url: =Heping Cheng - research profile on BiomedExperts\nnow for free Heping\nROS regulation of microdomain Ca2+ signalling at the dyads.\nWei Zhao; Yangde Chen; Heping Cheng; Weigang Fang; Ting Guo; Haibo Han; Kemin Jin; Na Lin; Fengmin Lu; Limin Wang; Yu Wang; Baocai Xing; Zhiqian Zhang\n2012: Yan Hou; Mark P Mattson; Xin Ouyang; Ruiqian Wan; Heping Cheng; Aiwu Cheng\n2012: Noah Weisleder; Rui-Ping Xiao; Rosalie Yan; Yan Zhang; Xiaoli Zhao; Hua Zhu; Matthew Sterling; Hiroshi Takeshima; Miyuki Takeshima; Norio Takizawa; Tao Tan; Xianhua Wang; Chuanxi Cai; Chunmei Cao; Pin-Jung Chen; Heping Cheng; Christopher Ferrante; Moonsun Hwang; Peihui Lin; Jianjie Ma\n2012: Didier Brochet; Heping Cheng; Dongmei Yang; W Jonathan Lederer\nAdvances in experimental medicine and biology 2012;740():499-509.\n2011: Peidong Han; Demetrios A Arvanitis; Wenfeng Cai; Shan Chen; Heping Cheng; Chi Keung Lam; Vivek P Singh; Yanru Wang; Huiliang Zhang; Rongli Zhang; Evangelia G Kranias\nAmerican journal of physiology. Heart and circulatory physiology 2011;301(4):H1588-95.\n2011: Qiang Zhou; Weizhong Zhu; Thomas G Back; Haiyan Chen; Ju Chen; Wenqian Chen; Heping Cheng; Henry J Duff; Arthur M Feldman; Michael Fill; Anne M Gillis; Ang Guo; Dawei Jiang; Peter P Jones; Xiaodong Li; Chris D Smith; Long-Sheng Song; Xixi Tian; Kannan Vembaiyan; Aixia Wang; Ruiwu Wang; Jianmin Xiao; Cuihong Xie; Dongmei Yang; Jingqun Zhang; Lin Zhang; Xiaowei Zhong; S R Wayne Chen\nNature medicine 2011;17(8):1003-9.\n2011: Didier Brochet; Wenjun Xie; Dongmei Yang; Heping Cheng; William Lederer\nCirculation research 2011;108(2):210-8.\n2010: Wenjun Xie; Didier Brochet; Sheng Wei; Xianhua Wang; Heping Cheng\nThe Journal of general physiology 2010;136(2):129-33.\n2010: Luyao Lu; Ling Xia; Xuesong Ye; Heping Cheng\nPhysical biology 2010;7(2):026005.\n2009: Peng Zhou; Yan-Ting Zhao; Yun-Bo Guo; Shi-Ming Xu; Shu-Hua Bai; Edward G Lakatta; Heping Cheng; Xue-Mei Hao; Shi-Qiang Wang\nProceedings of the National Academy of Sciences of the United States of America 2009;106(42):18028-33.\n2009: Chaoliang Wei; Xianhua Wang; Min Chen; Kunfu Ouyang; Long-Sheng Song; Heping Cheng\n2008: Heping Cheng; William Lederer\nPhysiological reviews 2008;88(4):1491-545.\n2008: Yuan Yan; Jie Liu; Chaoliang Wei; Kaitao Li; Wenjun Xie; Yanru Wang; Heping Cheng\nBidirectional regulation of Ca2+ sparks by mitochondria-derived reactive oxygen species in cardiac myocytes.\nCardiovascular research 2008;77(2):432-41.\n2007: Noah Weisleder; Christopher Ferrante; Yutaka Hirata; Claude Collet; Yi Chu; Heping Cheng; Hiroshi Takeshima; Jianjie Ma\nSystemic ablation of RyR3 alters Ca2+ spark signaling in adult skeletal muscle.\nCell calcium 2007;42(6):548-55.\n2007: Bailong Xiao; Xixi Tian; Wenjun Xie; Peter P Jones; Shitian Cai; Xianhua Wang; Dawei Jiang; Huihui Kong; Lin Zhang; Keyun Chen; Michael P Walsh; Heping Cheng; S R Wayne Chen\nThe Journal of biological chemistry 2007;282(41):30256-64.\n2007: Guiling Zhao; Yan Zhao; Bingxing Pan; Jie Liu; Xuliang Huang; Xiuqin Zhang; Chunmei Cao; Ning Hou; Caihong Wu; Ke-Seng Zhao; Heping Cheng\nCirculation research 2007;101(5):493-502.\n2006: Li-jun Yao; Gang Wang; Kun-fu Ou-Yang; Chaoliang Wei; Xian-hua Wang; Shi-rong Wang; Wei Yao; Hong-ping Huang; Jian-Hong Luo; Cai-hong Wu; Jie Liu; Zhuan Zhou; Heping Cheng\nActa pharmacologica Sinica 2006;27(7):848-52.\n2006: Yuan Yan; Chaoliang Wei; Wan-rui Zhang; Heping Cheng; Jie Liu\nActa pharmacologica Sinica 2006;27(7):821-6.\n2006: Zhe Feng; Chaoliang Wei; X Chen; J Wang; Heping Cheng; X Zhang; Quan Hong; S Shi; Bo Fu; R Wei\nEssential role of Ca2+ release channels in angiotensin II-induced Ca2+ oscillations and mesangial cell contraction.\nKidney international 2006;70(1):130-8.\n2006: Lie-Cheng Wang; Wei Xiong; Jing Zheng; Yang Zhou; Hui Zheng; Chen Zhang; Liang-Hong Zheng; Xue-Liang Zhu; Zhi-Qi Xiong; Lu-Yang Wang; Heping Cheng; Zhuan Zhou\nBiophysical journal 2006;90(10):3590-8.\n2006: Bailong Xiao; Guofeng Zhong; Masakazu Obayashi; Dongmei Yang; Keyun Chen; Michael P Walsh; Yakhin Shimoni; Heping Cheng; Henk E D J ter Keurs; S R Wayne Chen\nThe Biochemical journal 2006;396(1):7-16.\n2006: Long-Sheng Song; Eric Sobie; Stacey L McCulle; William Lederer; C William Balke; Heping Cheng\nProceedings of the National Academy of Sciences of the United States of America 2006;103(11):4305-10.\n2005: Kunfu Ouyang; Hui Zheng; Xiaomei Qin; Chen Zhang; Dongmei Yang; Xian Wang; Caihong Wu; Zhuan Zhou; Heping Cheng\nCa2+ sparks and secretion in dorsal root ganglion neurons.\nProceedings of the National Academy of Sciences of the United States of America 2005;102(34):12259-64.\n2005: Xu Wang; Noah Weisleder; Claude Collet; Jingsong Zhou; Yi Chu; Yutaka Hirata; Xiaoli Zhao; Zui Pan; Marco Brotto; Heping Cheng; Jianjie Ma\nNature cell biology 2005;7(5):525-30.\n2005: Kunfu Ouyang; Caihong Wu; Heping Cheng\nCa(2+)-induced Ca(2+) release in sensory neurons: low gain amplification confers intrinsic stability.\nThe Journal of biological chemistry 2005;280(16):15898-902.\n2005: Didier Brochet; Dongmei Yang; Alessandro Di Maio; William Lederer; Clara Franzini-Armstrong; Heping Cheng\nProceedings of the National Academy of Sciences of the United States of America 2005;102(8):3099-104.\n2004: Dawei Jiang; Bailong Xiao; Dongmei Yang; Ruiwu Wang; Philip Choi; Lin Zhang; Heping Cheng; S R Wayne Chen\nProceedings of the National Academy of Sciences of the United States of America 2004;101(35):13062-7.\n2004: Michael D Stern; Heping Cheng\nCell calcium 2004;35(6):591-601.\n2004: Shi-Qiang Wang; Chaoliang Wei; Guiling Zhao; Didier Brochet; Jianxin Shen; Long-Sheng Song; Wang Wang; Dongmei Yang; Heping Cheng\nCirculation research 2004;94(8):1011-22.\n2004: Shi Qiang Wang; Michael D Stern; Eduardo Ríos; Heping Cheng\nProceedings of the National Academy of Sciences of the United States of America 2004;101(11):3979-84.\n2004: Jian-Xin Shen; ShiQiang Wang; Long-Sheng Song; Taizhen Han; Heping Cheng\nPolymorphism of Ca2+ sparks evoked from in-focus Ca2+ release units in cardiac myocytes.\nBiophysical journal 2004;86(1 Pt 1):182-90.\n2003: Guang-Qin Zhang; Xue-Mei Hao; Shi-Zhong Chen; Pei-Ai Zhou; Heping Cheng; Cai-Hong Wu\nBlockade of paeoniflorin on sodium current in mouse hippocampal CA1 neurons.\nActa pharmacologica Sinica 2003;24(12):1248-52.\n2003: S Q Wang; Heping Cheng; Allen C Myers; Brendan J Canning; Kai Y Xu\nPositive inotropic effect induced by sequence-specific Na+,K+-ATPase antibody in intact cardiac myocytes.\nAnnals of the New York Academy of Sciences 2003;986():630-2.\n2002: Juliana Rengifo; Rafael Rosales; Adom González; Heping Cheng; Michael D Stern; Eduardo Ríos\nBiophysical journal 2002;83(5):2511-21.\n2002: Shi Qiang Wang; Edward G Lakatta; Heping Cheng; Zeng Quan Zhou\nThe Journal of experimental biology 2002;205(Pt 19):2957-62.\n2002: Heping Cheng; Shi-Qiang Wang\nFrontiers in bioscience : a journal and virtual library 2002;7():d1867-78.\n2002: Shi-Qiang Wang; Long-Sheng Song; Le Xu; Gerhard Meissner; Edward G Lakatta; Eduardo Ríos; Michael D Stern; Heping Cheng\nBiophysical journal 2002;83(1):242-51.\n2002: Zui Pan; Dongmei Yang; Ramakrishnan Y Nagaraj; Thomas A Nosek; Miyuki Nishi; Hiroshi Takeshima; Heping Cheng; Jianjie Ma\nNature cell biology 2002;4(5):379-83.\n2002: Pu Liao; Shi-Qiang Wang; Su Wang; Ming Zheng; Meizi Zheng; Sheng-Jun Zhang; Heping Cheng; Yibin Wang; Rui-Ping Xiao\nCirculation research 2002;90(2):190-6.\n2001: Kai Y Xu; S Q Wang; Heping Cheng\nSite-specific antibody of (Na(+) + K(+))-ATPase augments cardiac myocyte contraction without inactivating enzyme activity.\nBiochemical and biophysical research communications 2001;289(1):167-72.\n2001: Dongmei Yang; Z Pan; H Takeshima; C Wu; R Y Nagaraj; J Ma; Heping Cheng\nRyR3 amplifies RyR1-mediated Ca(2+)-induced Ca(2+) release in neonatal mammalian skeletal muscle.\nThe Journal of biological chemistry 2001;276(43):40210-4.\n2001: Laurel L Haak; L S Song; Tadeusz F Molinski; I N Pessah; Heping Cheng; James T Russell\nThe Journal of neuroscience : the official journal of the Society for Neuroscience 2001;21(11):3860-70.\n2001: JH Wang; Hong-Wu Bian; Y X Zhang; Heping Cheng\nThe dual effect of antifreeze protein on cryopreservation of rice (Oryza sativa l.) embryogenic suspension cells.\nCryo letters 2001;22(3):175-82.\n2001: Shi-Qiang Wang; Long-Sheng Song; Edward G Lakatta; Heping Cheng\n2001: Eduardo Ríos; Natalia Shirokova; WG Kirsch; Gonzalo Pizarro; Michael D Stern; Heping Cheng; Adom González\nBiophysical journal 2001;80(1):169-83.\n2000: Adom González; WG Kirsch; Natalia Shirokova; Gonzalo Pizarro; Gustavo Brum; I N Pessah; Michael D Stern; Heping Cheng; Eduardo Ríos\nProceedings of the National Academy of Sciences of the United States of America 2000;97(8):4380-5.\n2000: L S Song; G J Ren; Z L Chen; Zhi-He Chen; Zhao-Nian Zhou; Heping Cheng\nBritish journal of pharmacology 2000;129(5):893-900.\n1999: James N Muth; Hiroshi Yamaguchi; Gábor Mikala; Ingrid L Grupp; William Lewis; Heping Cheng; Long-Sheng Song; Edward G Lakatta; Gyula Varadi; Arnold Schwartz\nThe Journal of biological chemistry 1999;274(31):21503-6.\n1999: Michael D Stern; Long-Sheng Song; Heping Cheng; James Sham; Huang-Tian Yang; Kenneth R Boheler; Eduardo Ríos\nThe Journal of general physiology 1999;113(3):469-89.\n1999: Natalia Shirokova; Adom González; WG Kirsch; Eduardo Ríos; Gonzalo Pizarro; Michael D Stern; Heping Cheng\nThe Journal of general physiology 1999;113(3):377-84.\n1999: Heping Cheng; Long-Sheng Song; Natalia Shirokova; Adom González; Edward G Lakatta; Eduardo Ríos; Michael D Stern\nBiophysical journal 1999;76(2):606-17.\n1998: James Sham; Long-Sheng Song; Ye Chen-Izu; L H Deng; Michael D Stern; Edward G Lakatta; Heping Cheng\nProceedings of the National Academy of Sciences of the United States of America 1998;95(25):15096-101.\n1998: Long-Sheng Song; James Sham; Michael D Stern; Edward G Lakatta; Heping Cheng\nThe Journal of physiology 1998;512 ( Pt 3)():677-91.\n1998: G D Smith; Joel Keizer; M D Stern; William Lederer; Heping Cheng\nBiophysical journal 1998;75(1):15-32.\n1997: Long-Sheng Song; Michael D Stern; Edward G Lakatta; Heping Cheng\nThe Journal of physiology 1997;505 ( Pt 3)():665-75.\n1997: Ana Gomez; Héctor H Valdivia; Heping Cheng; M R Lederer; Luis F Santana; Mark Cannell; Sylvia A McCune; Ruth A Altschuld; William Lederer\nScience (New York, N.Y.) 1997;276(5313):800-6.\n1997: Z Li; Heping Cheng; William Lederer; James B Froehlich; Edward G Lakatta\nExperimental and molecular pathology 1997;64(1):1-11.\n1996: William Lederer; S He; S Luo; William H duBell; P Kofuji; R Kieval; C F Neubauer; Abdul M Ruknudin; Heping Cheng; Mark Cannell; Terry B Rogers; Dan H Schulze\nAnnals of the New York Academy of Sciences 1996;779():7-17.\n1996: Michael G Klein; Heping Cheng; Luis F Santana; Y H Jiang; William Lederer; Martin F Schneider\n1996: Heping Cheng; M R Lederer; William Lederer; Mark Cannell\nThe American journal of physiology 1996;270(1 Pt 1):C148-59.\n1996: Luis F Santana; Heping Cheng; Ana Gomez; Mark Cannell; William Lederer\nCirculation research 1996;78(1):166-71.\n1995: Mark T Nelson; Heping Cheng; M Rubart; L F Santana; Adrian D Bonev; Harry Knot; William Lederer\nScience (New York, N.Y.) 1995;270(5236):633-7.\n1995: Mark Cannell; Heping Cheng; William Lederer\nScience (New York, N.Y.) 1995;268(5213):1045-9.\n1995: Heping Cheng; M Fill; H Valdivia; William Lederer\nModels of Ca2+ release channel adaptation.\nScience (New York, N.Y.) 1995;267(5206):2009-10.\n1995: Heping Cheng; Mark Cannell; William Lederer\nPartial inhibition of Ca2+ current by methoxyverapamil (D600) reveals spatial nonuniformities in [Ca2+]i during excitation-contraction coupling in cardiac myocytes.\nCirculation research 1995;76(2):236-41.\n1994: Mark Cannell; Heping Cheng; William Lederer\nBiophysical journal 1994;67(5):1942-56.\n1994: Heping Cheng; Mark Cannell; William Lederer\nPropagation of excitation-contraction coupling into ventricular myocytes.\nPflügers Archiv : European journal of physiology 1994;428(3-4):415-7.\n1994: R P Xiao; Heping Cheng; William Lederer; T Suzuki; Edward G Lakatta\nProceedings of the National Academy of Sciences of the United States of America 1994;91(20):9659-63.\n1994: Ernst Niggli; D W Piston; M S Kirby; Heping Cheng; D R Sandison; W W Webb; William Lederer\nThe American journal of physiology 1994;266(1 Pt 1):C303-10.\n1993: Heping Cheng; William Lederer; Mark Cannell\nScience (New York, N.Y.) 1993;262(5134):740-4.


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url: =《Modern Agricultural Science and Technology》-2019-07\nStatus of Ancient Tea Tree Resources in Zhenkang County and Countermeasures for Protective Development ZHANG Hui-xiang;HE Zhi-wu;YIN Gui-fen;YIN Guang-liang;College of Horticulture and Landscape\nDiscussion on Scientific Management of Farms LIU Fei;DU Zhao-nan;ZHANG Xu-chi;Jinshuitan Hydropower Plant\nResearch on Choice of Regional Technological Innovation Mode for Biological Agriculture SHI Lin;SONG Wei;Jilin Institute of Science and Technology Information;Key Laboratory of Science and Technology Resource Basic Data in Jilin Province;\nInvestigation Report on Poverty Alleviation in Alidi Village,Yongren County ZHANG Zhi-qin;ZHANG De-chang;ZHAO You-liang;Department of Pharmacy\nResearch on Path and Practice of Integration and Development of Rural First,Second and Third Industries:Taking Rongchang County of Chongqing City as an Example CHENG Bin;Party School of Rongchang District Party Committee\nResearch Progress on Rice Disease Identification and Detection Based on Information Technology ZHOU Chi-yan;ZHU Yu-han;YAO Zhao-sheng;YANG Jun;LIU Tao;SUN Cheng-ming;Jiangsu Key Laboratory of Crop Genetics and Physiology/Jiangsu Key Laboratory of Crop Cultivation and Physiology\nDesign of Intelligent Integrated Field Management System and Its Application in Xieluo Township of Shimian County CHEN Shuang;JIANG Hui-xia;CHEN Li;LIU Bo;HE Qing-yan;Sichuan Agricultural Machinery Research and Design Institute;\nDetermination of Rosmarinic Acid in Caulis of Perilla frutescens at Different Harvest Time WANG Sheng-sheng;LIU Jia-long;LI Hong;Jiangsu Longfengge Traditional Chinese Medicine Planting Co.\nEffect of Dietary Lipid Level Mixed with Bile Acid on Growth Performance and Body Fatty Acid Compositions of Scophthalmus maximus BI Zheng-zheng;WU Li-xin;LI Xiao-mei;LIANG Qi-hang;YANG Guan-nan;WANG Sheng-hua;Key Laboratory of Hydrobiology in Liaoning Province\nInvestigation on Seed and Natural Regeneration of Pinus koraiensis Plantation in Nanmu QI Ya-jing;JIANG Xing-long;LI Xiang-fei;MOU Ya-nan;NING Xin-zhe;JING Lu;CHANG Jin-cai;Forestry Science Institute of Hulunbeir City;Nanmu Forestry Bureau of Hulunbuir City;\nPhenophase Observation and Analysis of Cunninghamia lanceolata Seed Orchard in Northern Guangxi DU Zhong;DENG Yin-wei;ZHANG Feng;ZHANG Min;CHEN Jiang-ping;GUO Jun-hong;LI Quan;QIN Li-ping;Guilin Forestry Research Institute;Guangxi Normal University;Xianshui Forest Farm in Quanzhou County;\nEffects of Plant Growth Regulators on Fruit Setting Rate and Fruit Morphology of Korla Pear YUAN Zhen-yang;ZHANG Qi;YANG Meng-yu;College of Plant Sciences\nResearch on Application Effect of Paclobutrazol on Phalaenopsis aphrodite Flowering Plant JIANG Xiu-na;LIU Yan-rong;HONG Sheng-biao;TANG Kai;WEI Xiao-lian;ZHANG Kai-bin;DU Xiao-xia;ZHENG Dan-hong;Shantou Academy of Agricultural Sciences;\nEffects of Bagging and Harvest Timing on Green Spot Disease Occurrence and Fruit Quality of Licheng Orange LUO Guang-ling;WANG Da-ping;Chongqing University of Arts and Sciences;\nEffect of Nitrogen on Accumulation and Distribution of Dry Matter in Okra TANG Lin;ZHEN Bian;WANG Dong-dong;Beijing Zhongnongfutong Horticulture Co.\nComparative Experiment of Pepper Varieties in Solar Greenhouse in Lhasa ZHANG Yu;LIU Yu-hong;Institute of Vegetable Science\nStudy on Physiological and Ecological Effects of Intercropping Jujube and Alfalfa in Southern Xinjiang HUANG Guang-wei;GONG Li-sha;CHEN Guo-dong;FAN Wen-xia;TIAN Yu-gang;ZHANG Xiao-yan;College of Plant Science and Technology\nHigh-efficiency Cultivation Techniques of Summer Corn-Broad Bean-Potato for Triple Cropping in One Year LIU Fang;LI Fei;WANG Wen-long;LUO An-hong;College of Agriculture and Forestry Science and Technology\nInduction of Plant Hormones on Cucumber Seedlings ZHU Xu;The 12th Middle School of Huaibei City\nEffect of Meteorological Drought on Rice Yield in Yibin City ZHANG Wei;LIU Su-ying;TANG Yi;Yibin Meteorological Bureau in Sichuan Province;\nEffects of Different Forms of Nitrogen Fertilizer on Yield and Yield Components of Anmai 1241 GAO Feng;ZHOU Qi-jun;YANG Chun-ling;DONG Jun-hong;SONG Zhi-jun;XUE Zhi-wei;Anyang Academy of Agricultural Sciences;\nEffects of Different Harvesting Methods on Quality of Upper Leaf of Flue-cured Tobacco XU Xiao-jing;HUANG Hai-tang;YANG Li-jun;HAO Hao-hao;WANG Fa-zhan;XU Zi-cheng;Henan Tobacco Company Zhumadian City Company;College of Tobacco\nElectronic Cloning and Bioinformatics Analysis of SBPase Gene in Camellia sinensis XU Bao-hua;LIU Rui-bin;YU Shao-dong;ZHANG Ying-zhong;Guangdong Provincial Key Laboratory of Silviculture\nVariations of Soil Nutrients and Its Relationship with Wheat Yield in Dark Loessial Soil on Weibei Plateau DU Hao-hui;WANG Xu-dong;College of Resources and Environment\nStudy on Water Requirement of Dry Farming Crops in Cold Region YIN Gang-ji;LANG Jing-bo;HOU Xin-yue;WANG Jun;YU Yang;Hydraulic Research Institute of Heilongjiang Province;\nExtension and Application of High-quality,High-yield,Stable-yield and High-efficient Cultivation Techniques of Super Hybrid Rice LIU Jing;LAI Hui-mei;LUO Miao-ming;LUO Ying;Xinpi Town Economic Development Service Center of Xingning City in Guangdong Province;Ningzhong Town Economic Development Service Center of Xingning City;\nCharacteristics of Commercial Organic Fertilizer and Its Application Potential in Tobacco Industry ZENG De-wu;LI Li;PENG Meng-xiang;LI Jian-yong;Liuyang Branch of Changsha Tobacco Company;\nCharacteristics and Seed Production Techniques of High quality Three-line Mid-season Hybrid Rice Wuxiangyouhuazhan ZHANG Zu-pu;HUA Rong;JIA Chang-jing;SUN Jian-rong;GAO Hui;CHU Xiu-cheng;LIU Chen;WANG Quan-guang;ZHOU Xuan-zheng;ZHAI Hao;CHEN Yong-hua;Jiangsu Red Flag Seed Industry Co.\nImplementation of Demonstration and Extension Project for High-quality and High-efficiency Cultivation Technique of Organic Tea LUO Miao-ming;LUO Ying;LAI Hui-mei;LIU Jing;Ningzhong Town Economic Development Service Center of Xingning City in Guangdong Province;Xinpi Town Economic Development Service Center of Xingning City;\nEffect of Different Crop Rotation on Tobacco-planting Soil Nutrient and Tobacco Yield CHEN Yan-chun;BU Ting;YANG Jun-jie;LI ZHi-xin;GUO Fang-yang;Sanmenxia Tobacco Company;Luoyang Tobacco Company;Tobacco Research Institute\nEffects of Zn~(2+) and Cu~(2+) Stress on the Seed Germination and Seedling Growth of Trifolium repens ZHENG Wen-jie;PAN Qing-qing;TONG Xu-feng;PAN Li-qin;Taizhou Vocational College of Science & Technology;\nResearch Status of Saline-alkali Land Improvement and Application Analysis of Microbial Fertilizer DING Shao-wu;ZHANG Peng;Shandong Wanhao Fertilizer Co.\nDesign of Maize Roller Type Air-suction Seed Metering Experimental Table WANG Jin-ping;SHI Bao-jie;SHI Lin-rong;HUANG Xiao-peng;ZHENG Hong-bin;ZHANG Yao-hua;ZHAO Wu-yun;SUN Bu-gong;College of Mechanical and Electrical Engineering of Gansu Agriculture University;\nBenefits Analysis and Developnet Suggestion of Promotion and Application of Whole Process Mechanized Production Technology of Super Hybrid Rice LAI Hui-mei;LIU Jing;HUANG Lian-zhen;Xinpi Town Economic Development Service Center of Xingning City;Shuikou Town Economic Development Service Center of Xingning City;\nDetermination of Trace Amounts of Cadmium in Soil by ICP-MS with Rapid Digestion and Its Interference Elimination HUANG Sai;Haimen Comprehensive Inspection and Testing Center in Jiangsu Province;\nCounting,Isolation,Identification and Probiotic Function of Bacteria from Fermented Cayenne WANG Qi;ZHANG Zi-juan;LUO Yan-ping;HUANG Cheng-ting;HE Yi-xin;HU Jun-sheng;LING Jie-yu;College of Food & Life Science and Technology\nStructural Identification and Difference Analysis of Two Kinds of Polysaccharides from Dictyophora indusiata ZHU Miao;HOU Yi-ling;TANG Xian;SONG Zhi-qiang;DING Xiang;College of Life Sciences\nStudy on Different Extraction Process of Flavonoids from Red Wheat Bran WU Min;QIN Dan;ZHANG Qi;CHEN Wen-jie;HUA Jia-jia;SANG Hong-qing;College of Food Engineering\nEffect of Controlled Atmosphere Storage on Flavor,Softening,Browning Related Enzymes of Yellow Peach HE Shuang;LI Gao-yang;JIANG Cheng;HAN Xiao-lei;Hunan Agricultural Product Processing Institute;


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url: =Cat Power | The Rio Times\nCat Power Returns to Rio May 18th\nBy Chesney Hearst, Contributing Reporter RIO DE JANEIRO, BRAZIL – Performing under the stage name Cat Power as she has for almost two decades, American singer-songwriter Chan Marshall returns to Rio with a new sound and a new look on...\nCat Power Plays Circo Voador\nBy Felicity Clarke, Senior Contributing Reporter RIO DE JANEIRO - Cult indie singer-songwriter Cat Power returns to Rio this weekend with a show at Lapa's Circo Voador venue on Friday, May 21st. The Brazil leg of the current tour, which...\nCat Power in Rio\nBy Maíra Amorim, Contributing Reporter RIO DE JANEIRO - Cat Power was originally set to perform just one show in Brazil, at São Paulo's Via Funchal. Pressure from Carioca fans motivated the North American singer to change tack, and...


url: =从事半导体纳米晶（量子点）合成化学及其在照明显示以及环境污染物治理中应用的研究工作。 重点突破限制量子点及其在 LED 器件应用中的“稳定性”瓶颈问题。目前在 Nature Photonics， Journal of American Chemical Society，Nature Communications， Angewandte Chemie-International Edition，Chemical Science和 Chemistry of Materials等著名国际期刊上发表 80余篇论文。 工作被国际期刊引用 7000 余次，入选 ESI 高引论文10篇，超 100 次引用的论文 16 篇。 已获欧盟授权专利 2 项， 美国专利 2 项， 中国授权专利 12 项, 其中多项专利实现产业化生产，并获得葡萄游戏厅手机版官网大学科技成果转化先进个人。具体研究方向如下：\n李良，博士，教授，博士生导师。2006年于葡萄游戏厅手机版官网化学化工葡萄游戏厅手机版官网获得工学博士学位。2006-2011年先后在法国原子能总署（Peter Reiss group)、加州大学圣塔芭芭拉分校(Alan Hegger group)和洛斯阿拉莫斯国家实验室(Victor Klimov group)从事博士后研究。2011-2012年在荧光材料公司Intematix.Co.（美国）担任Senior Scientist。2012年通过中科院“百人计划”入选答辩，担任中科院宁波材料所研究员，2013年7月加入葡萄游戏厅手机版官网，同年入选教育部“新世纪优秀人才计划”。\n1. Congyang Zhang, Qun Wan, Luis K.Ono, Yuqiang Liu, Weilin Zheng, Qinggang Zhang, Mingming Liu, Long Kong, LiangLi*, Yabing Qi*，2021, ACS Energy Lett. 6, XXX,3545–3554\n2. QinggangZhang, Xiaochuan Sun, Weilin Zheng, Qun Wan, Mingming Liu, Xinrong Liao, Takeshi Hagio, Ryoichi Ichino, Long Kong, Huamiao Wang, Liang Li * 2021, Chemistryof Materials, 2021, 33, 10, 3575–3584\n3. MingmingLiu, Qun Wan, Huamiao Wang, Francesco Carulli, Xiaochuan Sun, Weilin Zheng, Long Kong, Qi Zhang, CongyangZhang, Qinggang Zhang, Sergio Brovelli*, Liang Li*, Nature Photonics , 2021, 15, 379–385.\n4. Ruixin Yan, Xiuping Feng,Long Kong,* , Qun Wan , Weilin Zheng, Takeshi Hagio, Ryoichi Ichino, Xinde Cao,Liang Li,* Chemical Engineering Journal, 2021,417, 129228\n5. Congyang Zhang, Wanbin Li, Liang Li*, Angewandte Chemie-International Edition, 2021, 60,7488–7501.\n6. Qinggang Zhang, Bo Wang, Weilin Zheng, Long Kong, Qun Wan, Congyang Zhang, Zhichun\nLi, Xueyan Cao, Mingming Liu, Liang Li*, Nature Communications,2020, 11, 1-9.\n7. Bo Wang,Congyang Zhang, Weilin Zheng, Qinggang Zhang, Zhongqiu Bao, Long Kong, Liang Li*, Chemistry of Materials, 2020, 32, 308.\n8. Lu Huang, Zhichun Li, Congyang Zhang, Long Kong, Bo Wang, Shouqiang Huang, Vaishali Sharma, Houyu Ma, Qingchen Yuan, Yue Liu, Guoqing Shen, Kaifeng Wu, Liang Li* , Chemical Science, 2019, 10, 6683-6688.\n9. Congyang Zhang, Bo Wang, Weilin Zheng, Shouqiang Huang, Long Kong, Zhichun Li, Gufeng He, Liang Li*, Nano Energy, 2018, 51, 358-365.\n10. Congyang Zhang, Bo Wang, Wanbin Li, Shouqiang Huang, Long Kong, Zhichun Li，Liang Li*, Nature Communications, 2017, 8, 1138.\n11. Zhichun Li, Long Kong, Shouqiang Huang, Liang Li*, Angewandte Chemie-International Edition, 2017, 129, 8246–8250.\n12. Shouqiang Huang, Zhichun Li, Long Kong, Nanwen Zhu, Aidang Shan, Liang Li*, Journal of the American Chemical Society, 2016, 138, 5749–5752.\n13. Zhichun Li, Wei Yao, Long Kong, Yixin Zhao, Liang Li*, Journal of the American Chemical Society, 2015, 137, 12430-12433.\n14. Long Kong, Zhichun Li, Shouqiang Huang, Jinping Jia, Liang Li*, Applied Catalysis B: Environmental, 2015, 204, 403–410.\n15. Liang Li, Anshu Pandey, Donald J. Werder, Bishnu P. Khanal, Jeffrey M. Pietryga, Victor I. Klimov*, Journal of the American Chemical Society, 2011, 133, 1176-1179.\n16. Liang Li, Nelson Coates, Daniel Moses*, Journal of the American Chemical Society, 2010, 132, 22-14. Liang Li, Peter Reiss* Journal of the American Chemical Society, 2008, 130, 11588-11589.\n17. Xiangyi Huang, Liang Li, Huifeng Qian, Chaoqing Dong, Jicun Ren*, Angewandte Chemie International Edition, 2006, 45, 5140-5143.\n18. Jianfang Xu, Zan Qu*, Naiqiang Yan, Yixin Zhao, Xiaofang Xu, Liang Li*, Chemical Engineering Journal, 2016, 284, 565-570.\n20. Liang Li, Myriam Protière, Peter Reiss*,Chemistry of Materials, 2008, 20, 2621-2623. 19. A. Pandey, S. Brovelli, R. Viswanatha, Liang Li, J.M.Pietryga, V.I. Klimov*, S.A.Crooker*. Nature Nanotechnology, 2012, 7, 792-797.\n21. Liang Li, MyriamProtière, Peter Reiss*, Chemistry of Materials, 2008, 20, 2621-2623.


url: = Maga Bo | Koule.cz\nKdy 13. 8. 2015 ve 18:00\nKde Praha, Cross Club


url: =Worship | Read. Pray. Love. Daily. | Page 3


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url: =Silks Club - online booking\nRefunding will follow Silks ClubTHSR passengers guideline\nSilks ClubTHSR has the right to adjust or stop this project.\nTEL：886 7 9730111 FAX：886 7 9730165\nNo 199 Zhongshan 2nd Rd. Qianzhen Dist. Kaohsiung City, Taiwan\nSilks Club | Silks Hotel Group |


url: =關鍵字查詢 | 類別：期刊論文 | 著者 | 關鍵字：Duan\n1 109/1 土木系 姚忠達 教授於 期刊論文 發佈 Prediction of Crosswind-Induced Derailment of Train–Rail–Bridge System by Vector Mechanics , [109-1] 著者：Su-Mei Wang; Jong-Dar Yau; Yuan-Feng Duan; Yi-Qing Ni; Hua-Ping Wan; Si Kai Wu; Edward C. Ting\n2 107/2 物理系 李明憲 副教授於 期刊論文 發佈 The linear and nonlinear optical response of CsGeX3 (X=Cl, Br, and I): The finite field and first-principles investigation , [107-2] 著者：Qiaoqiao Zhang; Hahaer Mushahali; Haiming Duan; Ming-Hsien Lee; Qun Jing\n3 107/2 建築系 姚忠達 教授於 期刊論文 發佈 Vector form intrinsic finite element method for analysis of train–bridge interaction problems considering the coach-coupler effect , [107-2] 著者：YF Duan; SM Wang; JD Yau\n4 100/1 財金系 段昌文 副教授於 期刊論文 發佈 Index Options and Informativeness of the Underlying Stocks' Prices: An Empirical Study , [100-1] 著者：Liu, Shinhua; Hung, Ken; Duan, Chang-Wen\n5 101/2 財金系 段昌文 副教授於 期刊論文 發佈 Net Buying Pressure, Volatility Smirk and Abnormal Return of TXO , [101-2] 著者：Duan, Chang-Wen\n6 102/2 財金系 段昌文 副教授於 期刊論文 發佈 The predictive power of volatility models: evidence from the ETF market , [102-2] 著者：Duan Chang-Wen; Lin, Jung-Chu\n7 98/2 財金系 段昌文 副教授於 期刊論文 發佈 The Effect of Net Buying Pressure on Implied Volatility: Empirical Study on Taiwan’s Options Market , [98-2] 著者：Duan, Chang-Wen; Ken Hung\n8 100/1 機電系 孫崇訓 副教授於 期刊論文 發佈 Improving Data Association in Robot SLAM with Monocular Vision , [100-1] 著者：Wang, Yin-Tien; Hung, Duan-Yan; Sun, Chung-Hsun\n9 91/1 化材系 董崇民 教授於 期刊論文 發佈 Monte Carlo simulation of diepoxides and monoepoxides cured with amines , [91-1] 著者：Cheng, kuo-chung; Don, trong-ming; Rwei, syang-peng; Li, yu-ching; Duann, yen-fang\n10 98/2 財金系 段昌文 副教授於 期刊論文 發佈 Decomposing the Bid-Ask Spread of ETFs on the AMEX Before and After Decimalization , [98-2] 著者：Duan, Chang-wen; Lin, Jung-chu\n11 91/1 財金系 段昌文 副教授於 期刊論文 發佈 Stock Dividend Announcement and Information Signaling Theory: The Case of Taiwan , [91-1] 著者：Hung, Ken; Duan, Chang-wen; Tsay, Yang-tzong\n12 91/2 財金系 段昌文 副教授於 期刊論文 發佈 Sequential Capital Budgeting as Real Options: The Case of a New DRAM Chipmaker in Taiwan , [91-2] 著者：Duan, Chang-wen; Lin, William T.; Lee, Cheng-few\n13 91/2 財金系 林蒼祥 教授於 期刊論文 發佈 Sequential Capital Budgeting as Real Options: The Case of a New DRAM Chipmaker in Taiwan , [91-2] 著者：Duan, Chang-wen; Lin, William T.; Lee, Cheng-few\n14 92/1 財金系 韋伯韜 教授於 期刊論文 發佈 Application of single sampling plan for auditing medical claimed payments of Taiwan national health insurance , [92-1] 著者：Fu, Hwai-hui; Tsai, Hsien-tang; Lin, Ching-wei; Wei, Duan\n15 100/1 財金系 韋伯韜 教授於 期刊論文 發佈 Statistical analyses for the prevalence and incidence rates of diabetes mellitus with application to the data in Taiwan area , [100-1] 著者：Ho, L. T.; Wei, Duan; Cheng, K. F.; Liu, S. I.\n16 76/1 財金系 韋伯韜 教授於 期刊論文 發佈 Some optimal designs for grouped data in reliability demonstration tests , [76-1] 著者：Wei, Duan; Bau, Jinn-jomp\n17 100/1 財金系 韋伯韜 教授於 期刊論文 發佈 On estimation of a generalized entropy and fisher information , [100-1] 著者：Wei, Duan\n18 67/2 財金系 韋伯韜 教授於 期刊論文 發佈 Laws of Large Numbers for Tight Random Elements in Normed Linear Spaces , [67-2] 著者：Taylor, R. L.; Wei, Duan\n19 100/1 財金系 韋伯韜 教授於 期刊論文 發佈 Goodness-of-Fit Test-Statistics on Gaussian and Exponential Reliability Data , [100-1] 著者：Wei, Duan; Chen, C.Y.\n20 100/1 財金系 韋伯韜 教授於 期刊論文 發佈 Fitting and Optimal Grouping on Gamma Reliability Data , [100-1] 著者：Wei, Duan; Bau, Jimm-jomp\n21 66/1 財金系 韋伯韜 教授於 期刊論文 發佈 Convergence of weighted sums of tight random elements , [66-1] 著者：Wei, Duan\n22 69/1 財金系 韋伯韜 教授於 期刊論文 發佈 Computer-aided stochastic modeling of milled surface profiles , [69-1] 著者：Wei, Duan\n23 100/1 機電系 王銀添 教授於 期刊論文 發佈 Improving Data Association in Robot SLAM with Monocular Vision , [100-1] 著者：Wang, Yin-Tien; Hung, Duan-Yan; Sun, Chung-Hsun\n24 98/2 物理系 張經霖 教授於 期刊論文 發佈 In situ real-time investigation of cancer cell photothermolysis mediated by excited gold nanorod surface plasmons , [98-2] 著者：Chen, Cheng-Lung; Kuo, Ling-Ru; Chang, Ching-Lin; Hwu, Yeu-Kuang; Huang, Cheng-Kuang; Lee, Shin-Yu; Chen, Kowa; Lin, Su-Jien; Huamg, Jing-Duan; Chen, Yang-Yuan\n25 93/1 財金系 韋伯韜 教授於 期刊論文 發佈 Application of a single sampling plan for auditing medical-claim payments made by Taiwan National Health Insurance , [93-1] 著者：Fu, Hwai-hui; Tsai, Hsien-tang; Lin, Ching-wei; Wei, Duan\n26 92/1 財金系 韋伯韜 教授於 期刊論文 發佈 Dual-Response Surface Optimization: A Weighted MSE Approach , [92-1] 著者：Ding, Rui; Lin, Dennis K. J.; Wei, Duan\n27 94/1 財金系 段昌文 副教授於 期刊論文 發佈 Rating, Credit Spread, and Pricing Risky Debt: Empirical Study on Taiwan's Security Market , [94-1] 著者：Hung, Ken; Duan, Chang-wen; Yang, Chin W.\n28 92/1 財金系 段昌文 副教授於 期刊論文 發佈 Exchange Listing Changes : Volatility and Liquidity Effects in Taiwan , [92-1] 著者：Blenman, Lloyd P.; Chen, Dar-hsin; Duan, Chang-wen\n29 94/2 財金系 段昌文 副教授於 期刊論文 發佈 Valuation of timing option in Futures Contracts and Convenience Yields , [94-2] 著者：Duan, Chang-wen; Hung, K.; Wang, Q.\n30 95/2 財金系 段昌文 副教授於 期刊論文 發佈 Oil convenience yields estimated under demand/supply shock , [95-2] 著者：Lin, William T.; Duan, Chang-wen


url: =One Championship | Our Daily News Online\nSeptember 15, 2018 - Headlines, Sports - Tagged: Bantamweight World Champion, KINGDOM OF HEROES, news, One Championship, Singtongnoi Por Telakun, Super Bantamweight World Champion Joseph, thailand\t- no comments\nONE Championship: Sor Rungvisai vs Diaz will leave mark in boxing history\nAugust 31, 2018 - Headlines, Sports - Tagged: Diaz, Iran Diaz, KINGDOM OF HEROES, Muay Thai, One Championship, Sor Rungvisai, Srisaket Sor Rungvisai, world boxing championship, World Championship\t- no comments\nAugust 25, 2018 - Sports - Tagged: Kickboxing, mixed martial arts, Muay Thai, Ognjen Topic, One Championship, United States\t- no comments\nAugust 12, 2018 - Headlines, Sports - Tagged: Asia, Asian history, Asian values, Chatri Sityodtong, martial arts, martial arts organization, mixed martial arts, Muay Thai, One Championship\t- no comments\nAugust 10, 2018 - Sports - Tagged: One Championship, professional record, Sor Rungvisai, Srisaket Sor Rungvisai, Super Series, Thailand’s history, World Champion, World championship boxing\t- no comments\nChatri Sityodtong, Chairman and CEO of ONE Championship, stated: “World championship boxing has always been on the radar for ONE Championship, ever since we introduced the ONE Super Series. In Srisaket Sor Rungvisai, we have the perfect athlete to introduce the sport of boxing to the largest martial arts organization in the world.\nAugust 8, 2018 - Sports - Tagged: Championship, Filipino, martial arts, mixed martial arts, One Championship, Pacio, Strawweight World Championship, Team Lakay, World Championship, Yoshitaka Naito\t- no comments\nJuly 31, 2018 - Headlines, Sports - Tagged: Muay Thai, One Championship, Roman Chocolatito Gonzalez, Rungvisai, Srisaket Sor Rungvisai, thailand\t- no comments\nONE Championship: Belingon Wins Interim Bantamweight Title\nJuly 28, 2018 - Headlines, Sports - Tagged: Aziz Pahrudinov, Chris Ngimbi, Eduard Folayang, Kevin Belingon, Martin Nguyen, Muay Thai, One Championship, ONE: REIGN OF KINGS, REIGN OF KINGS, REIGN OF KINGS ONE Interim Bantamweight, Rene Catalan, Renzo Gracie, Yuki Kondo\t- no comments\nFilipino dynamo Kevin “The Silencer” Belingon derailed Martin Nguyen’s goal to become a three-division world champion by outclassing the ONE Featherweight and Lightweight World Champion with his striking superiority.\nJuly 26, 2018 - Sports - Tagged: Brazilian Jiu-Jitsu, Chatri Sityodtong, One Championship, ONE: REIGN OF KINGS, Renzo Gracie, Roger Gracie, Yuki Kondo\t- no comments


url: =Holocene Periglacial Processes and Environmental Changes in the Daqingshan Mountains, Inner Mongolia, China--《Journal of Glaciology and Geocryology》1992年04期\n《Journal of Glaciology and Geocryology》 1992-04\nHolocene Periglacial Processes and Environmental Changes in the Daqingshan Mountains, Inner Mongolia, China\nCui Zhijiu and Song Changqing (Department of Geography, Peking University)\nMany periglacial phenomena and paleobotany evidinces of environmental changes were retained in the Daqingshan area of northern China. This arid-semiarid area is sensitive to climatic changes. There were four climatic periods with the time range of one thousand years during Holocene. The annual mean temperature during Hypsithermal is 1-2℃ higher than today. On the other hand, the annual mean temperature is 2.0- 2.5℃ lower during Neoglaciation and about 7℃ lower during the late period of Late Pleistocene than that of the present time. The fluctuation range of vertical vegetation belts was about 200-600 m during Holocene.\n4 Zheng Jingyun ① Man Zhimin ② Fang Xiuqi ③① Ge Quansheng ① (①Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing100101; ②Institute of Chinese History and Geography, Fudan University, Shanghai200433; ③School of Geography, Beijing Normal University, Beijing100875);TEMPERATURE VARIATION IN THE EASTERN CHINA DURING WEI, JIN AND SOUTH-NORTH DYNASTIES(220～580A.D.)[J];Quaternary Sciences;2005-02\n5 GE Quan-sheng 1, FANG Xiu-qi 1,2,ZHENG Jing-yun 1 (1.Institute for Geography and Natural Resources, CAS, Beijing 100101,China; 2.Department of Resources Sciences, Beijing Normal University, Beijing 100875,China);WARM-COLD CHANGE IN MILLENARIAN CYCLE DERIVED FROM NATURAL PROXY DATA IN CHINA DURING THE PAST 3000 YEARS[J];Advance In Earth Sciences;2002-01\n6 GE Quan-sheng 1, ZHENG Jing-yun 1, MAN Zhi-min 2 , FANG Xiu-qi 3,1 , ZHANG Pi-yuan 1 (1.Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing 100101, China; 2.Institute of Chinese History a;RECONSTRUCTION AND ANALYSIS ON THE SERIES OF WINTER-HALF-YEAR TEMPERATURE CHANGES OVER THE PAST 2 000 YEARS IN EASTERN CHINA[J];Earth Science Frontiers;2002-01\n7 Zhou Yali;Lu Huayu;Zhang Xiaoyan;Yi Shuangwen;College of Tourism and Environment,Shaanxi Normal University;Laboratory of Earth Surface Process and Environment,School of Geographical and Oceanographic Sciences,Nanjing University;;CHANGES OF THE BORDER OF OTINDAG SAND FIELD(NORTHERN CHINA) DURING THE LAST GLACIAL MAXIMUM AND HOLOCENE OPTIMUM[J];Quaternary Sciences;2013-02\n8 GUI Zhijiu, LI Hongjiang, NAN Ling and LI Dewen Department of Geography , Peking University, Beijing 100871, China;The discovery and environmental significance of Chifeng wind route and huge pots of Inner Mongolia and Hebei Province[J];科学通报(英文版);1999-16\n9 JIA Tie fei, HE Yu (Department of Geography,Inner Mongolia Normal University,,Huhhot,010022,China);RESEARCH PROGRESS IN THE 1990S ON THE QUANTERNARY ENVIRONMENTAL EVOLUTION IN THE INNER MONGOLIA PLATEAU[J];JOURNAL OF INNER MONGOLIA NORMAL UNIVERSITY(NATURAL SCIENCE EDITION);1999-04\n10 ZHANG Hong~(1), JIN He-ling~(1,2), SU Zhi-zhu~(1,3), SUN Zhong~(1) (1.Cold and Arid Regions Environmental and Engineering Research Institute, Chinese Academy of Sciences, Lanzhou 730000, China; 2. School of Resources and Environment, Lanzhou University, Lanzhou 730000, China; 3.Institute of Loess Plateau Research, Shanxi University, Taiyuan 030006, China);Climate Changes Revealed by Grain-size Cycles of Holocene in Hunshandake Desert[J];Journal of Desert Research;2005-01\n1 Jia Mingchao and Yuan Fu (Laboratory of Geocryology. Yitulihe Railway Section) Cheng Guodong (Lanzhou Institute of Glaciology and Geocryology. Chinese Academy of Sciences);First Discovery of Ice Wedges in Northeast China[J];Journal of Glaciology and Geocryology;1987-03\n2 Li Yuanfang(Institute of Geography, Chinese Academy of Sciences, Beijing)Niu Xiujun Li Qingchun(Tianjin Geological Investigation Brigade);ENVIRONMENT AND STRATIGRAPHY IN THE MOUTHREGION OF HAIHE RIVER DURING THEHOLOCENE EPOCH[J];Acta Geographica Sinica;1989-03\n6 Han Shuti (Department of Geography, Xinjiang University, Wulumuqi, China, 830046) Dong Guangrong (Institute of Desert Research, Academia Sinica, Lanzhou, China);PRELIMINARY STUDY OF HOLOCENE ENVIRONMENTAL EVOLUTION IN THE BALIKUN LAKE[J];Marine Geology & Quaternary Geology;1990-03\n7 Kong Zhao-chen Du Nai-qiu (Institute of Botany,Academia Sinica)Zhang Zi-bin (Geological Bureau of Beijing);VEGETATIONAL DEVELOPMENT AND CLIMATIC CHANGES IN THE LAST 10000 YEARS IN BEIJING[J];植物学报(英文版);1982-02\n8 Li Wen-yi;Liang Yu-lian Institute of Geography, Academia Sinica;VEGETATION AND ENVIRONMENT OF THE HYPSITHERMAL INTERVAL OF HOLOCENE IN EASTERN HEBEI PLAIN[J];植物学报(英文版);1985-06\n5 Liu Helin,Li Chengbiao (Sichuan Academy of Forestry,Chengdu 610081);A STUDY ON A PALEOFOREST IN SOUTHWEST SICHUAN AND ITS CHANGE IN SPECIES DIVERSITY[A];[C];1996\n7 ZHANG Xuemei;LAN Bowen;Harbin Meteorological Service;;Changes in Temperature and Drought Always Close Feeling——Introduction to Climate Change and the Fusion and Migration of the Chinese Nation[A];[C];2014\n8 DABANG JIANG;XIANMEI LANG;ZHIPING TIAN;TAO WANG;Nansen-Zhu International Research Centre, Institute of Atmospheric Physics, and Key Laboratory of Regional Climate-Environment Research for Temperate East Asia, and Climate Change Research Center, Chinese Academy of Sciences;International Center for Climate and Environment Sciences, Institute of Atmospheric Physics, Chinese Academy of Sciences;Nansen-Zhu International Research Centre, Institute of Atmospheric Physics, and Graduate University of Chinese Academy of Sciences;Nansen-Zhu International Research Centre, Institute of Atmospheric Physics, Chinese Academy of Sciences;;Considerable Model–Data Mismatch in Temperature over China during the Mid-Holocene: Results of PMIP Simulations[A];[C];2014\n9 ;Review and Re-evaluation of Eating Raw Foods[A];[C];2005\n10 WANG Yong;MIN Long-rui;DONG Jin;YAO Pei-yi;CHI Zhen-qing;Institute of Geology,Chinese Academy of Geological Sciences;;Sedimentary Characteristics and Stratigraphic Division of Holocene Series in Baiyang Dian,Hebei Provence[A];[C];2015\n1 WANG Zheng~(1,2), LI Shan~2, CAI Di~2, LIU Yang~2, WU Bing~2, WANG Ying~2, ZHENG Yi-ping~2, CHEN Jian-guo~2, LI Hua-qun~2 (1 Institute of Policy and Management, Chinese Academy of Sciences, Beijing 100080, China; 2 Key Lab of Geographical information Sciences, East China Normal University, Shanghai 200062, China);Analysis of prevalent period of SARS with climatologically scale[J];Journal of Safety and Environment;2004-03\n4 Cui Zhijiu (Department of Geography , Beijing University );SOME PROGRESS IN THE RESEARCH OF PERIGLACIAL LANDFORM IN CHINA[J];Journal of Glaciology and Geocryology;1981-03\n9 Zhu Jinghu ( Department of Geography, Harbin Normal University) Cui Zhijiu (Department of Geography,Beijing University);Basic Characteristics of Periglacial Landforms on Wutai Mountain[J];Journal of Glaciology and Geocryology;1984-01\n4 ZHOU Tian,PAN Bao-tian,LIU Xiu-ju,SU Huai,HU Zhen-bo(Department of Geography,Key Laboratory of Western China's Environmental Systems,MOE,Lanzhou University,Lanzhou Gansu 730000,China);The Discovery of Ice-wedge Casts in Erdos:Rebuilding the Permafrost Boundary during the Penultimate Glaciation in China[J];Journal of Glaciology and Geocryology;2008-01\n5 LUO Dong-liang1,JIN Hui-jun1,YANG Si-zhong1,Bernd Wünnerman2(1.State Key Laboratory of Frozen Soil Engineering,Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences,Lanzhou Gansu 730000,China;2.School of Geographic and Oceanographic Sciences,Nanjing University,Nanjing Jiangsu 210093,China);A Study of the Periglacial Environments around the Donggi Cona Lake on the Northeastern Tibetan Plateau[J];Journal of Glaciology and Geocryology;2010-05\n6 XIE Lian-wen~(1,2), HUANG Si-jing~1, LI Feng~3 tion, Chengdu University of Technology, China; 2.The Airborne Survey and Remote Sensing Center of Nuclear Industry, China; 3.Science and Technology University of Hebei, China);High resolution remote sensing research of climatic change of Lop Nur saline in past 2 000 years[J];Journal of Chengdu University of Technology(Science & Technology Edition);2004-03\n7 LIU Sheng-fa1,2 SHI Xue-fa1,2 LIU Yan-guang1,2 ZHAI Bin3 WU Yong-hua1,2(1.First Institute of Oceanography,State Oceanic Administration,Qingdao Shandong 266061; 2.Key Lab of Marine Sedimentology and Environmental Geology,State Oceanic Administration,Qingdao Shandong 266061; 3.Qingdao Institute of Marine Geology,Ministry of Land and Resources,Qingdao Shandong 266071);High-Resolution Record of Biogenic Silica and Its Paleoproductivity Implication in Mud Area,East China Sea Inner Shelf over the Last 2000 Years BP[J];Acta Sedimentologica Sinica;2011-02\n9 GE Quan sheng 1, FANG Xiu qi 1,2 , ZHENG Jing yun 1 (1. Institute of Geographical Sciences and Natural Resources Research,CAS, Beijing 100101 China; 2. Department of Geography, Beijing Normal University, Beijing 100875);New Understandings on the Historical Temperature Changes in China[J];Progress In Geography;2002-04\n10 CAO Jian-Ting 1, JIN Zhang-Dong 2, SHEN Ji 2, WANG Su-Min 2 (1. College of Water Resources and Environment, Hohai University, Nanjing, Jiangsu 210098; 2. Nanjing Institute of Geography and Limnology, the Chinese Academy of Sciences, Nanjing, Jiangsu 210008);An 800-Year Temperature Reconstruction in Daihai Lake Area of Inner Mongolia[J];Scientia Geographica Sinica;2003-03\n1 ;PREDICTION OF FUTURE WEATHER DATA USED IN BUILDING ENERGY SIMULATION IN SHANGHAI[A];[C];2013\n2 Li Xingguo, Liu Guanglian, Xu Guoying,Li Fengchao, Wang Fulin ( Institute of Vertebrate Paleontology and Paleoanthropology,Academia Sinica );PERIGLACIAL PHENOMEMA AT THE EAST OPENCUT COAL MINE OF ZHALIANUOER IN INNER MONGOLIA AND THEIR GEOCHRONOLOGY[J];Journal of Glaciology and Geocryology;1982-03\n4 Kang Xingcheng ( Lanzhou Institute of Glaciology and Geocryology, Acudcmia Sinica );A Preliminary Analysis on the Climatic Changes in the Drainage Area of Urumqi River from Tree Ring[J];Journal of Glaciology and Geocryology;1985-02\n5 Zhang Lan-sheng;RECONSTRUCTION OF THE CLIMATE OF LATE PLEISTOCENE ICE AGE IN CHINA[J];Journal of Beijing Normal University(Natural Science);1980-01\n6 Zhou Tingru,Zhang Lansheng and Li Huazhang;THE CHANGES OF CLIMATE IN NORTH CHINA SINCE THE LATE GLACIAL AGE OF PLEISTOCENE[J];Journal of Beijing Normal University(Natural Science);1982-01\n7 Geng Kan Zhang Zhenchun (Department of Geography);THE GEOMORPHIC CHARACTERISTICS AND EVOLUTION OF THE LAKES IN DALAIRUOER AREA OF NEIMENGGU PLATEAU DURING THE HOLOCENE[J];Journal of Beijing Normal University(Natural Science);1988-04\n8 Zhang Pangxi Zhang Baozhen Yang Wenbo (The salt lake Institute, Academy Sinicat Xining);THE EVOLUTION OF THE WATER BODY ENVIRONMENT IN QINGHAI LAKE SINCE THE POSTGLACIAL AGE[J];Acta Sedimentologica Sinica;1988-02\n9 YANG HUAI-JEN CHIU SHU-CHANG(Department of Geography, Nanking University);QUARTERNARY GLACIATION AND THE POSTGLACIALCLIMATIC FLUCTUATIONS IN THE REGION OFUPPER URUMCHI VALLEY SINKIANG[J];Acta Geographica Sinica;1965-03\n10 Wang Jingtai(Lanzhon Institute of Glaciology andCryopedology, A cademia Sinica)Wang Pinhsien(Mung-Chi University, Shanghai);RELATIONSHIP BETWEEN SEA-LEVEL CHANGES AND CLIMATIC FLUCTUATIONS IN EAST CHINASINCE LATE PLEISTOCENE[J];Acta Geographica Sinica;1980-04


url: =Produse MYCOLOGY RESEARCH LAB. LTD ANGLIA. Descopera oferta completa MYCOLOGY RESEARCH LAB. LTD ANGLIA aici\nProduse MYCOLOGY RESEARCH LAB. LTD ANGLIA\n113.00 Lei - 113.00 Lei\nFiltreaza produsele MYCOLOGY RESEARCH LAB. LTD ANGLIA


url: =Shuang Cheng Restaurant | America Top 10\nShuang Cheng (Meaning Twin Cities) Restaurant has been in business and a pat of Dinky Town since 1990. Their menu has a wide variety of Cantonese Food items along with a long list of fresh seafood selections.\n1320 SE 4th St.


url: =Station info for BD4SDW – Google Maps APRS\nAPRS station BD4SDW - show graphs\n31°16.92' N 120°32.27' E - locator PM01GG47MQ - show map - static map\n3.2 km Southwest bearing 234° from Shishan, Jiangsu Sheng, China [?]\n3.4 km Northeast bearing 32° from Mudu, Jiangsu Sheng, China\n87.7 km West bearing 275° from Shanghai, Shanghai Shi, China\n115.6 km North bearing 18° from Hangzhou, Zhejiang Sheng, China\n2022-07-02 04:10:34 UTC (19h26m ago)\n2022-07-02 12:10:34 CST local time at Shishan, China [?]\n2022-07-02 03:55:07 UTC (19h41m ago)\nStations heard directly by BD4SDW – 2022-072022-062022-052022-042022-032022-022022-01


url: =The closest airport is Changshui International Airport. It is 28.2km from the hotel and approximately a 39minutes journey by taxi.\nThe closest station is South Ring RD. It is 460m from the hotel. View On Map\nJinjiang Hotel is near the following attractions: Kunmingshilian Museum(Approximately 859m), Wangpaiyushu Amusement Park(Approximately 884m), Dianmei Gallery(Approximately 1.3km).\nHotels in Shangri-La | Hotels in Yokosuka | Hotels in Mykolaiv | Hotels in Shanghai | Hotels in Huangshan | Hotels with Swimming pool | Hostels in Kunming | Hotels in Finsterwalde | Hotels in Grafenwiesen | Hotels in Hagnau am Bodensee | Hotels in Jageshwar Dham | Hotels in Hohr-Grenzhausen | 5 star hotels in Kunming | 3 star hotels in Kunming | 4 star hotels in Kunming | Boutique hotels in Kunming | Hotels in Sarasota | Hotels in Carlsbad | Hotels in Hong Kong | Hotels in Beihai | Yinglun Hotel Chain (Kunming Jinxing Fashion) | Fengyuan Hotel | Xiongye Hotel | Shengshi Qianhe Hotel Kunming | Lotus Hotel | Fairyland Hotel (Kunming Hang Lung Plaza ) | Weilong Hotel | Yinlong Hotel | Mandarin Hotel Yunnan | Hongtu Qicai Renjia Hostel | King Bay Garden Hotel | Dynasty International Hotel Kunming | Yuntian Garden Hotel | Yitel Trend (Kunming Xinluosiwan International Trade City) | Hongtudi Fengle Inn | July Hotel | Kuaike Theme Hotel | Xin Sheng Da Hong Sheng International Hotel | Lakeview Hotel | Lakeview Hotel


url: =Tripadvisor | Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van provided by Larry Li | China\nZhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van provided by Larry Li\nCall the number below and use the product code: 124115P3\nUnforgetable Trip. LOVE the mountains very much. WE will come back to ZHANGJIAJIE and definitely will use Larry's service.\nfrom £606.11 per adult (price varies by group size)\nfrom £692.78 per adult (price varies by group size)\nfrom £1,727.15 per adult (price varies by group size)\nfrom £532.54 per adult (price varies by group size)\nfrom £1,411.31 per adult (price varies by group size)\nfrom £1,935.05 per adult (price varies by group size)\nfrom £1,759.13 per adult (price varies by group size)\nfrom £2,438.80 per adult (price varies by group size)\nfrom £887.57 per adult (price varies by group size)\nfrom £755.63 per adult (price varies by group size)\nfrom £786.81 per adult (price varies by group size)\nfrom £374.90 per adult (price varies by group size)\nfrom £91.96 per adult (price varies by group size)\nFrequently Asked Questions about Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van\nWhich attractions will I visit with Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van?\nDiscover and book Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van on Tripadvisor\nHow much is Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van?\nZhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van price starts from £616.25. Discover and book Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van on Tripadvisor\nWhat is the Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van cancellation policy?\nZhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van cancellation policy: For a full refund, cancel at least 24 hours in advance of the start date of the experience. Discover and book Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van on Tripadvisor\nWhich company provides Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van?\nZhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van is hosted by Larry Li. Read reviews, discover additonal experiences or contact Larry Li on Tripadvisor. Discover and book Zhangjiajie and Fenghuang 4 Days Private All-inclusive Tour with Private Car/Van on Tripadvisor


url: =Wu Xiaohui Family Tree & History, Ancestry & Genealogy - FameChain\nChairman of Anbang Insurance\nWenzhou, Zhejiang Province, China\nAnbang own The Waldorf Astoria Hotel in New York, reportedly purchased for $1.95 billion\nReportedly looking at a joint venture with Kushner Properties to redevelop New York office buildings 666 Fifth Avenue. Real Estate developer Jared Kushner, son in law of President Trump, has been in talks with Anbang, who's purchasing efforts in New York were slowed down by President Obama's officials who review foreign investment for risks.\nWu Xiaohui Family\nView Wu Xiaohui's Family Tree and History, Ancestry and Genealogy\nWu Xiaohui's former partners:\nWu Xiaohui's former wife is Deng Zhuorui\nWu Xiaohui's former in laws:\nWu Xiaohui's former grandfather in law was Deng Xiaoping Wu Xiaohui's former father in law is Zhang Hong Wu Xiaohui's former mother in law is Deng Nan Wu Xiaohui's former step-mother in law was Zhang Xiyuan Wu Xiaohui's former grandmother in law is Deng Zhuo Ling Wu Xiaohui's former wife Deng Zhuorui's uncle in law is Deng Zhefang Wu Xiaohui's former wife Deng Zhuorui's aunt-by-marriage is Liu Xiaoyuan Wu Xiaohui's former wife Deng Zhuorui's aunt in law is Deng Lin Wu Xiaohui's former wife Deng Zhuorui's uncle-by-marriage is Wu Jianchang Wu Xiaohui's former wife Deng Zhuorui's aunt in law is Deng Rong Wu Xiaohui's former wife Deng Zhuorui's uncle-by-marriage is He Ping Wu Xiaohui's former wife Deng Zhuorui's uncle in law is Deng Pufang


url: =10 Hotel Terbaik Dekat Chaoyang Guandi Temple\nHotel Mewah di Beijing Zoo\nHotel di dekat Stasiun Caofang\nHotel di dekat Stasiun Changying\nHotel di dekat Stasiun Guanzhuang\nHotel Dekat Chaoyang Guandi Temple, Beijing\nHotel Dekat Chaoyang Guandi Temple\nWushengdongli, Chaoyang District, Beijing 100021, Cina\nBaca Ulasan tentang Chaoyang Guandi Temple\n3.776 properti tersedia\nJarak berapa pun dari Chaoyang Guandi Temple\nSaringJarak berapa pun dari Chaoyang Guandi Temple\nNo. 101 Shigezhuang Road, East of Pingfang Bridge, East 5th Ring, Beijing 100000, Cina\n2,8 km dari Chaoyang Guandi Temple\nDongwei Road, Jinzhan Tulip Garden, Chaoyang District, Beijing 100018, Cina\n3,2 km dari Chaoyang Guandi Temple\nNo.1 Xiedao Road, Chaoyang District, Beijing 100018, Cina\n4,9 km dari Chaoyang Guandi Temple\nAbout 100M Opposite to Southeast of Metro Line 6 Changying Station, Chaoyang North Road, Beijing, Cina\n5,2 km dari Chaoyang Guandi Temple\nJiuxianqiao Lu, 2 Hao Yuan,798 Yishu Qu, 706 Hou Jie, I Hao, Beijing 100015, Cina\n5,4 km dari Chaoyang Guandi Temple\nNo.7 Jiuxianqiao North Road, Chaoyang District, Beijing 100015, Cina\n5,5 km dari Chaoyang Guandi Temple\nNo.26 South Lane Balizhuang, Chaoyang North Road, Chaoyang District, Beijing 100025, Cina\n5,7 km dari Chaoyang Guandi Temple\nNo.1 Jia Xili Tuofangying, Chaoyang District, Beijing 100016, Cina\nNo.1 Sanjianfang East Road, Chaoyang District, Beijing, Cina\n5,8 km dari Chaoyang Guandi Temple\nNo.6 Caihong Road, Dashanzi, Chaoyang District, Beijing 100015, Cina\nNo. 119 Building 4 Changhui Road, Beijing, Cina\n5,9 km dari Chaoyang Guandi Temple\nNo.22 Jiuxianqiao Road, Chaoyang District, Beijing 100016, Cina\nNo. 13 Jiuxianqiao Road, Beijing, Cina\n6,1 km dari Chaoyang Guandi Temple\n21B Jiuxianqiao Road, Chaoyang District, Beijing, Cina\nNo.1 Lize Zhongyi Road, Wangjing, Chaoyang District, Beijing 100022, Cina\n6,2 km dari Chaoyang Guandi Temple\nNo.13 Qiuxianqiao Road, Chaoyang District, Beijing 100016, Cina\n6,6 km dari Chaoyang Guandi Temple\n6,8 km dari Chaoyang Guandi Temple\nNo.2A Jiangtai Road, Chaoyang District, Beijing 100016, Cina\n6,9 km dari Chaoyang Guandi Temple\nNo.8 Jiangtai Road West, Chaoyang District, Beijing 100016, Cina\nNo.16 Guanshuan South Avenue, Chaoyang District, Beijing 100102, Cina\n7,0 km dari Chaoyang Guandi Temple\nBuilding A, Fangheng Internatioanl Mansion, Building 3, No.6 Futong East Street, Chaoyang District, Beijing 100102, Cina\n7,1 km dari Chaoyang Guandi Temple\nNo.2, Qiyang Road, Chaoyang District, Beijing 100102, Cina\nNo.5 East Li 1st Zone, Chaoxin Jiayuan Community, Chaoyang District, Beijing 100018, Cina\n2,6 km dari Chaoyang Guandi Temple\nRoad West 300 Meters North of Jiaozhuang Bridge, Near the Airport Two High-speed, No.88 Dongba Dongwei Road, Chaoyang District, Beijing 100000, Cina\nBuilding 3 Zone B Jinzhan Jiayuan, Jinzhan Township, Chaoyang District, Beijing, Cina\n4,7 km dari Chaoyang Guandi Temple\nBlock C Industrial Park, Yaojiayuan North Road, Chaoyang District, Beijing, Cina\nNo.558 Qingniangou Weat, Talianpo Village, Sanjianfang Township, Chaoyang, Beijing 100024, Cina


url: =Yanling Meijing Tianrun Ecology Construction Co., Ltd. Company Profile | Yanling County, Henan, China | Competitors, Financials & Contacts - Dun & Bradstreet\nMiddle Section of Donghuabo Avenue, Heiliu Village, Pengdian Town\nYanling County, Henan, 461200 China\nYanling Meijing Tianrun Ecology Construction Co., Ltd. is located in Yanling County, Henan, China and is part of the Nursery & Floriculture Production Industry. Yanling Meijing Tianrun Ecology Construction Co., Ltd. has 4 total employees across all of its locations. There are 11 companies in the Yanling Meijing Tianrun Ecology Construction Co., Ltd. corporate family.\nD&B Hoovers provides sales leads and sales intelligence data on over 120 million companies like Yanling Meijing Tianrun Ecology Construction Co., Ltd. around the world, including contacts, financials, and competitor information. To witness the full depth and breadth of our data and for industry leading sales intelligence tools, take D&B Hoovers for a test drive. Try D&B Hoovers Free\nYanling County , Henan, 461200\nZhenhai Wang See more contacts\nShichengyurun (Beijing) Investment Co., Ltd.\nA D&B Hoovers Subscription is your foot in the door to Yanling Meijing Tianrun Ecology Construction Co., Ltd. contact information.\nWith a Hoovers subscription you can get a comprehensive view of Yanling Meijing Tianrun Ecology Construction Co., Ltd.\nYanling Meijing Tianrun Ecology Construction Co., Ltd.*


url: =JIANG, WEIHONG (1)\nJiao, Chen (1)\nLV, YUNXIA (1)\nTANG, QINGPING (1)\nTANG, YAOYUN (1)\nWang, Xiping (1)\nXIE, ZHIHAI (1)\nDid you mean: author:("Zhao, supine")\t+\n1. Characterization of Erysiphe necator-Responsive Genes in Chinese Wild Vitis quinquangularis Gao, Min | Niu, Jiao | Zhao, Suping | Jiao, Chen | Xu, Weirong | Fei, Zhangjun | Wang, Xiping\n2. Identification of ERp29 as a biomarker for predicting nasopharyngeal carcinoma response to radiotherapy WU, PING | ZHANG, HUA | QI, LIN | TANG, QINGPING | TANG, YAOYUN | XIE, ZHIHAI | LV, YUNXIA | ZHAO, SUPING | JIANG, WEIHONG\nOncology Reports 2011;27(4):987-994.\nRadioresistance continues to be a major problem in the treatment of nasopharyngeal carcinoma (NPC). This study aimed to identify novel proteins associated with NPC radioresistance. We used a mass spectrometry driven-proteomic strategy to identify novel proteins associated with NPC radioresistance, and differential proteins were subsequently processed by bioinformatic analysis. As a result, twelve proteins were identified with aberrant expression in radioresistant (RR) NPC tissues compare to radiosensitive (RS) NPC tissues. Among these proteins, ERp29, Mn-SOD, HSP27 and GST ω1 were found to be significantly up-regulated in RR NPC tissues, and ERp29 was selected for further validation. Immunohistochemistry analysis confirmed that ERp29 was overexpressed in RR NPC tissues compared with RS NPC tissues. To prove the role of ERp29 in the induction of NPC radioresistance, ERp29 was down-regulated in the ERp29 enriched NPC cells CNE-1 and 6-10B by specific shRNA. Radiosensitivity was measured using cell proliferation assay and clonogenic survival assay, and cell apoptosis was measured using flow cytometric analysis. We found that ERp29 knockdown attenuated CNE-1 and 6-10B cell radioresistance and enhanced cell apoptosis. These results suggest that ERp29 associates with radioresistance in NPC, and ERp29 could be a potential biomarker for predicting NPC response to radiotherapy.\nERp29; proteomics; radioresistance; human nasopharyngeal carcinoma


url: =Liu, Hui (230)\nLIU, HUI (16)\nLiu, Hui-Rong (11)\nWang, Ena (9)\nWu, Huan-Gan (8)\nLiu, Hui-Fang (7)\nLiu, Hui-Lin (7)\nSemino-Mora, Cristina (7)\nDubois, Andre (6)\nFang, Jianwen (6)\nFang, Yaping (6)\nHo, Shu-Leong (6)\nLiu, Hui-Ping (6)\nLiu, Hui-Xin (6)\nWan, Yu-Jui Yvonne (6)\nWu, Lu-Yi (6)\nLiu, Hongbo (5)\nLiu, Hui-Min (5)\nOsmani, Stephen A. (5)\nWickrema, Amittha (5)\nChan, Koon-Ho (4)\nChang, Joe Y. (4)\nHe, Yuqi (4)\nHo, Jessica Wing-Man (4)\nHo, Philip Wing-Lok (4)\nLiu, Hui-Hui (4)\nLiu, Hui-Jun (4)\nLiu, Hui-Luan (4)\nLv, Jie (4)\nMa, Xiao-Peng (4)\nNie, Ren-hua (4)\nQi, Li (4)\nSTANTON, BONITA (4)\nShi, Yin (4)\nSu, Jianzhong (4)\nThannickal, Victor J. (4)\nUmberson, Debra (4)\n1. Bad Marriage, Broken Heart? Age and Gender Differences in the Link between Marital Quality and Cardiovascular Risks among Older Adults Liu, Hui | Waite, Linda\nJournal of health and social behavior 2014;55(4):403-423.\nWorking from a life course perspective, we develop hypotheses about age and gender differences in the link between marital quality and cardiovascular risk and test them using data from the first two waves of the National Social Life, Health, and Aging Project. The analytic sample includes 459 married women and 739 married men (aged 57–85 in the first wave) who were interviewed in both waves. We apply Heckman-type corrections for selection bias due to mortality and marriage. Cardiovascular risk is measured as hypertension, rapid heart rate, C-reactive protein, and general cardiovascular events. Results suggest that changes in marital quality and cardiovascular risk are more closely related for older married people than for their younger counterparts; and that the link between marital quality and cardiovascular risk is more pronounced among women than among men at older ages. These findings fit with the gendered life course perspective and cumulative disadvantage framework.\n2. Anti-Human α-Synuclein N-Terminal Peptide Antibody Protects against Dopaminergic Cell Death and Ameliorates Behavioral Deficits in an AAV-α-Synuclein Rat Model of Parkinson’s Disease Shahaduzzaman, Md | Nash, Kevin | Hudson, Charles | Sharif, Masroor | Grimmig, Bethany | Lin, Xiaoyang | Bai, Ge | Liu, Hui | Ugen, Kenneth E. | Cao, Chuanhai | Bickford, Paula C.\nPLoS ONE 2015;10(2):e0116841.\nThe protein α-synuclein (α-Syn) has a central role in the pathogenesis of Parkinson’s disease (PD) and immunotherapeutic approaches targeting this molecule have shown promising results. In this study, novel antibodies were generated against specific peptides from full length human α-Syn and evaluated for effectiveness in ameliorating α-Syn-induced cell death and behavioral deficits in an AAV-α-Syn expressing rat model of PD. Fisher 344 rats were injected with rAAV vector into the right substantia nigra (SN), while control rats received an AAV vector expressing green fluorescent protein (GFP). Beginning one week after injection of the AAV-α-Syn vectors, rats were treated intraperitoneally with either control IgG or antibodies against the N-terminal (AB1), or central region (AB2) of α-Syn. An unbiased stereological estimation of TH+, NeuN+, and OX6 (MHC-II) immunostaining revealed that the α-Syn peptide antibodies (AB1 and AB2) significantly inhibited α-Syn-induced dopaminergic cell (DA) and NeuN+ cell loss (one-way ANOVA (F (3, 30) = 5.8, p = 0.002 and (F (3, 29) = 7.92, p = 0.002 respectively), as well as decreasing the number of activated microglia in the ipsilateral SN (one-way ANOVA F = 14.09; p = 0.0003). Antibody treated animals also had lower levels of α-Syn in the ipsilateral SN (one-way ANOVA F (7, 37) = 9.786; p = 0.0001) and demonstrated a partial intermediate improvement of the behavioral deficits. Our data suggest that, in particular, an α-Syn peptide antibody against the N-terminal region of the protein can protect against DA neuron loss and, to some extent behavioral deficits. As such, these results may be a potential therapeutic strategy for halting the progression of PD.\n3. In vivo monitoring of dihydroartemisinin-piperaquine sensitivity in Plasmodium falciparum along the China-Myanmar border of Yunnan Province, China from 2007 to 2013 Liu, Hui | Yang, Heng-lin | Tang, Lin-hua | Li, Xing-liang | Huang, Fang | Wang, Jia-zhi | Li, Chun-fu | Wang, Heng-ye | Nie, Ren-hua | Guo, Xiang-rui | Lin, Ying-xue | Li, Mei | Wang, Jian | Xu, Jian-wei\n4. Hydroxymethylation at Gene Regulatory Regions Directs Stem/Early Progenitor Cell Commitment during Erythropoiesis Madzo, Jozef | Liu, Hui | Rodriguez, Alexis | Vasanthakumar, Aparna | Sundaravel, Sriram | Caces, Donne Bennett D. | Looney, Timothy J. | Zhang, Li | Lepore, Janet B. | Macrae, Trisha | Duszynski, Robert | Shih, Alan H. | Song, Chun-Xiao | Yu, Miao | Yu, Yiting | Grossman, Robert | Raumann, Brigitte | Verma, Amit | He, Chuan | Levine, Ross L. | Lavelle, Don | Lahn, Bruce T. | Wickrema, Amittha | Godley, Lucy A.\n5. A Re-evaluation of CD22 Expression by Human Lung Cancer Pop, Laurentiu M. | Barman, Stephen | Shao, Chunli | Poe, Jonathan C. | Venturi, Guglielmo M. | Shelton, John M. | Pop, Iliodora V. | Gerber, David E. | Girard, Luc | Liu, Xiao-yun | Behrens, Carmen | Rodriguez-Canales, Jaime | Liu, Hui | Wistuba, Ignacio I. | Richardson, James A. | Minna, John D. | Tedder, Thomas F. | Vitetta, Ellen S.\n6. Epigenetic and metabolic regulation of breast cancer stem cells*\n7. Peripheral Blood Mononuclear Cell Traffic Plays a Crucial Role in Mother-to-Infant Transmission of Hepatitis B Virus Xu, Yuan-Yong | Liu, Hui-Hui | Zhong, Yan-Wei | Liu, Chang | Wang, Yong | Jia, Lei-Li | Qiao, Fei | Li, Xin-Xin | Zhang, Chuan-Fu | Li, Shen-Long | Li, Peng | Song, Hong-Bin | Li, Qiao\n8. APOC3 may not be a predictor of risk of ischemic vascular disease in the Chinese population Tang, Liang | Cheng, Zhi-Peng | Wang, Qing-Yun | Zeng, Wei | Liu, Hui | Wu, Ying-Ying | Hu, Bei | Hu, Yu\nThe genetic background of ischemic vascular disease is actively being explored. Several studies have shown that inhibition of\nAPOC3 significantly reduces plasma levels of apolipoprotein C3 and triglycerides. Recently, the TG and HDL Working Group and Jørgensen\net al. reported that loss-of-function mutations in\nAPOC3 are associated with decreased triglyceride levels and a reduced risk of ischemic vascular disease in European and African individuals. We performed a replication study in 4470 Chinese participants. The coding regions of\nAPOC3 were amplified and re-sequenced. However, only synonymous and intronic variants with no functional consequences were identified. None of the loss-of-function mutations reported in European and African individuals were observed. Therefore,\nAPOC3 may not be an ideal predictor for risk of ischemic vascular disease in the Chinese population.\nischemic vascular disease; risk prediction; APOC3\n9. Osteoblast inhibition by chemokine cytokine ligand3 in myeloma-induced bone disease Fu, Rong | Liu, Hui | Zhao, Sijie | Wang, Yihao | Li, Lijuan | Gao, Shan | Ruan, Erbao | Wang, Guojin | Wang, Huaquan | Song, Jia | Shao, Zonghong\nCancer Cell International 2014;14(1):132.\nThe OBs are induced from patients with MBD and healthy donors, cultured in vitro, and identified by histochemistry. The effects of CCL3 and CCL3 antibody on the OBs in vitro are observed. The CCL3 receptor (CCR1), osteocalcin (OCN), runt-related transcription factor 2 (Runx2), and osterix (Osx) are detected using flow cytometry, enzyme-linked immunosorbent assay, and real-time PCR.\nProliferation and osteogenic potential of the OB in patients with MBD are suppressed. Moreover, the CCR1 expression is significantly higher in patients with MBD than in normal controls. The OCN level, quantity of calcium nodules, and Runx2 and Osx levels decrease after CCL3 stimulation, which indicates that CCL3 inhibits OB function. Furthermore, CCL3 antibody partially restores OB activity through the upregulation of the OCN, Runx2, and Osx.\nCCL3 contributes to the OB/OC imbalance by inhibiting OB differentiation and function in MBD.\nChemokine cytokine ligand 3; Myeloma bone disease; Osteoblast; Runx2; Osterix\n10. Reduction of facial pigmentation of melasma by topical lignin peroxidase: A novel fast-acting skin-lightening agent ZHONG, SHAO-MIN | SUN, NAN | LIU, HUI-XIAN | NIU, YUE-QING | WU, YAN\n11. Nosocomial Infection in Adult Admissions with Hematological Malignancies Originating from Different Lineages: A Prospective Observational Study Liu, Hui | Zhao, Jin | Xing, Yubin | Li, Meng | Du, Mingmei | Suo, Jijiang | Liu, Yunxi\nPLoS ONE 2014;9(11):e113506.\nNosocomial infection (NI) causes prolonged hospital stays, increased healthcare costs, and higher mortality among patients with hematological malignancies (HM). However, few studies have compared the incidence of NI according to the HM lineage.\nTo compare the incidence of NI according to the type of HM lineage, and identify the risk factors for NI.\nThis prospective observational study monitored adult patients with HM admitted for >48 hours to the General Hospital of the People's Liberation Army during 2010–2013. Attack rates and incidences of NI were compared, and multivariable logistic regression was used to control for confounding effects.\nThis study included 6,613 admissions from 1,922 patients. During these admissions, 1,023 acquired 1,136 NI episodes, with an attack rate of 15.47% and incidence of 9.6‰ (95% CI: 9.1–10.2). Higher rates and densities of NIs were observed among myeloid neoplasm (MN) admissions, compared to lymphoid neoplasm (LN) admissions (28.42% vs. 11.00%, P<0.001 and 11.4% vs. 8.4‰, P<0.001). NI attack rates in acute myeloid leukemia (AML) and myelodysplastic/myeloproliferative neoplasm (MDS/MPN) were higher than those in MDS (30.69% vs. 20.19%, P<0.001; 38.89% vs. 20.19%, P = 0.003). Attack rates in T/NK-cell neoplasm and B-cell neoplasm were higher than those in Hodgkin lymphoma (15.04% vs. 3.65%; 10.94% vs. 3.65%, P<0.001). Multivariable regression analysis indicated prolonged hospitalization, presence of central venous catheterization, neutropenia, current stem cell transplant, infection on admission, and old age were independently associated with higher NI incidence. After adjusting for these factors, MN admissions still had a higher risk of infection (odds ratio 1.34, 95% CI: 1.13–1.59, P<0.001).\nDifferent NI attack rates were observed for HM from different lineages, with MN lineages having a higher attack rate and incidence than LN lineages. Special attention should be paid to MN admissions, especially AML and MDS/MPN admissions, to control NI incidence.\n12. A rare case of extra-adrenal pheochromocytoma localized to the ovary and detected via abdominal computed tomography angiography LIU, HUI | LI, WEN-ZHENG | WANG, XIAO-YI | PEI, YI-GANG | LONG, XUE-YIN | CHEN, CHANG-YONG | HU, YONG-BIN\nOncology Letters 2014;9(2):774-776.\nExtra-adrenal pheochromocytomas are rare tumors that originate from the chromaffin tissue of the sympathetic nervous system. Ovarian extra-adrenal pheochromocytoma is even more rare. The present study reports a rare case of an extra-adrenal pheochromocytoma that was localized to the right ovary, but was gynecologically asymptomatic. Computed tomography angiography (CTA) detected the tumor and indicated that it was well defined, highly vascularized and obtained its blood supply from the right ovarian artery. This is the second case of ovarian extra-adrenal pheochromocytoma reported in the literature, and the first description of the CTA manifestations in the ovary. Gynecologists and radiologists should consider the possibility that an ovarian mass could be an extra-adrenal pheochromocytoma, which would allow time to prepare appropriately for the surgical removal of the mass.\npheochromocytoma; paraganglioma; extra-adrenal; ovary; computed tomography angiography\n13. Suppression of histone deacetylation promotes the differentiation of human pluripotent stem cells towards neural progenitor cells Yang, Juan | Tang, Yu | Liu, Hui | Guo, Fang | Ni, Jun | Le, Weidong\n14. Planar integrated metasurfaces for highly-collimated terahertz quantum cascade lasers Liang, Guozhen | Dupont, Emmanuel | Fathololoumi, Saeed | Wasilewski, Zbigniew R. | Ban, Dayan | Liang, Hou Kun | Zhang, Ying | Yu, Siu Fung | Li, Lianhe H. | Davies, Alexander Giles | Linfield, Edmund H. | Liu, Hui Chun | Wang, Qi Jie\nScientific Reports 2014;4:7083.\n15. APOC3 may not be a predictor of risk of ischemic vascular disease in the Chinese population Tang, Liang | Cheng, Zhi-Peng | Wang, Qing-Yun | Zeng, Wei | Liu, Hui | Wu, Ying-Ying | Hu, Bei | Hu, Yu\n16. Long-term efficacy and safety of E/C/F/TDF vs EFV/FTC/TDF and ATV+RTV+FTC/TDF in HIV-1-infected treatment-naïve subjects ≥50 years Gazzard, Brian | Marie Girard, Pierre | Di Perri, Giovanni | Gallant, Joel | Towner, William | Rogatto, Felipe | Demorin, Jennifer | McColl, Damian | Liu, Hui | Rhee, Martin | Szwarcberg, Javier | Piontkowsky, David\nJournal of the International AIDS Society 2014;17(4Suppl 3):19767.\nIn high-income countries, ≥30% of HIV-infected patients are ≥50 years (yrs) old (UNAIDS 2013). In two phases, three clinical trials (Studies 102 and 103) elvitegravir/cobicistat/emtricitabine/tenofovir DF (E/C/F/TDF; STB) had non-inferior efficacy and favourable safety vs efavirenz/emtricitabine/tenofovir DF (EFV/FTC/TDF; ATR) or ritonavir-boosted atazanavir (ATV+RTV)+FTC/TDF (TVD) in HIV-infected, treatment-naïve subjects at Week 144. The efficacy and safety of STB in subjects < or ≥50 yrs is described.\nPost hoc analysis of efficacy, tolerability and safety in subjects < or ≥50 yrs at Week 144.\nSubjects ≥50 yrs in Study 102: STB: 14% (49/348), ATR: 16% (56/352); in Study 103: STB: 14% (48/353), ATV+RTV+TVD: 14% (48/355). Efficacy, safety and tolerability by age and study endpoint are shown in Table 1. Regardless of age, STB had robust efficacy at Week 144 with similar virologic outcomes vs ATR or ATV+RTV+TVD. Discontinuations (DC) due to AE on STB were similar to the comparators, most occurred by Week 48. Median changes in eGFR on STB were similar by age; DC with renal PRT was rare [STB: 4 (0.6%); ATV: 3 (0.8%); ATR: 0], 2 and 1 in ≥50 yrs old strata, respectively.\nSTB compared to ATR or ATV+RTV+TVD, is an efficacious, well-tolerated and safe regimen for HIV-1-infected, treatment-naïve subjects\n17. Rapid and Accurate Detection of Bacteriophage Activity against Escherichia coli O157:H7 by Propidium Monoazide Real-Time PCR Liu, Hui | Niu, Yan D. | Li, Jinquan | Stanford, Kim | McAllister, Tim A.\nBioMed Research International 2014;2014:319351.\n19. Modulation of Mcl-1 expression reduces age-related cochlear\n20. Longitudinal study of recurrent metastatic melanoma cell lines underscores the individuality of cancer biology Pos, Zoltan | Spivey, Tara L. | Liu, Hui | Sommariva, Michele | Chen, Jinguo | Wunderlich, John R. | Parisi, Giulia | Tomei, Sara | Ayotte, Ben D. | Stroncek, David F. | Malek, Joel A. | Robbins, Paul F. | Rivoltini, Licia | Maio, Michele | Chouchane, Lotfi | Wang, Ena | Marincola, Francesco M.\n21. Band Gap Tunable Zn2SnO4 Nanocubes through Thermal Effect and Their Outstanding Ultraviolet Light Photoresponse Zhao, Yan | Hu, Linfeng | Liu, Hui | Liao, Meiyong | Fang, Xiaosheng | Wu, Limin\nScientific Reports 2014;4:6847.\nThis work presents a method for synthesis of high-yield, uniform and band gap tunable Zn2SnO4 nanocubes. These nanocubes can be further self-assembled into a series of novel nanofilms with tunable optical band gaps from 3.54 to 3.18 eV by simply increasing the heat treatment temperature. The Zn2SnO4 nanocube-nanofilm based device has been successfully fabricated and presents obviously higher photocurrent, larger photocurrent to dark current ratio than the previously reported individual nanostructure-based UV-light photodetectors, and could be used in high performance photodetectors, solar cells, and electrode materials for Li-ion battery.\n22. Cassava genome from a wild ancestor to cultivated varieties Wang, Wenquan | Feng, Binxiao | Xiao, Jingfa | Xia, Zhiqiang | Zhou, Xincheng | Li, Pinghua | Zhang, Weixiong | Wang, Ying | Møller, Birger Lindberg | Zhang, Peng | Luo, Ming-Cheng | Xiao, Gong | Liu, Jingxing | Yang, Jun | Chen, Songbi | Rabinowicz, Pablo D. | Chen, Xin | Zhang, Hong-Bin | Ceballos, Henan | Lou, Qunfeng | Zou, Meiling | Carvalho, Luiz J.C.B. | Zeng, Changying | Xia, Jing | Sun, Shixiang | Fu, Yuhua | Wang, Haiyan | Lu, Cheng | Ruan, Mengbin | Zhou, Shuigeng | Wu, Zhicheng | Liu, Hui | Kannangara, Rubini Maya | Jørgensen, Kirsten | Neale, Rebecca Louise | Bonde, Maya | Heinz, Nanna | Zhu, Wenli | Wang, Shujuan | Zhang, Yang | Pan, Kun | Wen, Mingfu | Ma, Ping-An | Li, Zhengxu | Hu, Meizhen | Liao, Wenbin | Hu, Wenbin | Zhang, Shengkui | Pei, Jinli | Guo, Anping | Guo, Jianchun | Zhang, Jiaming | Zhang, Zhengwen | Ye, Jianqiu | Ou, Wenjun | Ma, Yaqin | Liu, Xinyue | Tallon, Luke J. | Galens, Kevin | Ott, Sandra | Huang, Jie | Xue, Jingjing | An, Feifei | Yao, Qingqun | Lu, Xiaojing | Fregene, Martin | López-Lavalle, L. Augusto Becerra | Wu, Jiajie | You, Frank M. | Chen, Meili | Hu, Songnian | Wu, Guojiang | Zhong, Silin | Ling, Peng | Chen, Yeyuan | Wang, Qinghuang | Liu, Guodao | Liu, Bin | Li, Kaimian | Peng, Ming\n23. Occupational Electromagnetic Field Exposures Associated with Sleep Quality: A Cross-Sectional Study Liu, Hui | Chen, Guangdi | Pan, Yifeng | Chen, Zexin | Jin, Wen | Sun, Chuan | Chen, Chunjing | Dong, Xuanjun | Chen, Kun | Xu, Zhengping | Zhang, Shanchun | Yu, Yunxian\nPLoS ONE 2014;9(10):e110825.\n24. A Panel of Overexpressed Proteins for Prognosis in Esophageal Squamous Cell Carcinoma Shang, Li | Liu, Hui-Juan | Hao, Jia-Jie | Jiang, Yan-Yi | Shi, Feng | Zhang, Yu | Cai, Yan | Xu, Xin | Jia, Xue-Mei | Zhan, Qi-Min | Wang, Ming-Rong\nPLoS ONE 2014;9(10):e111045.\nEsophageal squamous cell carcinoma (ESCC) is a common cancer with poor prognosis. In order to identify useful biomarkers for accurately classifying prognostic risks for ESCC patients, we examined the expression of six proteins by immunohistochemistry (IHC) in 590 paraffin-embedded ESCC samples. The candidate proteins include p53, EGFR, c-KIT, TIMP1 and PI3K-p110α reported to be altered in ESCC tissues as well as another important component of PI3K, PI3K-p85α. Of the six proteins tested, p53, EGFR, c-KIT, TIMP1 and PI3K-p85α were detected with high expression in 43.0%, 36.6%, 55.9%, 70.7% and 57.1% of tumors, respectively. Significant associations were found between high expression of PI3K-p85α, EGFR and p53 and poor prognosis (P = 0.00111; 0.00001; 0.00426). Applying these three proteins as an IHC panel could divide patients into different subgroups (P<0.000001). Multivariate cox regression analysis indicated that the three-protein panel was an independent prognostic factor with very high statistical significance (HR = 2.090, 95% CI: 1.621–2.696, P = 0.00000001). The data suggest that the three-protein panel of PI3K-p85α, EGFR and p53 is an important candidate biomarker for the prognosis of patients with ESCC.\n25. Accurate Measurement of Magnetic Resonance Imaging Gradient Characteristics Liu, Hui | Matson, Gerald B.\nRecently, gradient performance and fidelity has become of increasing interest, as the fidelity of the magnetic resonance (MR) image is somewhat dependent on the fidelity of the gradient system. In particular, for high fidelity non-Cartesian imaging, due to non-fidelity of the gradient system, it becomes necessary to know the actual k-space trajectory as opposed to the requested trajectory. In this work we show that, by considering the gradient system as a linear time-invariant system, the gradient impulse response function (GIRF) can be reliably measured to a relatively high degree of accuracy with a simple setup, using a small phantom and a series of simple experiments. It is shown experimentally that the resulting GIRF is able to predict actual gradient performance with a high degree of accuracy. The method captures not only the frequency response but also gradient timing errors and artifacts due to mechanical vibrations of the gradient system. Some discussion is provided comparing the method presented here with other analogous methods, along with limitations of these methods.


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url: =CAMERA 2004 Vol. Issue 1 - Table of Contents\nni kang xiang ji hang bo hui xian chang she ying da jiang sai zuo pin (尼康相机杭博会现场摄影大奖赛作品)\nlan tian chuan mei bei gao xiao da xue sheng she ying da jiang sai zuo pin (蓝天传媒杯高校大学生摄影大奖赛作品)\n200 qi , yi ge xin de qi dian ! (200期,一个新的起点!)\nshu ma zhao xiang ji zhi liang cha qiang ren yi jiu shu ma zhao xiang ji quan guo shi chang chou cha qing kuang zou fang guo jia zhao xiang ji zhi liang jian du jian yan zhong xin fu ze ren (数码照相机质量差强人意—就数码照相机全国市场抽查情况走访国家照相机质量监督检验中心负责人)\nhang bo hui xian qi shu ma cai kuo pu ji lang chao (杭博会掀起数码彩扩普及浪潮)\nzhong guo wen ban zhao xiang ji xie zhuan ye xie hui di san jie li shi kuo da hui yi zuo di 10 jie hang bo hui chang chang jing li zuo tan hui zhao kai (中国文办照相机械专业协会第三届理事扩大会议暨第10届杭博会厂长、经理座谈会召开)\nfu shi finepixf610/ shi ma af12 24mmf4.5 5.6exdgasp/hsm/ zuo ka digilux2/ jing ci finecams3r/kaiser zhuan ye xing fan pai jia xi lie / ke pai she 80 xiao shi duan pian de archos arcam300 (富士FinePixF610/适马AF12～24mmF4.5～5.6EXDGASP/HSM/徕卡Digilux2/京瓷FinecamS3R/KAISER专业型翻拍架系列/可拍摄80小时短片的Archos Arcam300)\nn75/55 dian chi he / jing pin jing tou gai / zhang peng shi an fang xiang / dai ren ti gan ying qi de shu ma zhao xiang ji /" tian cai " xi lie shu ma cai kuo ji / lu tong rt-5 rt-6 he rt-7/ hai ou pai zhi jiao guan jing qi (N75/55电池盒/精品镜头盖/帐篷式暗房箱/带人体感应器的数码照相机/"天彩"系列数码彩扩机/路通RT-5、RT-6和RT-7/海鸥牌直角观景器)\nguan zhu guo nei shu ma xiang ji shi chang (关注国内数码相机市场)\nshu ma shi dai de she ying guan nian (数码时代的摄影观念)\nCHENG Changfu, LIU Keqin\nzhong guo zhao xiang ji xie xing ye fu mei kao cha (中国照相机械行业赴美考察)\nshu ma she ying de wu xiang zhu zhang (数码摄影的五项主张)\nshu ma xiang ji zhi zuo duo mei ti ke jian de hao bang shou (数码相机—制作多媒体课件的好帮手)\nBIAN Meijuan, FENG Huajun, XU Zhihai, LI Qi, DAI Shunlin\nshu ma ying xiang ji shu cao zuo pian zhi yi shu zi hua tu xiang he cheng yao jue (数码影像技术操作篇之一数字化图像合成要诀)\nshu ma xiang ji ban wo zou tian ya (数码相机伴我走天涯)\nkai chuang zuo ka qing bian xiang ji xin shi dai zuo lai cm mian mian guan (开创徕卡轻便相机新时代—徕来CM面面观)\ndu gao dips pro80 xing shu ma dian zi pian jia tong guo guo jia zhao xiang ji zhi liang jian du jian yan zhong xin jian ce (杜高DIPS Pro80型数码电子片夹通过国家照相机质量监督检验中心检测)\nhang tian zhen cha xiang ji de fa zhan he yan fa (航天侦察相机的发展和研发)\nBAI Shan, YANG Bingxin\nzhao xiang ji cao zuo jie mian de ying yong yu fa zhan ( shang ) (照相机操作界面的应用与发展(上))\n"chao guang " de you huo shi ma 15 30 mm f3.5 4.5 ex jing tou ("超广"的诱惑 适马15～30 mm F3.5～4.5 EX镜头)\nshi yong shou cang ju jia de zhe fan she jing tou (实用收藏俱佳的折反射镜头)\nsong xia dmc-f1 shi yong shou ji (松下DMC-F1使用手记)\n120 lao shuang fan de xin wan fa (120老双反的新玩法)\npai de li dc-s5 (拍得丽DC-S5)\nfeng huang guang xue zai shang hai jia ding jian chang xing cheng zhong shan shang hai shang rao san di hu dong de da guang xue ge ju (凤凰光学在上海嘉定建厂形成中山、上海、上饶三地互动的大光学格局)\nwu mei jia lian de ke ni ka pan pian (物美价廉的柯尼卡盘片)\ndui chuan tong cai kuo ye ji dian zhong gao (对传统彩扩业几点忠告)\nhei bai she ying de ying diao kong zhi yu zhi gan biao xian (黑白摄影的影调控制与质感表现)\nluo ti she ying zhi wo jian (裸体摄影之我见)\nren ti she ying sui bi (人体摄影随笔)\nqian yi shu ma xiang ji " zhui sui pai she fa " (浅议数码相机"追随拍摄法")\nji zhong te shu qing kuang xia de shou dong ju jiao cao zuo (几种特殊情况下的手动聚焦操作)\ncong gong neng he gou cheng jiao du lun dv she xiang ji de xuan gou (从功能和构成角度论DV摄像机的选购)\ndian zi gan zao gui xiang ji bao hu shen (电子干燥柜—相机保护神)\nni hui shi yong " sha gua " xiang ji ma ? (你会使用"傻瓜"相机吗?)\n2kuan lao xiang ji fu lun da bi sha xing fu lan ka soli(e)a (2款老相机伏伦达·比莎Ⅱ型、富兰卡SOLI(e)aⅢ)\nshu ma xiang ji de wai jie dian yuan wei xiu yi li (数码相机的外接电源维修一例)\nhai ou df100 xiang ji jian xiu yi li (海鸥DF100相机检修一例)\nqian yi guo chan zhao xiang ji de shou cang (浅议国产照相机的收藏)


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