receptors may allow modulation of PMN responses in sepsis.\n15. VEGF, not VEGFR2, is associated with the angiogenesis effect of mini-TyrRS/mini-TrpRS in human umbilical vein endothelial cells in hypoxia Zeng, Rui | Jiang, Xiao-fei | Chen, Yu-cheng | Xu, Yuan-ning | Ma, Song-hong | Zeng, Zhi | Liu, Rui | Qiang, Ou | Li, Xian\n16. Positive correlation of serum adipocyte fatty acid binding protein levels with carotid–femoral pulse wave velocity in geriatric population Tsai, Jen-Pi | Wang, Ji-Hung | Lee, Chung-Jen | Chen, Yu-Chih | Hsu, Bang-Gee\nBMC Geriatrics 2015;15:88.\nAdipocyte fatty acid binding protein; Arterial stiffness; Geriatric adults; Pulse wave velocity\n17. The creation of modulated monoclinic aperiodic composites in n-alkane/urea compounds Mariette, Céline | Guérin, Laurent | Rabiller, Philippe | Chen, Yu-Sheng | Bosak, Alexei | Popov, Alexander | Hollingsworth, Mark D. | Toudic, Bertrand\n18. Axin Regulates Dendritic Spine Morphogenesis through Cdc42-Dependent Signaling Chen, Yu | Liang, Zhuoyi | Fei, Erkang | Chen, Yuewen | Zhou, Xiaopu | Fang, Weiqun | Fu, Wing-Yu | Fu, Amy K. Y. | Ip, Nancy Y.\nPLoS ONE 2015;10(7):e0133115.\nDuring development, scaffold proteins serve as important platforms for orchestrating signaling complexes to transduce extracellular stimuli into intracellular responses that regulate dendritic spine morphology and function. Axin (“axis inhibitor”) is a key scaffold protein in canonical Wnt signaling that interacts with specific synaptic proteins. However, the cellular functions of these protein–protein interactions in dendritic spine morphology and synaptic regulation are unclear. Here, we report that Axin protein is enriched in synaptic fractions, colocalizes with the postsynaptic marker PSD-95 in cultured hippocampal neurons, and interacts with a signaling protein Ca2+/calmodulin-dependent protein kinase II (CaMKII) in synaptosomal fractions. Axin depletion by shRNA in cultured neurons or intact hippocampal CA1 regions significantly reduced dendritic spine density. Intriguingly, the defective dendritic spine morphogenesis in Axin-knockdown neurons could be restored by overexpression of the small Rho-GTPase Cdc42, whose activity is regulated by CaMKII. Moreover, pharmacological stabilization of Axin resulted in increased dendritic spine number and spontaneous neurotransmission, while Axin stabilization in hippocampal neurons reduced the elimination of dendritic spines. Taken together, our findings suggest that Axin promotes dendritic spine stabilization through Cdc42-dependent cytoskeletal reorganization.\n19. Specialised emission pattern of leaf trace in a late Permian (253 million-years old) conifer Wei, Hai-Bo | Feng, Zhuo | Yang, Ji-Yuan | Chen, Yu-Xuan | Shen, Jia-Jia | He, Xiao-Yuan\nScientific Reports 2015;5:12405.\nLeaf traces are important structures in higher plants that connect leaves and the stem vascular system. The anatomy and emission pattern of leaf traces are well studied in extant vascular plants, but remain poorly understood in fossil lineages. We quantitatively analysed the leaf traces in the late Permian conifer Ningxiaites specialis from Northwest China based on serial sections through pith, primary and secondary xylems. A complete leaf traces emission pattern of a conifer is presented for the first time from the late Palaeozoic. Three to five monarch leaf traces are grouped in clusters, arranged in a helical phyllotaxis. The leaf traces in each cluster can be divided into upper, middle and lower portions, and initiate at the pith periphery and cross the wood horizontally. The upper leaf trace increases its diameter during the first growth increment and then diminishes completely, which indicates leaf abscission at the end of the first year. The middle trace immediately bifurcates once or twice to form two or three vascular bundles. The lower trace persists as a single bundle during its entire length. The intricate leaf trace dynamics indicates this fossil plant had a novel evolutionary habit by promoting photosynthetic capability for the matured plant.\n20. Digital quantum simulation of fermionic models with a superconducting circuit Barends, R. | Lamata, L. | Kelly, J. | García-Álvarez, L. | Fowler, A. G. | Megrant, A | Jeffrey, E | White, T. C. | Sank, D. | Mutus, J. Y. | Campbell, B. | Chen, Yu | Chen, Z. | Chiaro, B. | Dunsworth, A. | Hoi, I.-C. | Neill, C. | O'Malley, P. J. J. | Quintana, C. | Roushan, P. | Vainsencher, A. | Wenner, J. | Solano, E. | Martinis, John M.\nNature Communications 2015;6:7654.\n21. ANKS6 is the critical activator of NEK8 kinase in embryonic situs determination and organ patterning Czarnecki, Peter G. | Gabriel, George C. | Manning, Danielle K. | Sergeev, Mikhail | Lemke, Kristi | Klena, Nikolai T. | Liu, Xiaoqin | Chen, Yu | Li, You | San Agustin, Jovenal T. | Garnaas, Maija K. | Francis, Richard J. | Tobita, Kimimasa | Goessling, Wolfram | Pazour, Gregory J. | Lo, Cecilia W. | Beier, David R. | Shah, Jagesh V.\nNature communications 2015;6:6023.\nThe ciliary kinase NEK8 plays a critical role in situs determination and cystic kidney disease, yet its exact function remains unknown. In this study we identify ANKS6 as a target and activator of NEK8. ANKS6 requires NEK8 for localizing to the ciliary inversin compartment (IC) and activates NEK8 by binding to its kinase domain. Here we demonstrate the functional importance of this interaction through the analysis of two novel mouse mutations, Anks6Streaker and Nek8Roc. Both display heterotaxy, cardiopulmonary malformations and cystic kidneys, a syndrome also characteristic of mutations in Invs and Nphp3, the other known components of the IC. The Anks6Strkr mutation decreases ANKS6 interaction with NEK8, precluding NEK8 activation. The Nek8Roc mutation inactivates NEK8 kinase function while preserving ANKS6 localization to the IC. Together, these data reveal the crucial role of NEK8 kinase activation within the IC, promoting proper left-right patterning, cardiopulmonary development and renal morphogenesis.\n22. Electric-field-induced strong enhancement of electroluminescence in multilayer molybdenum disulfide Li, Dehui | Cheng, Rui | Zhou, Hailong | Wang, Chen | Yin, Anxiang | Chen, Yu | Weiss, Nathan O. | Huang, Yu | Duan, Xiangfeng\n23. Genetic determinants of antithyroid drug-induced agranulocytosis by human leukocyte antigen genotyping and genome-wide association study Chen, Pei-Lung | Shih, Shyang-Rong | Wang, Pei-Wen | Lin, Ying-Chao | Chu, Chen-Chung | Lin, Jung-Hsin | Chen, Szu-Chi | Chang, Ching-Chung | Huang, Tien-Shang | Tsai, Keh Sung | Tseng, Fen-Yu | Wang, Chih-Yuan | Lu, Jin-Ying | Chiu, Wei-Yih | Chang, Chien-Ching | Chen, Yu-Hsuan | Chen, Yuan-Tsong | Fann, Cathy Shen-Jang | Yang, Wei-Shiung | Chang, Tien-Chun\n24. A dendritic nano-sized hexanuclear ruthenium(II) complex as a one- and two-photon luminescent tracking non-viral gene vector Qiu, Kangqiang | Yu, Bole | Huang, Huaiyi | Zhang, Pingyu | Huang, Juanjuan | Zou, Shanshan | Chen, Yu | Ji, Liangnian | Chao, Hui\nScientific Reports 2015;5:10707.\nFluorescent tracking gene delivery could provide us with a better understanding of the critical steps in the transfection process. However, for in vivo tracking applications, a small diameter (<10 nm) is one of the rigorous requirements for tracking vectors. Herein, we have demonstrated a new paradigm for two-photon tracking gene delivery based on a dendritic nano-sized hexanuclear ruthenium(II) polypyridyl complex. Because this metallodendrimer has a multivalent periphery, the complex, which is 6.1 nm, showed high stability and excellent dispersibility and could stepwise condense DNA in vitro. With the outstanding photochemical properties of Ru(II) polypyridyl, this complex could track gene delivery in vivo using one- and two-photon imaging.\n25. Progression of Large Lymphoma Is Significantly Impeded with a Combination of Gemcitabine Chemotherapy and Dendritic Cells Intra-Tumor Vaccination Zhu, Xue-Jun | Yang, Zhong-Fa | Zhou, Jin-Yong | Liu, Li | Sun, Xue-Mei | Fan, Zhen-Fang | Hu, Shou-You | Chen, Yu-Chao | Li, Wei-Xia | Cao, Meng | Wang, Li-Xin


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url: =Lin Yutang ( ; October 10, 1895 – March 26, 1976) was a Chinese inventor, linguist, novelist, philosopher, and translator. His informal but polished style in both Chinese and English made him one of the most influential writers of his generation, and his compilations and translations of classic Chinese texts into English were bestsellers in the West.\nShowing 1 - 20 of 197 Results for author:"Lin, Yutang"\nCong yi jiao tu dao ji du jiao tu / [Lin Yudang bian zhu] ; Xie Qixia yi\n從異教徒到基督教徒 / [林語堂編著] ; 謝綺霞譯\nUniform title: From pagan to Christian. Chinese\nTaibei Shi : De hua chu ban she, Minguo 70 \n臺北市 : 德華出版社, 民國70 \nLai Boying / [Lin Yutang zhu] ; Xie Qingyun yi\n賴柏英/ ［林語堂著] ;謝青雲譯\nUniform title: Juniper Loa. Chinese\nTaibei : De hua chu ban she : De hua wen hua shi ye you xian gong si zong dai li, Minguo 70 \n台北市: 德華出版社 : 總代理德華文化事業有限公司, 民國 70 \nSheng huo de yi shu / [Ying wen yuan zhu Lin Yutang]\n生活的藝術 / [英文原著林語堂]\nUniform title: Importance of living. Chinese\n[Taibei Shi] : Yuan jing chu ban shi ye you xian gong si, 2004\n[台北市] : 遠景出版事業有限公司, 2004\nFeng sheng he li / Lin Yutang zhu ; [yi zhe zheng Qiushui]\n風聲鶴唳 / 林語堂著; [譯者鄭秋水]\nTaibei : Yuan jing chu ban she, Minguo 65 \n台北 : 遠景出版社, 民國 65 \nTao xiang zi you cheng / Wang Lingling yi\nUniform title: Flight of the innocents. Chinese\n台北市： 德華出版社, 民國70 \nLin Yutang zi zhuan / Zhu bian Liu Zhixue ; bian xuan zhe Bian Yanjie ... [et al.]\n林语堂自传 / 主编刘志学 ; 编选者边延捷 ... [et al.]\nShijiazhuang shi : Hebei ren min chu ban she : Hebei sheng xin hua shu dian fa xing, 1991\n石家庄市 : 河北人民出版社: 河北省新華书店发行, 1991\nKaiming English grammar / by Lin Yutang\nBeijing : Wai yu jiao xue yu yan jiu chu ban she : Xin hua shu dian Beijing fa xing suo fa xing, 1933, 1982 printing\nSan shen po wa fa / Lin Yutang bi lu\n三身頗瓦法 / 林鈺堂笔錄\nEl Cerrito, CA : Lin Yutang, Minguo \nEl Cerrito, CA : 林鈺堂, 民國77 \nHuang Qingchang zhuan / Lin Yutang zhu\n黄慶昌傳 / 林煜堂著\n[Kuching, Sarawak, Malaysia] : Huang Fode fu zi you xian gong si, 2005\n[Kuching, Sarawak, Malaysia] : 黄佛德父子有限公司, 2005\nChao fo mu en ji / Lin Yutang\nEl Cerrito, CA : Yutang Lin, 1991\nWan wan zi you xuan cha jing bao gao shu / Lin Yutang zhu\n卍萬字右旋查經報告書 / 林鈺堂著\nBerkeley, CA., U.S.A. (c/e 2108 Shattuck Ave., Apt. 4, Berkely 94704) : Pu xuan wang ru lai tan cheng, 1978\nBerkeley, Ca., U.S.A. (c/e 2108 Shattuck Ave., Apt. 4, Berkely 94704) : 普賢王如來壇城, 1978\nJing ye zhao mu ke song du ben / Lin Yutang\n淨業朝暮課誦讀本 / 林鈺堂\nEl Cerrito, CA : Lin Yutang, 1987\nEl Cerrito, CA : 林鈺堂, 1987\nQuan nian Fo / zhu zhe Lin Yutang\n勸念佛 / 著者林鈺堂\nMi sheng chu jie / [bian ding Lin Yutang]\n密乘初階 / [編訂林鈺堂]\nTaizhong Shi : Jin fa fo jiao liu tong qu, 1989\n台中市： 金法佛教流通處, 1989\nLian xiang man Tan dao / zhu zhe Lin Yutang\nCh'an and pureland : lectures at Washington and Lee University / Yutang Lin\n[El Cerrito, Calif. : Y. Lin, 1992]\nA blessed pilgrimage / Yutang Lin\n[El Cerrito, Calif. : Yutang Lin, 1991]\nMu en lu / zhu zhe Lin Yutang\n沐恩錄 / 著者林鈺堂\nBerkeley : Pu xian wang ru lai tan cheng : Da jue lian she, 1986\nBerkeley : 普賢王如來壇城 : 大覺蓮社, 1986\nJiang he lang tao sha : Shalayue da shi dai er nü qing huai / Lin Yutang zhu\n江河浪淘沙 : 砂拉越大时代兒女情怀 / 林煜堂著\n[Kuching, Sarawak : s.n.], 2009


url: =Study of Development Pattern for Intercity Railroad--《Journal of Northern Jiaotong University》2004年02期\n《Journal of Northern Jiaotong University》 2004-02\nStudy of Development Pattern for Intercity Railroad\nZHAO Cui-xia,ZHANG Yu-xin,SUN Yi, CHEN Zhi-ye (School of Traffic and Transport, Beijing Jiaotong University, Beijing 100044,China)\nBased on analyzing the concepts of intercity railroad, two development patterns of intercity railroad are proposed: the pattern of passenger special line in crossing economic zone and the patterns of mass transit type intercity railroad within developed economic zone. At the same time, adopting the principle of system engineering and transport economy, the paper establishes the evaluation method and the steps of entering the intercity railroad system, and proposes the related development countermeasures.\n【Fund】： 铁道部科技研究开发计划课题(2003F007);; 北京交通大学校基金资助项目(2002SM013)\n1 XIAO Long-wen,SHI Feng(School of Traffic and Transportation Engineering,Central South Univ,Changsha,Hunan 410075,China);Optimization of Train of Mass Transit Type Plan[J];Journal of Hunan University(Natural Sciences);2009-01\n2 LIU Xiao-hui (School of Economy Management, Shanghai 2nd University of Technology, Shanghai 201209, China;Analysis on necessity and Feasibility of Urban Railway Freight[J];Logistics Technology;2005-05\n3 ZHANG Ying-chun, ZHANG Yu-xin,SUN Yi,CHEN Zhi-ye (School of Traffic and Transportation,Beijing Jiaotong University,Beijing 100044,China);Thinking of Developing Intercity Railroad within Three Economic Zones in China[J];Communication and Transportati0n Systems Engineering and Information;2005-04\n1 ZHANG Yu_xin, ZHAO Cui_xia ,MA Bo_tao,SUN Yi ,CHEN Zhi_ye (School of Traffic and Transport, Beijing JiaoTong University, Beijing 100044,China);Estimation of Distributing Rates of the Intercity Railroad Passenger Flows Based on Information Diffusion[J];Journal of Northern Jiaotong University;2003-05\n1 Zhao Shuming Gao Hongshen Du Weiguo (Engineering Department);SUPPORT SYSTEM OF PERT NETWORK SIMULATION[J];Journal of North China University of Technology;1993-01\n2 SHEN Peng, YANG Hao,WEI Yu_guang(School of Traffic and Transport, Beijing Jiaotong University, Beijing 100044,China);Freight Volume of Forecasting in Geermu-Lhasa Section of Qinghai-Tibet Railway[J];Journal of Northern Jiaotong University;2005-03\n3 SUN Yi,ZHANG Yu-xin,LI Bei,CHEN Zhi-ye,ZHANG Ying-chun(School of Traffic and Transportation,Beijing Jiaotong University,Beijing 100044,China);Information Diffusion Method Improvement of Sharing Ratio Estimate of Intercity Railway Passenger Flow[J];Journal of Northern Jiaotong University;2005-06\n4 CHEN Zhi1, LI Pan-dao2 (School of Humanity and Social Science, University of Electronics and Science Technology, Chengdu 610054,China);Market Failure Caused by Supply Inflation of Labor Force and Its Rectification[J];Journal of University of Science and Technology Beijing;2005-03\n5 Wang Fong,Yang Chunhua (Economy College,Yunnan University,Kunming Yunnan650091) (Baoshan Teachers'College,Yunnan678000);Internal Relations Between Economies of Scale & Diseconomies of Scale and Sample[J];Journal of Baoshan Teachers' College;2003-06\n6 CHEN Xue-mei,LI Jing-hai(Department of Economics,Jinan University,Guangzhou 510632,China);Status Disparities in Market Competition and Income Gap between Urban and Rural Residents[J];Commercial Research;2008-07\n7 WU Jin-bo,DONG Xue-yan,YANG Yong-miao(Economy and Management College,Shandong Agriculture University,Taian 271018,China);Analysis of Industrial System Behavior on Green Financial Management[J];Journal of Shandong Institute of Business and Technology;2007-01\n8 ZOU Pingzuo(Finance Research Institution of the People’s Bank of China, Beijing 100800, China);The Development of Value Theory: Naturalism Theory of Value[J];The Study of Finance and Economics;2005-04\n9 ZOU Ping-zuo(The Research Center of People's Bank of China,Beijing 100800,China);The Oneness of Value Theories Based on the Mathematic and Logic Analysis[J];Journal of Finance and Economics;2006-08\n10 Zhou Xiaohui Xu Yongchi(Yunnan Nationalities University ,Kunming Resident Audit Office,Kunming , Yunnan 650031);About the Optimizing of the Enterprises' Financial Resources[J];Communication of Finance and Accounting(Academy Version);2006-07\n1 Qian Yue (Research Institute of Highway Ministry of Communications, National Centre of ITS Engineering and Technology Beijing, 100088, China);Economical Analysis of Roadway Companies Based on the Integrated Highway Tolling System[A];[C];2008\n2 Wang De Xie Wenbing Hu Siji Zheng Shide(Departmet of Transportation Management Engineering);The Harmonious Condition Between Train Arrival-Classification System and Section Carrying Capacity on Marshalling Yard[J];Journal of Beijing Jiaotong University;1993-03\n8 JIA Jun-fang,SUN Wan-hua, LIU Hua (School of Traffic and Transportation, Beijing Jiaotong University, Beijing 100044,China);Traffic Volume Forecast and Evaluation of Intercity Passenger Train Operation[J];Journal of Northern Jiaotong University;2004-06\n10 ZHOU Li,ZHANG Chao,HU Si-ji(School of Traffic and Transportation,Beijing Jiaotong University,Beijing 100044,China);Computing Method on Line Transportation Capacity and Its Application on Line Jingguang[J];Journal of Beijing Jiaotong University;2006-06\n1 MA Bo_tao, ZHANG Yu_xin, ZHAO Cui_xia(School of Traffic and Transport, Northern Jiaotong University, Beijing 100044,China);Estimation of the Distributing Rates of High-Speed Passenger Flows with the Logit Model[J];Journal of Northern Jiaotong University;2003-02\n2 Zhang Yuxin Zhi Mingguang(Institute of Management Science of Nortiiern Jiaotong University,Beijing 100044);Forcasting of Disstribution Rate and Sunthetically Evaluating to the Passenger Train at Speed of 140km/h Betweet Beijing and Tianjin[J];SYSTEMS ENGINEERING ---THEORY & PRACTICE;1995-02\n3 Huang Chongfu Liu Xinli Zhou Guoxian Li Xuejun(Open Research Laboratory of Environmental Change and Natural Disaster of National EducationCommittee,Institute of Resource Sciences,Beijing Normal University,Beijing 100875);AGRICULTURAL NATURAL DISATER RISK ASSESSMENT METHOD ACCORDING TO THE HISTORIC DISASTER DATA[J];JOURNAL OF NATURAL DISASTERS;1998-02


url: =Giants fans pampered at home...(Brief Article) - Version details - Trove\n2000-03-24, English, Article, Journal or magazine article edition: Giants fans pampered at home...(Brief Article) GARDNER, JIM\nGiants fans pampered at home...(Brief Article)\nGiants fans pampered at home...\nEstyle.com -- Advertising (Company name)\nSan Francisco Giants -- Contracts (Organization)\nJust weeks before baseball season, the San Francisco Giants have signed a key addition to their relief corps. The new acquisition won't be coming in from the bullpen, however. Rather, it wil ...


url: =1.Qinqin Ma,§ Zhiheng Li,§ Xiaobo Lv, Ling Liang, and Quan Yuan*, Recent Progress in Time-Resolved Biosensing and Bioimaging Based on Lanthanide-Doped Nanoparticles, Small, 2019, 1804969.(invited review)\n2.Qinqin Ma,§ Jie Wang,§ Wei Zheng, Qian Wang, Zhiheng Li, Hengjiang Cong, Huijun Liu, Xueyuan Chen & Quan Yuan*, Controlling Disorder in Host Lattice by Hetero-valence Ion Doping to Manipulate Luminescence in Spinel Solid Solution Phosphors, Science China Chemistry, 2018, 61(12), 1624-1629.\n3.Jie Wang,§ Qinqin Ma,§ Yingqian Wang,§ Zhiheng Li, Zhihao Li, Quan Yuan,* New Insights into the Structure-Performance Relationships of Mesoporous Materials in Analytical Science, Chem. Soc. Rev. 2018, 47, 8766-8803.\n4.Qinqin Ma, Jie Wang, Zhiheng Li, Dong Wang, Xiaoxia Hu, Yisheng Xu and Quan Yuan*, Near-Infrared-Light-Mediated High-Throughput Information Encryption Based on Inkjet Printing of Upconversion Nanoparticles. Inorganic Chemistry Frontiers, 2017, 4, 1166-1172\n5.Jie Wang,§ Qinqin Ma,§ Xiaoxiao Hu, Haoyang Liu, Wei Zheng, Xueyuan Chen, Quan Yuan,* Weihong Tan, Autofluorescence-Free Targeted Tumor Imaging Based on Luminous Nanoparticles with Composition-Dependent Size and Persistent Luminescence, ACS Nano 2017, 11, 8010-8017\n6.Jie Wang, Qinqin Ma, Haoyang Liu, Yingqian Wang, Haijing Shen, Xiaoxia Hu, Chao Ma, Quan Yuan*, Weihong Tan, Time-Gated Imaging of Latent Fingerprints and Specific Visualization of Protein Secretions via Molecular Recognition, Analytical Chemistry 2017, 89 (23), pp 12764–12770.\n7.Jie Wang, Qinqin Ma, Wei Zheng, Haoyang Liu, Changqing Yin,Fubing Wang, Xueyuan Chen, Quan Yuan,* and Weihong Tan, One-Dimensional Luminous Nanorods Featuring Tunable Persistent Luminescence for Autofluorescence-Free Biosensing, ACS Nano, 2017, 11, 8185-8191\n8.Jie Wang, Qinqin Ma, Yingqian Wang, Haijing Shen, Quan Yuan*, Recent Progress in Biomedical Applications of Persistent Luminescence Nanoparticles. Nanoscale, 2017, 9, 6204–6218\n9.Jie Wang,§ Yingqian Wang,§ Xiaoxia Hu,§ Chunli Zhu, Qinqin Ma, Ling Liang, Zhihao Li, Quan Yuan*, Dual-aptamers-conjugated molecular modulator for detecting bioactive metal ions and inhibiting metal-mediated protein aggregation. Anal. Chem. 2018, DOI: 10.1021/acs.analchem.8b03007.\n10.Zhiheng Li,§ Qian Wang,§ Yingqian Wang,§ Qinqin Ma, Jie Wang, Zhihao Li, Yingxue Li, Xiaobo Lv, Wei Wei, Lang Chen, and Quan Yuan*, Background-free latent fingerprints imaging based on nanocrystals with long-lived luminescence and pH-guided recognition, Nano Research, just accepted.\n11.Jie Wang, Haijing Shen, Chi Huang, Qinqin Ma, Yaning Tan, Fenglei Jiang, Chao Ma, and Quan Yuan*, " Highly Efficient and Multidimensional Extraction of Targets from Complex Matrices with Aptamers-Drived Recognition" Nano Research, 2017, 10, 145-156\n12.Yingqian Wang, Jie Wang, Qinqin Ma, Zhihao Li, Quan Yuan*，Recent progress in background-free latent fingerprints imaging. Nano Research, DOI: 10.1007/s12274-018-2073-1.(invited review).\n5.2016.07 The 5th International Conference on DNA Nanotechnology（中国南京）


url: =°SUPER 8 HOTEL ZHENGZHOU ERQI SQUARE XI LI LU ZHENGZHOU 3* (Chine)\n- de € 1489 | HOTELMIX\nDescription Super 8 Hotel Zhengzhou Erqi Square XI Li Lu propose un hébergement agréable à Zhengzhou. L'hôtel occupe un bâtiment, qui a été rénové en 2011 et accueille les clients depuis 2006. Il est situé à 3.0 km d'Yellow River Museum, Zhengzhou Aquarium et Henan Science and Technology Museum. Cet hôtel est à 4 km du centre de Zhengzhou. L'hôtel est remarquable pour son emplacement bien situé à 35 minutes en voiture de l'aéroport Zhengzhou.\nChambres Toutes les 60 chambres douillettes disposent d'installations modernes.\njusqu'à 12:00 A partir de $1572\nDestinations populairesHotel Saint Jean de LuzCastellane HotelAnnonay HotelHotels San Jose Costa RicaHotel Pas Cher à StrasbourgHôtel VillejuifHôtel à AvignonHotels Cayenne GuyaneHotels Dans le GardHotels Annecy FranceHôtels dans le monde entierBest Western LilleAppart Hotel BobignyHilton MaltaBroadway Plaza HotelIbis Hotel NantesHotel Pantheon ParisHotel Bordeaux ChartronsHotel Campanile LensHotel du Midi Paris Gare de LyonHotel Golden Tulip CannesHotel DambullaCity Hotel ToulouseHotel Grand Punta CanaJersey Hotel de FranceCrown Resorts MijasRiad Ayadina MarrakechBlanc Kara Hotel Miami BeachJerry's Motel Los AngelesToubana HotelOnefinestay - Trocadero Apartments ParisVacances populairesVacances Terre NeuveVacances Kenya Pas CherVacances à New York Pas Cher\nEmplacement de l’hôtel Super 8 Hotel Zhengzhou Erqi Square XI Li Lu\nHôtels à proximitéDays Hotel Hongyuan Zhengzhou4 stars0.1 kmHôtel Jin Qiao à Zhengzhou4 stars0.1 kmZhengzhou Feng Le Yuan Hotel4 stars0.3 kmHôtel Jianguo Zhengzhou4 stars0.3 kmJiutian Shishang Hotel Zhengzhou0.5 kmJinjiang Inn Zhengzhou Dashiqiao3 stars0.6 kmDays Inn Business Place Zhengzhou Oriental3 stars0.8 kmSuper 8 Hotel Zhengzhou Er Qi Square3 stars0.8 kmKunlun Leju Business Hotel Zhengzhou Medical College0.9 kmHôtel Asia à Zhengzhou3 stars2 kmVilles à proximitéHôtels à Luoyang - 108 kmHôtels à Kaifeng - 63 kmHôtels à Xinxiang - 68 kmHôtels à Jiaozuo - 63 kmHôtels à Pingdingshan (Henan) - 116 kmHôtels à Luohe - 127 kmHôtels à Xuchang - 82 kmHôtels à Hebi - 125 kmHôtels à Jincheng (Shanxi) - 109 kmHôtels à Xinmi - 31 km\nCommentaires sur l’hôtel Super 8 Hotel Zhengzhou Erqi Square XI Li Lu\nLes commentaires sont mis à jour par nos clients après leurs séjours au Super 8 Hotel Zhengzhou Erqi Square XI Li Lu


url: =LFC WHT JNR NO. 88 (CHANGE ME) | LFC Tienda Online Oficial\nLFC WHT JNR NO. 88 (CHANGE ME)


url: =Yardburger Hull | Takeaway Menu Online\nOpens 12:00 Wednesday\nDownload Yardburger Hull app\n281 Holderness Rd, Hull HU8 8TD\nCLOSED • Opens 12:00 Wednesday\nDelivery is available from 16:00 Wednesday\nRegular + 0.00\nTopped with Ice Cream + 1.00\nMalt + 1.00\nFudge + 1.00\nM&M's Peanut Shake\nTopped with whipped cream, cherry and a drizzle of Nutella on top\nTopped with whipped cream and delicious cookie pieces\nPattie, Cheese, baby gem, beef or chicken breast, tomato, homemade pickle & yardsauce\nChicken Breast + 0.00\nWedge Bacon + 1.00\nDouble Pattie + 2.00\nViper Sauce + 1.00\nPulled Pork + 1.50\nSririachi Mayo + 0.50\nYard Sauce + 0.50\nYard Onion Rings + 1.50\nChilli Beef + 1.50\nFried Onions + 1.00\nChilli Jam + 1.00\nPattie, baby gem, beef or chicken breast, tomato, curried sauerkraut, chilli jam & yardsauce\n5.40 6.00 add_circle_outline\nPattie, mature cheddar, baby gem, beef or chicken breast, tomato, yardbacon, pickled gherkin, maple & yardsauce\nPattie, mature cheddar, togarashi, fried egg, shoelacefries & yardsauce\nPattie with stilton, baby gem, beef or chicken breast, tomato, yardbacon, fried plantain, maple & yardsauce\n5.85 6.50 add_circle_outline\n100% Beef pattie or chicken breast, grilled halloumi and onion ring, lettuce fresh tomatoes yard sauce on a brioche bun\nB.B.Q Pulled Pork Burger\n100% Beef pattie or chicken breast, BBQ pulled pork and Chirzo, cheese, lettuce, fresh tomato, yardsauce on a brioche bun\n6.30 7.00 add_circle_outline\nChilli Chicken Breast Burger\n100% Beef pattie or chicken breast, hot chilli beef, cheese, jalapeños, nachos, lettuce, tomato, salsa and sour cream on a Brioche Bun\n100% Beef pattie or chicken breast, cheese, maple bacon, BBQ pulled pork, sausage, lettuce, fresh tomato, yardsauce on a toasted brioche bun\nChickpea Pattie, cheese, fresh Corriander & chillis, siracha sauce, lettuce tomato and yard sauce on a brioche bun.\n4.50 5.00 add_circle_outline\nSkin-on, rock salt & paprika\nSweet fries, rock salt, paprika\nSkin-on, yardsausage, yardbacon & fiery chimichurri\nSkin-on, cheese & g'ma gravy\nSupa Sweet Fries\nSweet fries, fried plantain, rock salt & paprika\nLou Lou Faith Fries\nSkin on, Truffle oil, garlic & parmesan\nBig Bert Fries\nSkin on, pulled pork & paprika\nSkin on, grated cheese\nSkin on, grated cheese, bacon\nSkin on, chilli beef, pulled pork, smoked brockwurst, grated cheddar; add cheese for 1.00\nExtra Cheese + 1.00\nHalloumi fries, siracha mayo, fresh chillis and corriander\nLocal sausage, garlic & chimchuri\nBacon 'N' Halloumi Lollipops\nHalloumi wrapped in yardbacon & sriracha\nColeslaw & yardsauce\nSmoked Brockwurst topped with chimi churri in a hotdog bun served with fries\nSmoked Brockwurst, Currywurst sauce in a hotdog bun served with fries\nSmoked Brockwurst Ketchup & mustard in a bun served with fries\nOur own homemade tomato sauce and loaded with mozzarella fresh torn basil; 16inch (may contain milk, eggs, wheat, soy, nuts)\nThe Ham and Pineapple Supreme\nOur homemade tomato sauce sliced Yorkshire cured Ham and grilled pineapple and mozzarella; 16 inch (may contain milk, eggs, wheat, soy, nuts)\nYard BBQ Chicken\nOur homemade tomato sauce handtorn roasted BBQ chicken and sweetcorn and mozzarella drizzed with our very own honey BBQ sauce and loaded with French fries the yard way; 16 inch (may contain milk, eggs, wheat, soy, nuts)\nYard Fully Loaded Pulled Pork\nOur homemade tomato sauce 24hr cooked pulled pork, red onions and smoked paprika mozzarella drizzled with our very own honey BBQ sauce and loaded with French fries the yard way; 16 inch (may contain milk, eggs, wheat, soy, nuts)\nThe Chimi Beef Feast\nOur homemade tomato sauce with thinly sliced beef steak, red onions, fresh pardur peppers and mozzarella drizzled with our Chimi Chrui sauce; 16 inch (may contain milk, eggs, wheat, soy, nuts)\nOur homemade tomato sauce hot shot chilli beef chuck, green peppers, mushrooms and jalapenos, mozzarella and drizzled with Sour cream; 16 inch (may contain milk, eggs, wheat, soy, nuts)\nHU7 0AA; HU7 0AB; HU7 0AD; HU7 0AE; HU7 0AF; HU7 0AG; HU7 0AN; HU7 0AS; HU7 0AW; HU7 0BA; HU7 0BE; HU7 0BH; HU7 0BN; HU7 0BS; HU7 0BT; HU7 0BU; HU7 0BW; HU7 0BX; HU7 0BY; HU7 0BZ; HU7 0DE; HU7 0DF; HU7 0DG; HU7 0DH; HU7 0DJ; HU7 0DN; HU7 0DP; HU7 0DR; HU7 0DS; HU7 0DT; HU7 0DU; HU7 0DW; HU7 0DX; HU7 0DY; HU7 0DZ; HU7 0EA; HU7 0EB; HU7 0ED; HU7 0EE; HU7 0EF; HU7 0EG; HU7 0EH; HU7 0EJ; HU7 0EL; HU7 0EN; HU7 0ER; HU7 0WD; HU7 0WL; HU7 0WT; HU7 0WX; HU7 0WY; HU7 0XA; HU7 0XD; HU7 0XF; HU7 0XJ; HU7 0XL; HU7 0XP; HU7 0XQ; HU7 0XS; HU7 0XU; HU7 0XW; 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HU8 0HS; HU8 0HT; HU8 0HU; HU8 0HW; HU8 0HX; HU8 0JA; HU8 0JB; HU8 0JD; HU8 0JE; HU8 0JF; HU8 0JG; HU8 0JH; HU8 0JJ; HU8 0JL; HU8 0JN; HU8 0JP; HU8 0JR; HU8 0JS; HU8 0JT; HU8 0JU; HU8 0JW; HU8 0JX; HU8 0JY; HU8 0JZ; HU8 0LA; HU8 0LB; HU8 0LD; HU8 0LE; HU8 0LG; HU8 0LH; HU8 0LJ; HU8 0LL; HU8 0LN; HU8 0LP; HU8 0LQ; HU8 0LR; HU8 0LS; HU8 0LT; HU8 0LU; HU8 0LX; HU8 0LY; HU8 0LZ; HU8 0NA; HU8 0NB; HU8 0ND; HU8 0NE; HU8 0NG; HU8 0NH; HU8 0NJ; HU8 0NL; HU8 0NN; HU8 0NP; HU8 0NQ; HU8 0PE; HU8 0PF; HU8 0PG; HU8 0PH; HU8 0PJ; HU8 0PL; HU8 0PN; HU8 0PP; HU8 0PQ; HU8 0PR; HU8 0PS; HU8 0PT; HU8 0PU; HU8 0PX; HU8 0PY; HU8 0PZ; HU8 0QB; HU8 0QD; HU8 0QE; HU8 0QG; HU8 0QH; HU8 0QJ; HU8 0QL; HU8 0QQ; HU8 0QT; HU8 0QU; HU8 0QX; HU8 0QZ; HU8 0RA; HU8 0RB; HU8 0RD; HU8 0RE; HU8 0RG; HU8 0RH; HU8 0RJ; HU8 0RL; HU8 0RN; HU8 0RP; HU8 0RQ; HU8 0RR; HU8 0RS; HU8 0RT; HU8 0RU; HU8 0RW; HU8 0RY; HU8 0SA; HU8 0SB; HU8 0SD; HU8 0SE; HU8 0SF; HU8 0SG; HU8 0SH; HU8 0SJ; HU8 0SL; HU8 0SN; HU8 0SP; HU8 0SQ; HU8 0SR; HU8 0SS; HU8 0ST; HU8 0SU; HU8 0SW; HU8 0SX; HU8 0SY; HU8 0SZ; HU8 0TA; HU8 0TN; HU8 0TR; HU8 0TS; HU8 0TT; HU8 0TU; HU8 0TX; HU8 0TY; HU8 7AB; HU8 7AF; HU8 7AJ; HU8 7AL; HU8 7AN; HU8 7AP; HU8 7AR; HU8 7AS; HU8 7AU; HU8 7BA; HU8 7BB; HU8 7BD; HU8 7BE; HU8 7BF; HU8 7BG; HU8 7BJ; HU8 7BL; HU8 7DA; HU8 7DS; HU8 7EB; HU8 7ED; HU8 7EX; HU8 7EY; HU8 7FB; HU8 7HA; HU8 7HB; HU8 7HE; HU8 7HG; HU8 7HH; HU8 7HJ; HU8 7HL; HU8 7HN; HU8 7HP; HU8 7HQ; HU8 7HR; HU8 7HS; HU8 7HT; HU8 7HU; HU8 7HW; HU8 7HX; HU8 7HY; HU8 7HZ; HU8 7JA; HU8 7JB; HU8 7JH; HU8 7JJ; HU8 7JQ; HU8 7JR; HU8 7LA; HU8 7LB; HU8 7LD; HU8 7LE; HU8 7LG; HU8 7LL; HU8 7LN; HU8 7NA; HU8 7NE; HU8 7NX; HU8 7QF; HU8 7RL; HU8 7RP; HU8 7RR; HU8 7RS; HU8 7RU; HU8 7RX; HU8 7RY; HU8 7RZ; HU8 7SA; HU8 7SB; HU8 7SD; HU8 7SE; HU8 7SF; HU8 7SG; HU8 7SH; HU8 7SJ; HU8 7SL; HU8 7SN; HU8 7SP; HU8 7SR; HU8 7SS; HU8 7ST; HU8 7SU; HU8 7SX; HU8 7SY; HU8 7SZ; HU8 7TD; HU8 7TE; HU8 7TF; HU8 7TG; HU8 7TH; HU8 7TJ; HU8 7TL; HU8 7TN; HU8 7TP; HU8 7TQ; HU8 7TW; HU8 8AE; HU8 8AF; HU8 8AG; HU8 8AH; HU8 8AJ; HU8 8AN; HU8 8AP; HU8 8AQ; HU8 8AR; HU8 8AS; HU8 8AY; HU8 8AZ; HU8 8BB; HU8 8BQ; HU8 8BT; HU8 8BZ; HU8 8DA; HU8 8DE; HU8 8DG; HU8 8DH; HU8 8DL; HU8 8DP; HU8 8DR; HU8 8DS; HU8 8DT; HU8 8DU; HU8 8DY; HU8 8DZ; HU8 8EA; HU8 8EB; HU8 8EF; HU8 8EG; HU8 8EN; HU8 8EP; HU8 8EQ; HU8 8ER; HU8 8ES; HU8 8ET; HU8 8EU; HU8 8EW; HU8 8EX; HU8 8EY; HU8 8EZ; HU8 8HA; HU8 8HD\nASAP (estimated 45 min) 16:45 16:55 17:05 17:15 17:25 17:35 17:45 17:55 18:05 18:15 18:25 18:35 18:45 18:55 19:05 19:15 19:25 19:35 19:45 19:55 20:05 20:15 20:25 20:35 20:45 20:55 21:05 21:15 21:25 21:35 21:45 21:55 22:00 ASAP (estimated 30 min) 12:30 12:40 12:50 13:00 13:10 13:20 13:30 13:40 13:50 14:00 14:10 14:20 14:30 14:40 14:50 15:00 15:10 15:20 15:30 15:40 15:50 16:00 16:10 16:20 16:30 16:40 16:50 17:00 17:10 17:20 17:30 17:40 17:50 18:00 18:10 18:20 18:30 18:40 18:50 19:00 19:10 19:20 19:30 19:40 19:50 20:00 20:10 20:20 20:30 20:40 20:50 21:00 21:10 21:20 21:30 21:40 21:50 22:00\nYardburger Hull Menu\nBurgers are widely accepted as one of the greatest in taste when it comes to fast food. They are made with freshly minced vegetables with a big layer of meat dipped in cheese and mozzarella. If you are keen on taste and regular food has got you tired, our food at Yardburger Hull would definitely set you in a mood of jazz. Items like Yardburger, Onlyburger, Hoodburger, Southside Burger, Don'tbemad Burger are some of our choices in burgers. These are made with fresh raw materials like pattie, baby gem, beef tomato, yardsauce and others. No wonder, these are some of our most sought-after items and customers are always looking for them every time they visit us. Our collection of grilled-cheese items is also equally commendable. We make use of the best genre of cheese in preparing those items to make you feel special. The items in grilled cheese are Yobama, Kingston Churchill, Ducktrump among others. Our doo-wops are our signature items and our chefs are greatly proud of them. With items like Yard Sausage, Bacon 'N' Halloumi Lollipops, Fried Pickles, Dirtyslaw you are surely going to find your ultimate choice of grilled cheese. Frenchies are always welcomed in a dish of short eaters and our frienchies items would take you to a different domain. We serve dishes like Yardfries, Chimifries, Finabefries: Seee Yaaaa, Supasweetfries, Louloufaithfries etc which are fighting with each other for being the best. If you taste any one of these, you surely won't be able to curb the lust of having one more. To accompany all of these, we have items of Sodas and Shakes like Yardcola, Yardlemon, Fruitpunch, Orangesoda etc. Visit us to have them all.\nAbout Yardburger Hull\nOur dedication in bringing the best of burgers has earned us a great name in the city. We make every food with only the best quality ingredients and our kitchen has the most hygienic atmosphere. To make every dish as heavenly as possible for you, we are working with secret spice proportions for every item which is the gradual outcome of our excellence and experience in the food industry. Reach us for having your favorite food that too in the calmest of ambiances. To simplify your day, we also have home-delivery services as well. Just download our app from the Google Play Store or Apple App Store and with a matter of simple taps, you'll be able to have your favorite dishes of burgers at the comfort of your home while you watch a television show. We are waiting to see the glimpse of that smile of satisfaction while you are having one of our dishes.\nYardburger Hull Restaurant\nWe are very suitably located at a very prime location in the city. To be exact, we are placed at 281 Holderness Rd, Hull HU8 8TD. This is the core of the city and is considered as one of the finest locations for running any food business. We are able to fetch customers from all parts of the city because of the great facilities of transportation at this place. Spot on delivery services is also achieved due to this factor. But, if you are not so familiar with the city, one tap at our app would seamlessly guide you to us. You may also consult our website for full location details. Mighty good food in a soothing environment is something we are offering and we want you to be a part of our family. Visit us now.


url: =Shuaa Digest August 2016 Download PDF – Must Forum\nHome / Digest / Shuaa Digest August 2016 Download PDF\nloading... Shuaa Digest August 2016 Download PDF\nMonthly Shuaa Digest August 2016 Read Online, You can download or read online Shuaa Digest on official website Shuaa, Shuaa Digest August 2016 read online or download free PDF monthly Shuaa Digest which is one of most famous ladies magazine in Digest, Digest Shuaa August 2016 edition Read online. Digest is an other best women magazine of Pakistan.\nShuaa Digest August 2016 Pdf Download & Read Online. Shuaa Digest August 2016 Pdf Download & Read Online has been announced, Shuaa Digest August 2016 is now available to for readers to download in PDF or read online. You can read Shuaa Digest August 2016 edition online, Shuaa digest August 2016 urdu books,Shuaa digest August 2016 pdf free download, Shuaa digest August 2016 online reading,Shuaa Digest August 2016 Free Download in PDF. Shuaa Digest July 2016 ebook Read online in PDF Format.\nShuaa digest in urdu free download in pdf\nurdu digest Shuaa August 2016\ndownload Shuaa digest August 2016\nShuaa daijest August 2016\nShuaa Digest August 2016 Download . Shuaa Digest August 2016 Download PDF Shuaa Digest August 2016 Download PDF Read Online\t2016-08-03


url: =标题：Detuning-enhanced sensitive detection of inter-dot tunneling with tunneling-induced gain\n作者机构：[Peng, Yandong; Yang, Aihong; Meng, Lihua; Liu, Shande; Miao, Quan; Ren, Tingqi] Shandong Univ Sci & Technol, State Key Lab Min Disaster Prevent & Con 更多[Peng, Yandong; Yang, Aihong; Meng, Lihua; Liu, Shande; Miao, Quan; Ren, Tingqi] Shandong Univ Sci & Technol, State Key Lab Min Disaster Prevent & Control Cofo, Qingdao 266590, Peoples R China.; [Peng, Yandong; Yang, Aihong; Meng, Lihua; Liu, Shande; Miao, Quan; Ren, Tingqi] Shandong Univ Sci & Technol, Minist Sci & Technol, Qingdao 266590, Peoples R China.; [Peng, Yandong; Liu, Shande] Shandong Univ Sci & Technol, Qingdao Key Lab Terahertz Technol, Qingdao 266590, Peoples R China. 收起\n通讯作者地址：[Peng, YD; Ren, TQ]Shandong Univ Sci & Technol, State Key Lab Min Disaster Prevent & Control Cofo, Qingdao 266590, Peoples R China;[Peng, YD; Ren, TQ] 更多[Peng, YD; Ren, TQ]Shandong Univ Sci & Technol, State Key Lab Min Disaster Prevent & Control Cofo, Qingdao 266590, Peoples R China;[Peng, YD; Ren, TQ]Shandong Univ Sci & Technol, Minist Sci & Technol, Qingdao 266590, Peoples R China;[Peng, YD]Shandong Univ Sci & Technol, Qingdao Key Lab Terahertz Technol, Qingdao 266590, Peoples R China. 收起\n摘要：A large nonlinear gain spectrum induced by resonant tunneling is investigated and proposed to measure interdot tunneling. Resonant tunneling induces inherent coherence, which leads to constructive interference for the self-Kerr nonlinearity of a coupled quantum-dot system. The nonlinear gain increases dramatically at some frequency detuning. It inhibits the linear absorption and mainly contributes to the total gain of the system. In this case, the gain spectrum is about one order of magnitude larger than that on resonance. Analytical expression shows that the tunneling detuning dominates the response of nonlinear gain spectrum, so the gain peak is sensitive to the interdot tunneling changes. Numerical result indicates its sensitivity with relative large detuning is more than 10 times larger than the case on resonance. The scheme may be useful for designing photo-electric detection devices. (C) 2017 Elsevier B.V. All rights reserved.


url: =The protective effects of pretreatment with Sini Decoction on the lungs against intestinal ischemia-reperfusion induced injury in rats--《Chinese Journal of Anesthesiology》2004年07期\n《Chinese Journal of Anesthesiology》 2004-07\nThe protective effects of pretreatment with Sini Decoction on the lungs against intestinal ischemia-reperfusion induced injury in rats\nLIU Ke-xuan , LIU Chui-liang, WU Wei-kang, et al. " Department of Anesthesiology, First Hospital, Sun Yat-sen University, Guangzhou 510080, China\nObjective To investigate the effects of pretreatment with Chinese herbal Sini Decoction ( SND) on the acute lung injury induced by intestinal ischemia / reperfusion (I/R) .Methods Thirty-two healthy SD rats of both sexes weighing 275-300 g were randomly divided into four groups of 8 animals : (Ⅰ) control group in which sham operation was performed, ( Ⅱ) I/R group in which superior mesenteric artery was clamped for 1 h followed by 3 h reperfusion; (Ⅲ) and (Ⅳ) SND group 1 and 2 in which SND 3 g·kg-1 ( Ⅲ) or 6 g·kg-1 (Ⅳ) was given via gastric tube every day for 3 days before I/R. Carotid artery was cannulated for MAP monitoring. The animals were sacrificed by decapitation at the end of 3 h reperfusion. Blood was collected and the lungs were immediately removed for determination of lung water content [ (wet weight - dry weight) / wet weight ×100% ], lung NO, endothelin-1 (ET-1) and MDA contents and SOD activity, lung permeability index (BALF protein concentration/serum protein concentration) and microscopic examination. Results SND pretreatment significantly alleviated the hypotension and morphological changes of the lungs induced by intestinal I/R. Lung water content, lung permeability index and lung MDA and NO contents increased significantly whereas lung SOD activity significantly decreased in I/R group ( group Ⅱ) compared with those in control group ( P 0.01 or 0.05). There was no significant difference in lung ET-1 content between control and I/R group, resulting in increased NO/ET-1 ratio. SND pretreatment significantly prevented the above changes induced by intestinal I/R. Lung SOD activity was significantly higher in the two SND groups than that in I/R group but was still significantly lower than that in control group. Conclusion SND can attenuate the intestinal I/R induced lung injury by its antioxidant activity and by reducing the NO generation and maintaining normal NO/ET-1 ratio.\n2 LIU Chui-liang,LI Yu-juan,LIU Ke-xuan,et al.Department of Anesthesiology,TCM Hospital of Guangdong Province,Guangzhou 510120,China;Effect of electric stimulation of vagus nerve on hepatic injury induced by intestinal ischemia-reperfusion in rats[J];Chinese Journal of Anesthesiology;2006-10\n1 Huang Luosheng; Zhao Weichun; Xia Yufeng(School of Traditional chinese Medicines, Nanjing 210038;Institute of Drug Inspection,Tianjing 300070);Effect of Preparation Methods on the Content of Alkaloids and Glycyrrhetic Acid in Sini Injection[J];JOURNAL OF CHINA PHARMACEUTICAL UNIVERSITY;1999-05\n2 Wu Weikang;Luo Hanchuan and Hou Can(Sun Yatsen University of Medical Sciences,Guangzhou 510089);In Vitro Experiment on Scavenging Oxy-radical and SuppressingMyocardial Lipid Peroxidation with Sini Decoction[J];CHINA JOURNAL OF CHINESE MATERIA MEDICA;1995-11\n3 LI Xin-yu 1, JING Bing-wen 2, CHEN De-chang 2, et al. 1Dapartment of Emergency, Ulumqi General Hospital of Lanzhou Command, Ulumqi 830000. 2 Emergency Center, Changzheng Hospital, Second Military Medical University, Shanghai 200003,China;Studies on prophylactic-therapeutic effects of rhubarb on pulmonary microvascular injury induced by intestinal ischemia-reperfusion in rats[J];Chinese Journal of Critical Care Medicine;2002-04\n4 YAN Guangtao,HAO Xiuhua,XUE Hui,WANG Luhuan,LI Liying,SHI Liping,ZHANG Kai.Research Laboratory of Biochemistry,Institute of Basic Medicine,General Hospital of PLA, Beijing 100853;The role and mechanism of interleukin-1β and its receptor antagonist in lung injury induced by gut ischemia-reperfusion[J];Chinese Critical Care Medicine;2001-12\n2 WU Wei-kang, HUANG He-qing, TAN Hong-mei, LUO Han-chuan, LIANG Tian-wen (Institute of Integrated Traditional Chinese and Western Medicine, Sun Yat-sen University of Medical Sciences, Guangzhou 510089, China);The effect of Sini Tang on lipid metabolism and vascular endothelial function in rabbit with experimental atherosclerosis[J];JOURNAL OF FIRST MILITARY MEDICAL UNIVERSITY;2000-02\n3 LEI Bo,DU Peng,CHEN Yong (Hubei Province Key Laboratory of Biotechnology of TCM,Hubei University,Wuhan 430062,China);Elementary study on the rule of mating Aconitum Carmichaili and mating drugs[J];Journal of Hubei University(Natural Science);2007-03\n4 GUO Suzhong(The People's Hospital of Xiangtai city Hebei province,Xingtai 054001);Application of phubarb on emergency of acute organophoshours pesticide poisoning.[J];Attend to Practice and Research;2009-12\n5 Huang Wenfeng, Hu hanbo. Tongji Medical College, Huazhong University of Science Techology, Wuhan 430030;Effect of large dose of indomethacin on rat lung injury induced by aspiration of hydrochloric acid.[J];Central China Medical Journal;2004-02\n6 GONG Jianquan1,BI Ningkang2,YUE Yinan2(Department of paediatrics,People's Hospital of Pingyin County,Shandong Jinan,);Serum Interleukin-1β Expression and Effect of Interleukin-1β on Pathologica Lchange of Lung in Rats with Renal Ischemia Reperfusion[J];Journal of Jining Medical College;2008-01\n10 Zhang Chunyan,Chi Jinfeng,Zhan Yumin,et al;Effect of rushing down with rhubarb for the treatment of acute organophosphorus poisoning patients[J];Shandong Medical Journal;2004-05\n1 Yang Lan Hao Weidong Shang Lanqin(Department of Toxicology,College of Public Health,Peking University);Protective Effect of Aqueous Extract of SiniTang on Injuried Cardiac Muscle Cell Induced by Hypoxia-Reoxygenation[A];[C];2005\n1 LI Hong1,ZHANG Chun-xiao2,ZHANG Wen-jie2, YANG Shi-jie 1 (1. Department of Pharmacology, School of Basic Medical Sciences, Jilin University, Changchun 130021,China; 2.Department of Physiology, School of Basic Medical Sciences, Jilin University, Changchun 130021,China);Effects of chemical H of Renshen Sini Tang on isolated working heart in guinea-pig[J];Journal of Jilin University of (Medicine Edition);2004-04\n2 Yang Lan Hao Weidong Shang Lanqin et al (Department of Toxicology, College of Public Health, Peking University);Protective Effect of Aqueous Extract of SiniTang on Injuried Cardiac Muscle Cell Induced by Hypoxia- Reoxygenation[J];China Journal of Traditional Chinese Medicine and Pharmacy;2005-06\n3 CHEN Shi-feng,JIANG Yue-quan,ZHU Bing(Department of Thoracocardiac Surgery,The Second Affiliated Hospital,Chongqing University of Medical Sciences,Chongqing 400010,China);An experimental study of the oxymatrine to attenuate the lung ischemia-reperfusion injury[J];Chongqing Medicine;2010-04\n4 WU Wei-kang, HUANG He-qing, TAN Hong-mei, LUO Han-chuan, LIANG Tian-wen (Institute of Integrated Traditional Chinese and Western Medicine, Sun Yat-sen University of Medical Sciences, Guangzhou 510089, China);The effect of Sini Tang on lipid metabolism and vascular endothelial function in rabbit with experimental atherosclerosis[J];JOURNAL OF FIRST MILITARY MEDICAL UNIVERSITY;2000-02\n5 LIU Yong1,2,QIAN Xiao-xian1-3,WU Wei-kang2,3,ZHOU Bin1,2,CHEN Lin1,2,LIU Jin-lai1,2 1Department of Cardiology,the Third Affiliated Hospital,Sun Yat-sun University,Guangzhou 510630,China;2Cardiovascular Institute,3Institute for Integrated Traditional Chinese and Western Medicine,Sun Yat-sun University,Guangzhou 510080,China;Effects of Sini decoction on vascular stenosis after iliac artery balloon injury and oxidative stress in rabbits[J];Journal of Southern Medical University;2006-11\n6 Liu Wei ming,Gu Zhi cheng,Affiliated Children Hospital,College of Medical,Suzhou Universi ty,Suzhou215003 China);PROTECTIVE EFFECT OF N-ACETYLCYSTEINE ON HEPATIC DAMAGE INDUCED BY INTESTINAL ISCHEMIA REPERFUSION IN RATS[J];Journal of Hepatobiliary Surgery;2004-03\n7 Shen Hong(The First Military Medical University,Guangzhou,510515);STUDY ON THE QUANTITATIVE METHOD OF IMMUNOHISTOCHEMISTRY(Ⅲ)[J];CHINESE JOURNAL OF HISTOCHEMISTRY AND CYTOCHEMISTRY;1995-01\n8 GUO Jian-ji,WU Guo-yong,ZHONG Fo-tian,HE Wei.Department of Cardiac Surgery , the First Affiliated Hospital of Guangxi Medical University (Nanning 530021), China.;The protective effect and mechanism of Sini Decoction on cold preservation of donor heart[J];Guangxi Medical Journal;2005-06\n10 HUANG Liang,ZHANG Yali,ZHANG Xiaofen,et al.Postgraduate of Guiyang Traditional Chinese Medicine College,Guiyang 550002;Effection of Sini decoction on serum Endothelin and Calcitonin gene-related peptide in congestive heart failure rat model[J];Hebei Journal of Traditional Chinese Medicine;2006-01\n2 Liu Xiaoai1,Zeng Ping2,Wu Weikang3 et al1Department of Physiology,Guangzhou Medical University,Guangzhou 5101822Pediatric Intensive Care Unit,Guangzhou Children's Hospital,Guangzhou 5101203Department of Pathophysiology,Zhongshan School of Medicine,Sun Yat-sen University,Guangzhou 510080;Effect of Sini Decoction on Inflammatory Mediators and Oxidative Stress of Rats with Multiple Organ Dysfunction Syndrome[J];Acta Medicinae Universitatis Scientiae et Technologiae Huazhong;2009-04\n3 TAN Guang-guo1,ZHU Zhen-yu1,LI Xiang2,ZHAO Liang3,ZHANG Hai3,LIU Yi1,CHAI Yi-feng1(1.Department of Pharmaceutical Analysis,School of Pharmacy,Second Military Medical University,Shanghai 200433,China;2.Center of Disease Prevention and Control,Beijing Military Region,Beijing 100042,China;3.Department of Pharmacy,Eastern Hepatobiliary Hospital,Second Military Medical University,Shanghai 200433,China);Analysis on chemical constituents of Sini decoction by RRLC-TOF/MS[J];Journal of Pharmaceutical Practice;2009-04\n4 GAO Zhi-xiang,JIANG Xiao-han,WANG Yan,WANG Lin,JIANG Zhi-ming,MENG Fan-hao (1.Department of medicinal Chemistry,School of Pharmaceutical Science,China Medical University,Shenyang 110001,China;2.Guangdong Food and Drug Vocational and Technical Schools,Guangzhou 510663,China;3.Shenyang military General Hospital Medical Laboratory Science,Shenyang 110005,China);Simultaneous Quantification of three active compounds in Sini Tang by HPLC[J];Journal of China Medical University;2011-07\n1 Yan Guangtao\_ Hao Xiuhau\_ Wang Luhuan et al. (Res.Laboratory of Biochemistry,Basic Medical Institute,General Hospital of PLA,Beijing\_ 100853);The Establish and Primary Application of Specific Interleukin\_|1β Radioimmunoassay in Serum[J];PROGRESS IN BIOTECHNOLOGY;1999-06\n2 Yan Guangtao,Xin Hong,Wang Luhuan,et al;Phospholipase A 2 activation mediates acute lung injury following intestinal ischemiareperfusion[J];CHINESE CRITICAL CARE MEDICINE;1997-10\n3 Wang Luhuan,Xin Hong,Yan Guangtao.Research laboratory of Biochemistry,Institute of Basic Medicine,The General Hospital of PLA,Beijing 100853;Role of intestinal ischemiareperfusion injury induced by phospholipase A 2 activation[J];CHINESE CRITICAL CARE MEDICINE;1998-08\n4 Wu Wei-kang;Hou Can;Luo Han-chuan;et al(Sun Yat-sen University of Medical Sciences,Guangzhou 510089);Mechanisms Responsible for Protective Effect of Sini Decoction on Ischemic Myocardium in Mice[J];CHINESE JOURNAL OF INTEGRATED TRADITIONAL AND WESTERN MEDICINE;1994-09


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url: =Induction of apoptosis in thyroid cells by iodide excess and its mechanism--《Journal of Chongqing Medical University》2004年04期\nInduction of apoptosis in thyroid cells by iodide excess and its mechanism\nLIU Dongfang,et al (Department of Endocrinology,College of Clinical Medicine,Chongqing Medical University)\nObjective:To explore the role of excessive iodide in inducing apoptosis in thyroid cells and its mechanism.Methods:Normal primary thyroid cells were cultured in NaI of different concentrations with or without IL-1β and methimazole.The morphological changes in thyroid cells were observed by light microscopy and apotosis rate was determined by flow cytometry techique.In the meantime Fas,FasL,p53 level were determined by histochemistry.Results:Thyroid cells treated with iodide excess underwent the morphological changes and apoptosis. There was a gradually increased apotosis rate and Fas/FasL protein expression accompanying increase in iodide concentrations.No changes in p53 protein expression was shown. IL-1β enhanced the effect of iodide cytotoxicity,whereas methimazole inhibited the role of iodide inducing apotosis.Conclusion:These data indicate that excess molecular iodide induces apoptosis in thyroid cell through Fas/FasL channel, but independent of p53.\n【Fund】： 重庆市卫生局 ( 2 0 0 1-1-15 )\n1 CHEN Yu,LIU Dong-fang1*,YE Guo(Internal Medicine Department of Chongqing Cancer Institute,Chongqing 400030;1Department of Endocrinology,the Second Affiliated Hospital of Chongqing Medical University,Chongqing 400010,China);The determination of apoptosis and expression of Fas /FasL in thyroid cells of AITD[J];南京医科大学学报(自然科学版);2010-05\n2 TIE Li-li,ZHANG Ya-ping,WANG Ying-mei,et al.(Department of Endocrinology,Xijing Hospital,Fourth Military Medical University,710032,China);Effect of excess iodine on thyroid function and Trail expression in rats[J];西北国防医学杂志;2007-05\n3 Xin CH,Gao TS,Yang WX,Li HM. 1Postgraduate School,Liaoning University of Traditional Chinese Medicine,Shenyang 110032,Liaoning Province,China; 2Department of Endocrine,Affiliated Hospital of Liaoning University of Traditional Chinese Medicine,Shenyang 110032,Liaoning Province,China; 3Shenyang Chinese Medical Hospital,Shenyang 110032,Liaoning Province,China;Effects of algae with iodine excess on thyroid cell apoptosis and apoptosis controlling gene[J];中国组织工程研究与临床康复;2007-38\n4 HU Huai-dong,ZENG Xiao-hua,LIU Dong-fang,WANG Yu-junDepartment of Endocrinology,The Second Affiliated Hospital of Chongqing University of Medical Science,Chongqing 400010,China;The Different Sensitivity to Iodide Inducing Thyroid Cells Apoptasis of Normal and AITD Patients[J];西南师范大学学报(自然科学版);2006-01\n5 LIN Lai-xiang, YE Zhen-kun, NIE Xiu-ling, YE Yan, YAN Yu-qin, CHEN Zu- pei. Institute of Endocrinology, Tianjin Medical University, Tianjin 300070 , China;Effect of iodine on the thyroid apoptosis and expressions of bax,bcl-2 mRNA in rats[J];中国地方病学杂志;2005-03\n1 WU Yijie *,XIE Fukang,CAI Li,et al. *Department of Endocrinology,Shanghai First People's Hospital,Shanghai 200080;Effect of increasing iodine intake on incidence of hyperthyroidism[J];中华内分泌代谢杂志;2000-03\n1 ZHANG Ying-fei1,LI Le-qun2,YE Xin-ping1,QIN Xiao1,PENG Tao1,SU Ming1(1 Department of Hepatobiliary & Vascular Surgery,the First Affiliated Hospital of Guangxi Medical University,Nanning 530021,China;2 Department of Hepatobiliary Surgery,Affiliated Tumor Hospital of Guangxi Medical University,Nanning 530021,China);Expression of Glucose-regulated Protein 78 and HSP60 in Primary Multifocal Hepatocellular Carcinoma and the Clinical Significance[J];广西医学;2010-01\n2 Tan Xuyan,Wu Dan,Jia Yiqing,et al.Department of Ultrosonography,Jiangsu Cancer Hospital,Nanjing 20009,China;ANALYSIS ON EFFECT OF MULTI-METHODS INTERVENTIONAL TREATMENT FOR HEPATIC CANCER.[J];肝胆外科杂志;2002-04\n3 Han Yunxue Zhu Kangsun Jiang Zaibo Ji Hua Hospital,Jilin,132021;The significance of preoperative TACE in preventing postoperative recurrence of primary hepatic carcinoma.[J];吉林医学院学报;1999-02\n4 Zhan Shilin Chen Guozhong Huo Feng General Hospital of Guangzhou Unit,People' s Liberation Army,Guangzhou,510010;Study on hepatic arterial chemoembolization for preventing recurrence of small hepatocellular carci- noma after hepatectomy[J];中华肝胆外科杂志;1998-04\n5 Tan Yun-shan,et al.Jiangxi Medical College.Nanchang,330006.;Residual liver cancer after transeatheter hepatic arterial chemoembolization in patients with large primary hepatic carcinoma[J];中华外科杂志;1992-06\n1 CHEN Yin;WEI Jun-ping;Guang'anmen Hospital, China Academy of Chinese Medical Sciences;Beijing University of Chinese Medicine;;Commentary about research on Chinese materia medica applied in thyroid nodule therapy[J];中华中医药杂志;2015-12\n2 CUI Peng,WANG Ying-na,GAO Tian-shu,QI Teng-che,MEI Lan,YIN Hui-si(Affiliated Hospital of Liaoning University of Traditional Chinese Medicine,Shenyang 110032,China);Study on mechanism of traditional Chinese medicines reducing phlegm and resolving masses in treatment of goiter[J];中国中药杂志;2012-22\n3 LI Xiamiao1,WANG Haijun3,PAN Shemian4,FU Jianfang1,SHI Yongquan1,LI Yuan2(1. Xijing Hospital,Fourth Military Medical University, Xi'an 710032, China; 2. School of stomatology, Fourth Military Medical University, Xian 710032,China;3. Yan'an People's Hospital,Yan'an 716000,China;4. Dongfang Hospital of Xian,Xian 710043,China);Effects of Huangbei Pingjia Capsules on Expressions of Bcl-2 and Bax in Mice with Graves' Disease[J];中药新药与临床药理;2012-04\n4 XIAO Shuo,DING Zhuo-ling(The Affiliated Jingzhou Hospital,Tongji Medical School,Huazhong University of Science and Technology,Jingzhou 434020,China);Research on common traditional Chinese medicines treatment for Hashimoto′s thyroiditis[J];实用药物与临床;2012-03\n5 LI Hongwei1,2,SONG Yan1,2,LI Li1,2,ZHANG Yuan1,LIN Laixiang2 (1.Department of Clinical Medicine,Tianjin Medical University,Tianjin 300070,China; 2.Institute of Endocrinology,Tianjin Medical University,Tianjin 300070,China);Effects of iodine on apoptosisand apoptosis-related proteins in the thyroid in rats of different sexes[J];中国体视学与图像分析;2011-03\n6 Zhang Xiaozhi,Huang Tao,Hu Shifu(General surgery of Xiqing Hospital of Tianjin City,Tianjin 300380,China);Research Progress of Autoimmune Thyroid Disease[J];哈尔滨医药;2010-05\n7 TIAN Xiu-biao,DAI Yong-hong,YAN Yu-qin,et al;Expression of casepase-9 protein and UCP2 gene in renal tissues of rats with different degrees of iodine deficiency[J];第二军医大学学报;2009-11\n8 CONG Jianni, LI Ge, LEI Xun ( Institute of Public Health, Chongqing University of Medical Sciences, Chongqing 400016, China);Study on the Relationship between Urine Iodine and sFas/sFasL in Blood of Patients with Autoimmune Thyroid Diseases[J];广东微量元素科学;2009-11\n9 WANG TING-TING,YAN SHENG-LI (Department of Endocrinology,The Affiliated Hospital of Qingdao University Medical College,Qingdao 266003,China);EFFECT OF SODIUM SELENITE ON EXPRESSIONS OF Caspase-3,Bcl-2,AND Bax OF EXPERIMENTAL AUTOIMMUNE THYROIDITIS[J];齐鲁医学杂志;2009-04\n10 ZHANG Danying,LEI Yanxia,ZHAO Junjie,TAN Wuhong,et al.Key Laboratory of Environment and Genes Related to Diseases of Ministry of Education,Xi'an Jiaotong University,Xi'an 710061,China;The change of certain biochemical indexes and apotosis protein (Fas/Fasl) expression in rat liver of selenium and iodine deficiency[J];卫生研究;2008-06


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url: =9 July 2008 System architectural design of multiwavelength data mining\nYanxia Zhang,1 Yongheng Zhao,1 Hongwen Zheng2\nProceedings Volume 7017, Modeling, Systems Engineering, and Project Management for Astronomy III; 70171M (2008) https://doi.org/10.1117/12.788398\nYanxia Zhang, Yongheng Zhao, and Hongwen Zheng "System architectural design of multiwavelength data mining", Proc. SPIE 7017, Modeling, Systems Engineering, and Project Management for Astronomy III, 70171M (9 July 2008); https://doi.org/10.1117/12.788398\nYanxia Zhang, Yongheng Zhao, Hongwen Zheng, "System architectural design of multiwavelength data mining," Proc. SPIE 7017, Modeling, Systems Engineering, and Project Management for Astronomy III, 70171M (9 July 2008);


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url: =A PRELIMINARY REPORT ON THE EFFECT OF A MYCORRHIZAL FUNGUS ON IRON UPTAKE BY CITRUS SEEDLINGS--《Acta Horticulturae Sinica》1990年04期\n《Acta Horticulturae Sinica》 1990-04\nA PRELIMINARY REPORT ON THE EFFECT OF A MYCORRHIZAL FUNGUS ON IRON UPTAKE BY CITRUS SEEDLINGS\nTang Zhengyao ( Citrus Research Institute, Chinese Academy of Agricultural Sciences ) He Shaulin ( Southwest Agricultural University )\nThe purpose of this experiment is to determine whether the VA mycorrhizal fungus,Glomus citriculum, is beneficial to certain citrus species for correcting iron-deficiency chlorosis. Seedlings of 4 citrus species, C.aurantium, C. limonia, C. reticulata,and P. trifoliata, were grown in pots with alkaline purple soil. The soil was irradiated with γ-ray to kill indigenous fungi and irrigated with Hoagland's solution devoid of iron.Radio isotope 55 + 59Fe was used for labelling the iron at the rate of 64 μci to each plant. Four months after inoculation with this mycorrhizal fungus, the roots of the seedlings of all these 4 citrus species were well infected, indicating that Glomus citriculum is an efficient encophyte in purple soil. The growth of the inoculated seedlings was significantly more vigorous than those not inoculated as shown by an increase in shoot height and weight of 1.2~2.0 times. 70 days after the application of labelled ferrous sulphate, the radio-activity of the mycorrhizal seedlings was 2~4times stronger than the non-mycorrhizal ones.These results lead to the conclution that this mycorrhizal fungus promotes iron uptake by these 4 citrus species, especially in the case of Citrus limonia.\n1 Huang Wanrong;Liu Zhengliang;Qin Ling;Li Jingang;Liang Baoyan;THE EFFECT OF A MYCORRHAZAL FUNGUS ON THE GROWTH OF LENGHAITANG SEEDLINGS[J];Journal of Beijing Agricultural College;1991-02\n4 WU Qiang-sheng,ZOU Ying-ning (College of Horticulture and Gardening,Yangtze University,Jingzhou,Hubei 434025,China);Influence of AM Fungi on Nutrient Uptake in Leaves of Trifoliate Orange Seedlings Subjected to Water Stress[J];Acta Botanica Boreali-Occidentalia Sinica;2007-01\n5 Qi Guohui Xi Rongting(Hebei Agricultural University, Baoding 071000) Keywords VA mycorrhiza; carbon nutrition; nitrogen nutrition; mineral nutrition;VA MYCORRHIZA AND ITS EFFECTS ON FRUIT TREE NUTRITION[J];HEBEI JOURNAL OF FORESTRY AND ORCHARD RESEARCH;1997-02\n6 BI Qi , WANG Bai - cheng , XIAO Zhen - hai, WANG Fu - wei, CAO Guang - wei, ZHANG Yi - fei (National Laboratory of Grassland Ecological Engineering,Northeast Normal University, Changchun 130024, China Forest Seedlings Center for Breeding, Extending and Demonstrating in Jilin Province,Changchun 130022,China);Ecological functions of mycorrhizal fungi in the project of restoring grassland in west Jilin Province[J];Jilin Forestry Science and Technology;2006-01\n7 LIU Hong-zhang, CHI Li-hua, TOLGOR, LI Yu (Institute of Mycology, Jilin Agricultural University, Changchun, Jilin 130118, China);AM(arbuscular-mycorrhizas) Fungi Resources and Their Applcation in Fruit Trees[J];Journal of Jilin Agricultural University;2002-02\n8 CHI Li-hua, WANG Li-jun, LIU Hong-zhang, ZHENG Yong-chun (College of Agronomy, Jinlin Agricultural University, Changchun, Jilin 130118, China);VAM and Mineral Nutrition of Fruit Trees[J];Journal of Jilin Agricultural University;2002-02\n9 TANG Xue-dong~1,LI Ya-dong~1,LI Shi-jü~2, WU Lin~1, ZHANG Zhi-dong~1 (1. 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Academe of City Environmental Engineering, Harbin Institute of Technology, Harbin Heilongjiang 150001, PRC; 2. Chinese Research Academy of Environmental Sciences, Beijing 100012, PRC;3. ShanDong University of engineering, Zibo Shandong 255000, PRC );The prospects of mycorrhizal fungi in controlling lake nonpoint source pollution[J];Journal of Northeast Agricultural University;2005-01\n6 YU Qiangbo,LI Yadong,SU Dan,WU Lin,LIU Haiguang,ZHANG Zhidong(College of Horticulture,Jilin Agricultural University,Changchun 130118,China);Effect of mulching on mycorrhizal infection, activity of root and POD activity of roots of blueberry[J];Journal of Northeast Agricultural University;2009-02\n7 LU Yao-dong,WANG Zhi-yun,TAN Jia-de,HU Xian-cong,YIN Ai-hua,TIAN Xue-qin(Foshan Institute of Forestry Sciences,Foshan,Guangdong 528222,China);A study on the effect on greening trees inoculated by mycorrhizal fungi VA[J];Journal of Fujian Forestry Science and Technology;2007-01\n8 Huang Yongfang 1 Li Haihua 2 Chen Hongyue 1 Li Yong 3;PRELIMINARY STUDY ON THE MYCORRHIZA INOCULATION ON THE SEEDLING OF CAMPTOTHECA ACUMINATA[J];Forestry Science and Technology;2003-01\n9 Huang Wanrong, Qin Ling, Liu Zhengliang, and Li Jingang(Department of Food Science, Beijing Agricultural College, 102208);Effect of Mycorrhizal Fungus on the Growth of Malus Plant Seedlings[J];;1995-S1\n10 QIN Fang,MENG Yan-cheng,SU Tian-ming,WEI Guang-bo,JIANG Ze-pu(Soil and Fertilizer Research Institute,Guangxi Academy of Agricultural Sciences,Nanning 530007,China);Effects of different media on the growth of Trichosanthes kirilowii[J];Guangxi Agricultural Sciences;2008-04\n2 Cui Chang-hua1,2, Zheng Xiao-lan1* (1Environment and Plant Protection Research Institute ,CATAS ; 2Plant Protection College, SCUTA; Baodao Xincun, Danzhou, Hainan, P.R. 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