url: =Other Environmental Products companies near Busan, Korea\nCompany List Korea Busan Environment Other Environmental Products\nGreenmembers Co.,ltd. Info Web Phone #304 Busan Venture B/d 651-1 Umkung-dong Sasang-gu Busan 617-030 Gas Disposal Environment Projects Other Recycling Products Chemical Waste Other Environmental Products Other Security & Protection Products\nWorld Innotech Co., Ltd. Info Web Phone 89-8 Deokgye-ri Ungsang-eup Yangsan-si Gyeongsangnam-do 626-841 Other Environmental Products Currency Binders Currency Detectors Financial Equipment Service Equipment\nKmc Supply Inc. Korea Info Web Phone #601 Dobong Bldg. 685-23 Chorye 1-dong Sasang-gu Busan 617-839 Water Treatment Toilets Water Treatment Chemicals Bathroom & Kitchen Fixtures & Fittings Chemicals\nDaehan Chemical Co., Ltd. Korea Info Web Phone 424 Maehak-ri Jeongkwan-myeon Gijang-gun Busan 619-963 Noise Reduction Device Stun Gun Caulking Guns Construction Tools Police & Military Supplies\nYoun Woo Engineering Co., Ltd. Korea Info Phone 1506-3 Dadae-dong Saha-gu Busan 604-826 Gas Disposal Energy Saving Equipment Correction Fluid Office & School Supplies Environment\nHalla Chemical Co., Ltd. Korea Info Web Phone 578 Yongje-dong Iksan-si Jeollabuk-do 570-350 Health & Medical Other Environmental Products Water Treatment Chemicals Agriculture Chemicals\nTaehyun Megatec Co., Ltd. Korea Info Web Phone 63-2 Woongnam-dong Changwon-si Gyeongsangnam-do 641-290 Noise Reduction Device Other Networking Devices Product Certification Certification, Inspection & Credit Management Business Services\nEnvioneer Co., Ltd. Korea Info Web Phone #1304 Aju B/d 679-5 Yeoksam1-dong Gangnam-gu Seoul 135-978 Chemicals Other Environmental Products Environment\nHumming Bio Korea Info Web Phone 25-9 Gomo-ri Jinrye-myeon Gimhae-si Gyeongsangnam-do Noise Reduction Device Anti-static Fabric Other Functional Fabric Functional Fabric Textiles & Leather Products\nWooju Science Co., Ltd. Korea Info Web Phone 584-5 Sammun-ri Jangyoo-myun Kimhae-si Gyeongsangnam-do 621-831 Gas Disposal Environment Projects Environment Product Agents Other Security & Protection Products Cleaning Equipment\nYetec Korea System. Korea Info Web Phone Miryoung Apt 7dong208ho Bisan-2dong Dongan-gu Anyangsi Gyeonggi-do... Measurement & Analysis Instruments Other Environmental Products Environment\nLeesung Industry Co., Ltd. Korea Info Web Phone 54-2 Palyong-dong Changwon-si Gyeongsangnam-do 641-847 Gas Disposal Coal Gas Natural Gas Gas Lighters Other Active Components Diodes\nOther Environmental Products companies in any city in Korea\nAll Environment companies in Busan


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url: =Chinese Journal of Cancer (12)\nZeng, Yi-Xin (109)\nZeng, Yi (82)\nJia, Wei-Hua (20)\nBei, Jin-Xin (19)\nChen, Li-Zhen (19)\nFeng, Qi-Sheng (19)\nXie, Dan (15)\nShao, Jian-Yong (14)\nKang, Tiebang (11)\nLi, Jiang (11)\nLiang, Yi (11)\nZeng, Mu-Sheng (10)\nZhu, Xiao-Feng (10)\nGu, Danan (9)\nQian, Chao-Nan (9)\nZhang, Xiao-Shi (9)\nDing, Ya (8)\nPeng, Rui-Qing (7)\nHou, Jing-Hui (6)\nKang, Tie-Bang (6)\nKung, Hsiang-Fu (6)\nLiao, Yi-Ji (6)\nLu, Chun (6)\nQin, Di (6)\nShen, Guo-Ping (6)\nShugart, Yin Yao (6)\nWang, Hai-Yun (6)\nZhang, Jia-Xing (6)\nCai, Man-Bo (5)\nErnberg, Ingemar (5)\nLiu, Wan-Li (5)\nLv, Zhigang (5)\nPan, Zhi-Zhong (5)\nRao, Hui-Lan (5)\nShen, Zhong-Ying (5)\n1. Trends in incidence and mortality of nasopharyngeal carcinoma over a 20–25 year period (1978/1983–2002) in Sihui and Cangwu counties in southern China Jia, Wei-Hua | Huang, Qi-Hong | Liao, Jian | Ye, Weimin | Shugart, YY | Liu, Qing | Chen, Li-Zhen | Li, Yan-Hua | Lin, Xiao | Wen, Fa-Lin | Adami, Hans-Olov | Zeng, Yi | Zeng, Yi-Xin\n2. ATM-mediated PTEN phosphorylation promotes PTEN nuclear translocation and autophagy in response to DNA-damaging agents in cancer cells Chen, Jing-Hong | Zhang, Peng | Chen, Wen-Dan | Li, Dan-Dan | Wu, Xiao-Qi | Deng, Rong | Jiao, Lin | Li, Xuan | Ji, Jiao | Feng, Gong-Kan | Zeng, Yi-Xin | Jiang, Jian-Wei | Zhu, Xiao-Feng\n3. EV71 virus-like particles produced by co-expression of capsid proteins in yeast cells elicit humoral protective response against EV71 lethal challenge Wang, Xiaowen | Xiao, Xiangqian | Zhao, Miao | Liu, Wei | Pang, Lin | Sun, Xin | Cen, Shan | Yang, Burton B. | Huang, Yuming | Sheng, Wang | Zeng, Yi\nBMC Research Notes 2016;9:42.\nEnterovirus 71; Vaccine; Yeast; Virus-like particle; Hand foot and mouth disease\n4. Household inhalants exposure and nasopharyngeal carcinoma risk: a large-scale case-control study in Guangdong, China He, Yong-Qiao | Xue, Wen-Qiong | Shen, Guo-Ping | Tang, Ling-Ling | Zeng, Yi-Xin | Jia, Wei-Hua\nBMC Cancer 2015;15:1022.\nThe online version of this article (doi:10.1186/s12885-015-2035-x) contains supplementary material, which is available to authorized users.\nIncense burning; Mosquito coil; Cooking fumes; Wood fuel using; NPC risk\n5. Meta-analysis of the efficacy of lansoprazole and omeprazole for the treatment of H.pylori-associated duodenal ulcer Zeng, Yi | Ye, Yutong | Liang, Desen | Guo, Chao | Li, Lijie\nInternational Journal of Physiology, Pathophysiology and Pharmacology 2015;7(3):158-164.\nObjective: To conduct a systematic evaluation of the efficacy of lansoprazole and omeprazole for the treatment of Helicobacter pylori-associated duodenal ulcer. Methods: Online databases, including CHKD, VIP, China Info, the National Digital Library of China, Google Scholar, PubMed, Lippincott Williams & Wilkins, and Wiley Online Library were searched for related studies. The quality of the studies was evaluated in accordance with the Cochrane Handbook for Systematic Reviews of Interventions, and relevant information was extracted from them. The studies were subjected to meta-analysis using RevMan5.3 software, and qualitative analysis was performed for studies, in which the data could not be merged. Results: A total of nine randomized controlled trials (RCTs) were included, all of which presented the possibility of bias. Meta-analysis showed no significant differences between patients treated with lansoprazole combinations and omeprazole combinations in terms of DU healing rate (RR = 1.04, 95% CI = 0.99~1.09, P = 0.93). There were significant differences between those treated by lansoprazole combination and omeprazole combination in terms of HP eradication rate (RR = 1.09, 95% CI = 1.01~1.18, P = 0.04), and there was no serious adverse reaction during the treatment process for both lansoprazole and omeprazole. Conclusion: Lansoprazole and omeprazole exhibit similar efficacy in the treatment of Helicobacter pylori associated duodenal ulcers.\nLansoprazole; omeprazole; duodenal ulcer; HP infection; meta-analysis\n6. Modulation of RNA polymerase II phosphorylation downstream of pathogen perception orchestrates plant immunity Li, Fangjun | Cheng, Cheng | Cui, Fuhao | de Oliveira, Marcos V. V. | Yu, Xiao | Meng, Xiangzong | Intorne, Aline C. | Babilonia, Kevin | Li, Maoying | Li, Bo | Chen, Sixue | Ma, Xiaofeng | Xiao, Shunyuan | Zeng, Yi | Fei, Zhangjun | Metz, Richard | Johnson, Charles D. | Koiwa, Hisashi | Sun, Wenxian | Li, Zhaohu | de Souza Filho, Gonçalo A. | Shan, Libo | He, Ping\nCell host & microbe 2014;16(6):748-758.\nPerception of microbe-associated molecular patterns (MAMPs) elicits host transcriptional reprogramming as part of the immune response. Although pathogen perception is well studied, the signaling networks orchestrating immune gene expression remain less clear. In a genetic screen for components involved in the early immune gene transcription reprogramming, we identified Arabidopsis RNA polymerase II C-terminal domain (CTD) phosphatase-like 3 (CPL3) as a negative regulator of immune gene expression. MAMP perception induced rapid and transient cyclin-dependent kinase (CDKC)-mediated phosphorylation of Arabidopsis CTD. The CDKCs, which are in-turn phosphorylated and activated by a canonical MAP kinase (MAPK) cascade, represent a point of signaling convergence downstream of multiple immune receptors. CPL3 directly dephosphorylated CTD to counteract MAPK-mediated CDKC regulation. Thus, modulation of the phosphorylation dynamics of eukaryotic RNA polymerase II transcription machinery by MAPKs, CTD kinases and phosphatases constitutes an essential mechanism for rapid orchestration of host immune gene expression and defense upon pathogen attacks.\n7. Vitamin D Levels and Cognition in the Elderly Population in China Chei, Choy-Lye | Raman, Prassanna | Yin, Zhao-Xue | Shi, Xiao-Ming | Zeng, Yi | Matchar, David B.\nJournal of the American Geriatrics Society 2014;62(11):2125-2129.\nTo evaluate the association between vitamin D status and cognitive impairment (CI) in elderly aged 60 years and above\nChinese Longitudinal Healthy Longevity Survey, a community-based cohort study in longevity areas in China\nIndividuals with mean age of 84.9 (± 12.7) (n=2004)\nParticipants’ cognitive state was evaluated using the Mini-Mental State Examination (MMSE). Vitamin D in plasma was measured using enzyme-linked immunoassay.\nThe cross-sectional association between quartiles of plasma vitamin D level and CI (MMSE score <18) was modeled using logistic regressions. Plasma vitamin D levels were lower in individuals with CI compared to those without (31.9 (±15.3) versus 45.6 (±19.6)nmol/L). There was a reverse association between plasma vitamin D and CI. After adjusting for age, gender, chronic conditions, smoking and drinking habits, outdoor activities, depression, and Activities of Daily Living limitations, the association remained significant. The multivariable adjusted odds ratio for lowest versus highest vitamin D levels was 2.15 (1.05–4.41) for CI, and the multivariable odds ratio associated with 1-SD decrement of plasma vitamin D was 1.32 (1.00–1.74) for CI.\nIn our sample population, low plasma vitamin D levels were associated with increased odds of CI. Further prospective studies in Asian populations are needed to examine the causal direction of this association.\nVitamin D; cognition; elderly; oldest old; China\n8. Myeloid-derived suppressor cells inhibit T cell proliferation in human extranodal NK/T cell lymphoma: a novel prognostic indicator Zhang, Han | Li, Ze-Lei | Ye, Shu-Biao | Ouyang, Li-Ying | Chen, Yu-Shan | He, Jia | Huang, Hui-Qiang | Zeng, Yi-Xin | Zhang, Xiao-Shi | Li, Jiang\nCancer Immunology, Immunotherapy 2015;64(12):1587-1599.\nThe online version of this article (doi:10.1007/s00262-015-1765-6) contains supplementary material, which is available to authorized users.\nPrognosis; Immunosuppression; Hematopoietic malignancy; MDSCs; NK/T cell lymphoma\n9. Analysis of association among clinical features and shorter leukocyte telomere length in mitochondrial diabetes with m.3243A>G mitochondrial DNA mutation Zhou, Mei-Cen | Min, Rui | Ji, Jian-Jun | Zhang, Shi | Tong, An-Li | Xu, Jian-ping | Li, Zeng-Yi | Zhang, Hua-Bing | Li, Yu-Xiu\n10. Skp2-MacroH2A1-CDK8 axis orchestrates G2/M transition, polyploidy and tumourigenesis Xu, Dazhi | Li, Chien-Feng | Zhang, Xian | Gong, Zhaohui | Chan, Chia-Hsin | Lee, Szu-Wei | Jin, Guoxiang | Rezaeian, Abdol-Hossein | Han, Fei | Wang, Jing | Yang, Wei-Lei | Feng, Zi-Zhen | Chen, Wei | Wu, Ching-Yuan | Wang, Ying-Jan | Chow, Lu-Ping | Zhu, Xiao-Feng | Zeng, Yi-Xin | Lin, Hui-Kuan\nNature communications 2015;6:6641.\nUnderstanding the mechanism by which cell growth, migration, polyploidy, and tumourigenesis are regulated may provide important therapeutic strategies for cancer therapy. Here we identify the Skp2-macroH2A1 (mH2A1)-CDK8 axis as a critical pathway for these processes, and deregulation of this pathway is associated with human breast cancer progression and patient survival outcome. We showed that mH2A1 is a new substrate of Skp2 SCF complex whose degradation by Skp2 promotes CDK8 gene and protein expression. Strikingly, breast tumour suppression upon Skp2 deficiency can be rescued by mH2A1 knockdown or CDK8 restoration using mouse tumour models. We further show that CDK8 regulates p27 protein expression by facilitating Skp2-mediated p27 ubiquitination and degradation. Our study establishes a critical role of Skp2-mH2A1-CDK8 axis in breast cancer development and targeting this pathway offers a promising strategy for breast cancer therapy.\n11. Association of CELF2 polymorphism and the prognosis of nasopharyngeal carcinoma in southern Chinese population Guo, Yun-Miao | Sun, Ming-Xia | Li, Jing | Liu, Tong-Tong | Huang, Hang-Zhen | Chen, Jie-Rong | Liu, Wen-Sheng | Feng, Qi-Sheng | Chen, Li-Zhen | Bei, Jin-Xin | Zeng, Yi-Xin\nnasopharyngeal carcinoma; SNP; CELF2; prognosis\n12. A novel pathogenic germline mutation in the adenomatous polyposis coli gene in a Chinese family with familial adenomatous coli Jiang, Shan-Shan | Li, Jian-Jun | Li, Yin | He, Long-Jun | Wang, Qi-Jing | Weng, De-Sheng | Pan, Ke | Liu, Qing | Zhao, Jing-Jing | Pan, Qiu-Zhong | Zhang, Xiao-Fei | Tang, Yan | Chen, Chang-Long | Zhang, Hong-Xia | Xu, Guo-Liang | Zeng, Yi-Xin | Xia, Jian-Chuan\nAPC gene; familial adenomatous polyposis; exon deletion; targeted next-generation sequencing; chinese population\n13. Anomalous Structural Transition and Electrical Transport Behaviors in Compressed Zn2SnO4: Effect of Interface Zhang, Haiwa | Ke, Feng | Li, Yan | Wang, Li | Liu, Cailong | Zeng, Yi | Yao, Mingguang | Han, Yonghao | Ma, Yanzhang | Gao, Chunxiao\nScientific Reports 2015;5:14417.\nThe interface effect is one of the most important factors that strongly affect the structural transformations and the properties of nano-/submicro-crystals under pressure. However, characterization of the granular boundary changes in materials is always challenging. Here, using tetrakaidecahedral Zn2SnO4 microcrystals as an example, we employed alternating current impedance, X-ray diffraction methods and transmission electron microscopy to elucidate the effect of the interface on the structure and electrical transport behavior of the Zn2SnO4 material under pressure. We clearly show that grain refinement of the initial microcrystals into nanocrystals (approximately 5 nm) occurs at above 12.5 GPa and is characterized by an anomalous resistance variation without a structural phase transition. A new phase transition pathway from the cubic to hexagonal structure occurs at approximately 29.8 GPa in Zn2SnO4. The unexpected grain refinement may explain the new structural transition in Zn2SnO4, which is different from the previous theoretical prediction. Our results provide new insights into the link between the structural transition, interface changes and electrical transport properties of Zn2SnO4.\n14. High Sensitivity C-Reactive Protein Associated with Different Health Predictors in Middle-Aged and oldest old Chinese Zhai, Yi | Shi, Xiao Ming | Fitzgerald, Simon Michael | Qian, Han Zhu | Kraus, Virginia B | Sereny, Melanie | Hu, Perry | Yin, Zhao Xue | Xu, Jian Wei | Zeng, Yi\nBiomedical and environmental sciences : BES 2012;25(3):257-266.\nTo describe the distribution of plasma high sensitivity C-reactive protein (hsCRP) and explore the relationship between hsCRP and metabolic risk factors among residents living in longevity areas of China.\n268 individuals aged between 40 and 59 years and 506 individuals aged over 90 years were selected from 5 longevity areas of China to participate in a cross section longitudinal cohort study. The participants were interviewed with general health related questionnaire to collect their demographic, behavioral and lifestyle data, as well as their chronic conditions, and meanwhile their physical and biomedical parameters including waist circumference (WC), blood pressure (BP), hsCRP, plasma lipids, and fasting blood glucose (FBG) were measured.\nThe median of hsCRP was 0.99 mg/L in the middle-aged group and 1.76 mg/L in the oldest old group. No significant gender difference was observed between the above two groups. Among the oldest old individuals, 36.56% had an hsCRP level >3.0 mg/L. The prevalence of high hsCRP was 16.79% in the middle-aged group. The results of stepwise multiple linear regression analyses showed that HDL-C was independently associated with ln (hsCRP) concentration in the middle-aged group, whereas ln (TG), HDL-C and FBG were correlated after adjustment for gender, study site, smoking, drinking, education and BMI in the oldest old group.\nHDL-C is a stronger predictor of elevated hsCRP than other metabolic factors in the middle-aged population. For the oldest old persons, high TG, low HDL-C, and FBG predict elevated plasma hsCRP.\nHigh-sensitivity C-reactive protein; Blood lipids; Fasting blood glucose; Middle-aged; Oldest old individuals; Longevity; China\n15. NOP14 suppresses breast cancer progression by inhibiting NRIP1/Wnt/β-catenin pathway Lei, Jin-Ju | Peng, Rou-Jun | Kuang, Bo-Hua | Yuan, Zhong-Yu | Qin, Tao | Liu, Wen-Sheng | Guo, Yun-Miao | Han, Hui-Qiong | Lian, Yi-Fan | Deng, Cheng-Cheng | Zhang, Hao-Jiong | Chen, Li-Zhen | Feng, Qi-Sheng | Xu, Miao | Feng, Lin | Bei, Jin-Xin | Zeng, Yi-Xin\nNOP14, which is functionally conserved among eukaryotes, has been implicated in cancer development. Here, we show that NOP14 is poorly expressed in breast cancer cells and invasive breast cancer tissues. In vivo and in vitro studies indicated that NOP14 suppressed the tumorigenesis and metastasis of breast cancer cells. Further investigations revealed that NOP14 enhanced ERα expression and inhibited the Wnt/β-catenin pathway by up-regulating NRIP1 expression. Survival analysis indicated that low NOP14 expression was significantly associated with poor overall survival (P = 0.0006) and disease-free survival (P = 0.0007), suggesting that NOP14 is a potential prognostic factor in breast cancer. Taken together, our findings reveal that NOP14 may suppress breast cancer progression and provide new insights into the development of targeted therapeutic agents for breast cancer.\nNOP14; breast cancer; NRIP1; Wnt/β-catenin pathway\n16. Phylogenetic and Temporal Dynamics of Human Immunodeficiency Virus Type 1B in China: Four Types of B Strains Circulate in China Ye, Jingrong | Lu, Hongyan | Su, Xueli | Xin, Ruolei | Bai, Lishi | Xu, Ke | Yu, Shuangqing | Feng, Xia | Yan, Hong | He, Xiong | Zeng, Yi\nAIDS Research and Human Retroviruses 2014;30(9):920-926.\nTo investigate the origin and evolutionary history of the spread of HIV-1 subtype B in China, a total of 409 sequences of pol gene sampled from 1994 to 2012 in 29 provinces across China was subjected to phylogenetic and Bayesian molecular clock analyses. The study reveals that subtype B strains in China are genetically diverse and can be classified into four distinct subgroups, namely B′ (Thai-B), BJ-B (Beijing-B), Pan-B (Pandemic-B), and TW-B (Taiwan-B), according to the origin of the sequences. The BJ-B and TW-B are reported for the first time. Phylogeographic analysis reveals that B′ exhibits a nationwide, transprovincial distribution, and is found in 21 provinces in China in this study, whereas the Pan-B, BJ-B, and TW-B lineages are restricted to particular regions. From the same common ancestor of B′, there arise two subclusters in which sequences from Yunnan occupy the basal position. The times of the most recent common ancestors (tMRCAs) of B′ and BJ-B are estimated to be 1983.6 (1975.9–1990.3) and 1995.3 (1989.6–2000.3), respectively. The skyline plot profile reveals an exponential decrease in median number of effective infections of subtype B in China from 1994 to 2009. The existence of four types of B clades also indicates distinct transmission networks of subtype B, originating from different introduction events at different time points. The data presented here offer a new perspective on the epidemic of HIV-1 subtype B in China.\n17. Sentinel Lymph Node Detection Using Carbon Nanoparticles in Patients with Early Breast Cancer Wu, Xiufeng | Lin, Qingzhong | Chen, Gang | Lu, Jianping | Zeng, Yi | Chen, Xia | Yan, Jun\nPLoS ONE 2015;10(8):e0135714.\nFirstly, we performed a pilot study to demonstrate the optimized condition using carbon nanoparticles for sentinel lymph nodes (SLNs) detection by investigating 36 clinically node negative breast cancer patients. In subsequent prospective study, 83 patients with clinically node negative breast cancer were included to evaluate SLNs using carbon nanoparticles. Another 83 SLNs were detected by using blue dye. SLNs detection parameters were compared between the methods. All patients irrespective of the SLNs status underwent axillary lymph node dissection for verification of axillary node status after the SLN biopsy.\nIn pilot study, a 1 ml carbon nanoparticles suspension used 10–15min before surgery was associated with the best detection rate. In subsequent prospective study, with carbon nanoparticles, the identification rate, accuracy, false negative rate was 100%, 96.4%, 11.1%, respectively. The identification rate and accuracy were 88% and 95.5% with 15.8% of false negative rate using blue dye technique. The use of carbon nanoparticles suspension showed significantly superior results in identification rate (p = 0.001) and reduced false-negative results compared with blue dye technique.\n18. Urokinase-type plasminogen activator receptor signaling is critical in nasopharyngeal carcinoma cell growth and metastasis Bao, Ying-Na | Cao, Xue | Luo, Dong-Hua | Sun, Rui | Peng, Li-Xia | Wang, Lin | Yan, Yong-Pan | Zheng, Li-Sheng | Xie, Ping | Cao, Yun | Liang, Ying-Ying | Zheng, Fang-Jing | Huang, Bi-Jun | Xiang, Yan-Qun | Lv, Xing | Chen, Qiu-Yan | Chen, Ming-Yuan | Huang, Pei-Yu | Guo, Ling | Mai, Hai-Qiang | Guo, Xiang | Zeng, Yi-Xin | Qian, Chao-Nan\n19. Identification of new susceptibility loci for IgA nephropathy in Han Chinese Li, Ming | Foo, Jia-Nee | Wang, Jin-Quan | Low, Hui-Qi | Tang, Xue-Qing | Toh, Kai-Yee | Yin, Pei-Ran | Khor, Chiea-Chuen | Goh, Yu-Fen | Irwan, Ishak D. | Xu, Ri-Cong | Andiappan, Anand K. | Bei, Jin-Xin | Rotzschke, Olaf | Chen, Meng-Hua | Cheng, Ching-Yu | Sun, Liang-Dan | Jiang, Geng-Ru | Wong, Tien-Yin | Lin, Hong-Li | Aung, Tin | Liao, Yun-Hua | Saw, Seang-Mei | Ye, Kun | Ebstein, Richard P. | Chen, Qin-Kai | Shi, Wei | Chew, Soo-Hong | Chen, Jian | Zhang, Fu-Ren | Li, Sheng-Ping | Xu, Gang | Shyong Tai, E. | Wang, Li | Chen, Nan | Zhang, Xue-Jun | Zeng, Yi-Xin | Zhang, Hong | Liu, Zhi-Hong | Yu, Xue-Qing | Liu, Jian-Jun\n20. Low-density Lipoprotein Cholesterol was Inversely Associated with 3-Year All-Cause Mortality among Chinese Oldest Old: Data from the Chinese Longitudinal Healthy Longevity Survey LV, Yue-Bin | YIN, Zhao-Xue | CHEI, Choy-Lye | QIAN, Han-Zhu | Kraus, Virginia Byers | ZHANG, Juan | Brasher, Melanie Sereny | SHI, Xiao-Ming | Matchar, David Bruce | ZENG, Yi\nLDL-C; mortality; oldest old; epidemiology; China\n21. Pak2 regulates hematopoietic progenitor cell proliferation, survival and differentiation Zeng, Yi | Broxmeyer, Hal E. | Staser, Karl | Chitteti, Brahmananda Reddy | Park, Su-Jung | Hahn, Seongmin | Cooper, Scott | Sun, Zejin | Jiang, Li | Yang, XianLin | Yuan, Jin | Kosoff, Rachelle | Sandusky, George | Srour, Edward F. | Chernoff, Jonathan | Clapp, Wade\nStem cells (Dayton, Ohio) 2015;33(5):1630-1641.\np21-activated kinase 2 (Pak2), a serine/threonine kinase, has been previously shown to be essential for hematopoietic stem cell (HSC) engraftment. However, Pak2 modulation of long-term hematopoiesis and lineage commitment remain unreported. Utilizing a conditional Pak2 knock out (KO) mouse model, we found that disruption of Pak2 in HSCs induced profound leukopenia and a mild macrocytic anemia. Although loss of Pak2 in HSCs leads to less efficient short- and long-term competitive hematopoiesis than wild type (WT) cells, it does not affect HSC self-renewal per se. Pak2 disruption decreased the survival and proliferation of multi-cytokine stimulated immature progenitors. Loss of Pak2 skewed lineage differentiation toward granulocytopoiesis and monocytopoiesis in mice as evidenced by 1) a three to six-fold increase in the percentage of peripheral blood granulocytes and a significant increase in the percentage of granulocyte-monocyte progenitors (GMPs) in mice transplanted with Pak2-disrupted BM; 2) Pak2-disrupted BM and c-kit+ cells yielded higher numbers of more mature subsets of granulocyte-monocyte colonies and polymophonuclear neutrophils (PMNs), respectively, when cultured in the presence of granulocyte-macrophage colony stimulating factor (GM-CSF). Pak2 disruption resulted respectively in decreased and increased gene expression of transcription factors JunB and c-Myc, which may suggest underlying mechanisms by which Pak2 regulates granulocyte-monocyte lineage commitment. Furthermore, Pak2 disruption led to 1) higher percentage of CD4+CD8+ double positive T cells and lower percentages of CD4+CD8− or CD4−CD8+ single positive T cells in thymus and 2) decreased numbers of mature B cells and increased numbers of Pre-Pro B cells in BM, suggesting defects in lymphopoiesis.\nPak2; hematopoietic progenitor cell; myelopoiesis; lymphopoiesis\n22. WNT5A promotes stemness characteristics in nasopharyngeal carcinoma cells leading to metastasis and tumorigenesis Qin, Li | Yin, Yan-Tao | Zheng, Fang-Jing | Peng, Li-Xia | Yang, Chang-Fu | Bao, Ying-Na | Liang, Ying-Ying | Li, Xin-Jian | Xiang, Yan-Qun | Sun, Rui | Li, An-Hua | Zou, Ru-Hai | Pei, Xiao-Qing | Huang, Bi-Jun | Kang, Tie-Bang | Liao, Duan-Fang | Zeng, Yi-Xin | Williams, Bart O. | Qian, Chao-Nan\nnasopharyngeal carcinoma; WNT5A; metastasis; tumorigenesis; PKC\n23. Activating the Wnt/β-Catenin Pathway for the Treatment of Melanoma – Application of LY2090314, a Novel Selective Inhibitor of Glycogen Synthase Kinase-3 Atkinson, Jennifer M. | Rank, Kenneth B. | Zeng, Yi | Capen, Andrew | Yadav, Vipin | Manro, Jason R. | Engler, Thomas A. | Chedid, Marcio\nPLoS ONE 2015;10(4):e0125028.\nIt has previously been observed that a loss of β-catenin expression occurs with melanoma progression and that nuclear β-catenin levels are inversely proportional to cellular proliferation, suggesting that activation of the Wnt/β-catenin pathway may provide benefit for melanoma patients. In order to further probe this concept we tested LY2090314, a potent and selective small-molecule inhibitor with activity against GSK3α and GSK3β isoforms. In a panel of melanoma cell lines, nM concentrations of LY2090314 stimulated TCF/LEF TOPFlash reporter activity, stabilized β-catenin and elevated the expression of Axin2, a Wnt responsive gene and marker of pathway activation. Cytotoxicity assays revealed that melanoma cell lines are very sensitive to LY2090314 in vitro (IC50 ~10nM after 72hr of treatment) in contrast to other solid tumor cell lines (IC50 >10uM) as evidenced by caspase activation and PARP cleavage. Cell lines harboring mutant B-RAF or N-RAS were equally sensitive to LY2090314 as were those with acquired resistance to the BRAF inhibitor Vemurafenib. shRNA studies demonstrated that β-catenin stabilization is required for apoptosis following treatment with the GSK3 inhibitor since the sensitivity of melanoma cell lines to LY290314 could be overcome by β-catenin knockdown. We further demonstrate that in vivo, LY2090314 elevates Axin2 gene expression after a single dose and produces tumor growth delay in A375 melanoma xenografts with repeat dosing. The activity of LY2090314 in preclinical models suggests that the role of Wnt activators for the treatment of melanoma should be further explored.\n24. Evaluation of non-viral risk factors for nasopharyngeal carcinoma in a high-risk population of Southern China Guo, Xiuchan | Johnson, Randall C. | Deng, Hong | Liao, Jian | Guan, Li | Nelson, George W. | Tang, Mingzhong | Zheng, Yuming | de The, Guy | O’Brien, Stephen J. | Winkler, Cheryl A. | Zeng, Yi\n25. Corrigendum: New loci and coding variants confer risk for age-related macular degeneration in East Asians Cheng, Ching-Yu | Yamashiro, Kenji | Jia Chen, Li | Ahn, Jeeyun | Huang, Lulin | Huang, Lvzhen | Cheung, Chui Ming G. | Miyake, Masahiro | Cackett, Peter D. | Yeo, Ian Y. | Laude, Augustinus | Mathur, Ranjana | Pang, Junxiong | Sim, Kar Seng | Koh, Adrian H. | Chen, Peng | Lee, Shu Yen | Wong, Doric | Chan, Choi Mun | Loh, Boon Kwang | Sun, Yaoyao | Davila, Sonia | Nakata, Isao | Nakanishi, Hideo | Akagi-Kurashige, Yumiko | Gotoh, Norimoto | Tsujikawa, Akitaka | Matsuda, Fumihiko | Mori, Keisuke | Yoneya, Shin | Sakurada, Yoichi | Iijima, Hiroyuki | Iida, Tomohiro | Honda, Shigeru | Lai, Timothy Yuk Yau | Tam, Pancy Oi Sin | Chen, Haoyu | Tang, Shibo | Ding, Xiaoyan | Wen, Feng | Lu, Fang | Zhang, Xiongze | Shi, Yi | Zhao, Peiquan | Zhao, Bowen | Sang, Jinghong | Gong, Bo | Dorajoo, Rajkumar | Yuan, Jian-Min | Koh, Woon-Puay | van Dam, Rob M. | Friedlander, Yechiel | Lin, Yin | Hibberd, Martin L. | Foo, Jia Nee | Wang, Ningli | Wong, Chang Hua | Tan, Gavin S. | Park, Sang Jun | Bhargava, Mayuri | Gopal, Lingam | Naing, Thet | Liao, Jiemin | Ong, Peng Guan | Mitchell, Paul | Zhou, Peng | Xie, Xuefeng | Liang, Jinlong | Mei, Junpu | Jin, Xin | Saw, Seang-Mei | Ozaki, Mineo | Mizoguchi, Takinori | Kurimoto, Yasuo | Woo, Se Joon | Chung, Hum | Yu, Hyeong-Gon | Shin, Joo Young | Park, Dong Ho | Kim, In Taek | Chang, Woohyok | Sagong, Min | Lee, Sang-Joon | Kim, Hyun Woong | Lee, Ji Eun | Li, Yi | Liu, Jianjun | Teo, Yik Ying | Heng, Chew Kiat | Lim, Tock Han | Yang, Suk-Kyun | Song, Kyuyoung | Vithana, Eranga N. | Aung, Tin | Bei, Jin Xin | Zeng, Yi Xin | Tai, E. Shyong | Li, Xiao Xin | Yang, Zhenglin | Park, Kyu-Hyung | Pang, Chi Pui | Yoshimura, Nagahisa | Wong, Tien Yin | Khor, Chiea Chuen


url: =WAVE!! Surfing Yappe!! - Episode 12 VOSTFR streaming - Anime Complet\non 31 mars 2021 in WAVE!! Surfing Yappe!! VOSTFR\nWAVE!! Surfing Yappe!! – Episode 12 VOSTFR FIN\n▪ WAVE!! Surfing Yappe!! – Episode 12 VOSTFR WAVE!! Surfing Yappe!! – Episode 12 VOSTFR WAVE!! Surfing Yappe!! – Episode 11 VOSTFR WAVE!! Surfing Yappe!! – Episode 10 VOSTFR WAVE!! Surfing Yappe!! – Episode 9 VOSTFR WAVE!! Surfing Yappe!! – Episode 8 VOSTFR WAVE!! Surfing Yappe!! – Episode 7 VOSTFR WAVE!! Surfing Yappe!! – Episode 6 VOSTFR WAVE!! Surfing Yappe!! – Episode 5 VOSTFR WAVE!! Surfing Yappe!! – Episode 4 VOSTFR WAVE!! Surfing Yappe!! – Episode 3 VOSTFR WAVE!! Surfing Yappe!! – Episode 2 VOSTFR WAVE!! Surfing Yappe!! – Episode 1 VOSTFR\nPour regarder WAVE!! Surfing Yappe!! – Episode 12 VOSTFR, rien de plus facile, il vous suffit de choisir le lecteur de votre choix (s'il y en a plusieurs) et commencer à visionner gratuitement.


url: =Fu mian qing xu de li liang : jia yu hei an de qing xu zou xiang geng ming liang de li ming = The positive power of negative emotions : how harnessing your darker feelings can help you see a brighter dawn (Book, 2020) [WorldCat.org]\nI thought you might be interested in this item at http://www.worldcat.org/oclc/1178794861 Title: Fu mian qing xu de li liang : jia yu hei an de qing xu zou xiang geng ming liang de li ming = The positive power of negative emotions : how harnessing your darker feelings can help you see a brighter dawn Author: 洛瑪斯 (Lomas, Tim), 1979- 文字作者 提姆.洛瑪斯(Tim Lomas)著 ; 吳湘湄譯 吳湘湄 ; Luo ma si, (Lomas Tim); Tim Lomas; Xiangmei Wu, (ying yu) Publisher: Tai zhong shi : chen xing chu ban you xian gong si, Tai bei shi : zhi ji tu shu gu fen you xian gong si. 2020.02. ISBN/ISSN: 9789864439577 986443957X OCLC:1178794861\n負面情緖的力量 : 駕馭黑暗的情緖走向更明亮的黎明 = The positive power of negative emotions : how harnessing your darker feelings can help you see a brighter dawn /\nFu mian qing xu de li liang : jia yu hei an de qing xu zou xiang geng ming liang de li ming = The positive power of negative emotions : how harnessing your darker feelings can help you see a brighter dawn\n洛瑪斯 (Lomas, Tim), 1979- 文字作者 提姆.洛瑪斯(Tim Lomas)著 ; 吳湘湄譯 吳湘湄 ; Luo ma si, (Lomas Tim); Tim Lomas; Xiangmei Wu, (ying yu)\n晨星出版有限公司, 知己圖書股份有限公司 Tai zhong shi : chen xing chu ban you xian gong si, Tai bei shi : zhi ji tu shu gu fen you xian gong si. 2020.02.\nJing cao sheng huo. xin li li zhi, 459.; Jing cao sheng huo. xin li li zhi, 459.\nFind more information about: Luo ma si, (Lomas Tim) Tim Lomas Xiangmei Wu, (ying yu)\nThe Positive power of negative emotions.\nHow harnessing your darker feelings can help you see a brighter dawn.\nJia yu hei an de qing xu zou xiang geng ming liang de li ming.\nti mu.luo ma si(Tim Lomas) zhu ; wu xiang mei yi.\nFu mian qing xu de li liang : jia yu hei an de qing xu zou xiang geng ming liang de li ming = The positive power of negative emotions : how harnessing your darker feelings can help you see a brighter dawn". Be the first.


url: =北ben)┤惺shou)家面(mian)向科(ke)技型中(zhong)小(xiao)微企業的綜合性金融服務(wu)平台，目(mu)前(qian)淨資產(chan)已超過人(ren)民幣25億元。北ben)┤蹇蟛聘煌蹲視邢薰gong)司(si)成立于2005年(nian)對直(zhi)銷銀行(xing)xiao)?教　?　鶼邸　?　Ｏxian)、第(di)三(san)方支付、眾籌等細(xi)分領域的數千家代表性企業進行(xing)評選。\n海科(ke)金集團共有十家業務(wu)子(zi)公(gong)司(si)，分zhi)鷂wei)北ben)┬zhong)海創業投資有限公(gong)司(si)、北ben)└５　ke)技企業融資擔(dan)保有限公(gong)司(si)、北ben)　翁┬xiao)額貸款(kuan)股份公(gong)司(si)、北ben)└；.....\n2019年(nian)6月(yue)6日上(shang)午，海澱區稅務(wu)局為(wei)進一步(bu)落實稅務(wu)總局“銀稅互動”工作，落實優化(hua)營商環境，服務(wu)企業發展，更(geng)好(hao)地讓(rang)“銀稅互動”活動惠(hui)及(ji)海澱區的守信企業dan)　繞湮wei)優質的雙創企業提供更(geng)加便捷、廣泛的信貸金融資源，特舉辦“銀稅互動”信用(yong)貸款(kuan)產(chan)品推介會于北ben)┤　濤wu)酒(jiu)店隆(long)重舉行(xing)xiao)︰？ke)金集團作為(wei)專業金融服務(wu)機構再次受邀出席。\n海科(ke)金集團版(ban)權所有Copyright 2011-2017 All right resevrd京ICP備11022072號-1 技術支持︰海天(tian)通達(da)科(ke)技


url: =Yufei Jiang - researchr alias\nPublications by 'Yufei Jiang'\nEnergy Consumption Minimization With Throughput Heterogeneity in Wireless-Powered Body Area NetworksTong Wang 0010, Yang Shen, Lin Gao 0001, Yufei Jiang, Ting Ma 0001, Xu Zhu 0001. iotj, 8(5):3369-3383, 2021. [doi]\nA Multi-Featured Actor-Critic Relay Selection Scheme for Large-Scale Energy Harvesting WSNsTong Wang 0010, Shiting Wu, Zhenyong Wang, Yufei Jiang, Ting Ma 0001, Zhihua Yang. wcl, 10(1):180-184, 2021. [doi]\nSuperposition Based Nonlinearity Mitigation for ACO-OFDM Optical Wireless CommunicationsYufei Jiang, Mingyang Wang, Xu Zhu 0001, Chengyi Liang, Tong Wang 0010, Sumei Sun. wcl, 10(3):469-473, 2021. [doi]\nA Novel Graphics-Based Multi-Epoch Power Adjustment Strategy for WPCNsTong Wang 0010, Zhipeng Yan, Lin Gao 0001, Yufei Jiang, Ting Ma, Zhihua Yang. tvt, 69(11):14093-14098, 2020. [doi]\nShort Frame Structure Optimization for Industrial IoT with Heterogeneous Traffic and Shared PilotJie Cao, Xu Zhu, Yufei Jiang, Yujie Liu, Fu-Chun Zheng. globecom 2020: 1-6 [doi]\nEfficient Enhanced K-Means Clustering for Semi-Blind Channel Estimation of Cell-Free Massive MIMOXuefeng Huang, Xu Zhu, Yufei Jiang, Yujie Liu. icc 2020: 1-6 [doi]\nCrowd-MECS: A Novel Crowdsourcing Framework for Mobile Edge Caching and SharingChangkun Jiang, Lin Gao 0001, Tong Wang 0010, Yufei Jiang, JianQiang Li. iotj, 7(10):9426-9440, 2020. [doi]\nAn Interference Alignment and ICA-Based Semiblind Dual-User Downlink NOMA System for High-Reliability Low-Latency IoTXin Wan, Xu Zhu 0001, Yufei Jiang, Yujie Liu, Jiahe Zhao. iotj, 7(11):10837-10851, 2020. [doi]\nBlind Timing Synchronization for DCO-OFDM VLC SystemsJianguo Yang, Yufei Jiang, Xu Zhu, Da Sun, Tong Wang 0010, Fuchun Zheng. globecom 2020: 1-5 [doi]\nLow-Complexity Matrix-Based Conjugate Gradient Channel Estimation for Cooperative Wireless Sensor NetworksTong Wang 0010, Fei Long, Ting Ma, Lin Gao 0001, Yufei Jiang, Lu Chang. tvt, 68(4):4078-4083, 2019. [doi]\nJoint Block Length and Pilot Length Optimization for URLLC in the Finite Block Length RegimeJie Cao, Xu Zhu, Yufei Jiang, Yujie Liu, Fu-Chun Zheng. globecom 2019: 1-6 [doi]\nClosed-Form Beamforming Aided Joint Optimization for Spectrum- and Energy-Efficient UAV-BS NetworksKe Li, Xu Zhu, Yufei Jiang, Fu-Chun Zheng. globecom 2019: 1-6 [doi]\nPA-Efficiency-Aware Hybrid PAPR Reduction for F-OFDM Systems with ICA Based Blind EqualizationHan Lin, Xu Zhu 0002, Yufei Jiang, Yujie Liu, Yuan Zhuang, Lin Gao 0001. wcnc 2019: 1-6 [doi]\nSemi-Blind Joint Multi-CFO and Multi-Channel Estimation for GFDMA with Arbitrary Carrier AssignmentYujie Liu, Xu Zhu 0001, Eng Gee Lim, Yufei Jiang, Yi Huang 0001. globecom 2019: 1-6 [doi]\nRobust Semi-Blind Estimation of Channel and CFO for GFDM SystemsYujie Liu, Xu Zhu 0001, Eng Gee Lim, Yufei Jiang, Yi Huang 0001. icc 2019: 1-7 [doi]\nFast Iterative Semi-Blind Receiver for URLLC in Short-Frame Full-Duplex Systems With CFOYujie Liu, Xu Zhu 0001, Eng Gee Lim, Yufei Jiang, Yi Huang. jsac, 37(4):839-853, 2019. [doi]\nLow-Complexity and Robust PAPR Reduction and LED Nonlinearity Mitigation for UACO-OFDM LiFi SystemsHongkun Liu, Yufei Jiang, Xu Zhu 0001, Tong Wang 0010. icc 2019: 1-6 [doi]\nA Lightweight Framework for Regular Expression VerificationXiao Liu, Yufei Jiang, Dinghao Wu. hase 2019: 1-8 [doi]\nNull Subcarriers Assisted Impulsive Noise Mitigation for In-Vehicle Power Line Communication in the Presence of Narrowband InterferenceJun Yin, Xu Zhu 0001, Yi Huang, Yufei Jiang. tvt, 68(1):498-508, 2019. [doi]\nRedDroid: Android Application Redundancy Customization Based on Static AnalysisYufei Jiang, Qinkun Bao, Shuai Wang, Xiao Liu, Dinghao Wu. issre 2018: 189-199 [doi]\nRobust and Low-Complexity Timing Synchronization for DCO-OFDM LiFi SystemsYufei Jiang, Yunlu Wang, Pan Cao, Majid Safari, John S. Thompson, Harald Haas. jsac, 36(1):53-65, 2018. [doi]\nBlind PAPR Reduction and ICA Based Equalization for mmWave FBMC-OQAM SystemsRuixue Liu, Xu Zhu 0001, Yufei Jiang, Xiaojie Dong, Fuchun Zheng. icc 2018: 1-6 [doi]\nIterative Semi-Blind CFO Estimation, SI Cancelation and Signal Detection for Full-Duplex SystemsYujie Liu, Xu Zhu 0001, Eng Gee Lim, Yufei Jiang, Yi Huang. globecom 2018: 1-7 [doi]\nLow Complexity Cooperative Positioning in Multipath EnvironmentBoda Liu, Xu Zhu 0001, Yufei Jiang, Yi Huang. iccchina 2018: 298-303 [doi]\nHigh-Accuracy Joint Multi-CFO and Multi-TOA Estimation for Multiuser SIMO OFDM SystemsYujie Liu, Xu Zhu 0001, Eng Gee Lim, Yufei Jiang, Yi Huang. icc 2018: 1-6 [doi]\nSet-Membership Conjugate Gradient Channel Estimation for Wireless Sensor NetworksFei Long, Tong Wang, Ting Ma, Lin Gao, Yufei Jiang, Lu Chang. wcsp 2018: 1-6 [doi]\nJoint Frame Detection and Channel Estimation for DCO-OFDM LiFi SystemsYufei Jiang, Majid Safari, Harald Haas. unet 2017: 532-541 [doi]\nNatural Shell: An Assistant for End-User ScriptingXiao Liu, Yufei Jiang, Lawrence Wu, Dinghao Wu. ijpop, 5(1):1-18, 2016. [doi]\nSemi-Blind Carrier Frequency Offset Estimation and Channel EqualizationYufei Jiang, Xu Zhu, Eng Gee Lim, Yi Huang, Hai Lin. Springer Briefs in Electrical and Computer Engineering, Springer, 2015. [doi]\nA Preliminary Analysis and Case Study of Feature-Based Software Customization (Extended Abstract)Yufei Jiang, Can Zhang, Dinghao Wu, Peng Liu. qrs 2015: 184-185 [doi]\nLow-Complexity Semiblind Multi-CFO Estimation and ICA-Based Equalization for CoMP OFDM SystemsYufei Jiang, Xu Zhu, Enggee Lim, Yi Huang, Hai Lin. tvt, 63(4):1928-1934, 2014. [doi]\nICA based joint semi-blind equalization and CFO estimation for OFDMA systemsYufei Jiang, Xu Zhu, Eng Gee Lim, Yi Huang, Hai Lin. globecom 2014: 3430-3434 [doi]\nLow-complexity frequency synchronization for ICA based semi-blind CoMP systems with ICI and phase rotation caused by multiple CFOsYufei Jiang, Xu Zhu, Enggee Lim, Yi Huang, Hai Lin. icc 2014: 4571-4576 [doi]\nJoint semi-blind channel equalization and ICI mitigation for carrier aggregation based CoMP OFDMA systems with multiple CFOsYufei Jiang, Xu Zhu, Enggee Lim, Yi Huang. icc 2013: 4586-4590 [doi]\nSemi-blind MIMO OFDM systems with precoding aided CFO estimation and ICA based equalizationYufei Jiang, Xu Zhu, Enggee Lim, Hai Lin, Yi Huang. globecom 2013: 3499-3503 [doi]\nOrthogonal sequences based multi-CFO estimation and semi-blind ICA based equalization for multiuser comp systemsYufei Jiang, Zhu Xu, Enggee Lim, Huang Yi. comsis, 9(4):1385-1406, 2012. [doi]\nSemi-blind CoMP system with multiple-CFO estimation and ICA based equalizationYufei Jiang, Xu Zhu, Eng Lim, Hai Lin, Yi Huang. globecom 2012: 3783-3788 [doi]\nAn international peer-review system for a Chinese scientific journalYuehong Zhang, Yachun Yuan, Yufei Jiang. lp, 16(2):91-94, 2003. [doi]


url: =《Meitan Higher Education》-2003-04\nCollection of Fees by Universities: Dilemma in Ratio Juris and Amendments to the System WANG Chang-le (School of Teacher Education, Jiangsu University, Zhenjiang 212013 China)\nInitiating High-tech Enterprises: A Historical Alternative to Adapt to Social Development ZHANG Jue (Institute of Intelligence, Shanghai Municipal Academy of Science and Education, Shanghai 200032 China)\nOn Social Control of Academic Freedom CHEN He-fang (Institute of Education, Huazhong University of Science and Technology, Wuhan 430074 China)\nA Study of the Research Functions of the University in the Perspective of Postmodern Knowledge Type SHAO Bo (School of Education, Suzhou University, Suzhou 215021 China)\nEducation-running by a Line of Industry and the Development and Reform of Higher Education ZHAO Qing-nian 1, ZHANG Ya-qun 2 (1. Heilongjiang Institute of Technology, Jixi 158105 Chian; 2. Institute of Higher Education, Xiamen University, Xiamen 361005 China)\nHigher Continuing Education: Deviation and Rectification AN Xin, WEI Hong-mei (Institute of Higher Education, Northwest Normal University, Lanzhou 730070 China)\nReforms in Fund-raising Channels for Institutions of Higher Learning LIU Xiao-xia (Institute of Higher Education, Shantou University, Shantou 515063 China)\nA Study of Tuition Fees Collection by Universities and the Individual Capability for Bearing the Cost ZHANG Li-ju (Institute of Higher Education, Huazhong Agricultural University, Wuhan 430079 China)\nExploring into the Establishment of an Auditing and Monitoring System for Educational Expenditure in China's Higher Education QI Yi-shan ((School of Administration, Zhongnan University for Nationalities, Wuhan 430074 China)\nThe Management of Merged Universities: Challenges and Countermeasures DENG Yue-min (Institute of Higher Education, Xiamen University, Xiamen 361005 China)\nOn the Macro-management System of Higher Learning Institutions LI Qiang et al (Division of Finance, China University of Mining and Technology, Xuzhou 221008 China)\nThe Leadership Responsibility of the Party Committee in Administration of University by Law SHI Hua-nan (Office of Party Committee, Yangzhou University, Yangzhou 225009 China)\nExploring into the Cultivation of Campus Culture GUO Bin (Department of Social Sciences, Handan Vocational-Technical College, Handan 056001 China)\nRevelations of Humboldt's Ideas on Higher Education on China's Efforts to Build First-class Universities DING Ya-jin (Institute of Science and Education, Hubei University, Wuhan 430062 China)\nA Comparative Analysis of Internationalization of Curriculum between Chinese and American Universities BI Xiao-yu (Institute of Science and Education, Huazhong University of Science and Technology, Wuhan 430074 China)\nA Proper Understanding of the Role of Moral Education LIU Pei-jin, GUAN Li-ping (Institute of Higher Education, Shandong University of Science and Technology, Tai'an 271021 China)\nPublication of Information on Employment Rate: Countermeasures for the University WANG Ben-xian (Division of Students' Affaires, Xuzhou Normal University, Xuzhou 221116 China)\nLaying Emphasis on the Psychological Health Education of Students HUANG Ping (Xinjiang Industrial College, Urumqi 830091 China)\nStructuring Discipline System of Management Studies of Higher Education: Four Issues WANG En-hua (Library, Hunan Normal University, Changsha 410012 China)\nOn Training Plan of Safety Engineering Specialty for the 21st Century XU Jing-cai, XU Man-gui (School of Energy Resources, Xi'an University of Science and Technology, Xi'an 710054 China)\nToward the Subject Viewpoint of "Philosophy of Higher Vocational Education YANG Jun-liang (School of Economy and Technology, Liaoning University of Engineering and Technology, Fuxin 123000 China)\nPerfecting Teaching Encouragement System for Improvement of Teaching Quality NI Hong-juan, YUN Wu, ZHANG Chun-lian (Office of Dean of Studies, China University of Mining and Technology, Xuzhou 221008 China)\nA Study of Multi-media Teaching Software for "Organization of Railway Operation YAN Xiao-hui, YUAN Hong-wei, LI An-wen (School of Energy Resources, China University of Mining and Technology, Xuzhou 221008 China)\nReflections on the Teaching Quality of Open Education LI Xue-mei (Dalian TV University, Dalian 116021 China)\nThe Deficiencies in and Improvement of the Teaching of the "Two Courses" in Higher Vocational Colleges CHEN Gang (Changzhou Vocational College of Information Technology, Changzhou 213015 China)\nThe Influence of the Judges' Morality on Judicial Justice TIAN Xia (Department of Social Sciences, China University of Mining and Technology, Beijing 100083 China)\nThe Cultivation of Moral Competence in the Development of Citizenship Morality CHANG Chao (Department of Publicity, Zhengzhou College of Economic and Management Cadres, Zhengzhou 450052 China)\nOn the Applicable Range of the Law of Excluded Middle WANG Xin-jian (Editing Department of the Journal, Huaibei Vocational-Technical College, Huaibei 235000 China)\nA Deformation Analysis of Study-oriented Organization and Positioning of Study Level of the Enterprise LI Fu-xue (Division of Education, Datun Coal & Electrical Power Group Corporation, Xuzhou 221611 China)\nCultivating Study-oriented Teachers ZHENG Li, DING Shen-guo (Yanzhou Mine Staff and Workers' College, Zoucheng 273500 China)\nToward Creating a Study-oriented Organization LI San-bao (Chacheng Mine, Xuzhou Mining Group Corporation, Xuzhou 221006 China)\nOn Education of Staff and Workers in State-owned Enterprises LEI Jia-peng, ZHANG Qi-lin (Center of Education and Training, Beijing Jingmei Group Corporation, Beijing 102308 China)\nThe Application of "Human-first" Management in Education of Safety Awareness WANG Wen-liang (Center of Education & Training, Fengfeng Mining Bureau, Handan 056201 China)\nAn Analysis of Training of Staff and Workers in University's Rear Service Enterprises ZHAO Zhong-xia (Rear Service Group Corporation, China University of Mining and Technology, Xuzhou 221008 China)\nAn Analysis of the Current Situation of Education after the Adjustment of Administrative System of Vocational Education Institutions in Coal Industry ZOU Jing-sheng (Division of Teaching and Research, Beijing Industrial Vocational-Technical College, Beijing 100042 China)\nToward a Competent Vocational Education School WANG Lang-hui, XU Yao-hua (Tongchuan Technical School of Mines, Tongchuan 727000 China)\nA Moderate Development of Adult Higher Education in Regular Higher Learning Institutions CAO Yun-lu, LU Zhao-kuo (College of Adult Education, Anhui University of Science and Technology, Huainan 232001 China)\nThe Cultivation of Study Style in Higher Vocational Colleges: Exploration and Practice GUI He-rong 1,2 (1. Huainan Vocational-Technical College, Huainan 232001 China; 2. Anhui University of Science and Technology, Huainan 232001 China)\nOn Student Management in Intermediate Schools GUO Jian-mei (Hubei Machotronic Engineering School, Wuhan 430200 China)


url: =4TU - SEARCH +cat:02* / Dataset / Borsoi, F. (Francesco) / van Heck, B. (Bernard) / Palmstrom, C.J. (Chris) / Xu, D. (Di) / Shen, J. (Jie) / Gazibegovic, S. (Sasa) / application/octet-stream / application/pdf\nActive filters: x Type: Dataset x Creator: Borsoi, F. (Francesco) x Creator: van Heck, B. (Bernard) x Creator: Palmstrom, C.J. (Chris) x Creator: Xu, D. (Di) x Creator: Shen, J. (Jie) x Creator: Gazibegovic, S. (Sasa) x Data format: application/octet-stream x Data format: application/pdf [remove all]


url: =NSUWorks - The Qualitative Report Conference: Methodological Implications of Deleuzian Thought\nHome > CAHSS > CAHSS Journals > TQR Home > TQR Conference > TQR2015 > Friday > 14\nMethodological Implications of Deleuzian Thought\nIn this paper, I explore the implications of Deleuzian thinking on qualitative research methdology. Specifically, I consider how notions such as assemblge and rhizome translate into the practice of inquiry and ways in which research might be enhanced using these concepts.\nJan 9th, 11:15 AM Jan 9th, 11:35 AM


url: =Chuàngshìjì 42:21 - CUVP - Tāmen bǐcǐ shuō , wǒmen zaì xiōngdi shēnshang s...\nChuàngshìjì 42:21 CUVP Chuàngshìjì 42:21\nTāmen bǐcǐ shuō , wǒmen zaì xiōngdi shēnshang shízaì yǒu zuì . tā āi qiú wǒmen de shíhou , wǒmen jiàn tā xīnli de chóukǔ , què bù kĕn tīng , suǒyǐ zhè chǎng kǔnàn líndào wǒmen shēnshang . Chuàngshìjì 42:21 CUVP\nChuàngshìjì 42:22 In Context


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url: =Hu, Lingfei; Robert, Christelle A M; Cadot, Selma; Zhang, Xi; Ye, Meng; Li, Beibei; Manzo, Daniele; Chervet, Noemie; Steinger, Thomas; van der Heijden, Marcel G A; Schlaeppi, Klaus; Erb, Matthias (2018). Root exudate metabolites drive plant-soil feedbacks on growth and defense by shaping the rhizosphere microbiota. Nature Communications, 9:2738.\nThis list was generated on Wed Jun 19 05:50:52 2019 CEST.


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url:
=Shua ya hao xiao huo che, chu fa! (Work) - Santa Clara County Library District\nShua ya hao xiao huo che, chu fa!\nThe work Shua ya hao xiao huo che, chu fa! represents a distinct intellectual or artistic creation found in Santa Clara County Library District. This resource is a combination of several types including: Work, Language Material, Books.\nThe Resource Shua ya hao xiao huo che, chu fa!\nwen tu Jiubao Zhenzhizi ; fan yi Chen Yingru\nHamigaki ressha shuppatsu shinkou\nText in traditional Chinese wth zhu yin fu hao\nContext of Shua ya hao xiao huo che, chu fa!\nShua ya hao xiao huo che, chu fa!, wen tu Jiubao Zhenzhizi ; fan yi Chen Yingru\n
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url: =近期，北京航空航天大学吴晓君副教授团队与中国科学院物理研究所合作，在20TW高能超短钛宝石激光器装置上，通过啁啾脉冲展宽技术和光谱调制技术，克服了超短脉冲泵浦引起的太赫兹产生效率下降的难题，获得了单脉冲能量0.2mJ、峰值电场4MV/cm的高能强场太赫兹脉冲源的重要突破。在2018年4月23-26日的第九届超快现象与太赫兹国际会议（The 9thInternational Symposium on Ultrafast Phenomena and Terahertz Waves）上，倾斜波前技术发明人Hebling教授在其主题报告中，将该研究成果列为利用该技术获得的最新世界纪录。\nJ. Hebling, G. Almási, I. Kozma, and J. Kuhl, Velocity matching by pulse front tilting for large area THz-pulse generation, Opt. Express 10(21), 1161–1166 (2002).\nXiao-jun Wu, Jing-long Ma, Bao-long Zhang, Shu-su Chai, Zhao-ji Fang, Chen-Yi Xia, De-yin Kong, Jin-guang Wang, Hao Liu, Chang-Qing Zhu, Xuan Wang, Cun-Jun Ruan, and Yu-Tong Li, Highly efficient generation of 0.2 mJ terahertz pulses in lithium niobate at room temperature with sub-50 fs chirped Ti:sapphire laser pulses, Optics Express, 2018, 26 (6), 7107-7116.\nXi Cheng Zhang, Alexander Shkurinov and Yan Zhang, Extreme terahertz science, Nat. Photon. 11, 16 (2017).


url: =Complete List of Rulers in Chinese History - General Discussion - China History Forum, Chinese History Forum\nComplete List of Rulers in Chinese History\n, Jul 11 2004 05:14 AM\nPosted 11 July 2004 - 05:14 AM\nComplete List of Rulers in Chinese HistoryIn general, before 221 BC, all Chinese rulers were known as Kings or Wang (王). But after 221 BC, Chinese rulers came to be known as Emperor or Huangdi (皇帝). The Chinese emperor is greater than a king and has absolute supreme authority and power over the whole of the empire. This system lasted till 1911, when the last Qing dynasty ended.All the Chinese rulers, from �5 emperors� period till Qing dynasty, are listed below. They are in the general format as shown: [Ruler�s title], [Ruler�s Name], [Ruler�s reign], [Period of Rule], [Portraits if any]Because Chinese history records only started from 841 BC, the years of reign for rulers before that cannot be accurately determined. Therefore, they are not shown.For detail information on Chinese ruler�s title and their naming convention, please refer to http://chinaknowledg...ory/titles.htmlIf you can read chinese, you can also refer to http://www.ccnt.com/...view/review.htm for more information on 'reign', 'ruler's name', 'period of rule' etc. For those delving into chinese history sources, you should know the ruler's reign, ruler's title and name, as they were used to record the timelines in history texts of the past.Here are some translation for english-chinese bilingual references:"Ruler's Title", "Temple Name"- Miaohao 庙号 or Chenhao 称号 "Ruler's Name" - Mingzi 名字 or Dingwang Xingming 帝王姓名"Ruler's Reign" or "Era Name"- Nianhao 年号"Period of Rule" - Jinian 纪年 or Zai Wei Nian 在位年"Posthumous Name" - Shihao 谥号For feudal lord ranks (esp. Spring/Autumn period):Gong 公 - DukeHou 侯 - Marquis or DukeBo 伯 - CountZi 子 - ViscountNan 男 - Baron\nEdited by General_Zhaoyun, 16 May 2005 - 11:11 AM.\nPosted 11 July 2004 - 05:17 AM\nLegendary RulersThe 3 clans-rulers or 3 'Huang' (三皇) [approx. 5000-2500 BC]Suiren Clan (燧人氏) [Fire clan] Fuxi Clan (伏羲氏) [Fisherman clan] Shennong Clan (神农氏) [Farmers clan] The 5 Emperors or 5 'Di' (五帝) [approx. 2600 BC � 2100 BC] Huangdi (黄帝), (Portrait)Zhuanxu (颛顼)Diku (帝喾)Yao (尧)Shun (舜)\nEdited by General_Zhaoyun, 15 July 2005 - 10:47 AM.\nPosted 11 July 2004 - 05:19 AM\nXia Dynasty (夏) [2100 BC � 1600 BC] Yu (禹)Qi (启)Taikang (太康)Zhongkang (仲康)Xiang (相)Shaokang (少康)Zhu (杼)Huai (槐)Mang (芒)Xie (泄)Buxiang (不降)Jiong (扃)Jin (廑)Kongjia (孔甲)Gao (皋)Fa (发)Jie (桀)\nPosted 11 July 2004 - 05:20 AM\nShang Dynasty (商) [1600 BC � 1066 BC]Format: [Ruler�s Title], [Ruler�s Name if any]Shang Tang (汤)Wai Bing (外丙)Zhong Ren (仲壬)Tai Jia (太甲)Wo Ding (沃丁)Tai Geng (太庚)Xiao Jia (小甲)Yong Ji (雍己)Tai Wu (太戊)Zhong Ding (仲丁)Wai Ren (外壬)He Dan Jia (河亶甲)Zu Yi (祖乙)Zu Xin (祖辛)Wo Jia (沃甲)Zu Ding (祖丁)Nan Geng (南庚)Yang Jia (阳甲)Pan Geng (盘庚) *Xiao Xin (小辛)Xiao Yi (小乙)Wu Ding (武丁)Zu Geng (祖庚)Zu Jia (祖甲)Lin Xin (廪辛)Kang Ding (康丁)Wu Ding (武丁)Tai Ding (太丁), Wen Ding (文丁)Di Yi (帝乙)Zhou (纣), Xin (辛)* - Pan Geng moved the capital to Yin (殷) city and from then on, Shang was called Yin dynasty\nPosted 11 July 2004 - 05:28 AM\nZhou Dynasty (周) [1066 BC � 256 BC]Note that "Wang" means king or prince in chinese. All rulers in Zhou dynasty are kings. In chinese, "Wang" is put at the back of each ruler's title, instead of the front. So "Zhou Wuwang" can be translated as King Zhou Wu.Western Zhou (西周) [1066 BC � 771 BC]Format: [Ruler�s Title], [Ruler�s Name], [Period of Rule if any]Zhou Wuwang (周武王), Ji Fa (姬发)Zhou Chengwang (周成王), Ji Song (姬诵)Zhou Kangwang (周康王), Ji Zhao (姬钊)Zhou Zhaowang (周昭王), Ji Xia (姬瑕)Zhou Muwang (周穆王), Ji Man (姬满)Zhou Gongwang (周共王), Ji Yihu (姬繄扈)Zhou Yiwang (周懿王), Ji Jian (姬囏)Zhou Xiaowang (周孝王), Ji Bifang (姬辟方)Zhou Yiwang (周夷王), Ji Xie (姬燮)Zhou Liwang (周厉王), Ji Hu (姬胡)[Gong He] (共和), 841 BC � 827 BCZhou Xuanwang (周宣王), Ji Jin (姬静), 827 BC � 780 BCZhou Youwang (周幽王), Ji Gongsheng (姬宫湦), 781 BC � 771 BCEastern Zhou (东周) [1066 BC � 771 BC]Format: [Ruler�s Title], [Ruler�s Name], [Period of Rule]Zhou Pingwang (周平王), Ji Yijiu (姬宜臼), 770 BC � 718 BCZhou Huanwang (周桓王), Ji Lin (姬林), 719 BC � 697 BCZhou Zhuangwang (周庄王), Ji Tuo (姬佗), 696 BC � 682 BCZhou Xiwang (周釐王), Ji Huqi (姬胡齐), 681 BC � 677 BCZhou Huiwang (周惠王), Ji Lang (姬阆), 676 BC � 652 BCZhou Xiangwang (周襄王), Ji Zheng (姬郑), 651 BC � 619 BCZhou Qingwang (周顷王), Ji Renchen (姬壬臣), 618 BC � 613 BCZhou Kuangwang (周匡王), Ji Ban (姬班), 612 BC � 607 BCZhou Dingwang (周定王), Ji Yu (姬瑜), 606 BC � 586 BCZhou Jianwang (周简王), Ji Yi (姬夷), 585 BC � 572 BCZhou Lingwang (周灵王), Ji Xiexing (姬泄心), 571 BC � 545 BCZhou Jingwang (周景王), Ji Gui (姬贵), 544 BC � 521 BCZhou Daowang (周悼王), Ji Meng (姬猛), 520 BC � 520 BCZhou Jingwang (周敬王), Ji Gai (姬匄), 519 BC � 476 BCZhou Yuanwang (周元王), Ji Ren (姬仁), 475 BC � 469 BCZhou Zhengdingwang (周贞定王), Ji Jie (姬介), 468 BC � 442 BCZhou Aiwang (周哀王), Ji Quji (姬去疾), 441 BC � 441 BCZhou Kaowang (周考王), Ji Wei (姬嵬), 440 BC � 426 BCZhou Weiliewang (周威烈王), Ji Wu (姬午), 425 BC � 402 BCZhou Anwang (周安王), Ji Jiao (姬骄), 401 BC � 376 BCZhou Liewang (周烈王), Ji Xi (姬喜), 375 BC � 369 BCZhou Xianwang (周显王), Ji Bian (姬扁), 368 BC � 321 BCZhou Shenjingwang (周慎靓王), Ji Ding (姬定), 320 BC � 315 BCZhou Nanwang (周赧王), Ji Yan (姬延), 314 BC � 256 BCFor details of Zhou Dynasty Feudal lords (including Spring/Autumn and Warring states Period), please refer to http://chinaknowledg...eudallords.html\nPosted 11 July 2004 - 05:31 AM\nQin Empire (秦帝国) [221 BC � 206 BC]In 256 BC, Qin conquered Zhou and in 221 BC, King Qin Wangzheng (秦王政) [or Ying zheng 嬴政 ] unified China into the 1st empire. He proclaimed himself as emperor and changed his title to Shihuangdi (始皇帝), which means �1st emperor�. He was more notably known as Qinshihuang (秦始皇), which means �1st emperor of Qin�.Note that "Di" in chinese means emperor. Like "wang", it is put at the back of each ruler's title. Thus, Shihuangdi is translated as Emperor Shihuang.Format: [Ruler�s title], [Ruler�s Name], [Period of Rule], [Portraits if any]Qin Zhaoxiangwang (秦昭襄王), Ying Ze (嬴则), 306 BC � 251 BCQin Xiaowenwang (秦孝文王), Ying Zhu (嬴柱), 250 BC � 250 BCQin Zhuangxiangwang (秦庄襄王), Ying Zichu (嬴子楚), 249 BC � 247 BC--Shihuangdi (始皇帝), Ying Zheng (嬴政), 246 BC � 210 BC, (Portrait)Qin Ershi (秦二世), Hu Hai (胡亥), 209 BC � 207 BC-\t, Zi Ying (子婴), 207 BC � 206 BC\nPosted 11 July 2004 - 05:36 AM\nHan Dynasty (汉) [206 BC � 220 AD]Western Han (西汉)[206 BC � 25 AD]Includes Wang Mang (王莽) [ 9 -23 AD] and Gengshidi (更始帝)[ 23-25 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule], [Portraits if any]Han Gaozu (汉高祖), Liu Bang (刘邦), 206 BC � 195 BC, (Portraits)Han Huidi (汉惠帝), Liu Ying (刘盈), 194 BC � 188 BCGaohou (高后), L� Zhi (吕雉), 187 BC � 180 BC [Liu Gong (劉恭), and Liu Hong (劉弘)]Han Wendi (汉文帝), Liu Heng (刘恒), 179 BC � 157 BCHan Jingdi (汉景帝), Liu Qi (刘启), 156 BC � 141 BCHan Wudi (汉武帝), Liu Che (刘彻), 140 BC � 87 BCHan Zhaodi (汉昭帝), Liu Fuling (刘弗陵), 86 BC � 74 BCHan Xuandi (汉宣帝), Liu Xun (刘询), 73 BC � 49 BCHan Yuandi (汉元帝), Liu Shi (刘奭), 48 BC � 33 BCHan Chengdi (汉成帝), Liu Ao (刘骜), 32 BC � 7 BCHan Aidi (汉哀帝), Liu Xin (刘欣), 6 BC � 1 BCHan Pingdi (汉平帝), Liu Kan (刘衎), 1 -5 ADHan Ruzi (汉孺子), Liu Ying (刘婴), 6 - 8 ADWang Mang (王莽), 9 -23 AD [Xin 新 dynasty]Gengshidi (更始帝), Liu Xuan (刘玄), 23-25 ADEastern Han (东汉)[25 � 220 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Han Guangwudi (汉光武帝), Liu Xiu (刘秀), 25-57 ADHan Mingdi (汉明帝), Liu Zhuang (刘庄), 58-75 ADHan Zhangdi (汉章帝), Liu Da (刘炟), 76 � 88 ADHan Hedi (汉和帝), Liu Zhao (刘肇), 89 � 105 ADHan Shangdi (汉殇帝), Liu Long (刘隆), 106 ADHan Andi (汉安帝), Liu Hu (刘祜), 107 � 125 ADHan Shaodi (汉少帝), Liu Yi (刘懿), 125 ADHan Shundi (汉顺帝), Liu Bao (刘保), 126 � 144 ADHan Chongdi (汉冲帝), Liu Bing (刘炳), 145 ADHan Zhidi (汉质帝), Liu Zuan (刘缵), 146 ADHan Huandi (刘桓帝), Liu Zhi (刘志), 147 � 167 ADHan Lingdi (汉灵帝), Liu Hong (刘宏), 168 � 189 ADHan Shaodi (汉少帝), Liu Bian (刘辩), 189 ADHan Xiandi (汉献帝), Liu Xie (刘协), 189 � 220 AD\nPosted 11 July 2004 - 05:40 AM\n3 Kingdoms (三国) [ 220 � 280 AD]Wei (魏) [220 � 265 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Emperor Wendi (文帝), Cao Pi (曹丕), 220 � 226 ADEmperor Mingdi (明帝), Cao Rui (曹叡), 227 � 239 ADEmperor Qiwang (齐王), Cao Fang (曹芳), 240 � 254 ADEmperor Gaogui Xianggong (高贵乡公), Cao Mao (曹髦), 254 � 260 ADEmperor Yuandi (元帝), Cao Huan (曹奂), 260 � 265 AD Shu (蜀) [221 � 263 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Zhaoliedi (昭烈帝), Liu Bei (刘备), 221 � 223 ADEmperor Houzhu (后主), Liu Shan (刘禅), 223 � 263 ADWu (吴) [222 � 280 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Emperor Dadi (大帝), Sun Quan (孙权), 222 � 252 ADEmperor Kuaiji Wang (会稽王), Sun Liang (孙亮), 252 � 258 ADEmperor Jingdi (景帝), Sun Xiu (孙休), 258 � 264 ADEmperor Wucheng Hou (乌程侯), Sun Hao (孙皓), 264 � 280 AD\nPosted 11 July 2004 - 05:44 AM\nJin Dynasty (晋) [265 � 420 AD]Western Jin (西晋) [265 � 317 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Jin Wudi (晋武帝), Sima Yan (司马炎), 265 � 290 ADJin Huidi (晋惠帝), Sima Zhong (司马衷), 290 -306 ADJin Huaidi (晋怀帝), Sima Chi (司马炽), 307 � 313 ADJin Mindi (晋愍帝), Sima Ye (司马邺), 313 � 317 ADEastern Jin (东晋) [317 � 420 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Jin Yuandi (晋元帝), Sima Rui (司马睿), 317 � 323 ADJin Mingdi (晋明帝), Sima Shao (司马绍), 323 � 326 ADJin Chengdi (晋成帝), Sima Yan (司马衍), 336 � 342 ADJin Kangdi (晋康帝), Sima Yue (司马岳), 345 � 361 ADJin Mudi (晋穆帝), Sima Dan (司马聃), 345 � 361 ADJin Aidi (晋哀帝), Sima Pi (司马丕), 362 � 365 ADHai Xigong (海西公), Sima Yi (司马奕), 366 � 371 ADJian Wendi (简文帝), Sima Yu (司马昱), 371 � 372 ADXiao Wudi (孝武帝), Sima Yao (司马曜), 373 � 396 ADJin Andi (晋安帝), Sima Dezong (司马德宗), 397 � 418 ADJin Gongdi (晋恭帝), Sima Dewen (司马徳文), 419 � 420 AD\n16 Kingdoms (十六国) [304 � 439 AD]Format: [Kingdom�s name], [Founder�s Name], [Kingdom�s existence period]Previous Zhao (前赵), Liu Yuan (刘渊), 304-329 ADCheng (成), Li Xiong (李雄), 304 � 347 ADPrevious Liang (前凉), Zhang Shi (张寔), 317 -376 ADLater Zhao (后赵), Shi Le (石勒), 319 � 351 ADPrevious Yan (前燕), Murong Huang (慕容皝), 337 � 370 ADPrevious Qin (前秦), Fu Hong (苻洪), 350 � 394 ADLater Yan (后燕), Murong Chui (慕容垂), 384 � 407 ADWestern Qin (西秦), Qifu Guoren (乞伏国仁), 385 � 431 ADLater Liang (后凉), L� Guang (吕光), 386 � 403 ADSouthern Liang (南凉), Tufa Wugu (秃发乌孤), 397 � 414 ADSouthern Yan (南燕), Murong De (慕容德), 398 � 410 ADWestern Liang (西凉), Li Gao (李暠), 400 � 421 ADXia (夏), Helian Bobo (赫连勃勃), 407 � 431 ADNorthern Yan (北燕), Feng Ba (冯跋), 409 � 439 ADNorthern Liang (北凉), Juqu Mengxun (沮渠蒙逊), 397 � 439 ADFor details on the emperors and rulers of 16 kingdoms, please refer tohttp://www.chinahist...p?showtopic=769\nPosted 11 July 2004 - 05:52 AM\nNorthern and Southern Dynasties (南北朝) [420 � 589 AD]Southern Dynasty � Song (南朝 � 宋) [420 � 479 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Wudi (武帝), Liu Yu (刘裕), 420 � 422 ADShaodi (少帝), Liu Yifu (刘义符), 423 � 424 ADWendi (文帝), Liu Yilong (刘义隆), 421 � 453 ADXiaowudi (孝武帝), Liu Jun (刘骏), 454 -456 ADQian Feidi (前废帝), Liu Ziye (刘子业), 465 ADMingdi (明帝), Liu Yu (刘彧), 465 � 472 ADHou Feidi (后废帝), Liu Yu (刘昱), 473 -477 ADShundi (顺帝), Liu Zhun (刘準), 477 � 479 ADSouthern Dynasty � Qi (南朝 � 齐) [479 � 502 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Gaodi (高帝), Xiao Daocheng (萧道成), 479 � 482 ADWudi (武帝), Xiao Ze (萧赜), 483 � 493 ADYulinwang (郁林王), Xiao Zhaoye (萧昭业), 494 ADHailingwang (海陵王), Xiao Zhaowen (萧昭文), 494 ADMingdi (明帝), Xiao Luan (萧鸾), 494 - 498 ADDonghunhou (东昏侯), Xiao Baojuan (萧宝卷), 499 � 501 ADHedi (和帝), Xiao Baorong (萧宝融), 501 � 502 ADSouthern Dynasty � Liang (南朝 � 梁) [502 � 557 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Wudi (武帝), Xiao Yan (萧衍), 502 -549 ADJianwendi (简文帝), Xiao Gang (萧纲), 550 � 551 ADYuandi (元帝), Xiao Yi (萧绎), 552 � 555 ADJingdi (敬帝), Xiao Fangzhi (萧方智), 555 � 557 ADSouthern Dynasty � Chen (南朝 � 陈) [557 � 589 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Wudi (武帝), Chen Baxian (陈霸先), 557 � 559 ADWendi (文帝), Chen Qian (陈蒨), 560 � 566 ADFeidi (废帝), Chen Bozong (陈伯宗), 567-568 ADXuandi (宣帝), Chen Xu (陈顼), 569 � 582 ADHouzhu (后主), Chen Shubao (陈叔宝), 583 � 589 AD -------------------------------------------------------------------------------Northern Dynasty � Northern Wei (北朝-北魏) [386 � 534 AD]Northern Wei was established in 386 AD by Tuoba Xianbei. In 439 AD, Northern Wei conquered Northern Liang and unified North China. After a sinification program during Xiao Wendi�s time, the clan�s name was changed from Tuoba to Yuan.Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Daowudi (道武帝), Tuoba Gui (拓跋珪), 386 � 409 ADMingyuandi (明元帝), Tuoba Si (拓跋嗣), 409 � 423 ADTaiwudi (太武帝), Tuoba Tao (拓跋焘), 424 � 452 ADWenchengdi (文成帝), Tuoba Jun (拓跋濬), 452 � 465 ADXianwendi (献文帝), Tuoba Hong (拓跋弘), 465-471 ADXiaowendi (孝文帝), Tuoba Hong/Yuan Hong (拓跋宏/元宏), 471 � 499 ADXuanwudi (宣武帝), Yuan Ke (元恪), 500 � 515 ADXiaomingdi (孝明帝), Yuan Xu (元诩), 516 � 528 ADXiaozhuangdi (孝庄帝), Yuan Ziyou (元子攸), 528 � 530 ADChangguang Wang (长广王), Yuan Ye (元晔), 530 � 531 ADJiemindi (节闵帝), Yuan Gong (元恭), 531 ADAnding Wang (安定王), Yuan Lang (元朗), 531 ADXiaowudi (孝武帝), Yuan Xiu (元修), 532 � 534 ADNorthern Dynasty � Eastern Wei (北朝 � 东魏) [ 534 � 550 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Xiaojingdi (孝静帝), Yuan Shanjian (元善见), 534 � 550 ADNorthern Dynasty � Western Wei (北朝 � 西魏) [ 535 � 556 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Wendi (文帝), Yuan Baoju (元宝炬), 535 � 551 ADFeidi (废帝), Yuan Qin (元钦), 552 � 554 ADGongdi (恭帝), Yuan Kuo (元廓), 554 � 556 ADNorth Dynasty � Northern Qi (北朝 � 北齐) [ 550 � 577 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Wenxuandi (文宣帝), Gao Yang (高洋), 550 � 559 ADFeidi (废帝), Gao Yin (高殷), 560 ADXiaozhaodi (孝昭帝), Gao Yan (高演), 560 -561 ADWuchengdi (武成帝), Gao Zhan (高湛), 561 -565 ADHouzhu (后主), Gao Wei (高纬), 565 - 577 ADYouzhu (幼主), Gao Heng (高恒), 577 ADNorth Dynasty � Northern Zhou (北朝 - 北周) [557 � 581 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Mindi (愍帝), Yuwen Jue (宇文觉), 557 ADMingdi (明帝), Yuwen Yu (宇文毓), 557 � 560 ADWudi (武帝), Yuwen Yong (宇文邕), 561 � 578 ADXuandi (宣帝), Yuwen Yun (宇文赟), 579 ADJingdi (静帝), Yuwem Chan (宇文阐), 579 � 581 AD\nPosted 11 July 2004 - 05:53 AM\nSui Dynasty (隋) [581 � 618 AD]Sui was established in 581 AD, in 589 AD conquered Chen and unified ChinaFormat: [Ruler�s title], [Ruler�s Name], [Period of Rule]Sui Wendi (隋文帝), Yang Jian (杨坚), 581 � 604 ADSui Yangdi (隋炀帝), Yang Guang (杨广), 605 � 617 ADSui Gongdi (隋恭帝), Yang You (杨侑), 617 � 618 ADHuang Taidi (皇泰帝), Yang Tong (杨侗), 618 � 619 AD\nTang Dynasty (唐) [ 618 � 907 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule], [Portrait if any]Emperor Tang Gaozu (唐高祖), Li Yuan (李渊), 618 � 626 ADEmperor Tang Taizong (唐太宗), Li Shimin (李世民), 627 � 649 AD, (Portrait 1, Portrait 2)Emperor Tang Gaozong (唐高宗), Li Zhi (李治), 650 � 683 ADEmperor Tang Zhongzong (唐中宗), Li Xian (李显), 683 � 684 ADEmperor Tang Ruizong (唐睿宗), Li Dan (李旦), 684 ADWu Zetian (武则天) or Zetian Hou (则天后), Wu Zhao (武曌), 684 � 690 ADEmpress Wu Zetian (武则天), Wu Zhao (武曌), 690 � 704 AD ( country name changed to Zhou, Wu Zetian proclaimed empress), (Portrait)Emperor Tang Zhongzong (唐中宗), Li Xian (李显), 705 � 710 AD (country name changed back to Tang)Emperor Tang Ruizong (唐睿宗), Li Dan (李旦), 710 � 712 ADEmperor Tang Xuanzong (唐玄宗), Li Longji (李隆基), 712 � 756 AD, (Portrait)Emperor Tang Suzong (唐肃宗), Li Heng (李亨), 756 � 761 ADEmperor Tang Daizong (唐代宗), Li Yu (李豫), 762 � 779 ADEmperor Tang Dezong (唐徳宗), Li Shi (李适), 780 � 805 AD, (Portrait)Emperor Tang Shunzong (唐顺宗), Li Song (李诵), 805 ADEmperor Tang Xianzong (唐宪宗), Li Chun (李纯), 806 � 820 AD, (Portrait)Emperor Tang Muzong (唐穆宗), Li Heng (李恒), 821 � 824 ADEmperor Tang Jingzong (唐敬宗), Li Zhan (李湛), 825 � 827 ADEmperor Tang Wenzong (唐文宗), Li Ang (李昂), 827 � 840 ADEmperor Tang Wuzong (唐武宗), Li Yan (李炎), 841 � 846 AD, (Portrait)Emperor Tang Xuanzong (唐宣宗), Li Chen (李忱), 847 � 859 AD, (Portrait)Emperor Tang Yizong (唐懿宗), Li Cui (李凗), 859 -874 ADEmperor Tang Xizong (唐僖宗), Li Xuan (李儇), 874 � 888 ADEmperor Tang Zhaozong (唐昭宗), Li Ye (李晔), 889 � 904 ADEmperor Zhao Xuandi (昭宣帝), Li Chu (李柷), 905 � 907 AD\nPosted 11 July 2004 - 05:56 AM\n5 Dynasties (五代) [907 � 960 AD]Later Liang (后梁) [907 � 923 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Emperor Taizu (太祖), Zhu Wen (朱温), 907 � 912 ADEmperor Modi (末帝), Zhu Youzhen (朱友贞), 913 � 923 ADLater Tang (后唐) [923 � 936 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Emperor Zhuangzong (庄宗), Li Cunxu (李存勗), 923 - 926 ADEmperor Mingzong (明宗), Li Siyuan (李嗣源), 926 � 933 ADEmperor Minzong (闵宗), Li Conghou (李从厚), 934 ADEmperor Modi (末帝), Li Congke (李从珂), 934 � 936 ADLater Jin (后晋) [936 � 947 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Emperor Gaozu (高祖), Shi Jingtang (石敬瑭), 936 � 942 ADEmperor Chudi (出帝), Shi Chonggui (石重贵), 942 � 946 ADLater Han (后汉) [947 � 950 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Emperor Gaozu (高祖), Liu Zhiyuan (刘知远), 947 � 948 ADEmperor Yindi (隐帝), Liu Chengyou (刘承祐), 948 � 950 ADLater Zhou (后周) [951-960 AD]Format: [Ruler�s title], [Ruler�s Name], [Period of Rule]Emperor Taizu (太祖), Guo Wei (郭威), 951 � 954 ADEmperor Shizong (世宗), Chai Rong (柴荣), 954 � 959 ADEmperor Gongdi (恭帝), Chai Zongxun (柴宗训), 959 � 960 AD\nPosted 11 July 2004 - 05:58 AM\n10 States (十国) [ 902- 979 AD]Format: [State�s name], [Founder�s Name], [Kingdom�s existence period]Wu (吴), Yang Xingmi (杨行密), 902 � 937 ADSouthern Tang (南唐), Li Bian (李昪), 937 - 975 ADWu Yue (吴越), Qian Liu (钱镠), 907 -978 ADChu (楚), Ma Yin (马殷), 907 � 951 ADMin (闽), Wang Shenzhi (王审知), 909 � 945 ADSouthern Han (南汉), Liu Yan (刘岩), 917 � 971 ADPrevious Shu (前蜀), Wang Jian (王建), 903 � 925 ADLater Shu (后蜀), Meng Zhixiang (孟知祥), 933 � 965 ADNan Ping (南平) or Jing Nan (荆南), Gao Xiuxing (高秀兴), 924 � 963 ADNorthern Han (北汉), Liu Chong (刘崇), 951 � 979 ADFor details on the emperors and rulers of the 10 states, please refer tohttp://chinaknowledg...guo-rulers.html


url: =Beijing South Station. Image: Fu Xing\nBeijing South Station. Image: Zhou Ruogu\nGuangzhou South Railway Station. Image: Nick Hufton\nKeywords: TFP Farrells HSR Beijing - Guangzhou


url:
=Zhongguo gong cheng yuan (Organization) - University of Liverpool\nThe organization Zhongguo gong cheng yuan represents an institution, an association, or corporate body that is associated with resources found in University of Liverpool.\n7 Items by the Organization Zhongguo gong cheng yuan\nHSLA steels 2015, microalloying 2015 & offshore engineering steels 2015 : conference proceedings, held November 11-13th, 2015, Hangzhou, Zhejiang Province, China., organized by The Chinese Society for Metals (CSM) and Chinese Academy of Engineering (CAE) ; supported by Companhia Brasileira de Metalurgia e MineraCao (CBMM) and The Vanadium International Technical Committee (Vanitec), (electronic book ;)\nHSLA steels 2015, microalloying 2015 & offshore engineering steels 2015 : conference proceedings, held November 11-13th, 2015, Hangzhou, Zhejiang Province, China.\n
 Data from Zhongguo gong cheng yuan - University of Liverpool


url: =zhiqins: Chinese New Year Clothing!\nPosted by Zhiqin at 9:36 PM\nMUMMY said it's so REEEDDDD!!!!!\nvery 'ONG" ah!!!\nRAT year wear RED shirt...very RARE o...\nHaha....wait till you see the clothes...it has better design behind it...hehe.


url: =天宝娱乐代理_整用晰天宝的不推媒到模娱乐代理 - 首页！\n主页 > 深圳民生 >天宝娱乐代理\n作者: 人民日报社论 2020-06-01 03:31:08　[大河房产网]：house.dahe.cn\n2020-06-01 03:31:08，SEO研究中心He expressed emotionAll analysts agree that both China and other countries can not foresee the severity of the current crisis.Source: National train is △ (Data for) China news agency reporter Liu Zhenshe。。"At the sound,。\n"This is the Chinese navy ship 175Original title: South Korean President Xi Jinping with Moon Jae-in phoneOriginal title: Why China ready to respond to new economic crisis fuller crown?Expert Review -State Council executive meeting Premier Li Keqiang on May 13, hosted on a recent Prime Minister of procedure frequently appears in the table and did not miss keyword.。\n"Emergency Notice on the city's new crown viral nucleic acid screening of"。。\nSubsequently, the reporter went to the Port District water plant communities Rongqiao Jinjiang district, the old district is not the point here though screening, but the pre-infection rate is high, there have been more than 40 cases of confirmed cases, therefore, the notification to the General Assembly at war after community to act quickly, set the detection channel, to take "a course, imported not only into, do not stay, do not gather" test form.，Wuhan Qiaokou water community party secretary Yaohan Hua said: "The great battle, let us find out the real, the actual situation of our district, our hearts even more bottom, help us and carry out prevention and control."。\n(Xii) promote the development and application of standards.Strengthen the construction of big data industry standard system, accelerate data quality, data governance and the development of key criteria such as data security, the conditions are ripe selected industries and regions to carry out verification and test pilot promotion.\nAfter know why, but also know how to do.，恐Why so much emphasis on the official "six guarantees"?Naval vessels reply:He said the move reflects China will improve the efficiency of market allocation of factors of land, labor, capital and other production, while accelerating the development of technical data and factor markets, and promote the development of the digital economy."This will allow China to further deepen reform and opening up, to achieve high-quality development, building a modern economic system, to improve the toughness of the economy and lay a solid foundation."(Wangen Bo) Click to enter topic: Focus novel coronavirus pneumonia epidemic outbreak of a new global multi-national crown pneumonia epidemic Editor: Zhang Shen。\nOriginal title: State is to look at the two sessions | two sessions held on the eve of the State Council of procedure tables frequent keywordThe article says that the discipline inspection organs in accordance with "the Chinese Communist Party Disciplinary Regulations", "the Chinese Communist Party discipline inspection organs supervise and discipline work rules" and other regulations within the party and "Supervision Law of the People's Republic of China", "the supervisory authority supervision and enforcement provisions" and other laws and regulations , deal with disciplinary illegal gains.To be examined respondents violation of discipline illegal income property, according to discipline in accordance with regulations to be confiscated by law, ordered to hand over registration or restitution of property suspected of duty with the proceeds of crime case transferred to judicial organs.。”但"Chinese Navy, the Chinese navyMay 11, Wuhan City, the new crown pneumonia epidemic prevention and control headquartersIf I call for help.。\nPeng Yanqiong said nucleic acid testing detected only reflect the state at the time, and also to rule out the possibility of false negatives.However, the public need not be too nervous.The new crown is diagnosed with pneumonia and related clinical symptoms and other test results into account, if a fever, cough and other symptoms immediately to the hospital for investigation. Click into the topic: Focus novel coronavirus pneumonia epidemic Editor: Zheng YapengOriginal title: Ministry issued Opinions: building national industrial large Internet data center：(B) the acceleration of industrial equipment interoperability.Internet continuing to promote industrial construction, industrial equipment, fully connected.Accelerate the promotion of industrial communication protocols compatible unified, break the technical barriers, through the formation of a complete chain of data.。\nSince December 2016, Yan Zhijian longtime Lanzhou City Vice Chairman, deputy party secretary of the office, has served as Lanzhou International Port District Committee secretary (Lanzhou) International Working Committee secretary of the Gansu dry ports and other staff.


url: =已选条件： 资源类型: 期刊论文 × 数据来源: 万方 × 数据来源: CSSCI × 出版年: 2015 × 机构: 化学与化工学院 × 机构: 文学院 × 机构: 历史文化学院 × 机构: 艺术学院 × 机构: 晶体材料研究所 × 文献类型: 期刊论文 ×\n来源：鸭绿江(下半月版),Yalujiang Literature Monthly,2015,Issue.07,2708\n来源：美术教育研究,Art Education Research,2015,Issue.10,2\n4. Atom-Precise Polyoxometalate-Ag2S Core-Shell Nanoparticles EI SCOPUS SCIE\n5. Synthesis and biological evaluation of novel histone deacetylases inhibitors with nitric oxide releasing activity SCOPUS SCIE\n8. Triphenylbenzene core based dendritic benzoxazines and their heat-resistant and photoluminescent polymers EI SCOPUS SCIE\n9. Discovery of novel androgen receptor antagonists: a hybrid approach of pharmacophore-based and docking-based virtual screening SCOPUS SCIE\n10. Synthesis of linear cucurbituril pendent copolymers through radical polymerization: Polymers with ultra-high binding affinity EI SCOPUS SCIE\n11. Design, synthesis and preliminary biological evaluation of indoline-2,3-dione derivatives as novel HDAC inhibitors SCOPUS SCIE\n12. A binding-induced sutured toehold activation for controllable DNA strand displacement reactions SCOPUS SCIE\n13. Synthesis of [POCOP]-pincer iron and cobalt complexes via C-sp3-H activation and catalytic application of iron hydride in hydrosilylation reactions EI SCOPUS SCIE\n14. Fluorescent probes for \_\_\_"off-on\_\_\_" sensitive and selective detection of mercury ions and L-cysteine based on graphitic carbon nitride nanosheets EI SCOPUS SCIE\n15. Labeling Cell Surface GPIs and GPI-Anchored Proteins through Metabolic Engineering with Artificial Inositol Derivatives EI SCOPUS SCIE\n16. A QM/MM study of the reaction mechanism of (R)-hydroxynitrile lyases from Arabidopsis thaliana (AtHNL) SCOPUS SCIE\n作者：Zhu, Wenyou;Liu, Yongjun;Zhang, Rui\n作者机构：[Zhu, W] School of Chemistry and Chemical Engineering, Shandong University, Jinan, Shandong, 250100, China;[ Liu, Y] School of Chemistry and Chemical Engineering, Shandong University, Jinan, Shandong, 250100, China, Northwest Institute of Plateau Biology, Chinese Academy of Sciences, Xining, Qinghai, 810001, China;[ Zhang, R] School of Agriculture, Ludong University, Yantai, Shandong, 264025, China\n来源：Proteins: Structure, Function, and Genetics,PROTEINS-STRUCTURE FUNCTION AND BIOINFORMATICS,2015,Vol.83,Issue.1,66-77\n17. Heterogeneous nuclear ribonucleoprotein E1 regulates protein disulphide isomerase translation in oxidized low-density lipoprotein-activated endothelial cells SCOPUS SCIE\n作者：Meng, N.;Peng, N.;Huang, S.;Wang, S. Q.;Zhao, J.;Su, L.;Zhang, Y.;Zhang, S.;Zhao, B.;Miao, J.\n作者机构：[Meng, N] Shandong Provincial Key Laboratory of Animal Cells and Developmental Biology, School of Life Science, Shandong University, Jinan, China, School of Biological Science and Technology, University of Jinan, Jinan, China;[ Peng, N] Shandong Provincial Key Laboratory of Animal Cells and Developmental Biology, School of Life Science, Shandong University, Jinan, China;[ Huang, S] Shandong Provincial Key Laboratory of Animal Cells and Developmental Biology, School of Life Science, Shandong University, Jinan, China;[ Wang, S.Q] Institute of Organic Chemistry, School of Chemistry and Chemical Engineering, Shandong University, Jinan, China;[ Zhao, J] Shandong Provincial Key Laboratory of Animal Cells and Developmental Biology, School of Life Science, Shandong University, Jinan, China;[ Su, L] Shandong Provincial Key Laboratory of Animal Cells and Developmental Biology, School of Life Science, Shandong University, Jinan, China;[ Zhang, Y] The Key Laboratory of Cardiovascular Remodeling and Function Research, Chinese Ministry of Education and Chinese Ministry of Health, Shandong University Qilu Hospital, Jinan, China;[ Zhang, S] Shandong Provincial Key Laboratory of Animal Cells and Developmental Biology, School of Life Science, Shandong University, Jinan, China;[ Zhao, B] Institute of Organic Chemistry, School of Chemistry and Chemical Engineering, Shandong University, Jinan, China;[ Miao, J] Shandong Provincial Key Laboratory of Animal Cells and Developmental Biology, School of Life Science, Shandong University, Jinan, China, The Key Laboratory of Cardiovascular Remodeling and Function Research, Chinese Ministry of Education and Chinese Ministry of Health, Shandong University Qilu Hospital, Jinan, China\n来源：Acta physiologica,ACTA PHYSIOLOGICA,2015,Vol.213,Issue.3,664-675\n18. Hydrogenated TiO2 Branches Coated Mn3O4 Nanorods as an Advanced Anode Material for Lithium Ion Batteries EI SCOPUS SCIE\n作者：Wang, Nana;Yue, Jie;Chen, Liang;Qian, Yitai;Yang, Jian\n作者机构：[Wang, N] Key Laboratory of Colloid and Interface Chemistry, School of Chemistry and Chemical Engineering, Shandong University, Jinan, 250100, China;[ Yue, J] Key Laboratory of Colloid and Interface Chemistry, School of Chemistry and Chemical Engineering, Shandong University, Jinan, 250100, China;[ Chen, L] Key Laboratory of Colloid and Interface Chemistry, School of Chemistry and Chemical Engineering, Shandong University, Jinan, 250100, China;[ Qian, Y] Key Laboratory of Colloid and Interface Chemistry, School of Chemistry and Chemical Engineering, Shandong University, Jinan, 250100, China, Hefei National Laboratory for Physical Science at Microscale, Department of Chemistry, University of Science and Technology of China, Hefei, 230026, China;[ Yang, J] Key Laboratory of Colloid and Interface Chemistry, School of Chemistry and Chemical Engineering, Shandong University, Jinan, 250100, China\n来源：ACS applied materials & interfaces,ACS APPLIED MATERIALS & INTERFACES,2015,Vol.7,Issue.19,10348-10355\n共 40 页, 788 条记录


url: =《Journal of Finance and Economics》-2013-04\nA Reexamination of the Mechanism of Official Promotion Tournament in China:Evidence from Provincial and Municipal Governments QIAO Kun-yuan(Guanghua School of Management,Peking University,Beijing 100871,China)\nDoes Financial Liberalization Improve the Efficiency of Investment Allocation? ZHONG Juan,WEI Yan-jie,SHA Wen-bing(School of International Trade and Economics,Anhui University of Finance and Economics,Bengbu 233030,China)\nFinancial Supervision Systems,Organizational Cost Efficiency and the Mediating Effect of Opportunism XU Hui,LI Jian(School of Management and Economics,Beijing Institute of Technology,Beijing 100081,China)\nType Ⅱ Agency Problem,Blockholders Counterbalance and Corporate Innovation Investment ZUO Jingjing1,TANG Yue-jun2,SUI Yue2(1.Business School,University of Shanghai for Science and Technology, Shanghai 200093,China;2.School of Management,Fudan University, Shanghai 200433,China)\nFiscal Decentralization,Public Services,and Housing Prices from the Angle of Spatial Spillover DENG Hui-hui1,YU Yi-hua2,GONG Ming2(1.Institute of International Economy,University of International Business and Economics,Beijing 100029,China;2.School of Economics,Renmin University of China,Beijing 100872,China)\nOn Regional Green Economic Efficiency in China under Heterogeneous Production Technology WANG Ke-liang1,YANG Li1,CHENG Yun-he1,2(1.School of Economics and Management,Anhui University of Science and Technology,Huainan 232001,China;2.Institute of Population,Resources and Environment,Northeast Normal University,Changchun 130024,China)\nTechnological Disparity,Asymmetric Regulation and the Evolution of Telecommunication Market CAI Hong-bo1,REN Guo-liang2(1.School of Economics and Business Administration,Beijing Normal University,Beijing 100875,China;2.Graduate School,Chinese Academy of Social Sciences,Beijing 102488,China)\nOn the Relationship among Innovation Pattern, Organizational Guarantee and Innovation Performance:Empirical Evidence from IT Listed Companies in China WANG Yu,LIU Jing(School of International Business Administration,Shanghai University of Finance and Economics,Shanghai 200433,China)\nTrade Factors of Chinese Outward Foreign Direct Investment:Dual Research Based on Export-arisen and Export-platform Effecfs WANG FANG-fang1,FU Tao2(1.National Economics Research Center,Guangdong University of Business Studies,Guangzhou 510320,China;2.Nanfang College, Sun Yat-sen University,Guangzhou 510970,China)\nNon-linear Effect and Structural Optimization of Performance-related Pay:A Perspective of Prospect Theory MA Jun1,Van Dijk Dina2(1.School of Management,Shanghai University,Shanghai 200444,China; 2.Health Science & School of Management,Ben-Gurion University of the Negev,Beer-Sheva 84105,Israel)\nR&D Input and Corporate TFP:An Empirical Test Based on PSM and GPS Methods MAO De-feng1,LI Jing2,PENG Fei2,LUO Zheng-qing1(1.School of Management,Hefei University of Technology,Hefei 230009,China; 2.School of Economics,Hefei University of Technology,Hefei 230009,China)\nRural Formal Financial Development and Dual Economic Transformation:Promotion or Inhibition? XU Yue-li1,2,ZHANG Zhong-gen1(1.Center for Agricultural and Rural Development,Zhejiang University, Hangzhou 310029,China;2.School of Economics and Management, Zhejiang Sci-Tech University,Hangzhou 310028,China)\nCEO Power,Private Benefits and the Motivation for M&A:Empirical Evidence from Listed Companies in China ZHANG Qia1,2,YUAN Tian-rong1(1.School of Accountancy,Zhongnan University of Economics and Law, Wuhan 430073,China;2.Ankang College,Ankang 725000,China)


url: =A Study on the Glass Surface Defect Inspection System Based on Machine Vision--《Glass & Enamel》2009年05期\n《Glass & Enamel》 2009-05\nA Study on the Glass Surface Defect Inspection System Based on Machine Vision\nWANG Fei,CUI Feng-kui,LIU Jian-ting,ZHANG Feng-shou(School of Mechatronics Engineering,Henan University of Science and Technology,Luoyang 471003,China)\nThe principle and method for detecting glass surfacial defects were introduced and the machine-vision-based detection system for glass surface inspection was developed.Aiming at the actual target picture,through image acquisition,image pretreatment,image division,characteristic extraction and research on regional parameter computation the recognization information of image of glass surfacial defects was obtained.The experiments indicate that this arithmetic is simple,rapid and interference-free.Therefore it can meet the requests for practical application.\n1 Yu Wenyong Zhou Zude Chen Youping(College of Mechancal Science and Engineering,Huazhong University ofScience and Technology,Wuhan 430074,China);Machine vision system for on-line defect detection of float glass[J];Journal of Huazhong University of Science and Technology(Nature Science Edition);2007-08\n3 (College of Mechanical Engineering South China U- niversity of Technology Guangzhou 510640)Wang, Chuanmin Ye, Bangyan (The Branch of Lite- On Group Science and Tech- nology Xuli Electronic (Guangzhou) Limited Com- pany Science City Guangzhou 510663) Huang, Chuangzheng (Chongqing Technology and Business University 400067) Huang, Xiande;Machine Vision System for Outer Diameter Inspection of Bearing[J];;2006-13\n2 FENG Cheng-guo,ZHOU Jin-he,LOU Xiao-ping,DENG Wen-yi(Department of Electronic Information Engineering,Beijing Institute of Machinery,Beijing 100085,China);Hardware design of embedded vision measurement system for PVC material[J];Journal of Beijing Institute of Machinery;2005-04\n3 Du Xiaoqiang,Yu Binyang,Jing Yong(School of information and communication engineering,Zhong-bei University,Tai-yuan,030051);Study on Inspection of Glass Defect by CCD Array[J];Glass;2009-03\n4 JIN Yong,WANG Zhao-ba(School of Information and Communication Engineering,North University of China,Taiyuan 030051,China);Research on automatic detection technology for float glass tape[J];Transducer and Microsystem Technologies;2008-12\n5 ZHANG Tong-yan1, ZHANG Ai-mei1, ZHANG Jian-Hua2 (1.College of Mechanical Engineering, Zhengzhou University, Zhengzhou 450001, China; 2.Full Sun Limited of Beijing, Beijing 100007, China);The Research of Selecting Glass Defects to Trace in Image[J];Computer Knowledge and Technology(Academic Exchange);2007-07\n6 Chen Zuobing~1 Lian xun~1 Ma Ronghai~2 (1 School of Mechanical and Electrical Engineering, Wuhan University of Technology, Wuhan, 430070) (2 Zhengzhou Textile Machinery Co, Ltd., Zhengzhou 450012);On-line glass defect inspection system based on ARM and DSP[J];Electronic Measurement Technology;2006-02\n7 HE Yong-gang,JIN Fan,TAO Xu (Faculty of Information Engineering ang Automati on,Kunming University of Science and Technology, Kunming 650051,China);A general model of packing quality vision examination software[J];Electronic Instrumentation Customer;2006-06\n8 ZHANG Jian-en,CAO Chang-xiu,JIN Qiong(College of Automation,Chongqing University,Chongqing 400030,China);Algorithm of Circle Analyse in Image Processing[J];Journal of Chongqing University(Natural Science Edition);2005-11\n9 YU Bin-yang,WANG Zhao-ba,JIN Yong (National Key Measurement Laboratory,North University of China,Taiyuan 030051,China);The Research for Glass-Defect Detecting Based on Moiré Fringes[J];Bulletin of the Chinese Ceramic Society;2008-01\n10 ZHANG Can-long~1,WANG Qiang~1,WEN Xiao-jun~1,HUANG Ke~2, LV Dong-ming~1,CHEN Chi~1,ZHANG Chao-ying~1,TANG Yan-ping~3,LIU Hai-yan~1(1.College of Physics and Information Technology,Guangxi Normal University,Guilin 541004,China; 2.Guilin Jingsheng Glass Co.Ltd,Guilin 541003,China; 3.Dean's Office,Guiliu University of Electronic Technology,Guilin 541004,China);THE VERTICALITY OF GLASS BOTTLE NON-CONTACT MEASUREMENT AND ITS ERROR ANALYSIS[J];Journal of Guangxi Normal University(Natural Science);2004-01\n1 LIU Gang , LIU Zhaokui(Department of Electrical Engineering,The Henan Science and Technology  University ,Henan Luoyang 471039, China);On Line Identification of Grade Marks on Sheet Glass Based on Image Processing[J];Glass & Enamel;2003-03\n2 Li Wei Huang Xinhua Wang Min Wan Guohong Li Wei Doctoral Candidate.; Dept. of Control Sci. & Eng., Huazhong Univ. of Sci. & Tech., Wuhan 430074, China.;The steel surface inspection system based on computer vision[J];Journal of Huazhong University of Science and Technology;2003-02\n3 Wang Jianhua and Tong Bingshu * (Department of Mechanical Engineering, Hebei Institute of Science and Engineering, Tangshan\_ 063009) *(Department of Precision Instruments, Tsinghua University, Beijing\_ 100084);TWO METHODS OF QUICK THINNING ENGINEERING FIGURES[J];JOURNAL OF COMPUTER RESEARCH AND DEVELOPMENT;1998-02\n4 WANG Qiang MA Li Zhuang (State Key Laboratory of CAD & CG, Zhejiang University, Hangzhou 310027) (Department of Computer Science, Zhejiang University, Hangzhou 310027);Binary-Conversion of Image with Feature Preserving[J];JOURAAL OF COMPUTER AIDED DESIGN & COMPUTER GRAPHICS;2000-10\n5 Dai Jun ;Zhao Haiyang; Feng Xinhai(Guangdong Foshan Institute of Science and Technology, Foshar, Guangdong, 528000);Machine Vision[J];MACHINE DESIGN AND MANUFACTURING ENGINEERING;1998-04\n6 Cai Jianrong Fang Ruming Zhang Shiqing Wu Shouyi(Jiangsu University of Science and Technology, Zhenjiang 212013) Zhang Jianping(Shanghai Tobacco (Group) Corp. Technical Center);Application of Computer Vision Technique to Research on Classifying System of Tobacco Leaves[J];TRANSACTIONS OF THE CHINESE SOCIETY OF AGRICULTURAL ENGINEERING;2000-03\n7 Zhao jing 1 He Dongjian 2 (Shandong Institute of Technology, Zibo 255012, China; 2.Northwest Sci Tech University of Agriculture & Forestry, Yangling 712100, China);Studies on Technique of Computer Recognition of Fruit Shape[J];Transactions of The Chinese Society of Agricultural Engineering;2001-02\n8 Mi,Zining Yang,Detian (Shanghai JiaoTong University,Shanghai 200030,china);A method using simple pendulum to measure friction moment of gimbals pillow[J];Control & Automation;2005-04\n9 ZHANG Xin ming, SHEN Lan sun, SHEN Bo (Laboratory of Signal & Information Processing, Beijing Polytechnic University, Beijing 100022);Feature Distance Based Thresholding for Ophthalmologic Image Segmentation[J];Journal of Image and Graphics;2001-02


url: =Zhanjiang Ouranjian Guesthouse, Zhanjiang. Prenotazioni.\nHome » Paesi » Cina » Guangdong » Zhanjiang » Zhanjiang Ouranjian Guesthouse -\nZhanjiang Ouranjian Guesthouse - Ostelli, Zhanjiang, Cina\nNorth Taosheng Road, Longhaitian Holiday Area, Donghai Island, Zhanjiang (Visualizza mappa)\nZhanjiang Ouranjian Guesthouse is a 5-minute walk from Longhaitian Coach Station. Zhanjiang Railway Station is located a 55-minute drive away.\nZhanjiang Ouranjian Guesthouse has free luggage storage space. Parking is available for free.\nDisponibilità - Zhanjiang Ouranjian Guesthouse\nPer visualizzare tariffe e disponibilità, inserisci le date del tuo soggiorno. Zhanjiang Ouranjian Guesthouse\nL'hotel e i suoi servizi - Zhanjiang Ouranjian Guesthouse\nristorante, snack bar, bottiglia d'acqua\nbanco escursioni, deposito bagagli, check-in e check-out privati\nsala comune/zona TV, zona camino/falò all'aperto\nCondizioni dell'hotel - Zhanjiang Ouranjian Guesthouse\nZhanjiang Ouranjian Guesthouse, Zhanjiang. Photogalery\nBack to the hotel overview Zhanjiang Ouranjian Guesthouse, Ostelli Zhanjiang\nHotel detail page: 1557687


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="Feng" sheng shui qi jing du ban, Mian xiang pian, Xianggang you xian yu le you xian gong si zhi zuo, (videorecording) (Instance) - Vancouver Public Library\nThe instance "Feng" sheng shui qi jing du ban, Mian xiang pian, Xianggang you xian yu le you xian gong si zhi zuo, (videorecording) represents a material embodiment of a distinct intellectual or artistic creation found in Vancouver Public Library. This resource is a combination of several types including: Instance, Video Recording.\nContext of "Feng" sheng shui qi jing du ban, Mian xiang pian, Xianggang you xian yu le you xian gong si zhi zuo, (videorecording)\n
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