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url: =超级大乐透奇偶走势图带连线 > 产品中心 > 自动水质采样器 > 水质自动采样器（混合釆集、便携式）\n超级大乐透奇偶走势图带连线SHIZHIMEIJINGGUOGUDINGDESHIJIAN，ANGUDINGDELIULIANGBILICAIJIYANGPIN，XIANGGUANCANSHUBAOKUOSHIJIANJIANGE、CAIYANGBILI。RU：MEIJINGGUO10FENZHONG，AN2ml/ mDEBILICAIJIYANGPIN，JIASHEMOUYI10FENZHONGDESHIJIANDUANNEIDESHUIDELIULIANGWEI53LIFANGMI，ZECICICAIYANGLIANGWEI：53×2 =106HAOSHENG。CIZHONGCAIYANGFANGSHI，GENJUWUSHUILIULIANGDEBUTONG，MEICIDECAIYANGLIANGSHIBUQUEDINGDE。\n2. HUNHESHUIYANGGESHUN：1～200 RENYISHEDING。\n3. CHUIZHIYANGCHENG：8m 。\n超级大乐透奇偶走势图带连线4. SHUIPINGXICHENG：50m ， JUYOUCAIYANGGUANZICHONGXIGONGNENG。\n9. GUANLUXITONGQIMIXING: ≤-0.05MPa。\n10. PINGJUNWUGUZHANGLIANXUYUNXINGSHIJIAN(MTBF): ≥3000h/CI。\n11. JUEYUANZUKANG: > 20MΩ。\n16. GONGZUOHUANJINGWENDU：-5℃ ZHI +50℃。\n17. RUDONGBENGLIULIANGTEXING：3700ml/min，BENGGUANNEIJING10mm，GAOSUDALIULIANGWUSHUIZHUANYONGBENG，GAOQIANGDUYIYONGJINKOUGUIJIAO GUAN。\n超级大乐透奇偶走势图带连线19. WAIXINGCHICUN：300mm*290mm*220 mm(ZHANG´KUAN´GAO)，ZHONGLIANG：5.5Kg,


url: =Beautiful Women | Dr. Chambers On-Call\nDr. Chambers On-Call | beautiful women


url: =Ridgefield Qigong Acupuncturists - Ridgefield, Bergen County, New Jersey\nQigong Acupuncturists in Ridgefield, NJ\nNo more Qigong Acupuncturists in Ridgefield - Try other Acupuncturists below\nTry expanding your search for Qigong Acupuncturists in Ridgefield to a larger area (e.g. Bergen County, New Jersey)\nIf you're looking for help with qigong in Ridgefield or for a Ridgefield qigong acupuncture these qigong practitioners in Ridgefield are professionals providing medical qigong Ridgefield (or qi gong or qi qong) and chi qigong. They include qigong acupuncture professionals, qigong acupressure professionals, and qigong acupuncturists.


url: =Huan, Bai: free download. Ebooks library. On-line books store on Z-Library\n[IEEE 2019 IEEE 3rd Information Technology, Networking, Electronic and Automation Control Conference (ITNEC) - Chengdu, China (2019.3.15-2019.3.17)] 2019 IEEE 3rd Information Technology, Networking, Electronic and Automation Control Conference (ITNEC) - The Research of Four Rotor Aircraft based on STM32\nGuo, Chun lai, bai, Na, Ren, Huan, Xing, Ye, Lang, Jihong, Xiong, Liming\nBai, Long, Huan, Siqi, Xiang, Wenchao, Rojas, Orlando J.\nRapid and sensitive detection of multiple genes from the SARS-Coronavirus using quantitative RT-PCR with dual systems\nJau-Ling Huang, Hui-Tsu Lin, Yu-Ming Wang, Yi-Chien Yeh, Konan Peck, Bai-Ling Lin, Huan-Wun Liu, Ann Chen, Chang-Shen Lin\nCai Lv, Jie Zhang, Zhiming Bai, Huan Yang, Xiaobin Zhang\nExplore the possibility of forming fcc high entropy alloys in equal-atomic systems CoFeMnNiMand CoFeMnNiSmM\nA facile approach to preparing palladium nanoparticles-embedded polyvinylpyrrolidone (PVP) heterogeneous hybrid nanofibers mats by electrospinning\nGuo, Liping, Bai, Jie, Liang, Haiou, Xu, Tong, Li, Chunping, Meng, Qingrun, Liu, Huan, Huang, Yarong\nEffects of alkaline media on the controlled large mesopore size distribution of bimodal porous silicas via sol-gel methods\nZhou, Huan, Sun, Jihong, Ren, Bo, Wang, Feng, Wu, Xia, Bai, Shiyang\nXiong, Bo Wen, Yu, Huan, Yan, Qing Song, Xu, Zhi Feng, Cai, Chang Chun, Lu, Bai Ping, Liu, Guo Feng\nQuality Inspection of Reinforced Concrete Structures and Reinforcement\nBu, Na Rui, Cai, Huan Qing, Bai, Run Shan, Li, Zhi Qiang\nComparative studies on evolution behaviors of 14H LPSO precipitates in as-cast and as-extruded Mg–Y–Zn alloys during annealing at 773K\nLiu, Huan, Bai, Jing, Yan, Kai, Yan, Jingli, Ma, Aibin, Jiang, Jinghua\nBai, Long, Huan, Siqi, Gu, Jiyou, McClements, David Julian\nZhang, Yong, Liu, Xin, Bai, Xue, Lin, Yuan, Li, Zhange, Fu, Jiangbo, Li, Mingqi, Zhao, Tong, Yang, Huan, Xu, Ranchen, Li, Jiamin, Ju, Jin, Cai, Benzhi, Xu, Chaoqian, Yang, Baofeng\nInfluence of woven fabric specification and yarn constitutions on the dielectric properties at ultrahigh frequency\nJiyong, Hu, Jiang, Hongyan, Tu, Huating, Bai, Huan, Hong, Hong, Zhang, Yaya, Xudong, Yang\nBai, Wan-fu, Li, Lu, Zhang, Ting, Su, Xiao-hu, Wang, Yong-wei, Zhao, Bing-wu, Zhang, Tao, Zhou, Huan-min\nBai, Long, Xiang, Wenchao, Huan, Siqi, Rojas, Orlando J.\nEffect of daidzein on fermentation parameters and bacterial community of finishing Xianan cattle\nLiang, Huan, Xu, Lanjiao, Zhao, Xianghui, Bai, Jun, Chen, Zuodong, Zhou, Shan, Song, Xiaozhen, Ouyang, Kehui, Pan, Ke, Liu, Chanjuan, Qu, Mingren\nSupramolecular Strategy Based on Conjugated Polymers for Discrimination of Virus and Pathogens\nBai, Haotian, Lu, Huan, Fu, Xuancheng, Zhang, Endong, Lv, Fengting, Liu, Libing, Wang, Shu\nBai, Long, Greca, Luiz G., Xiang, Wenchao, Lehtonen, Janika, Huan, Siqi, Nugroho, Robertus Wahyu N., Tardy, Blaise L., Rojas, Orlando J.\nGao, Feng-Shan, Hu, Gui-Xue, Xia, Xian-zhu, Gao, Yu-Wei, Bai, Ya-Duo, Zou, Xiao-Huan\nSynthesis and characterization of optically transparent semi-aromatic polyimide films with low fluorine content\nLiu, Huan, Zhai, Lei, Bai, Lan, He, Minhui, Wang, Changou, Mo, Song, Fan, Lin\nZhou, Huan, Liang, Chunyong, Wei, Zi, Bai, Yanjie, Bhaduri, Sarit B., Webster, Thomas J., Bian, Liming, Yang, Lei\nChen, Yi-huan, Bai, Jie, Wu, Di, Yu, Shou-fen, Qiang, Xiao-ling, Bai, Hua, Wang, Hua-ning, Peng, Zheng-wu\n[IEEE 2019 IEEE International Symposium on Mixed and Augmented Reality Adjunct (ISMAR-Adjunct) - Beijing, China (2019.10.10-2019.10.18)] 2019 IEEE International Symposium on Mixed and Augmented Reality Adjunct (ISMAR-Adjunct) - Video Synthesis of Human Upper Body with Realistic Face\nLiu, Zhaoxiang, Hu, Huan, Wang, Zipeng, Wang, Kai, Bai, Jinqiang, Lian, Shiguo\nStatic displacement reanalysis of structures using perturbation and Padé approximation\nSu Huan Chen, Xiao Wei Yang, Bai Sheng Wu\nDivinyl benzene cross-linked HTPB-based polyurethaneurea membranes for separation of p-/o-xylene mixtures by pervaporation\nJin Gu, Chun-Fang Zhang, Yun-Xiang Bai, Lin Zhang, Yu-Ping Sun, Huan-Lin Chen\nChemInform Abstract: Two New Molybdenum(V) Phosphates Containing Sandwich-Shaped Clusters with Zero- and Three-Dimensional Structures.\nBi-Zhou Lin, Xue-Zhong Liu, Bai-Huan Xu, Qin-Qin Wang, Zi-Jing Xiao\nThe Effect of Polarity on Coadsorbed Molecular Nanostructures of Substituted Phthalocyanine and Thiol Molecules\nZhi-Yong Yang, Sheng-Bin Lei, Li-Huan Gan, Li-Jun Wan, Chen Wang, Chun-Li Bai\nLayered nanocomposites based on molybdenum disulfide and hydroxy-Al, Cr and CrAl oligocations: Characterization and catalytic activity in benzene hydrogenation to cyclohexane\nBi-Zhou Lin, Jin-Fei Zhang, Bai-Huan Xu, Cong Ding, Xiu-Feng Huang\nBai-Huan Xu, Bi-Zhou Lin, Dong-Ya Sun, Cong Ding\nDisadvantage and prosocial behavior: the effects of the Wenchuan earthquake\nLi-Lin Rao, Ru Han, Xiao-Peng Ren, Xin-Wen Bai, Rui Zheng, Huan Liu, Zuo-Jun Wang, Jin-Zhen Li, Kan Zhang, Shu Li\nSynthesis of ultrafine silica powders based on oil shale ash by fluidized bed drying of wet-gel slurry\nGui-Mei Gao, Hai-Feng Zou, Da-rui Liu, Li-na Miao, Shu-Cai Gan, Bai-Chao An, Ji-Jing Xu, Guang-Huan Li\nPreparation and photocatalytic properties of mesoporous SnO2–hexaniobate layered nanocomposite\nQin-Qin Wang, Bi-Zhou Lin, Bai-Huan Xu, Xiao-Li Li, Zhi-Jian Chen, Xue-Tao Pian\nFirst Strandberg-type polyoxotungstate compound: Synthesis and characterization of organic–inorganic hybrid (H2en)(Hen)2[H2P2W5O23]·5.42H2O\nBi-Zhou Lin, Zhen Li, Bai-Huan Xu, Li-Wen He, Xue-Zhong Liu, Cong Ding\nSimultaneous measurement of humidity and temperature in the lower troposphere over Chung-Li, Taiwan\nChih-Wei Chiang, Subrata Kumar Das, Jan-Bai Nee, Shun-xing Hu, Huan-ling Hu\nPreparation and electrical conductivity of polypyrrole/WS2 layered nanocomposites\nBai-Huan Xu, Bi-Zhou Lin, Zhi-Jian Chen, Xiao-Li Li, Qin-Qin Wang\nFe-doped and ZnO-pillared titanates as visible-light-driven photocatalysts\nKe-Zhi Zhang, Bi-Zhou Lin, Yi-Lin Chen, Bai-Huan Xu, Xue-Tao Pian, Ji-Dong Kuang, Bin Li\nStudies of electrospun regenerated SF/TSF nanofibers\nFeng Zhang, Bao Q. Zuo, Huan X. Zhang, Lun Bai\nPreparation and properties of silica nanoparticles from oil shale ash\nGui-Mei Gao, Hai-Feng Zou, Shu-Cai Gan, Zhao-Jun Liu, Bai-Chao An, Ji-Jing Xu, Guang-Huan Li\nQoS multicast routing scheme using QGA in IP/DWDM networks\nHuan-lai XING, Lin BAI, Yue-feng JI\nMolecular complexes of antipsychotic pharmaceutical parent molecule phenothiazine and unsaturated acid anhydrides\nHua-Can Song, Ping Huan, Bai-Ning Ying\nPei-Ing Hwang, Huan-Bin Wu, Chin-Di Wang, Bai-Ling Lin, Cheng-Tao Chen, Shinsheng Yuan, Guani Wu, Ker-Chau Li


url: =Glenlyon House | State Library Of Queensland\nGlenlyon, a residence in Ashgrove 1931. John Oxley Library, State Library of Queensland. Neg 199270


url: =China Sales Prices of Residential Buildings in 70 Medium and Large-sized Cities in June 2016 | Inventariando China\nChina Sales Prices of Residential Buildings in 70 Medium and Large-sized Cities in June 2016\nNational Bureau of Statistics of China. 2016-07-18 16:21. 1.The Sales Prices of Newly Constructed Commercial Residential Buildings (excluding affordable housing) (See Table II). Comparing with the previous month, among 70 medium and large-sized cities, the sales prices of newly constructed commercial residential buildings declined in 10 cities, that of 55 cities increased, and that of 5 cities remained at the same level. For the price changes month-on-month, the highest increase was 4.9 percent, and the lowest was down by 0.5 percent.\n2. Sales Prices of Second-Hand Residential Buildings\nBeijing 102.1 120.3 119.5 Tangshan 99.7 99.3 99.1\nTianjin 102.2 113.8 113.5 Qinhuangdao 100.4 100.3 100.1\nShijiazhuang 101.0 105.6 105.3 Baotou 99.8 98.8 98.8\nTaiyuan 100.6 102.2 102.0 Dandong 100.2 98.0 97.9\nHohhot 100.2 100.4 100.3 Jinzhou 99.5 96.5 96.4\nShenyang 100.2 101.5 101.5 Jilin 100.4 100.4 100.3\nDalian 100.3 100.5 100.8 Mudanjiang 99.7 97.8 98.0\nChangchun 100.2 101.2 100.8 Wuxi 102.6 109.7 109.8\nHarbin 100.5 101.7 101.6 Yangzhou 100.3 102.8 102.4\nShanghai 102.0 127.7 126.3 Xuzhou 100.2 103.1 102.9\nNanjing 103.8 129.7 127.9 Wenzhou 100.1 103.2 103.2\nHangzhou 101.6 117.2 116.6 Jinhua 100.1 103.1 102.8\nNingbo 100.6 108.8 108.3 Bengbu 100.3 100.7 100.7\nHefei 104.8 129.0 128.5 Anqing 100.5 101.6 101.5\nFuzhou 101.2 113.8 113.2 Quanzhou 99.8 101.8 101.5\nXiamen 104.7 133.6 132.1 Jiujiang 100.6 103.0 103.1\nNanchang 101.1 109.4 108.9 Ganzhou 100.2 103.1 102.8\nJinan 100.8 105.8 105.7 Yantai 100.5 102.1 102.0\nQingdao 100.4 104.0 103.7 Jining 100.1 98.9 99.1\nZhengzhou 101.6 109.2 108.6 Luoyang 100.1 100.3 100.1\nWuhan 101.9 113.1 112.3 Pingdingshan 100.2 101.6 101.1\nChangsha 100.5 104.8 104.6 Yichang 100.5 101.5 101.1\nGuangzhou 101.8 119.2 118.4 Xiangfan 99.9 99.0 99.2\nShenzhen 102.6 146.7 142.6 Yueyang 100.2 99.4 99.6\nNanning 100.6 105.7 105.6 Changde 100.1 99.3 99.1\nHaikou 100.2 102.6 102.1 Huizhou 102.5 113.5 112.3\nChongqing 100.0 103.3 103.0 Zhanjiang 101.3 100.9 100.9\nChengdu 100.6 103.6 103.1 Shaoguan 100.0 102.3 102.0\nGuiyang 100.0 102.0 101.8 Guilin 100.3 99.8 99.7\nKunming 100.0 100.1 100.4 Beihai 99.8 101.2 100.7\nXi’an 100.5 102.7 102.2 Sanya 99.8 100.5 100.2\nLanzhou 100.3 102.4 101.9 Luzhou 100.3 101.9 101.3\nXining 100.1 99.6 99.6 Nanchong 100.4 100.4 100.4\nYinchuan 99.9 100.0 99.8 Zunyi 100.0 100.2 99.9\nUrumqi 99.8 99.0 98.9 Dali 100.6 100.4 100.4\nCities Price Indices of Newly Constructed Commercial Residential Buildings Cities Price Indices of Newly Constructed Commercial Residential Buildings\nBeijing* 102.3 122.3 121.4 Tangshan 99.7 99.3 99.1\nTianjin 102.3 114.6 114.2 Qinhuangdao 100.5 100.4 100.1\nShijiazhuang 101.1 105.8 105.4 Baotou 99.8 98.8 98.7\nTaiyuan 100.6 102.3 102.0 Dandong 100.2 98.0 97.9\nDalian 100.3 100.5 100.8 Mudanjiang 99.7 97.6 97.8\nChangchun 100.2 101.3 100.9 Wuxi 102.6 109.7 109.8\nShanghai 102.4 133.7 131.9 Xuzhou 100.2 103.3 103.0\nNanjing 104.0 131.5 129.6 Wenzhou 100.1 103.2 103.2\nHangzhou 101.6 117.4 116.7 Jinhua 100.1 103.1 102.8\nNingbo 100.6 108.9 108.4 Bengbu 100.3 100.7 100.7\nHefei 104.9 129.1 128.6 Anqing 100.5 101.6 101.5\nFuzhou 101.2 113.9 113.3 Quanzhou 99.8 101.8 101.5\nXiamen 104.7 134.0 132.4 Jiujiang 100.6 103.0 103.2\nNanchang 101.2 109.6 109.0 Ganzhou 100.2 103.1 102.8\nQingdao 100.5 104.1 103.8 Jining 100.1 98.9 99.1\nZhengzhou 101.6 109.4 108.7 Luoyang 100.1 100.3 100.1\nWuhan 102.0 113.8 113.0 Pingdingshan 100.2 101.6 101.1\nChangsha 100.5 104.9 104.7 Yichang 100.5 101.5 101.1\nGuangzhou 101.8 119.4 118.6 Xiangfan 99.9 99.0 99.2\nShenzhen 102.6 147.4 143.2 Yueyang 100.2 99.3 99.5\nNanning 100.6 106.3 106.2 Changde 100.1 99.3 99.1\nChongqing 100.0 103.4 103.0 Zhanjiang 101.3 100.9 100.9\nChengdu 100.6 103.7 103.1 Shaoguan 100.0 102.3 102.0\nXi’an 100.5 103.0 102.3 Sanya 99.8 100.5 100.2\nLanzhou 100.3 102.5 101.9 Luzhou 100.3 102.0 101.3\nXining 100.1 99.5 99.6 Nanchong 100.4 100.4 100.4\nUrumqi 99.8 98.9 98.7 Dali 100.6 100.4 100.4\nCities Price Indices of Second-Hand Residential Buildings Cities Price Indices of Second-Hand Residential Buildings\nBeijing 101.4 133.4 132.7 Tangshan 100.0 99.9 99.7\nTianjin 101.0 113.2 112.8 Qinhuangdao 100.2 99.7 99.5\nShijiazhuang 102.2 109.4 109.5 Baotou 100.0 97.0 97.2\nTaiyuan 100.7 102.1 101.9 Dandong 99.8 98.1 98.0\nHohhot 99.7 99.7 99.6 Jinzhou 99.8 94.1 94.6\nShenyang 100.1 101.2 101.4 Jilin 100.2 100.5 100.3\nDalian 100.5 100.1 100.7 Mudanjiang 99.9 100.4 100.2\nChangchun 100.0 100.1 99.9 Wuxi 100.6 103.1 102.9\nHarbin 99.9 102.2 101.7 Yangzhou 100.0 100.5 100.4\nShanghai 102.2 130.5 129.6 Xuzhou 100.2 101.3 101.2\nNanjing 101.9 119.8 119.0 Wenzhou 100.2 103.5 103.2\nHangzhou 101.2 111.7 111.1 Jinhua 100.1 102.1 101.9\nNingbo 100.3 106.1 105.5 Bengbu 100.2 100.1 100.1\nHefei 103.4 139.7 139.6 Anqing 100.1 100.8 100.3\nFuzhou 100.4 107.6 107.4 Quanzhou 99.9 99.4 99.3\nXiamen 104.3 130.6 129.1 Jiujiang 101.3 103.6 103.7\nNanchang 101.5 107.6 107.4 Ganzhou 100.2 102.3 101.9\nJinan 100.6 104.1 103.7 Yantai 100.2 100.5 100.3\nQingdao 100.1 101.7 101.4 Jining 100.0 100.0 99.7\nZhengzhou 101.4 109.2 108.8 Luoyang 100.2 100.1 99.8\nWuhan 101.9 110.2 109.5 Pingdingshan 99.9 100.0 99.8\nChangsha 100.4 102.9 102.6 Yichang 100.0 102.1 101.8\nGuangzhou 101.6 119.7 119.5 Xiangfan 100.1 99.2 99.7\nShenzhen 100.8 138.5 136.3 Yueyang 100.1 100.1 100.1\nNanning 100.0 102.9 103.2 Changde 100.4 100.7 100.6\nHaikou 100.1 101.1 100.5 Huizhou 100.8 106.6 106.0\nChongqing 100.1 103.7 103.6 Zhanjiang 100.1 98.4 98.4\nChengdu 100.4 103.2 102.7 Shaoguan 99.5 100.3 100.4\nGuiyang 100.1 101.5 101.3 Guilin 100.0 98.4 98.2\nKunming 99.7 101.3 101.9 Beihai 99.8 102.6 102.2\nXi’an 100.1 96.7 96.8 Sanya 100.1 101.5 100.8\nLanzhou 100.1 100.4 100.4 Luzhou 100.1 102.9 102.8\nXining 99.9 99.5 99.3 Nanchong 100.2 101.3 101.3\nYinchuan 99.9 99.5 99.5 Zunyi 100.2 98.5 98.8\nUrumqi 99.8 98.9 98.9 Dali 99.8 99.8 99.6\nBeijing 101.7 110.1 110.5 102.4 124.6 123.3 102.7 129.7 128.1\nTianjin 102.8 118.2 117.9 102.5 114.5 114.2 101.6 112.2 111.6\nShijiazhuang 100.9 104.8 105.0 101.2 106.1 105.6 100.7 105.5 105.3\nTaiyuan 101.2 103.1 103.0 100.5 102.1 102.0 100.6 102.3 101.8\nHohhot 100.4 99.3 99.3 100.4 101.1 101.1 99.7 99.5 99.3\nShenyang 100.2 102.0 102.0 99.8 102.1 102.2 100.9 99.7 99.6\nDalian 100.8 101.7 102.0 100.5 101.1 101.3 99.2 97.0 97.7\nChangchun 100.1 102.4 101.9 100.3 100.6 100.3 100.0 101.0 100.5\nHarbin 100.3 101.1 101.1 100.6 101.4 101.5 100.4 103.0 102.2\nShanghai 102.6 137.0 134.8 102.5 134.3 132.2 102.2 132.2 130.6\nNanjing 104.1 132.1 130.1 103.8 132.5 130.4 104.2 129.0 127.4\nHangzhou 102.1 120.8 120.0 101.6 116.7 116.0 101.1 114.1 113.6\nNingbo 100.9 110.0 109.4 100.8 109.5 108.8 100.3 107.8 107.4\nHefei 105.3 127.5 127.0 104.9 129.4 128.8 104.1 130.4 130.5\nFuzhou 101.2 115.9 115.5 101.4 113.5 113.2 101.0 113.5 112.6\nXiamen 105.1 134.2 133.0 105.0 135.7 134.0 104.0 131.0 129.4\nNanchang 101.0 110.3 109.7 101.2 110.2 109.6 101.1 106.8 106.9\nJinan 100.9 106.4 106.1 100.9 106.3 106.1 100.8 103.8 104.0\nQingdao 100.5 103.9 103.8 100.4 105.3 104.8 100.6 101.7 101.5\nZhengzhou 101.6 110.2 109.4 101.6 108.8 108.4 101.5 108.5 107.6\nWuhan 102.4 113.5 112.8 101.9 114.1 113.3 101.7 113.1 112.1\nChangsha 100.5 102.8 103.0 100.6 105.8 105.6 100.3 105.0 104.4\nGuangzhou 101.6 120.2 119.0 102.1 118.8 118.2 101.6 119.8 118.9\nShenzhen 102.4 146.0 141.8 101.6 145.4 141.5 103.8 151.5 147.1\nNanning 100.6 106.8 106.6 100.7 107.1 106.9 100.6 103.0 103.0\nHaikou 100.7 103.1 102.7 100.1 102.6 102.1 100.0 102.2 101.6\nChongqing 99.9 102.8 102.5 100.0 103.2 103.0 99.9 104.7 103.9\nChengdu 100.4 103.0 102.4 100.8 104.1 103.8 100.8 104.4 103.7\nGuiyang 99.9 102.3 102.2 100.0 102.1 101.9 100.0 101.5 101.2\nKunming 99.8 101.3 101.3 100.1 100.0 100.4 99.9 99.0 99.5\nXi’an 100.9 104.5 103.9 100.3 102.3 101.6 100.6 102.8 102.0\nLanzhou 100.5 102.3 101.8 100.2 102.7 101.9 100.3 102.5 102.2\nXining 100.3 99.8 100.2 100.0 98.9 99.1 100.1 101.5 100.8\nYinchuan 100.3 100.0 100.0 99.8 100.5 100.3 99.8 98.6 98.6\nUrumqi 99.9 98.6 98.4 99.9 100.0 99.8 99.2 96.0 96.0\nTangshan 99.9 100.1 100.0 99.6 99.0 98.9 99.6 98.8 98.3\nQinhuangdao 100.2 100.2 99.8 100.6 100.9 100.6 100.3 98.6 98.8\nBaotou 100.1 99.8 99.7 99.7 98.3 98.4 99.7 99.3 98.8\nDandong 100.3 98.0 98.5 100.2 98.3 98.1 99.8 96.8 96.6\nJinzhou 99.6 93.6 94.3 99.5 97.7 97.2 99.2 97.8 97.7\nJilin 100.1 99.7 99.9 100.4 101.1 100.7 101.1 100.3 100.2\nMudanjiang 99.6 97.3 97.6 99.8 98.3 98.4 99.2 94.3 94.5\nWuxi 102.9 110.7 111.1 102.7 110.5 110.5 102.2 107.5 107.6\nYangzhou 100.0 104.3 103.1 100.4 102.6 102.3 100.6 102.5 102.3\nXuzhou 100.3 103.2 102.9 100.2 103.0 102.8 100.4 104.9 104.4\nWenzhou 100.3 102.4 102.4 100.1 103.3 103.4 100.1 103.8 103.5\nJinhua 100.2 103.2 102.9 100.0 103.3 103.1 100.0 102.6 102.2\nBengbu 100.0 100.3 100.2 100.4 101.0 101.1 100.2 98.9 99.3\nAnqing 100.4 102.5 102.4 100.6 101.4 101.3 100.0 101.4 101.0\nQuanzhou 99.8 101.5 101.2 100.0 101.2 101.1 99.4 102.8 102.4\nJiujiang 100.8 102.8 103.0 100.6 102.9 103.2 100.3 103.3 102.9\nGanzhou 100.1 103.9 103.3 100.2 102.9 102.7 100.3 103.2 102.8\nYantai 100.2 101.2 101.3 100.7 103.2 103.0 100.1 100.7 100.3\nJining 100.5 99.6 99.7 100.0 98.5 98.9 100.2 99.5 99.4\nLuoyang 100.1 102.0 101.6 100.1 99.9 99.7 100.0 100.0 100.2\nPingdingshan 99.7 99.8 99.6 100.4 102.2 101.6 100.1 102.3 101.6\nYichang 100.4 101.3 100.8 100.5 101.5 101.1 100.6 101.9 101.7\nXiangfan 100.0 100.9 100.6 99.9 99.0 99.1 99.7 97.1 97.6\nYueyang 100.8 99.3 99.8 100.1 98.8 99.2 100.0 100.4 100.1\nChangde 99.8 99.8 99.5 100.2 99.3 99.0 100.1 98.4 98.4\nHuizhou 102.3 113.9 112.8 102.5 113.8 112.5 102.8 112.6 111.5\nZhanjiang 101.4 101.6 101.4 101.4 100.9 100.9 100.9 99.5 99.5\nShaoguan 99.6 102.9 102.8 100.1 101.9 101.9 100.0 102.8 101.9\nGuilin 100.1 99.6 99.5 100.2 99.2 99.4 100.9 101.6 101.1\nBeihai 99.8 101.6 101.1 99.8 100.4 100.0 99.9 101.7 101.1\nSanya 99.9 100.8 100.2 99.7 100.4 99.9 99.7 100.4 100.4\nLuzhou 100.3 101.6 101.1 100.4 102.3 101.5 99.8 99.9 99.6\nNanchong 100.2 100.2 100.1 100.5 100.6 100.6 100.3 99.1 99.4\nZunyi 100.0 101.4 101.0 99.9 99.8 99.6 100.7 100.2 99.8\nDali 100.8 100.4 100.3 100.5 101.4 101.2 100.7 99.6 99.8\nBeijing 101.4 133.5 132.6 101.3 132.8 132.3 101.7 134.3 133.8\nTianjin 102.1 115.4 115.1 100.4 112.6 112.1 99.2 108.7 108.2\nShijiazhuang 102.6 110.1 110.2 101.9 109.0 109.1 101.6 108.9 108.7\nTaiyuan 100.5 102.4 102.1 101.2 102.0 101.8 100.4 101.6 101.8\nHohhot 99.7 99.9 99.8 99.8 99.8 99.6 99.4 98.9 98.8\nShenyang 100.2 101.5 101.8 100.0 101.1 100.9 99.9 99.5 99.8\nDalian 100.3 99.7 100.6 100.6 101.0 101.2 100.8 99.0 99.1\nChangchun 100.0 100.6 100.4 100.1 99.6 99.5 100.0 99.5 99.1\nHarbin 100.0 101.9 101.7 99.9 102.2 101.6 100.1 102.8 102.2\nShanghai 102.4 131.1 130.2 102.0 130.1 129.0 102.4 129.9 129.0\nNanjing 102.3 118.8 118.0 101.8 121.5 120.4 101.4 117.9 117.7\nHangzhou 101.1 112.5 112.0 101.1 111.1 110.6 101.2 110.9 110.1\nNingbo 100.3 106.3 105.6 100.3 106.2 105.6 100.6 105.6 104.8\nHefei 103.7 140.3 140.5 103.4 138.7 138.5 102.5 141.5 141.1\nFuzhou 100.6 107.6 107.4 100.4 106.9 106.7 100.3 108.6 108.3\nXiamen 104.7 131.9 130.3 104.1 130.6 129.2 104.0 129.3 127.7\nNanchang 101.6 107.3 107.1 101.5 108.4 108.1 100.9 105.7 105.9\nJinan 100.7 105.1 104.4 100.5 103.4 103.2 100.4 103.2 102.8\nQingdao 100.1 101.6 101.3 100.1 101.8 101.6 100.0 101.5 101.2\nZhengzhou 101.5 109.3 108.9 101.4 109.5 109.1 101.3 108.5 108.2\nWuhan 101.8 110.3 109.9 101.9 110.2 109.2 102.1 109.8 109.1\nChangsha 100.3 103.1 102.9 100.4 102.7 102.5 100.5 103.1 102.6\nGuangzhou 101.4 120.1 119.8 102.2 118.5 118.6 100.3 121.7 120.9\nShenzhen 100.1 139.2 137.2 100.9 137.1 135.4 102.1 139.0 135.8\nNanning 99.9 101.5 102.1 100.0 102.5 102.7 100.3 106.7 106.6\nHaikou 100.1 101.0 100.1 100.2 101.3 101.1 100.1 100.5 100.3\nChongqing 100.1 103.9 103.6 100.1 104.2 104.2 100.0 101.7 102.0\nChengdu 100.2 103.3 103.0 100.5 103.6 102.8 100.4 102.2 101.8\nGuiyang 100.0 101.2 101.0 100.1 101.5 101.4 100.1 101.6 101.3\nKunming 99.6 102.4 102.5 99.8 101.0 101.9 99.5 100.3 100.8\nXi’an 99.0 96.2 96.3 100.9 97.3 97.2 100.0 96.3 96.4\nLanzhou 100.1 100.7 100.7 99.9 100.8 100.5 100.2 99.4 99.7\nXining 100.0 99.4 99.2 99.9 99.5 99.3 100.0 99.7 99.5\nYinchuan 100.2 99.6 99.7 99.7 99.4 99.4 99.5 99.2 99.2\nUrumqi 99.7 98.2 98.1 99.8 99.3 99.6 99.8 100.2 100.1\nTangshan 100.0 99.7 99.5 100.0 100.1 100.0 99.8 100.4 100.0\nQinhuangdao 100.4 99.8 99.8 100.1 99.6 99.2 100.0 99.7 99.8\nBaotou 100.0 96.8 97.1 99.9 96.9 97.0 100.0 98.2 98.5\nDandong 99.6 97.4 97.4 99.9 99.6 99.4 99.8 96.4 96.3\nJinzhou 99.8 94.5 94.9 99.7 93.8 94.3 100.2 93.6 94.3\nJilin 100.3 100.8 100.7 100.1 100.5 100.4 100.0 99.1 99.0\nMudanjiang 100.0 101.5 101.2 99.9 97.7 97.8 98.5 95.8 95.7\nWuxi 100.6 102.9 102.7 100.5 103.5 103.2 100.8 102.6 102.6\nYangzhou 100.1 100.5 100.3 99.9 100.5 100.4 100.1 100.5 100.4\nXuzhou 100.2 101.6 101.4 100.1 101.2 101.0 100.0 101.3 101.2\nWenzhou 100.2 104.1 104.1 100.2 103.7 103.3 100.1 102.8 102.3\nJinhua 100.2 102.9 102.6 100.1 101.6 101.3 100.1 101.7 101.5\nBengbu 100.1 100.0 99.8 100.3 100.3 100.3 100.2 100.6 100.7\nAnqing 100.2 101.0 100.3 100.2 100.7 100.3 100.1 100.3 100.1\nQuanzhou 99.6 100.2 99.9 99.9 98.6 98.5 100.3 99.9 99.8\nJiujiang 101.4 105.8 105.7 101.2 102.2 102.4 101.0 99.7 100.1\nGanzhou 100.2 102.2 101.9 100.4 102.4 102.1 99.9 102.0 101.5\nYantai 100.2 100.9 100.7 100.2 100.5 100.3 100.0 99.0 98.8\nJining 100.2 100.3 99.8 99.8 100.0 99.8 99.8 99.4 99.0\nLuoyang 100.1 101.6 101.1 100.1 99.9 99.5 100.4 98.6 98.7\nPingdingshan 98.7 97.0 96.9 100.4 100.8 100.7 100.9 103.7 102.9\nYichang 100.0 103.1 102.6 100.0 101.9 101.6 99.9 100.5 100.2\nXiangfan 100.0 99.5 100.2 100.2 99.6 99.9 99.7 97.3 97.7\nYueyang 100.1 100.1 100.1 100.1 100.2 100.2 100.0 100.1 100.0\nChangde 100.4 101.1 101.0 100.4 100.5 100.4 100.3 100.4 100.3\nHuizhou 100.8 107.0 106.3 100.8 106.4 105.9 100.7 106.7 105.7\nZhanjiang 100.1 98.1 98.3 100.0 98.6 98.3 100.2 99.1 98.6\nShaoguan 99.7 100.2 100.4 99.9 100.8 100.8 98.7 99.6 99.8\nGuilin 100.0 98.0 97.9 100.1 98.8 98.4 100.0 98.5 98.0\nBeihai 99.9 102.5 102.1 99.7 102.8 102.4 99.9 102.5 101.9\nSanya 100.0 101.4 100.9 100.1 101.8 101.0 100.1 101.3 100.6\nLuzhou 100.2 103.1 102.8 100.1 102.9 102.8 100.1 102.4 102.0\nNanchong 100.1 101.5 101.4 100.2 101.3 101.3 100.1 101.0 101.1\nZunyi 100.3 99.0 99.6 100.3 98.1 98.4 99.5 98.4 98.5\nDali 99.7 99.4 99.3 100.1 101.0 100.9 99.4 98.5 98.3\nSince January 2011, NBS started to implement “Survey Program on Sales Prices of Residential Buildings”.\nSurvey Coverage: The survey was conducted in the municipal districts of 70 medium and large-sized cities, excluding the countries.\nSurvey Methods: The data of sales price, floor space and amount of money directly came from the network transaction records data of local real estate management departments. The survey of sales prices of second-hand residential buildings was non-overall survey, integrating key-point investigation with typical investigation, combing the methods of real estate brokerage agency reporting, real estate management departments providing, as well as investigator obtaining prices on the spot, to collect the basic data.\nThe newly constructed residential buildings includes affordable housing, the newly constructed commercial residential buildings excludes affordable housing.\nThe calculation of the price indices can be seen in the “Survey Program of the Sales Prices of Residential Buildings”, on the website of the National Bureau of Statistics of China.\n“-” in table denotes no deal record this month.\ntagged with 19 de julio china, China. Sales Prices of Residential Buildings, Sales Prices of Residential Buildings China


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url: =Yan Zhang 0002 - researchr alias\nPublications by 'Yan Zhang 0002'\nEditorial for FGCS special issue: Computation Intelligence for Energy InternetYan Zhang 0002, Kun Wang 0005, Lei He 0001. fgcs, 115:295-297, 2021. [doi]\nElectric Signature Detection and Analysis for Power Equipment Failure Monitoring in Smart GridShunfan He, Yan Zhang 0002, Rongbo Zhu, Wei Tian. tii, 17(6):3739-3750, 2021. [doi]\nDistributed Demand Response for Multienergy Residential Communities With Incomplete InformationWeifeng Zhong, Kan Xie, Yi Liu 0015, Chao Yang 0005, Shengli Xie, Yan Zhang 0002. tii, 17(1):547-557, 2021. [doi]\nA Method for Place Name Recognition in Tang Poetry Based on Feature Templates and Conditional Random FieldYan Zhang 0002, Yukun Li, Jing Zhang, Yunbo Ye. apweb 2020: 627-635 [doi]\nCollaborative Blockchain for Space-Air-Ground Integrated NetworksWen Sun 0004, Lu Wang, Peng Wang, Yan Zhang 0002. wc, 27(6):82-89, 2020. [doi]\nReducing Offloading Latency for Digital Twin Edge Networks in 6GWen Sun 0004, Haibin Zhang, Rong Wang, Yan Zhang 0002. tvt, 69(10):12240-12251, 2020. [doi]\nJoint Transaction Relaying and Block Verification Optimization for Blockchain Empowered D2D CommunicationLi Jiang 0005, Shengli Xie, Sabita Maharjan, Yan Zhang 0002. tvt, 69(1):828-841, 2020. [doi]\nCooperative Offloading and Resource Management for UAV-Enabled Mobile Edge Computing in Power IoT SystemYi Liu 0015, Shengli Xie, Yan Zhang 0002. tvt, 69(10):12229-12239, 2020. [doi]\nJoint Computation Offloading and Demand Response Management in Mobile Edge Network With Renewable Energy SourcesYi Liu 0015, Shengli Xie, Qiyu Yang, Yan Zhang 0002. tvt, 69(12):15720-15730, 2020. [doi]\nEnergy Peer-to-Peer Trading in Virtual Microgrids in Smart Grids: A Game-Theoretic ApproachKelvin O. O. Anoh, Sabita Maharjan, Augustine Ikpehai, Yan Zhang 0002, Bamidele Adebisi. tsg, 11(2):1264-1275, 2020. [doi]\nEdge Intelligence for Energy-Efficient Computation Offloading and Resource Allocation in 5G BeyondYueyue Dai, Ke Zhang 0008, Sabita Maharjan, Yan Zhang 0002. tvt, 69(10):12175-12186, 2020. [doi]\nDeep Reinforcement Learning and Permissioned Blockchain for Content Caching in Vehicular Edge Computing and NetworksYueyue Dai, Du Xu, Ke Zhang 0008, Sabita Maharjan, Yan Zhang 0002. tvt, 69(4):4312-4324, 2020. [doi]\nDifferential Privacy Preserving of Training Model in Wireless Big Data with Edge ComputingMiao Du, Kun Wang 0005, Zhuoqun Xia, Yan Zhang 0002. tbd, 6(2):283-295, 2020. [doi]\nUnsupervised domain adaptation with structural attribute learning networksYuze Li, Chunling Yang, Yu Chen 0031, Yan Zhang 0002. ijon, 415:96-105, 2020. [doi]\nProtecting Machine Learning Integrity in Distributed Big Data NetworkingYunkai Wei, Yijin Chen, Mingyue Xiao, Sabita Maharjan, Yan Zhang 0002. network, 34(4):84-90, 2020. [doi]\nOnline Control and Near-Optimal Algorithm for Distributed Energy Storage Sharing in Smart GridWeifeng Zhong, Kan Xie, Yi Liu 0015, Chao Yang 0005, Shengli Xie, Yan Zhang 0002. tsg, 11(3):2552-2562, 2020. [doi]\nEditorial: Advanced Industrial Networks with IoT and Big DataYan Zhang 0002, Mithun Mukherjee 0003, Celimuge Wu, Ming-Tuo Zhou. monet, 24(3):947-949, 2019. [doi]\nBlockchain Empowered Wireless Power Transfer for Green and Secure Internet of ThingsLi Jiang 0005, Shengli Xie, Sabita Maharjan, Yan Zhang 0002. network, 33(6):164-171, 2019. [doi]\nRobust Big Data Analytics for Electricity Price Forecasting in the Smart GridKun Wang 0005, Chenhan Xu, Yan Zhang 0002, Song Guo 0001, Albert Y. Zomaya. tbd, 5(1):34-45, 2019. [doi]\nIntelligent Edge Computing for IoT-Based Energy Management in Smart CitiesYi Liu 0015, Chao Yang 0005, Li Jiang 0005, Shengli Xie, Yan Zhang 0002. network, 33(2):111-117, 2019. [doi]\nTrust-Based Privacy-Preserving Photo Sharing in Online Social NetworksLei Xu 0016, Ting Bao, Liehuang Zhu, Yan Zhang 0002. tmm, 21(3):591-602, 2019. [doi]\nArtificial Intelligence Empowered Edge Computing and Caching for Internet of VehiclesYueyue Dai, Du Xu, Sabita Maharjan, Guanhua Qiao, Yan Zhang 0002. wc, 26(3):12-18, 2019. [doi]\nBlockchain and Deep Reinforcement Learning Empowered Intelligent 5G BeyondYueyue Dai, Du Xu, Sabita Maharjan, Zhuang Chen, Qian He, Yan Zhang 0002. network, 33(3):10-17, 2019. [doi]\nJoint Load Balancing and Offloading in Vehicular Edge Computing and NetworksYueyue Dai, Du Xu, Sabita Maharjan, Yan Zhang 0002. iotj, 6(3):4377-4387, 2019. [doi]\nDeep Reinforcement Learning for Edge Caching and Content Delivery in Internet of VehiclesYueyue Dai, Du Xu, Yunlong Lu, Sabita Maharjan, Yan Zhang 0002. iccchina 2019: 134-139 [doi]\nDeep Reinforcement Learning for Edge Computing and Resource Allocation in 5G BeyondYueyue Dai, Du Xu, Ke Zhang, Yunlong Lu, Sabita Maharjan, Yan Zhang 0002. icct 2019: 866-870 [doi]\nA Differential Privacy-Based Query Model for Sustainable Fog Data CentersMiao Du, Kun Wang 0005, Xiulong Liu, Song Guo 0001, Yan Zhang 0002. tsusc, 4(2):145-155, 2019. [doi]\nDistributed Uplink Offloading for IoT in 5G Heterogeneous Networks Under Private Information ConstraintsEndre Hegland Hjort Kure, Paal Engelstad, Sabita Maharjan, Stein Gjessing, Yan Zhang 0002. iotj, 6(4):6151-6164, 2019. [doi]\nDeep Reinforcement Learning for Offloading and Resource Allocation in Vehicle Edge Computing and NetworksYi Liu, Huimin Yu, Shengli Xie, Yan Zhang 0002. tvt, 68(11):11158-11168, 2019. [doi]\nTracking APTs in industrial ecosystems: A proof of conceptJuan Enrique Rubio, Rodrigo Roman, Cristina Alcaraz, Yan Zhang 0002. jcs, 27(5):521-546, 2019. [doi]\nHeterogeneous Association Graph Fusion for Target Association in Multiple Object TrackingHao Sheng, Yan Zhang 0002, Jiahui Chen, Zhang Xiong, Jun Zhang. tcsv, 29(11):3269-3280, 2019. [doi]\nOnline Control and Near-Optimal Algorithm for Energy Storage Sharing in Smart GridWeifeng Zhong, Kan Xie, Yi Liu 0015, Chao Yang 0005, Shengli Xie, Yan Zhang 0002. icc 2019: 1-6 [doi]\nADMM Empowered Distributed Computational Intelligence for Internet of EnergyWeifeng Zhong, Kan Xie, Yi Liu, Chao Yang 0005, Shengli Xie, Yan Zhang 0002. cim, 14(4):42-51, 2019. [doi]\nJamming and Eavesdropping Defense in Green Cyber-Physical Transportation Systems Using a Stackelberg GameKun Wang 0005, Li Yuan, Toshiaki Miyazaki, Yuanfang Chen, Yan Zhang 0002. tii, 14(9):4232-4242, 2018. [doi]\nJoint Computation Offloading and User Association in Multi-Task Mobile Edge ComputingYueyue Dai, Du Xu, Sabita Maharjan, Yan Zhang 0002. tvt, 67(12):12313-12325, 2018. [doi]\nJoint Offloading and Resource Allocation in Vehicular Edge Computing and NetworksYueyue Dai, Du Xu, Sabita Maharjan, Yan Zhang 0002. globecom 2018: 1-7 [doi]\nA Distributed Offloading Market for 5G Heterogeneous NetworksEndre Hegland Hjort Kure, Sabita Maharjan, Stein Gjessing, Yan Zhang 0002. globecom 2018: 1-7 [doi]\nEnergy Usage Forecasting for LTE: A Network-Wide Traffic Measurements StudyEndre Hegland Hjort Kure, Paal Engelstad, Sabita Maharjan, Stein Gjessing, Xing Zhang 0001, Yan Zhang 0002. globecom 2018: 1-6 [doi]\nSelective Offloading in Mobile Edge Computing for the Green Internet of ThingsXinchen Lyu, Hui Tian, Li Jiang, Alexey V. Vinel, Sabita Maharjan, Stein Gjessing, Yan Zhang 0002. network, 32(1):54-60, 2018. [doi]\nADMM-Based Distributed Auction Mechanism for Energy Hub Scheduling in Smart BuildingsWeifeng Zhong, Chao Yang 0005, Kan Xie, Shengli Xie, Yan Zhang 0002. access, 6:45635-45645, 2018. [doi]


url: =1 May 2009 Monitoring and assessment of barrier lakes formed after the Wenchuan earthquake based on multitemporal remote sensing data\nLiangyun Liu,\tYanhong Wu,\tZhengli Zuo,\tZhengchao Chen,\tXingxing Wang,\tWenjuan Zhang\nLiangyun Liu,1 Yanhong Wu,1 Zhengli Zuo,1 Zhengchao Chen,1 Xingxing Wang,1 Wenjuan Zhang1\nJ. of Applied Remote Sensing, 3(1), 031665 (2009). https://doi.org/10.1117/1.3153915\nLiangyun Liu, Yanhong Wu, Zhengli Zuo, Zhengchao Chen, Xingxing Wang, and Wenjuan Zhang "Monitoring and assessment of barrier lakes formed after the Wenchuan earthquake based on multitemporal remote sensing data," Journal of Applied Remote Sensing 3(1), 031665 (1 May 2009). https://doi.org/10.1117/1.3153915\nLiangyun Liu, Yanhong Wu, Zhengli Zuo, Zhengchao Chen, Xingxing Wang, Wenjuan Zhang, "Monitoring and assessment of barrier lakes formed after the Wenchuan earthquake based on multitemporal remote sensing data," J. Appl. Rem. Sens. 3(1) 031665 (1 May 2009) https://doi.org/10.1117/1.3153915


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url: = » 2004 » 4月\nyajima | Meditation | 04 27th, 2004|\nやぢま「…!!　何だこの親子丼は！　店の者を呼べ!!」\nyajima | Meditation | 04 20th, 2004|\nyajima | Meditation | 04 18th, 2004|\nyajima | Meditation | 04 15th, 2004|\nyajima | Meditation | 04 12th, 2004|\nyajima | Meditation | 04 8th, 2004|\n私もミュージシャンのものを含め定期的に巡回しているblogがいくつかあるのですが，「これは久々に秀逸なサイトに巡り会えた」という気がして読み終えた後しばし陶然としてしまいした。その後そのblogを速攻でブックマークし「巡回」フォルダに入れ，剰えその方にメールまで書いてしまい，幸いにもここで紹介する許可を頂くことができましたのでリンクさせていただきます。ちなみにこの方の本業はプログラマーなのだそうですが，やぢまの知り合いで「この人には一人の大人としてとても適わないなぁ」と思わせる人物は何故かコンピュータ関係の方が多いです。　→　「RANDMAX BLOG」\nyajima | Meditation | 04 5th, 2004|\n＊＊＊　その他の写真　＊＊＊\nyajima | Meditation | 04 1st, 2004|


url: =Visual navigation of autonomous mobile robot based on marking-points recognition--《Optical Technique》2005年06期\n《Optical Technique》 2005-06\nVisual navigation of autonomous mobile robot based on marking-points recognition\nDING Hui,FU Meng-yin(Department of Automatic Control,School of Information Science and Technology, Beijing Institute of Technology,Beijing 100081,China)\nA monocular visual navigation of autonomous mobile robot based on recognizing marking-points indoors is presented.Arranging marking-points on the floor in a rule,the images was gathered by monocular camera.It was important to combine the feature prior knowledge with image segmentation methods to process the gathered images and recognized the marking-points.The relatively distance between camera and marking-points was gained by removing the perspective projection effects,thus the depth of scenery was determined.Experimental results show that the algorithm is simple and easy to realize.It is available for suppression of the influences from the uneven lights and noises.\n【CateGory Index】： TP242;\n1 DU Zhao-bin,LUO Xiao-hui(Xihua University,Chengdu 610039);A Fast Method for Perspective Projection Rectification and Localization[J];;2007-03\n2 RUAN Li-feng,WANG Geng,SHENG Huan-ye(Department of Computer Science and Engineering,Shanghai Jiaotong University,Shanghai 200240,China);3D position and attitude measurement based on marking-points recognition[J];Journal of Computer Applications;2008-11\n1 ZHANG Jian-ming, QIAN Dong-hai(Department of Precision Machinery, Shanghai University, Shanghai 200072, China);An Indoor Visual Navigation Method by Tracking Feature Points[J];Mechanical & Electrical Engineering Magazine;2004-05\n1 WANG Xue-jun;A Curve Guidance Directrix Algorithm Based on Least Squares Method[J];Science & Technology Information;2009-17\n1 Li Zhiping; Tan Tieniu;Han Guangsheng; Li Xueen (College of Electronic Information & Control Engineering, Beijing Polytechnic University, Beijing 100022; Institution of Automation, the Chinese Academy of Sciences, Beijing 100080);Visual Navigation of Mobile Robots[J];Journal of Beijing Polytechnic University;2000-S1\n2 TANG Yi-ping, YE Yong-jie, ZHU Yi-hua, GU Xiao-kai(College of Information Engineering, Zhejiang University of Technology, Hangzhou 310032,China);Research on Intelligent Omni-Directional Vision Sensors and Their Applications[J];Chinese Journal of Sensors and Actuators;2007-06\n3 XIE Wen-han,ZHANG Zu-xun(School of Remote Sensing and Information Engineering, Wuhan University, Wuhan 430079,China);Camera Calibration Based on Vanishing Points of Multi-image[J];Acta Geodaetica Et Cartographic Sinica;2004-04\n4 WU Chuan~1, ZHU Ming~1, YANG Dong~2(1. Image Processing Laboratory, Changchun Institute of Optics Fine Mechanics and Physics, Chinese Academy of Sciences, Changchun 130022, China; 2. Institute of Computer Science & Engineering, Changchun University of Technology, Changchun 130012, China);Application of Fuzzy Theory and BP Networks in Object Recognition[J];Journal of Test and Measurement Technology;2005-03\n5 Guo Hongqi (209 Research Institute Chengdou 61003) Zheng Zianwu (203 Research Institute Shaanxi Changan 710111);TV Image Tracking Guidance and Anti-Jamming[J];;1996-03\n6 WEI Hai , SHEN Lan-sun (Beijing Polytechnic University, Beijing 100022, China);Wavelet Domain Image Indexing Using Directional Gradient Angular Histogram[J];Journal of Circuits and Systems;2001-02\n8 DENG Yi,LIN Xue-yin(Deptarment of Computer Science and Technology,Key Lab of Pervasive Computing(MOE),Tsinghua University,Beijing 100084,China);A Novel Fast Stereo Algorithm for Vision Navigation[J];Acta Electronica Sinica;2006-11\n9 Zhou Guoqing(Dept.of Computer Science,Tsinghua Univ.,Beijing 100084)Yuan Baozong;Tang Xiaofang(Institute of Information Science,Northern Jiaotong Univ.,Beijing 100044);The Intrinsic and extrinsic Factor of CCD Calibration:Distortion Model and Signal to Noise Ratio[J];ACTA ELECTRONICA SINICA;1996-11\n10 Chen Fu-xing Wang Run-sheng (National Key Laboratory of ATR, National University of Defence Technology, Changsha 410073, China);A New Vanishing Point Detecting Algorithm[J];Journal of Electronics & Information Technology;2006-08\n1 XUE Dan(Hongdu Co.Aviation Industry Group,Nanchang 330024,China);Optical Equipment Subsystem Tentative Project Research for Passive UAV's Optical Auto-landing System[J];OME Information;2011-02\n2 LI Yang, LI Hang, YANG Bingqian, YAO Sangang (School of Mechatronics Engineering , Henan University of Science and Technology, Luoyang 471003 ,CHN);Vision Inspection Method for Attitude of Micro Worktable[J];Manufacturing Technology & Machine Tool;2009-11\n3 TANG Da-quan1,2,BI Bo3,WANG Xu-shang4,LI Fei3,SHEN Ning1(1.Dept.of Control Engineering,Naval Aeronautical and Astronautical University,Yantai 264001,China;2.School of Automation Science and Electrical Engineering,Beihang University,Beijing 100083,China;3.Management Attalion of Graduate Student,Naval Aeronautical and Astronautical University,Yantai 264001,China;4.The 92514th unit of PLA,Yantai 264001,China);Summary on technology of automatic landing/carrier landing[J];Journal of Chinese Inertial Technology;2010-05


url: =角落双床房在艺术家的家 Jiǎoluò shuāng chuáng fáng z - 个人房间 - 聖地牙哥\n译自Google翻译 显示原版本 卡萨代ARTISTA\n这是一个艺术家的家里有许多绘画和艺术的蓬勃发展。高雅和装饰愉悦！你一定会喜欢的颜色！我们刚刚改造的厨房和客厅，它是美丽的！这是视觉感官的地方，完美的视野开阔 - 享受安宁。任何艺术家都喜欢叫这个家！我们提供的每个房间最多酒店的标准。它是距市中心仅5英里！包括：\n我们位于中央的一切 - 5 - 20分钟车程的所有活动：市中心，靠近高速公路163，8和5。我们的位置是163和杰纳西 - 旁边夏普医院（步行距离），拉迪儿童医院（步行距离），靠近梅萨学院，时尚谷购物中心和使命谷购物中心（一个出口处），5英里的海滩（我们的自行车有偶尔），美元（2.5英里）等高校，以及圣地亚哥机场和蒙哥马利场。\n我们是一对夫妻 - 轻松，很随和一些额外的客房中年（当然，这是值得商榷）专业人员。我们全职工作。\nKǎ sà dài ARTISTA\nzhège lièbiǎo wèi shuāngzǐ jiǎo wòshì; dànshì, nín kěyǐ yùdìng cóng 1 zhì 4 jiān wòshì zài zhège jiālǐ.\nDào shí'èr yuè cóng 9 yuèfèn kāishǐ, wǒmen jiù zài fángzi de bùtóng bùfèn yǒuyīgè jiànshè xiàngmù. Zhè yīnggāi bù huì yǐngxiǎng zhǔ jiā, chúle cóng 8-5 de zàoyīn. Mùqián de jiàgé fǎnyìng.\nZhè shì yīgè yìshùjiā de jiā li yǒu xǔduō huìhuà hé yìshù de péngbó fāzhǎn. Gāoyǎ hé zhuāngshì yúyuè! Nǐ yīdìng huì xǐhuān de yánsè! Wǒmen gānggāng gǎizào de chúfáng hé kètīng, tā shì měilì de! Zhè shì shìjué gǎnguān dì dìfāng, wánměi de shìyě kāikuò - xiǎngshòu ānníng. Rènhé yìshùjiā dōu xǐhuān jiào zhège jiā! Wǒmen tígōng de měi gè fángjiān zuìduō jiǔdiàn de biāozhǔn. Tā shì jù shì zhōngxīn jǐn 5 yīnglǐ! Bāokuò:\n•Chuángdān, máojīn, yùjīn\n•chún píng diànshì zài měi jiān kèfáng hé DVD bòfàng jī zài měi gè fángjiān chúle shuāng\n•gāosù wúxiàn huò zhíjiē liánjiē hùliánwǎng de měi jiān kèfáng\n•xǐyījī/gàn yī jī\n•chōngfèn lìyòngle jiāmén.\n•Shímùdìbǎn zài zhěnggè\n•wǒmen yěyǒu éwài de kèrén chuī qǐlái de chuáng, rúguǒ nǐ xūyào.\n•Kāfēi hú, mínǐ bīngxiāng hé wéibōlú zài suǒyǒu kèfáng\n•DVD hé shìpín cángnì zài kètīng (suǒyǒu jiātíng)\n•suǒyǒu wòshì dōu yǒu zìjǐ de rùkǒu hé suǒ de fángzi wài de nèibù. Liǎng rén yǐ tōngguò fàshì mén zhíjiē tōng xiàng hòuyuàn yóuyǒngchí.\n•Xǐ fǎ shuǐ hé hù fā sù\nwǒmen quèshí yǒu māo, bìng yǒu jǐ gèrén péizhe guòmǐn. Suǒyǒu shuō, tāmen bìng méiyǒu yù dào wèntí.\nShuāngzǐ jiǎo wòshì shuōmíng: Gāi fángjiān bǐ lǚyóu shuāng chuáng dà yīdiǎn, bìng pèi yǒu liǎng zhāng dān rén chuáng, chuángdān, diànshì, shūzhuō, mínǐ bīngxiāng, kāfēi jī, wéibōlú. Zhèxiē dōu shì fēicháng shūshì de Sealy Posturpedic chuáng. Wǒmen kěyǐ jiāng tāmen yí dào yīqǐ tèdà hào chuáng, tài. Fángjiān míngliàng tōngfēng, yǒuyīxiē wǒ de mǎ de huà zuòwéi zhuāngshì. Zhè gǔ dàtīng yùshì miǎnfèi de māo. Zhè jiān kèfáng shè yǒu fàshì mén chí.\nShì qíngkuàng ér dìng, kěyǐ cóng zhège fáng jiàn huò qítā liǎng jiān wòshì zhōng jìnxíng xuǎnzé. Xiàmiàn shì qítā fángjiān de miáoshù:\nZhǔ wò 1: Nài sī lì pèi yǒu yī zhāngdà hào chuáng (tā yǒu yīgè thermapedic lǐmào), yī chú, diànshì,DVD bòfàng jī, mínǐ bīngxiāng, kāfēi jī, wéibōlú, shūzhuō, bìng shè yǒu dài línyù de piàoliang de yùshì. Suīrán wǒmen yǒu māo, tāmen jìn bù lái zhège fángjiān suǒyǐ zhè shì hěn hǎo guòmǐn huànzhě shǐyòng.\nLǚyóu shuāngrén wòshì: Wǒmen yǒu yīgè gòngxiǎng dàtīng yù zhēnshi bùzhì jīngměi de xiǎo liǎng zhāng dān rén chuáng de wòshì. Zhè jùyǒu fān chū yīgè dāndú de liǎng zhāng dān rén chuáng huò yī zhāng tèdà hào chuáng, kě fàng zài yīqǐ gǔn chuáng. Fēicháng shūshì de chuáng diàn (yīgè jùyǒu Thermapedic lǐmào), qīngsōng de mián bèi, diànshì,DVD bòfàng jī, mínǐ bīngxiāng, shūzhuō, kāfēi jī, wéibōlú. Tā tōngguò fàshì mén zìshēn de jìnrù yǒngchí. Yǔ lǚyóu zhǔtí zhuāngshì. Māo miǎnfèi.\nZhǔ wòshì 2: Zhè shì wǒmen zhànjùle wòshì. Gānggāng gǎizào bāokuò zìjǐ měilì de yù shì. Tā yǒu yī zhāng tèdà hào chuáng hé diànshì. Wàiguān fàshì duì kāimén tōng wǎng zhōngtíng. Māo gànshénme qùle zài zhège fángjiān lǐ, suǒyǐ bù shìhé guòmǐn huànzhě shǐyòng.\nHòuyuàn de yóuyǒngchí zuòluò zài yīgè fēicháng rèdài fēngqíng. Gāi shèqū shì ānjìng, yǒu chōngzú de lù biān tíngchē jiǔdiàn pángbiān wǒmen de jiā. Zhè shì yīgè fēicháng níngjìng de huánjìng hé liánghǎo dì dìfāng, bǎituō chénxiāo.\nWǒmen wèiyú zhōngyāng de yīqiè - 5 - 20 fēnzhōng chēchéng de suǒyǒu huódòng: Shì zhōngxīn, kàojìn g\n**不下班后聚会或噪声晚上10点后。池中没有响亮的聚会在晚上 - 在邻居方面。\n**Chí méiyǒu yīgè dāndú wéilán bāowéi, suǒyǐ yào zhùyì yǔ háizi.\n**Wú xīyān lǐmiàn, bìng méiyǒu chǔzhì dì měihuà huò zài wūnèi lèsè tǒng xiāngyān. Qǐng zài bùzhòu dǐbù shàng cè xīyān.\n**Qǐng zhùyì, dāng nín zài shǐyòng lúzào zuò fàn. Bùyào ràng guō gàn huòdé, yīnwèi tā huì huǐle bōlí dǐng. Zhè kěyǐ tìhuàn hěn ángguì.\n**Bù xiàbān hòu jùhuì huò zàoshēng wǎnshàng 10 diǎn hòu. Chí zhōng méiyǒu xiǎngliàng de jùhuì zài wǎnshàng - zài línjū fāngmiàn.\n**Qǐng chī méiyǒu duì chuáng de chuáng huò huàzhuāngpǐn. Rúguǒ nín yǒu fángshài, zhǐ xū huí gǔn wèijí.


url: =Tang Ji Migan – SPN\nSPN > Places > food, places to eat, restaurant, restaurants > Tang Ji Migan\nTang Ji Migan\n+886 3 425 5085\nNo. 169 Xinsheng Rd, Zhongli, Taoyuan, Taoyuan ,Taiwan,\nNo. 169 Xinsheng Rd, Zhongli


url: =Crafts & Wing Chun Schools in Yucheng, Shandong\nTraining Camps (417) Martial Arts & Crafts Vacations (85) Wing Chun (83) Asia & Oceania (375) China (176) Yucheng, Shandong (0)\nCrafts & Wing Chun Training in Yucheng, Shandong\nYucheng, Shandong crafts & Wing Chun schools - BookMartialArts.com has made it easy for you to find crafts & Wing Chun training in Yucheng, Shandong. Book your crafts & Wing Chun training in Yucheng, Shandong today!\nYucheng, Shandong Martial arts & crafts Wing Chun Reset all\nWe don't have availability for Wing Chun schools martial arts and crafts holidays in Yucheng, Shandong, check our offerings for Wing Chun schools martial arts and crafts holidays in China instead.


url: =Min, Yoo Hong (17)\nKim, Jin Seok (12)\nCheong, June-Won (9)\nKim, Soo Jeong (7)\nKim, Yundeok (7)\nJang, Jieun (3)\nJeung, Hoi-Kyung (3)\nLee, Hong Ghi (2)\nAN, IN-SOOK (1)\nAN, SUNGKWAN (1)\nBAE, SEUNGHEE (1)\nCHA, HWA JUN (1)\nCHOI, SUNG JIN (1)\nCHOI, YEONG MIN (1)\nChoi, Jin Sub (1)\nHahn, Jee Sook (1)\nHan, Ji Sook (1)\n1. Clinical Outcomes and Prognostic Factors of Empirical Antifungal Therapy with Itraconazole in the Patients with Hematological Malignancies: A Prospective Multicenter Observational Study in Korea Kim, Jin Seok | Cheong, June-Won | Shin, Ho Jin | Lee, Jong Wook | Lee, Je-Hwan | Yang, Deok-Hwan | Lee, Won Sik | Kim, Hawk | Park, Joon Seong | Kim, Sung-Hyun | Kim, Yang Soo | Kwak, Jae-Yong | Chae, Yee Soo | Park, Jinny | Do, Young Rok | Min, Yoo Hong\n2. Karyotypic change between diagnosis and relapse as a predictor of salvage therapy outcome in AML patients Kim, Yundeok | Jang, Jieun | Hyun, Shin Yong | Hwang, Dohyu | Kim, Soo Jeong | Kim, Jin Seok | Cheong, Jun-Won | Min, Yoo Hong\n3. Aurora A kinase expression is increased in leukemia stem cells, and a selective Aurora A kinase inhibitor enhances Ara-C-induced apoptosis in acute myeloid leukemia stem cells Kim, Soo-Jeong | Jang, Ji Eun | Cheong, June-Won | Eom, Ju-In | Jeung, Hoi-Kyung | Kim, Yundeok | Hwang, Doh Yu | Min, Yoo Hong\n4. Myeloperoxidase Expression in Acute Myeloid Leukemia Helps Identifying Patients to Benefit from Transplant Kim, Yundeok | Yoon, Sulhee | Kim, Soo Jeong | Kim, Jin Seok | Cheong, Jun-Won | Min, Yoo Hong\n5. Clinical significance of B cell-activating factor (BAFF) and a proliferation-inducing ligand (APRIL) in acute graft-versus-host disease after allogeneic hematopoietic stem cell transplantation Kim, Jin Seok | Kim, Soo-Jeong | Cheong, June-Won | Kim, Yundeok | Hwang, Doh Yu | Yoon, Sulhee | Jang, Jieun | Hyun, Shin Young | Min, Yoo Hong\n6. The Modified Glasgow Prognostic Scores as a Predictor in Diffuse Large B Cell Lymphoma Treated with R-CHOP Regimen Kim, Yundeok | Kim, Soo Jeong | Hwang, Dohyu | Jang, Jieun | Hyun, Shin-Young | Kim, Yu Ri | Kim, Jin Seok | Min, Yoo Hong | Cheong, June-Won\n7. Serum microRNA-21 as a Potential Biomarker for Response to Hypomethylating Agents in Myelodysplastic Syndromes Kim, Yundeok | Cheong, June-Won | Kim, Yeo-Kyeoung | Eom, Ju-In | Jeung, Hoi-Kyung | Kim, Soo Jeong | Hwang, Dohyu | Kim, Jin Seok | Kim, Hyeuong Joon | Min, Yoo Hong\n8. Success Rate and Risk Factors for Failure of Empirical Antifungal Therapy with Itraconazole in Patients with Hematological Malignancies: A Multicenter, Prospective, Open-Label, Observational Study in Korea Kim, Soo-Jeong | Cheong, June-Won | Min, Yoo Hong | Choi, Young Jin | Lee, Dong-Gun | Lee, Je-Hwan | Yang, Deok-Hwan | Lee, Sang Min | Kim, Sung-Hyun | Kim, Yang Soo | Kwak, Jae-Yong | Park, Jinny | Kim, Jin Young | Kim, Hoon-Gu | Kim, Byung Soo | Ryoo, Hun-Mo | Jang, Jun Ho | Kim, Min Kyoung | Kang, Hye Jin | Cho, In Sung | Mun, Yeung Chul | Jo, Deog-Yeon | Kim, Ho Young | Park, Byeong-Bae | Kim, Jin Seok\n9. Clinical features and survival outcomes of patients with diffuse large B-cell lymphoma: analysis of web-based data from the Korean Lymphoma Working Party Registry Yi, Hyeon Gyu | Kim, Jin Seok | Suh, Cheolwon | Kim, Won Seog | Kwak, Jae-Yong | Lee, Jong-Seok | Kim, Yang Soo | Joo, Young Don | Min, Yoo Hong | Lee, Hong Ghi | Yoon, Sung-Soo | Won, Jong-Ho | Park, Seonyang | Kim, Hugh Chul | Kim, Chul Soo\n10. Lenalidomide induces apoptosis and alters gene expression in non-small cell lung cancer cells KIM, KARAM | AN, SUNGKWAN | CHA, HWA JUN | CHOI, YEONG MIN | CHOI, SUNG JIN | AN, IN-SOOK | LEE, HONG GHI | MIN, YOO HONG | LEE, SU-JAE | BAE, SEUNGHEE\nOncology Letters 2012;5(2):588-592.\nNon-small cell lung cancer (NSCLC) is the most deadly type of cancer worldwide. Although a number of therapies are used in NSCLC treatment, their therapeutic efficacy remains low. Lenalidomide was originally approved for use in patients with myelodysplastic syndromes, which are associated with 5q deletions, and multiple myeloma. Recently, lenalidomide was investigated as a new NSCLC treatment, and it exerted anticancer effects. However, the primary cellular mechanism of its effects in NSCLC is largely unknown. Therefore, we attempted to elucidate a molecular portrait of lenalidomide-mediated cellular events in NSCLC. Lenalidomide reduced the viability of several NSCLC cell lines in a concentration-dependent manner. In addition, array-based gene expression analysis revealed that lenalidomide regulated the expression of several genes associated with cell survival, apoptosis and development, including BH3-interacting domain death agonist (BID), v-fos FBJ murine osteosarcoma viral oncogene homolog (FOS) and NK2 homeobox1 (NKX2-1). BID and FOS, which are known apoptosis activators, were upregulated by lenalidomide treatment, whereas NKX2-1, which is used as an immunohistochemistry marker for NSCLC, was downregulated. These results provide evidence that lenalidomide directly induces antiproliferative effects by altering the expression of genes associated with cell proliferation and apoptosis.\nlenalidomide; non-small cell lung carcinoma cell; cell growth inhibition; gene expression profiles\n11. Resveratrol Alters microRNA Expression Profiles in A549 Human Non-Small Cell Lung Cancer Cells Bae, Seunghee | Lee, Eun-Mee | Cha, Hwa Jun | Kim, Karam | Yoon, Yeongmin | Lee, Hyunjin | Kim, Jongran | Kim, Yu-Jeong | Lee, Hong Ghi | Jeung, Hoi-Kyung | Min, Yoo Hong | An, Sungkwan\nMolecules and Cells 2011;32(3):243-249.\nResveratrol is a plant phenolic phytoalexin that has been reported to have antitumor properties in several types of cancers. In particular, several studies have suggested that resveratrol exerts antiproliferative effects against A549 human non-small cell lung cancer cells; however, its mechanism of action remains incompletely understood. Deregulation of microRNAs (miRNAs), a class of small, noncoding, regulatory RNA molecules involved in gene expression, is strongly correlated with lung cancer. In this study, we demonstrated that resveratrol treatment altered miRNA expression in A549 cells. Using microarray analysis, we identified 71 miRNAs exhibiting greater than 2-fold expression changes in resveratrol-treated cells relative to their expression levels in untreated cells. Furthermore, we identified target genes related to apoptosis, cell cycle regulation, cell proliferation, and differentiation using a miRNA target-prediction program. In conclusion, our data demonstrate that resveratrol induces considerable changes in the miRNA expression profiles of A549 cells, suggesting a novel approach for studying the anticancer mechanisms of resveratrol.\nA549; human non-small cell lung cancer cells; microRNA; resveratrol\n12. Prognostic factors in primary diffuse large B-cell lymphoma of adrenal gland treated with rituximab-CHOP chemotherapy from the Consortium for Improving Survival of Lymphoma (CISL) Kim, Yu Ri | Kim, Jin Seok | Min, Yoo Hong | Yoon, Dok Hyun | Shin, Ho-Jin | Mun, Yeung-Chul | Park, Yong | Do, Young Rok | Jeong, Seong Hyun | Park, Joon Seong | Oh, Sung Yong | Lee, Suee | Park, Eun Kyung | Jang, Joung-Soon | Lee, Won-Sik | Lee, Hwe-Won | Eom, HyeonSeok | Ahn, Jae-sook | Jeong, Jae-Heon | Baek, Sun Kyung | Kim, Seok Jin | Kim, Won Seog | Suh, Cheolwon\n13. Anaphylactic Transfusion Reaction in a Patient with Anhaptoglobinemia: The First Case in Korea Kim, Hyunsoo | Choi, Jonghyeon | Park, Kyoung Un | Kim, Hyon-Suk | Min, Yoo Hong | Kim, Moon Jung | Kim, Hyun Ok\n14. Lymphopenia is an important prognostic factor in peripheral T-cell lymphoma (NOS) treated with anthracycline-containing chemotherapy Kim, Yu Ri | Kim, Jin Seok | Kim, Soo Jeong | Jung, Hyun Ae | Kim, Seok Jin | Kim, Won Seog | Lee, Hye Won | Eom, Hyeon Seok | Jeong, Seong Hyun | Park, Joon Seong | Cheong, June-Won | Min, Yoo Hong\n15. Primary renal aspergillosis and renal stones in both kidneys associated with hematopoietic stem cell transplant Park, Hyunsung | Lee, Mi Jung | Kim, Yundeok | Min, Yoo Hong | Kim, Soo Jeong | Kim, Dokyung\n16. A Successful Treatment of Relapsed Primary CNS Lymphoma Patient with Intraventricular Rituximab Followed by High-Dose Chemotherapy with Autologous Stem Cell Rescue Hong, Sung Jin | Kim, Jin Seok | Chang, Jong Hee | Kim, Kyoung Min | Kim, Soo Jeong | Lee, Hye Won | Cheong, June-Won | Lee, Seung Tae | Min, Yoo Hong\n17. Long-term Follow-up of Laparoscopic Splenectomy in Patients with Immune Thrombocytopenic Purpura Kang, Chang Moo | Lee, Jae Gil | Kim, Kyung Sik | Choi, Jin Sub | Lee, Woo Jung | Kim, Byong Ro | Ko, Yoon Woong | Han, Ji Sook | Min, Yoo Hong\nJournal of Korean Medical Science 2007;22(3):420-424.\nLaparoscopic Splenectomy (LS); Immune Thrombocytopenic Purpura (ITP); Follow-up\n18. Long-term Outcome after Prophylactic Lamivudine Treatment on Hepatitis B Virus Reactivation in Non-Hodgkin's Lymphoma Kim, Jin Seok | Hahn, Jee Sook | Park, Sun Young | Kim, Yuri | Park, In Hae | Lee, Chun Kyon | Cheong, June-Won | Lee, Seung Tae | Min, Yoo Hong


url: =Hillsong worship songs | Free Download mp3. - timheaven\nHome / HILLSONG WORSHIP SONGS / WORSHIP SONGS / Hillsong worship songs | Free Download mp3.\nby Chief Hope on August 15, 2018 in HILLSONG WORSHIP SONGS, WORSHIP SONGS\nWelcome back to timheaven.com, Now you can download all Hillsong worship songs here on our website for free, it's easy your just a single click away from downloading all Hillsong worship songs. Click here to downloading Hillsong worship songs\nBy Chief Hope kwa August 15, 2018\ncategory HILLSONG WORSHIP SONGS, WORSHIP SONGS


url: =Tripadvisor | Wuzhen Water Town-Xizha 8H Private Tour from Shanghai provided by Shanghai Great Trip | China\nDesign Hotels in ShanghaiDowntown Shanghai HotelsBudget Hotels in ShanghaiApartment Hotels ShanghaiHistoric Hotels in ShanghaiHotels with Infinity Pools in ShanghaiThemed Hotels ShanghaiRomantic Boutique Hotels ShanghaiLuxury Spa Hotels ShanghaiHotels with Free Wifi in Shanghai\nWuzhen Water Town-Xizha 8H Private Tour from Shanghai provided by Shanghai Great Trip\nCall the number below and use the product code: 106334P12\nCruise Trip in water town\nWe can pick up tourists from their hotel in Shanghai downtown.\nOur guide and driver will pick you up at 08:30 in the hotel lobby, drive to Wuzhen Water Town.It will spend you about 2hours.Wuzhen Water Town, lying in the northern part of Tongxiang City, Zhejiang Province, is a typical ancient town in southern China. Wuzhen Water Town boasts more than six thousand years of history.A crisscrossing river divides the whole Wuzhen Water Town into four scenic sections, which are respectively called as Dongzha, Nanzha, Xizha, and Beizha by local people.You will visit many hot spots in Xizha, such as the Xuchang Sauce and Pickle Workshop, a shop selling sauce and pickles produced using traditional techniques, Zhaoming Academy, Temple of General Wu (a heroic general who died there in a battle), and Matchmaker's Temple.Walking along narrow street,ejoy unique scenery and taste delicious local food in Wuzhen Water Town.We believe,it must be un unforgettable journey.\nFrequently Asked Questions about Wuzhen Water Town-Xizha 8H Private Tour from Shanghai\nWhich attractions will I visit with Wuzhen Water Town-Xizha 8H Private Tour from Shanghai?\nDiscover and book Wuzhen Water Town-Xizha 8H Private Tour from Shanghai on Tripadvisor\nHow much is Wuzhen Water Town-Xizha 8H Private Tour from Shanghai?\nWuzhen Water Town-Xizha 8H Private Tour from Shanghai price starts from £139.56. Discover and book Wuzhen Water Town-Xizha 8H Private Tour from Shanghai on Tripadvisor\nWhat is the Wuzhen Water Town-Xizha 8H Private Tour from Shanghai cancellation policy?\nWuzhen Water Town-Xizha 8H Private Tour from Shanghai cancellation policy: For a full refund, cancel at least 24 hours in advance of the start date of the experience. Discover and book Wuzhen Water Town-Xizha 8H Private Tour from Shanghai on Tripadvisor\nWhich company provides Wuzhen Water Town-Xizha 8H Private Tour from Shanghai?\nWuzhen Water Town-Xizha 8H Private Tour from Shanghai is hosted by Shanghai Great Trip. Read reviews, discover additonal experiences or contact Shanghai Great Trip on Tripadvisor. Discover and book Wuzhen Water Town-Xizha 8H Private Tour from Shanghai on Tripadvisor


url: =Traditional Chinese medicine, taiji, qigong, Taoist philosophical counseling by Dr. Philip Louis Bonifonte. Plymouth, Pennsylvania.\nABEFIT - Advanced Homeostatic Body Energies Fitting = Segmental therapy + Acupuncture + Su Jok + Something more


url: =Creators/Contributors: North Bennet Street Industrial School (Boston, Mass.) / Digital Format: Books and documents / Genre: Periodicals and Catalogs / Publisher: [North Bennet Street Industrial School / Repository: Monroe C. Gutman Library, Graduate School of Education, Harvard University - Immigration to the United States, 1789-1930 - CURIOSity Digital Collections Search Results\nYou searched for: Creators/Contributors North Bennet Street Industrial School (Boston, Mass.) Remove constraint Creators/Contributors: North Bennet Street Industrial School (Boston, Mass.) Digital Format Books and documents Remove constraint Digital Format: Books and documents Genre Periodicals Remove constraint Genre: Periodicals Genre Catalogs Remove constraint Genre: Catalogs Publisher [North Bennet Street Industrial School Remove constraint Publisher: [North Bennet Street Industrial School Repository Monroe C. Gutman Library, Graduate School of Education, Harvard University Remove constraint Repository: Monroe C. Gutman Library, Graduate School of Education, Harvard University


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=Zhongguo xiao nian er tong zhi li kai fa bai ke quan shu, Xing Tao zong ce hua ; Ji Jianghong zhu bian. (Instance) - Randwick City Library\nThe instance Zhongguo xiao nian er tong zhi li kai fa bai ke quan shu, Xing Tao zong ce hua ; Ji Jianghong zhu bian. represents a material embodiment of a distinct intellectual or artistic creation found in Randwick City Library.\nContext of Zhongguo xiao nian er tong zhi li kai fa bai ke quan shu, Xing Tao zong ce hua ; Ji Jianghong zhu bian.\n
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url: =Chang, Wen-Neng (43)\nLu, Cheng-Hsien (34)\nTsai, Nai-Wen (27)\nChang, Ya-Ting (21)\nHuang, Chi-Ren (20)\nChang, Chiung-Chih (18)\nCheng, Ben-Chung (17)\nKung, Chia-Te (15)\nWang, Hung-Chen (13)\nHuang, Chih-Cheng (11)\nHuang, Chi-Wei (10)\nChiang, Yi-Fang (9)\nLui, Chun-Chung (9)\nHuang, Shu-Hua (5)\nHsu, Che-Wei (4)\nHsu, Shih-Wei (4)\nLee, Chen-Chang (4)\nLin, Pin-Hsuan (4)\nTsai, Tzu-Hsien (4)\nYip, Hon-Kan (4)\nLan, Min-Yu (3)\nLin, Kun-Ju (3)\nChen, Chih-Feng (2)\nChen, Ching (2)\nChen, Hsiu-Hui (2)\nChen, Sz-Fan (2)\nDid you mean: author:("Chang, Wen-eng")\t+\n3. Erratum to: Erythropoietin improves long-term neurological outcome in acute ischemic stroke patients: a randomized, prospective, placebo-controlled clinical trial Tsai, Tzu-Hsien | Lu, Cheng-Hsien | Wallace, Christopher Glenn | Chang, Wen-Neng | Chen, Shu-Feng | Huang, Chi-Ren | Tsai, Nai-Wen | Lan, Min-Yu | Sung, Pei-Hsun | Liu, Chu-Feng | Yip, Hon-Kan\n4. Insula Volume and Salience Network Are Associated with Memory Decline in Parkinson Disease: Complementary Analyses of Voxel-Based Morphometry versus Volume of Interest Lu, Yan-Ting | Chang, Wen-Neng | Chang, Chiung-Chih | Lu, Cheng-Hsien | Chen, Nai-Ching | Huang, Chi-Wei | Lin, Wei-Che | Chang, Ya-Ting\nParkinson's Disease 2016;2016:2939528.\nObjective. We investigated structural brain change in subjects with a clinical diagnosis of Parkinson disease with mild cognitive impairment (PD-MCI) and examined its relationship with memory impairment. Methods. Twenty-three PD-MCI patients were enrolled and underwent cognitive evaluation and 3-dimensional T1-weighted imaging. Voxel-based morphometry (VBM) was used to assess brain-behavior correlations and examine the relationship between insula and memory score. VOI methods replicated results obtained from VBM. Results. VBM uncovered the notion that memory scores were positively correlated with the gray matter (GM) density in the insular cortex and a significant positive correlation between overall cognitive performance and concentration of GM within the lateral temporal cortex. In VOI analyses, our results suggested a positive correlation between the insula and composite free-recall verbal memory (ρ = 0.617, P = 0.003) and the delayed free-recall verbal memory subdomain (ρ = 0.725, P < 0.001). Furthermore, we found a positive correlation between the insula and caudate (σ = 0.570, P = 0.006) and putamen volume (σ = 0.683, P < 0.001). Conclusions. In patients with PD-MCI, atrophic changes in the insula may be related to memory deficits, and the brain-behavior correlation may be associated with atrophic change in the striatum within the salience network.\n5. Prefrontal Lobe Brain Reserve Capacity with Resistance to Higher Global Amyloid Load and White Matter Hyperintensity Burden in Mild Stage Alzheimer’s Disease Chang, Ya-Ting | Huang, Chi-Wei | Chen, Nai-Ching | Lin, Kun-Ju | Huang, Shu-Hua | Chang, Yen-Hsiang | Hsu, Shih-Wei | Chang, Wen-Neng | Lui, Chun-Chung | Hsu, Che-Wei | Chang, Chiung-Chih\n6. Metabolic Covariant Network in Relation to Nigrostriatal Degeneration in Carbon Monoxide Intoxication-Related Parkinsonism Chang, Chiung-Chih | Hsu, Jung-Lung | Chang, Wen-Neng | Huang, Shu-Hua | Huang, Chi-Wei | Chang, Ya-Ting | Chen, Nai-Ching | Lui, Chun-Chung | Lee, Chen-Chang | Hsu, Shih-Wei\nFrontiers in Neuroscience 2016;10:187.\nPresence of parkinsonian features after carbon monoxide (CO) intoxication is well known and the severity was found to relate to the pre-synaptic dopaminergic deficits. There is no systemic study to analyse the functional network involved in CO-related Parkinsonism. Forty-five CO-related parkinsonism patients and 25 aged-matched controls completed the 3D T1-weighted imaging and 18F-fluoro-2-deoxyglucose positron emission tomography (FDG-PET). Voxel-based morphometry (VBM) was performed to assess the structural and functional brain differences between the patients and controls. Spatial covariant networks responsible for distinguishing patients and controls were constructed using independent component analysis. For validation, the pre-synaptic dopaminergic functional network was established by regression model using striatal TRODAT-1 SPECT as the independent variable. The clinical significance of both networks was determined by correlation with the Unified Parkinson's Disease Rating Scale (UPDRS). Compared with controls, the spatial covariant signals of FDG-PET were significantly lower in the medial and lateral frontal, caudate nucleus, dorsomedial prefrontal areas, and temporal-parietal regions while the spatial intensities correlated significantly with UPDRS total scores. The functional network that correlated with striatum pre-synaptic dopaminergic uptakes included the midbrain, thalamus, caudate, lateral frontal cortex, ventral striatum, ventral, or dorsal anterior cingulate cortex. Both networks overlapped considerably and the topographies reflected structural damage pattern. Our study provides evidence that glucose metabolism in CO-parkinsonism patients pertains to an organized covariant pattern in the cortical regions that is spatially coherent with the cortical map of pre-synaptic dopamine deficits. As the fronto-temporal, striatum, and temporal-parietal areas were involved, the unique metabolic covariant network suggests a different pathophysiology in CO-related parkinsonism.\ncarbon monoxide intoxication; metabolic covariant network; nigra-striatal degeneration; parkinsonian symptoms; pre-synaptic dopamine deficit\n7. Hippocampal Amyloid Burden with Downstream Fusiform Gyrus Atrophy Correlate with Face Matching Task Scores in Early Stage Alzheimer’s Disease Chang, Ya-Ting | Huang, Chi-Wei | Chen, Nai-Ching | Lin, Kun-Ju | Huang, Shu-Hua | Chang, Wen-Neng | Hsu, Shih-Wei | Hsu, Che-Wei | Chen, Hsiu-Hui | Chang, Chiung-Chih\nFrontiers in Aging Neuroscience 2016;8:145.\nAlzheimer’s disease; amyloid; AV-45 PET; fusiform gyrus; gray matter volumetry; visual network\n8. Anatomical Correlates of Non-Verbal Perception in Dementia Patients Lin, Pin-Hsuan | Chen, Hsiu-Hui | Chen, Nai-Ching | Chang, Wen-Neng | Huang, Chi-Wei | Chang, Ya-Ting | Hsu, Shih-Wei | Hsu, Che-Wei | Chang, Chiung-Chih\nFrontiers in Aging Neuroscience 2016;8:207.\n9. Clinical Significance of Cerebrovascular Biomarkers and White Matter Tract Integrity in Alzheimer Disease Wu, Ming-Kung | Lu, Yan-Ting | Huang, Chi-Wei | Lin, Pin-Hsuan | Chen, Nai-Ching | Lui, Chun-Chung | Chang, Wen-Neng | Lee, Chen-Chang | Chang, Ya-Ting | Chen, Sz-Fan | Chang, Chiung-Chih\n10. Clinical Features Associated with Frozen Shoulder Syndrome in Parkinson's Disease Chang, Ya-Ting | Chang, Wen-Neng | Tsai, Nai-Wen | Cheng, Kuei-Yueh | Huang, Chih-Cheng | Kung, Chia-Te | Su, Yu-Jih | Lin, Wei-Che | Cheng, Ben-Chung | Su, Chih-Min | Chiang, Yi-Fang | Lu, Cheng-Hsien\n11. Cognitive Severity-Specific Neuronal Degenerative Network in Charcoal Burning Suicide-Related Carbon Monoxide Intoxication Chen, Nai-Ching | Huang, Chi-Wei | Huang, Shu-Hua | Chang, Wen-Neng | Chang, Ya-Ting | Lui, Chun-Chung | Lin, Pin-Hsuan | Lee, Chen-Chang | Chang, Yen-Hsiang | Chang, Chiung-Chih\n12. Amyloid Burden in the Hippocampus and Default Mode Network Chang, Ya-Ting | Huang, Chi-Wei | Chang, Yen-Hsiang | Chen, Nai-Ching | Lin, Kun-Ju | Yan, Tzu-Chen | Chang, Wen-Neng | Chen, Sz-Fan | Lui, Chun-Chung | Lin, Pin-Hsuan | Chang, Chiung-Chih\nAmyloid load, as measured by florbetapir positron emission tomography (PET) standardized uptake value ratio (SUVr), has high specificity in the diagnosis of Alzheimer disease (AD). As the posterior cingulate cortex (PCC) represents densely amyloid-affected regions early in AD, we hypothesized that amyloid load within the key hubs of the default mode networks (DMN) may result in local or distant interconnected gray matter (GM) volume atrophy, thereby affecting cognitive performance. Thirty AD patients with a clinical dementia rating sum of box score ≤2 were enrolled and underwent cognitive evaluation, 3-dimensional T1-weighted imaging and florbetapir PET. Volumes of interest (VOIs) included the hippocampus, lateral temporal region, and key hubs of the DMN [anterior cingulate cortex (ACC), PCC, posterior parietal, and precuneus]. The SUVr was calculated by florbetapir standard uptake value (SUV) within the T1-weighted image segmented GM VOIs divided by the cerebellar GM SUV. Our results suggested inverse correlations between ACC (ρ = −0.444, P = 0.016) and PCC SUVr (ρ = −0.443, P = 0.016) with PCC GM volume. In stepwise regression, the orientation scores were associated with PCC SUVr (β = 2.584, P = 0.02) and posterior parietal volume (β = −0.446, P = 0.04), whereas the word recall score was related to hippocampal volume (β = −0.391, P = 0.04). After removing the patients with a hippocampal VOI below the lowest tertile and adjusting for age, an inverse correlation was found between hippocampal volume and SUVr in the ACC (partial σ = −0.639, P = 0.002), precuneus (partial σ = −0.692, P = 0.002), and lateral temporal SUVr (partial σ = −0.604, P = 0.005). Our results suggest that amyloid burden within the key DMN regions may contribute to local and distant GM atrophy, and that this may explain the cognitive scores.\n13. Erythropoietin improves long-term neurological outcome in acute ischemic stroke patients: a randomized, prospective, placebo-controlled clinical trial Tsai, Tzu-Hsien | Lu, Cheng-Hsien | Wallace, Christopher Glenn | Chang, Wen-Neng | Chen, Shu-Feng | Huang, Chi-Ren | Tsai, Nai-Wen | Lan, Min-Yu | Sung, Pei-Hsun | Liu, Chu-Feng | Yip, Hon-Kan\n14. Investigation of the caspase-dependent mitochondrial apoptotic pathway in mononuclear cells of patients with systemic lupus erythematosus Su, Yu-Jih | Cheng, Tien-Tsai | Chen, Chung-Jen | Chang, Wen-Neng | Tsai, Nai-Wen | Kung, Chia-Te | Wang, Hung-Chen | Lin, Wei-Che | Huang, Chih-Cheng | Chang, Ya-Ting | Su, Chih-Min | Chiang, Yi-Fang | Cheng, Ben-Chung | Lin, Yu-Jun | Lu, Cheng-Hsien\n16. Risk Factors of Hyperammonemia in Patients With Epilepsy Under Valproic Acid Therapy Tseng, Yu-Lung | Huang, Chi-Ren | Lin, Chih-Hsiang | Lu, Yan-Ting | Lu, Cheng-Hsien | Chen, Nai-Ching | Chang, Chiung-Chih | Chang, Wen-Neng | Chuang, Yao-Chung\n17. Diffusion Tensor Imaging Study of White Matter Damage in Chronic Meningitis Lin, Wei-Che | Chen, Pei-Chin | Wang, Hung-Chen | Tsai, Nai-Wen | Chou, Kun-Hsien | Chen, Hsiu-Ling | Su, Yu-Jih | Lin, Ching-Po | Li, Shau-Hsuan | Chang, Wen-Neng | Lu, Cheng-Hsien\n18. The Roles of Biomarkers of Oxidative Stress and Antioxidant in Alzheimer's Disease: A Systematic Review Chang, Ya-Ting | Chang, Wen-Neng | Tsai, Nai-Wen | Huang, Chih-Cheng | Kung, Chia-Te | Su, Yu-Jih | Lin, Wei-Che | Cheng, Ben-Chung | Su, Chih-Min | Chiang, Yi-Fang | Lu, Cheng-Hsien\n19. Association between Oxidative Stress and Outcome in Different Subtypes of Acute Ischemic Stroke Tsai, Nai-Wen | Chang, Ya-Ting | Huang, Chi-Ren | Lin, Yu-Jun | Lin, Wei-Che | Cheng, Ben-Chung | Su, Chih-Min | Chiang, Yi-Fang | Chen, Shu-Fang | Huang, Chih-Cheng | Chang, Wen-Neng | Lu, Cheng-Hsien\n20. The Association among Antioxidant Enzymes, Autoantibodies, and Disease Severity Score in Systemic Lupus Erythematosus: Comparison of Neuropsychiatric and Nonneuropsychiatric Groups Su, Yu-Jih | Cheng, Tien-Tsai | Chen, Chung-Jen | Chiu, Wen-Chan | Chang, Wen-Neng | Tsai, Nai-Wen | Kung, Chia-Te | Lin, Wei-Che | Huang, Chih-Cheng | Chang, Ya-Ting | Su, Chih-Min | Chiang, Yi-Fang | Cheng, Ben-Chung | Lu, Cheng-Hsien\n21. The Association between Autoantibodies and Peripheral Neuropathy in Lupus Nephritis Su, Yu-Jih | Huang, Chi-Ren | Chang, Wen-Neng | Tsai, Nai-Wen | Kung, Chia-Te | Lin, Wei-Che | Huang, Chih-Cheng | Su, Chih-Min | Cheng, Ben-Chung | Chang, Ya-Ting | Lu, Cheng-Hsien\n22. The Association between Serological Biomarkers and Primary Sjogren's Syndrome Associated with Peripheral Polyneuropathy Hsu, Che-Wei | Su, Yu-Jih | Chang, Wen-Neng | Tsai, Nai-Wen | Chiu, Wen-Chan | Cheng, Ben-Chung | Su, Chih-Min | Huang, Chi-Ren | Chang, Ya-Ting | Lu, Cheng-Hsien\n23. The Prognostic Values of Leukocyte Rho Kinase Activity in Acute Ischemic Stroke Cheng, Cheng-I. | Lin, Yu-Chun | Tsai, Tzu-Hsien | Lin, Hung-Sheng | Liou, Chia-Wei | Chang, Wen-Neng | Lu, Cheng-Hsien | Yuen, Chun-Man | Yip, Hon-Kan\n24. Statin therapy reduces oxidized low density lipoprotein level, a risk factor for stroke outcome Tsai, Nai-Wen | Lee, Lian-Hui | Huang, Chi-Ren | Chang, Wen-Neng | Chang, Ya-Ting | Su, Yu-Jih | Chiang, Yi-Fang | Wang, Hung-Chen | Cheng, Ben-Chung | Lin, Wei-Che | Kung, Chia-Te | Su, Chih-Min | Lin, Yu-Jun | Lu, Cheng-Hsien\n25. Long-term effects on carotid intima-media thickness after radiotherapy in patients with nasopharyngeal carcinoma Huang, Tai-Lin | Hsu, Hsuan-Chih | Chen, Hui-Chun | Lin, Hsin-Ching | Chien, Chih-Yen | Fang, Fu-Min | Huang, Chih-Cheng | Chang, Hsueh-Wen | Chang, Wen-Neng | Huang, Chi-Ren | Tsai, Nai-Wen | Kung, Chia-Te | Wang, Hung-Chen | Lin, Wei-Che | Cheng, Ben-Chung | Su, Yu-Jih | Chang, Ya-Ting | Chang, Chuang-Rung | Tan, Teng-Yeow | Lu, Cheng-Hsien


url: =White House News: Remarks by President Trump on Border Security - Whitehouse.gov | White House Blog | RobinsPost News Network\nWhite House News: Remarks by President Trump on Border Security - Whitehouse.gov\nTHE PRESIDENT: Well, thank you ve...\nWhite House News: Remarks by President Trump on Border Security - Whitehouse.gov | White House Blog | RobinsPost News Network - Newscast\nFri, 06 Dec 2019 16:02:00 GMT\nThe nation's top national parks official said Wednesday he was in the dark about President Donald Trump's ongoing efforts to use national parks rangers to patrol the U.S.-Mexico border. National Park ...\nPresident Trump Hosts Small Business Roundtable\nFri, 06 Dec 2019 04:29:00 GMT\nSpeaking at a Small Business Roundtable at the White House, President Trump says he received a call from the Saudi king expressing sympathy for the deadly shooting involving a Saudi national at ...\nThu, 05 Dec 2019 14:41:00 GMT\nDICKINSON, N.D. (AP) — The chairman of the U.S. House Homeland Security ... adviser to Trump, was recently appointed as the White House lead on border construction projects, according to Thompson’s ...\nPresident Trump dines with United Nations Security Council representatives after returning from NATO summit\nThu, 05 Dec 2019 13:23:00 GMT\nPresident Trump touted his international influence as he met with representatives of the United Nations Security Council at the White House over lunch on Thursday ... after 20 years in U.S. Migrant ...\nWed, 04 Dec 2019 19:14:00 GMT\nWashington — As a special assistant to President Trump, Kash Patel's area of responsibility includes counterterrorism ... Migrant boy was in distress before death in Border Patrol custody White House ...\nRelated Videos On: President Trump holds a border security roundtable at White House\nRelated Videos On: Watch Live: President Donald Trump delivers speech on immigration and border security\nRelated Videos On: President Trump's Message on Border Security\nRelated Videos On: Trump clashes with Pelosi & Schumer over border security\nRelated Videos On: President Trump Receives a Briefing on Border Security


url: =WoRMS (2020). Acanthobothrium gnomus Reyda & Caira, 2006. Accessed at: https://www.marinespecies.org/aphia.php?p=taxdetails&id=389807 on 2020-11-29


url: =18K White Gold Luxe Petite Shared Prong Diamond Ring with Petite Shared Prong Eternity Diamond Ring (1/2 ct. tw.) | Brilliant Earth\n18K White Gold Luxe Petite Shared Prong Diamond Ring with Petite Shared Prong Eternity Diamond Ring (1/2 ct. tw.)\nLuxe Petite Shared Prong Diamond Ring with Petite Shared Prong Eternity Diamond Ring (1/2 ct. tw.)- $2,940


url: =Wang Ying, Ph.D.\n2014-2018, Ph. D in Mechanical and Biomedical Engineering, City University of Hong Kong\n2012-2014, Research assistant in Mechanical and Biomedical Engineering, City University of Hong Kong\n2005-2008, M. S. in Biomedical Engineering, Beihang University\n2000-2005, B. S. in Medical Science in Clinical Laboratory Sciences, Dalian Medical University\n1. Neural Engineering and Biomaterials\n2.Tissue Engineering and Biomechanics\n1. Y. Wang, X. Lin, X. Chen, X. Chen, Z. Xu, W. Zhang, Q. Liao, X. Duan, X. Wang, M. Liu, F. Wang, J. He, P. Shi*, Tetherless near-infrared control of brain activity in behaving animals using fully implantable upconversion microdevices, Biomaterials, 2017\n2. Xudong Lin#, Ying Wang#, Xian Chen, Runhuai Yang, Zixun Wang, Jingyu Feng, Haitao Wang, King W. C. Lai, Jufang He, Feng Wang, Peng Shi*, Multiplexed Optogenetic Stimulation of Neurons with Spectrum-Selective Upconversion Nanoparticles, Advanced Healthcare Materials, 2017\n3. Ying Wang, Yang Yang, Li Yan, So Ying Kwok, Wei Li, Zhigang Wang, Xiaoyue Zhu, Guangyu Zhu, Wenjun Zhang, Xianfeng Chen, Peng Shi*, Poking cells for efficient vector-free intracellular delivery, Nature Communications, 2014\n4. Ying Wang, Zhen Xu, Lance C. Kam, Peng Shi*, Site-Specific Differentiation of Neural Stem Cell Regulated by Micropatterned Multicomponent Interfaces, Advanced Healthcare Materials, 2014\n5. WANG Zixun, YANG Yang, XU Zhen, WANG Ying, ZHANG Wenjun, SHI Peng*, Interrogation of Cellular Innate Immunity by Diamond-Nanoneedle-Assisted Intracellular Molecular Fishing, Nanoletter,2015\n6. Wei Li, Zhen Xu, Bingzhe Xu, Chung Yuen Chan, Xudong Lin, Ying Wang, Ganchao Chen, Zhigang Wang, Qiuju Yuan, Guangyu Zhu, Hongyan Sun, Wutian Wu, Peng Shi*, Investigation of the Subcellular Neurotoxicity of Amyloid-β Using a Device Integrating Microfluidic Perfusion and Chemotactic Guidance, Advanced Healthcare Materials, 2017


url: =All live Events (2,356)\n“Human and Divine” Ashram 2017 in Guangzhou\nJune 4, 2017 from 8pm to 10pm – Xinghai Concert Hall - Chamber Hall\tTitle:“Human and Divine” Ashram 2017 in GuangzhouDate：2017.06.04Venue：Guangzhou Xinghai Concert Hall - Chamber HallPrice:100/180/280RMBTickets are available at https://en.damai.cn/event/tickets_11999… Organized by damai | Type: music, live\nMagic Island Music Festival (Vol.3) 魔法岛音乐节 (第3季）\nJune 17, 2017 at 12pm to June 18, 2017 at 2am – Jiuzhou island 九洲岛地址：珠海市香洲区吉大情侣南路九洲港码头对开1.8公里 20 Minutes Boat ride from Jiuzhou Port, Jida, Zhuhai: 九州港码头地址：珠海市香洲区情侣南路599号\tOrganized by Dao Productions | Type: live, music, festival\nDeclan Galbraith 2017 CHILD OF MIND in Guangzhou\nJune 25, 2017 from 8pm to 10pm – TU Space, Guangzhou\tTitle:Declan Galbraith 2017 CHILD OF MIND in GuangzhouDate：2017.06.25Venue：TU Space, GuangzhouPrice:380/480/680RMBTickets are available at https://en.damai.cn/event/tickets_121322/.You can book ticke… Organized by damai | Type: music, live\nMy Song-Sophie Zelmani 2017 in Guangzhou\nJune 29, 2017 from 7:30pm to 9:30pm – Guangzhou Friendship Theatre\tTitle:My Song-Sophie Zelmani 2017 in GuangzhouDate：2017.06.29Venue：Guangzhou Friendship TheatrePrice:100/180/280/380RMBTickets are available at https://en.damai.cn/event/tickets_118326/.You can book… Organized by damai | Type: music, live\n2017 COCO 18 World Tour In Guangzhou\nJuly 22, 2017 from 7:30pm to 10pm – Guangzhou Gymnasium\tTitle:2017 COCO 18 World Tour In GuangzhouDate：2017.07.22Venue：Guangzhou GymnasiumPrice:380/580/780/980/1280RMBTickets are available at https://en.damai.cn/event/tickets_110932/.You can book tickets… Organized by damai | Type: music, live\nLeon Random Run 2017 in Guangzhou\nAugust 11, 2017 from 7pm to 9:30pm – Guangzhou International Sports Arena\tTitle:Leon Random Run 2017 in GuangzhouDate：2017.08.11-2017.08.12Venue：Guangzhou International Sports ArenaPrice:280/380/580/880/1380/1680RMBTickets are available at https://en.damai.cn/event/ticket… Organized by damai | Type: music, live\nMcCawley's GZ Weekly Sports Schedule Nov.10-12 广州麦考利本周体育赛事时间表\nNovember 10, 2017 at 5pm to November 12, 2017 at 1am – McCawley's Guangzhou\tJoin us at McCawley's for Happy Hour Specials, Great Food, and Live Sports!We've compiled a list of sports team schedules for this weekend (Nov.10 to 12) in Guangzhou McCawleys, so that you can keep… Organized by McCawley's | Type: live, sports\nThe Merkins at Rebel Rebel\nApril 7, 2018 from 8pm to 10pm – Rebel Rebel pub\tThe band that recently starred in a short movie is back to Guangzhou and going to perform at Rebel Rebel again. The movie can be viewed on Youtube or on Youku Organized by good fortune | Type: live, music\nLive Band - Reggae and David Bowie covers at Hey Rock - Free entrance\nOctober 5, 2018 at 10pm to October 6, 2018 at 2pm – Just besides T-Union/Tutu. 土凸隔壁\tLive Band performing reggae music + David Bowie covers. Free entrance @Hey Rock bar (just besides T-Union/Tutu) cross section between Zhongshan Yi Road and Guangzhou Dadao Road. 海石音乐厅(土凸隔壁）。 中山一路／广州大道 Organized by thomas | Type: live, band


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