url: =Asessment of the Main Ecosystem Service Value of Grassland,Taking the Ruoergai Grassland Improvement Project as Example--《Prataculture & Animal Husbandry》2013年06期\n《Prataculture & Animal Husbandry》 2013-06\nAsessment of the Main Ecosystem Service Value of Grassland,Taking the Ruoergai Grassland Improvement Project as Example\nZENG Lian;ZHANG Wen-xiu;LIU Gang;CHEN Qin;DAO Li-gang;HE Zheng-jun;College of Economics and Management,Sichuan Agriculture University;Sichuan Academy of Grassland Science;The Mulin Bureau of Animal Husbandry;\nIn this study,the ecosystem service value evaluation method was employed to assess the ecological value of the Ruoergai grassland improvement project of 2012. The ecosystem service value of the project was estimated as 363.9577 billion RMB Yuan,and the material production value and leisure entertainment value was almost 17.8597 billion Yuan,which was accounted for only 4.91% of the total ecological service value,while the remaining value of the project,approximately,95.09%,is adjustment value. The results indicated the project has great ecological service value,while the material production value and cultural value remain a very small part of its overall values.\n1 CHEN Zuo-zhong~1,WANG Shi-ping~2(1.Institute of Botany,Chinese Academy of Sciences,Beijing 100093,China;2.Northwest Institute of Plateau Biology,Xining,Qinghai Province 810008,China);A Discussion on the Mechanism of Reparation for Balancing Rangeland Ecology[J];Acta Agrestia Sinica;2006-01\n2 WANG Jian-Hua1,2,3,LU Xian-Guo1,JIANG Ming1(1.Northeast Institute of Geography and Agroecology,Chinese Academy of Sciences,Changchun 130012,Jilin,P.R.China;2.Hebei Cangzhou Teacher's College,Cangzhou 061001,Hebei,P.R.China.3.Graduate University of Chinese Academy of Sciences,Beijing 100049,P.R.China);Evaluation of ecosystem services of Park of Nanhu Lake in Changchun city,China[J];Wetland Science;2007-02\n4 WANG Wen-li,DONG Zhi-bao,HU Guang-yin,WEI Zhen-hai(Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences,Lanzhou 730000,China);Analyses on Change Trend of Sandy Land in Zoige Plateau in Last 30 Years[J];Journal of Desert Research;2008-04\n5 ZHAO Qi-Guo~1,GAO Jun-Feng~(1,2)(1.Nanjing Soil Institute,Chinese(Academy) of Sciences,Nanjing 210008,China;2.Nanjing Institute of Geography and Limnology,Chinese(Academy) of Sciences,Nanjing 210008,China);Ecosystem services of wetlands and their delineation in China[J];Chinese Journal of Eco-Agriculture;2007-01\n6 LIU Hong-yu1,BAI Yun-fang2(1.Key Lab.of Environment Change and Ecology Construction,Jiangsu Province,Geography College of Nanjing Normal University,Nanjing 210097,China;2.Department of Architecture Engineering,Kunming University of Science and Technology,Kunming 650224,China);Changing Process and Mechanism of Wetland Resources in Ruoergai Plateau,China[J];Journal of Natural Resources;2006-05\n1 HE Yuan-rong et al (Department of Tourism Management,Guilin Institute of Tourism,Guilin,Guangxi 541006);Sustainable Development Based on Ecological Footprint Analysis in Guilin City[J];Journal of Anhui Agricultural Sciences;2007-04\n3 YU Qian-long (Business School,Shihezi University,Wujiaqu,Xinjiang 831300);Quantitative Study of Ecological Assets of Urban Forest Ecosystem in Urumqi[J];Journal of Anhui Agricultural Sciences;2007-22\n4 LIU Xiang-hua(College of Economics and Management,Henan Agricultural University,Zhengzhou,Henan 450002);Discussion on Selecting Criteria of Core Functions of Ecosystem[J];Journal of Anhui Agricultural Sciences;2007-23\n5 LIU Xiang-hua (College of Economics and Management, Henan Agricultural University , Zhengzhou, Henan 450002);Analysis of Economic Causation of Valuation Predicament of Ecosystem Services[J];Journal of Anhui Agricultural Sciences;2007-26\n6 BAI Jing-feng et al(Geography Department,Nanyang Normal University,Nanyang,Henan 473061);Evaluation of the Ecological Economic Value of Yancheng Coastal Wetland[J];Journal of Anhui Agricultural Sciences;2008-03\n7 QIN Wu-ming et al(College of Forestry,Guangxi University,Nanning,Guangxi 530005);Preliminary Study on the Comprehensive Benefit of Acacia crassicarpa Plantation[J];Journal of Anhui Agricultural Sciences;2008-14\n9 ZHONG Hua et al(College of Economics and Management,Northwest A&F University,Yangling,Shaanxi 712100);Quantitative Study on Ecological Compensation of Water Resource Protection[J];Journal of Anhui Agricultural Sciences;2008-20\n2 GUO Xiao-hua SUN Na College of Biological and Environmental Engineering,Shenyang University,Liaoning Shenyang,110044);Construction of the Loss Evaluation Index System of Invading Pest——Bursaphelenchus Xylphilus Nickle Disease[A];[C];2008\n4 ZOU Bo,XU Lin,CUI Jian(Beijing Normal University,Beijing 100875);Get out of Green Poverty——Explore and Practice Ecological Compensation and Ecological Construction in Promoting Green Industry Development[A];[C];2011\n5 WANG En~1 LIN Jia-sha~2 ZHANG Yin-ke~1 BAO Zhi-yi~3 (1 Hangzhou Botanical Garden,Hangzhou 310013;2 Institute of Architectural Design and Research of Zhejiang Province; Hangzhou 310003;3 School of Landscape Architecture,Zhejiang Forestry Gollege,Lin'an 311300 );Monetized Ecological Benefit Evaluation of the West-marching of the West Lake in Hangzhou[A];[C];2009\n6 DU Qun;Jurisprudence Hypothesis on Ecological Conservation and its Compensation Based on the Analysis of Ecosystem Service Values[A];[C];2006\n7 Liu Guang-ping Yang Hong (College of Marine,Shanghai Ocean University,Shanghai 200090,China);Evaluation of Estuary Ecosystem Services:A case study in Shanghai Yangtze River Estuary[A];[C];2008\n8 Pang Zhenghong (Guangxi Forestry Department, Nanning 530022);The Study on the Forest Ecosystem Service Value in Guangxi[A];[C];2003\n9 Zhang Fengtai~1 Su Weici~(1,2) Zhao Weiquan~1 (1.Department of Geography,Chongqing Normal University,Chongqing,400047,China 2.Research Center of Environment and Development of Karst Resources,Guiyang,Guizhou,550001,China);A Research on the Service Value Change in the Urban Ecosystem of Chongqing Based on the LUCC[A];[C];2009\n10 Su Chao-yang Miao Chang-hong (Research Center of Yellow River Civilization and Sustainable Development and College of Environment and Planning,Henan University,Kaifeng 475004,China);Based on the Value of Ecosystem Services of Land Use Planning assessment in Kaifeng[A];[C];2008\n2 MIN Qing-wen~1, LIU Shou-dong~2, YANG Xia~2 (1. Institute of Geographic Sciences and Natural Resources Research ,CAS,Beijing 100101, China; 2.Institute of Meteorology of Nanjing,Nanjing,Jiangsu Province 210044,China);Evaluation of the Ecosystem Services of the Inner Mongolia Steppe[J];Acta Agrestia Sinica;2004-03\n3 SUN Ji xiong 1 , HAN Lie bao 2 , CHEN Xue ping 1 (1. Gansu Agricaltural University, Lanzhou, Gansu, 730070, China; 2. Beijing Forestry University, Beijing, 10083, China);Secondary Municipal Effluent on Lrrigation of Turfgrass[J];Grassland and Turf;2001-01\n4 ZHOU Jun, LI Yu-qian,XIU Qing-shan;Study on water sources crisis and countermeasure in Nan lake of Changchun[J];Water Resourse & Hydropower of Northeast China;2002-01\n8 Wu Guoxiong (State Key Laboratory of Numerical Experiment for Atmospheric Sciences and Geophysical Fluid Dynamics, Institute of Atmospheric Physics, Chinese Academy of Sciences, Beijing 100029);RECENT PROGRESS IN THE STUDY OF THE QINGHAI-XIZANG PLATEAU CLIMATE DYNAMICS IN CHINA[J];Quaternary Sciences;2004-01\n9 WANG Yan,ZHAO Zhi-zhong,QIAO Yan-song,LI Chao-zhu(Institute of Geomechanics,Chinese Academy of Geological Sciences,Beijing 100081,China);CHARACTERISTICS OF THE CLIMATIC VARIATATION IN ZOIG■ IN THE PAST 45 YEARS AND ITS EFFECTS ON THE ECO-ENVIRONMENT IN THE AREA[J];Journal of Geomechanics;2005-04\n10 WANG Li-hua,JIANG Qi-gang,LI Yuan-hua (Jilin University,Changchun 130026,China);DYNAMIC CHANGE OF SWAMPS IN ZIOGE PLATEAU BASED ON RS AND GIS TECHNOLOGY[J];Remote Sensing for Land & Resources;2006-04\n> Science On Society


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url: =aisi sus 309s 309 ss stainless steel bar shanghai - Amary -Weathering Steel Plates\nHome>Q345D Steel>aisi sus 309s 309 ss stainless steel bar shanghai\n1.4418 aisi stainless steel 301,304,304l,321,316,316l,309s,310 Stainless Steel Sheet aisi sus 309s 309 ss stainless steel bar shanghai\nAs a specialist of 301,304,304l,321,316,316l,309s,310 Stainless Steel Sheet , Bozhong Metal Group can offer you comprehensive selections of goods in this industry. Video. Tel +86-21-67890007 E-mail [email protected]AISI 309S stainless steel sheet and plate\nAISI SUS 301 304 304L 309S 316 430 Stainless Steel Strips aisi sus 309s 309 ss stainless steel bar shanghai\nAISI SUS 301 304 304L 309S 316 430 Stainless Steel Strips /Belt , Spring stainless steel band Email [email protected] Tel +86-15601510288 Toggle navigationAISI Ss 304 316 316L 309S 321 310 310S Stainless Steel SheetChina AISI Ss 304 316 316L 309S 321 310 310S Stainless Steel Sheet, Find details about China Stainless Steel Plate, Stainless Steel Coil from AISI Ss 304 316 316L 309S 321 310 310S Stainless Steel Sheet China AISI Type Stainless Steel Wire Standard ASTM, AISI, GB, JIS, DIN, EN Grade 300 Series Certification ISO, AISI, ASTM, GB, EN, DIN, JIS Shape Round Technique Cold-Drawing\nChina AISI SUS 309S 309 Ss Stainless Steel Bar Shanghai aisi sus 309s 309 ss stainless steel bar shanghaiChina High Quality with 201 202 301 321 304 304L 316 316L aisi sus 309s 309 ss stainless steel bar shanghai\nCorrugated Steel Sheet, Steel Coil, Stainless Steel Coil manufacturer / supplier in China, offering High Quality with 201 202 301 321 304 304L 316 316L 309S 310S 410 430 Duplex S31803 S32205 Stainless Steel Plates, Hot Selling Factory Price 304 Stainless Steel Plate/Sheet, AISI 3041 316L Bright Stainless Steel Bar Round Bar and so on.China O SUS AISI 309 S 309 Ss Barra de aço inoxidável aisi sus 309s 309 ss stainless steel bar shanghaiTranslate this pageChina O SUS AISI 309 S 309 Ss Barra de aço inoxidável Xangai Encontre preços e detalhes completos sobre Barra de aço inoxidável 309 S,Barra de aço inoxidável SUS 309 S,SUS 309 sstainless Barra de aço produtos do Fornecedor ou Fabricante .\nChina Stainless Steel Plate Sheet No. 1 2b Ba Surface SUS aisi sus 309s 309 ss stainless steel bar shanghai\nChina Stainless Steel Plate Sheet No. 1 2b Ba Surface SUS 201 304 316 430 309S 310S 904L Price, Find details about China Steel Sheet, Bright Stainless Steel Sheet from Stainless Steel Plate Sheet No. 1 2b Ba Surface SUS 201 304 316 430 309S 310S 904L Price - China aisi 316l stainless steel round bar sus 304 inox aisi sus 309s 309 ss stainless steel bar shanghaiOverview Quick Details Grade 300 Series Standard JIS, GB, ASTM Length 2438/3000/6000 Width 83 Place of Orig aisi sus 309s 309 ss stainless steel bar shanghaiChinese Stainless Steel Plates Suppliers, Manufacturers aisi sus 309s 309 ss stainless steel bar shanghaiProduct spedcifications and different model no\nSome results are removed in response to a notice of local law requirement. For more information, please see here.Stainless Sheet 309s-China Stainless Sheet 309s aisi sus 309s 309 ss stainless steel bar shanghai\nChina Stainless Sheet 309s Stainless Steel Bar 309s-China Stainless Steel Bar 309s aisi sus 309s 309 ss stainless steel bar shanghaiChina Stainless Steel Bar 309s view photo of Round Bright Bar, 316, Stainless Steel Bar.Contact China Suppliers for\naisi 316ln stainless steel round bar, aisi 316ln stainless aisi sus 309s 309 ss stainless steel bar shanghai\n1. Product Details ITEM 316LN stainless steel solid bar STANDARD ASTM A276-06 ASTM A479/A479M-06 ASTM A582/A582M-05 EN 10088-3-2005 EN 10095-99 JIS G4303-2005 JIS G4318-98 JIS G4311-91 MODEL NUMBER ASTM 201 202 304 304L 304N 304LN 309 309S 310 310S 316 316L 316N, 316LN 316T I 317 317L 321 321H 347 347H JIS SUS201 SUS202 SUS304 SUS304L


url: =Yicheng Hotel Hangzhou,Hangzhou Hotel:China Hotels.net\n- Yicheng Hotel Hangzhou\nYicheng Hotel Hangzhou No.146-1, Nanshan Road, Hangzhou(杭州南山路146-1号)\nYicheng Hotel Hangzhou Introduction\nYicheng Hotel Hangzhou is a 3 stars hotel,a great decor along with the very best in services and facilities.\nThe hotel is situated in Hangzhou West Lake Scenic Spot.Opened in 2009, Yicheng Hotel Hangzhoustaff with their excellent service ensure your stay will be a fantastic one.\nYicheng Hotel Hangzhou is innovated in 2009.The hotel has 3 storeys(floors),52 tastefully understated rooms.The hotel is an easy walking distance away from West Lake Hangzhou, Hubin Walking Street, Chenghuang Temple, Hangzhou JieBai Shopping Mall, Wushan Square, Nanshan Road, guest can also take a short taxi ride to.Meanwhile well positioned with distance(Kilometers) to: Hangzhou Xiaoshan International Airport(27.7km), Hangzhou East Bus Station(12.5km), Hangzhou Railway Station(3.8km), Hangzhou East Bus Station(9.1km), International Trade Exhibition Center(4km), West Lake Hangzhou(2km), WuLin square(4.3km), Lingyin Temple(5.6km), Six Harmonies Pagoda(4.4km), Hubin Walking Street(2.5km), Heping International Exhibition Center(7.6km), Chenghuang Temple(1.2km), Wulin Road(3.7km), Hangzhou Sijiqing Dress Market(5.8km), Lane Crawford(4.2km).\nYicheng Hotel Hangzhou Room Types\nYicheng Hotel Hangzhou Booking Policy\nThe regular time for check-in is 14:00 and the regular check-out time is 12:00 at noon. If you need to check in earlier or extend your stay, the hotel may charge an extra fee. (All times shown are GMT + 8 hours.) Yicheng Hotel Hangzhou Map and Nearby Hotels\nYicheng Hotel Hangzhou Nearby hotels\nGreen Tree Inn（West Lake Branch） 0.1km\nHangzhou Charenjupurui Hotel 0.3km\nZhejiang Xizi Hotel Hangzhou 0.5km\nHoliday Wuyang Hotel Hangzhou 0.5km\nGuoke Youth Hotel Hangzhou 0.5km\nLiuying Hotel Hangzhou 0.5km\nButing Inn (Nanshan Rd, Branch Hangzhou) 0.6km\nHangzhou Langshi Holiday Hotel Hangzhou 0.8km\nHangzhou Braim Wansong Hotel Hangzhou 0.9km\nHangzhou Zhengyang Hotel Hangzhou 1.0km\nWushan Minglou Hotel Hangzhou 1.0km\nLake View Holiday Hotel Hangzhou 1.1km\nWan Kai Hotel Hangzhou Hubin Branch 1.1km\nHangzhou Jiexin Hotel Hangzhou 1.1km\nNanshan Renjia Hotel Hangzhou 1.1km\nJade Emperor Hotel Hangzhou 1.1km\nButing Inn(Leifeng Tower Branch Hangzhou) 1.1km\nHangzhou West Lake Villa Hotel ( Mountain area ) 1.2km\nHome Inn Hangzhou Hefang Street Wushan Square Branch 1.2km\nVictoria Regal Hotel Hangzhou 1.2km\nKM(kilometers) above is the distance to this hotel Yicheng Hotel Hangzhou Nearby Attractions\nBu Ding Hotel Hangzhou Wenhui Branch\nBao Lu Villa Hangzhou\nLvyin Hotel Hangzhou\n7 Days Inn Hangzhou\nCoast Holiday Inn Hangzhou\nXianghe Beixing Hotel Hangzhou\nHangzhou West Lake Villa Hotel ( Baileqiao Area )\nCourt Heating City Hotel Hangzhou\nHangzhou Braim Wansong Hotel Hangzhou


url: =Correlation among the knowledge,attitude and behavior toward prevention of HIV/AIDS--《Guangxi Journal of Preventive Medicine》2005年02期\n《Guangxi Journal of Preventive Medicine》 2005-02\nCorrelation among the knowledge,attitude and behavior toward prevention of HIV/AIDS\nSHI Jian,YUAN Man-hong,CHEN Shi-hai,et al.Nanning Center for Disease Control and Prevention.Nanning530011,China\nObjective To study the correlation among the knowledge,attitude and behavior towards AIDS and to provide some references for the tactics of AIDS prevention.Methods1966residents lived in10commuˉnities of Nanning City were administered for questionnaire survey,making the correlation analysis fromthe results of investigation by SPSS11.5,and calculating the Logistic equation.Results There were a little of relativities among the knowledge,attitude and behavior about AIDS but the extent was weak.The largest correlation coefficient was between the knowledge and the attitude to the relative was infected by HIV.There were positive correlation among the knowledge,attitude and behavior about AIDS in essence.Conclusions The mode of prevention of AIDS is not as simply as“knowledge-attitude-bejavopr”.The full knowledge about prevention of AIDS does not mean reasonˉable attitude and behavior.It is necessary to carry out various types of health education aiming at attitude and behavior.\n1 JI Guo-ping,WANG Hua-dong,SHU Jun (Anhui Provincial Center for Disease Prevention and Control,Hefei Anhui, 230061,China);AIDS KAP among public security and disease control staff in Anhui,China[J];Anhui Journal of Preventive Medicine;2007-01\n2 SUN Jing,YUAN Ting,TAN Xiaodong,et al. Faculty of Social Science,School of Public Health,Tongji Medical College,Huazhong University of Science and Technology,Wuhan 430030,China;The Influence Analysis of Training to HIV/AIDS Knowledge,Attitude and Practice of Elementary Health Care Workers[J];Chinese Journal of Social Medicine;2006-03\n3 DING Xue,HAO Lijun,WANG Yi,et al.Department of Social Medicine and Health Management,School of Public Health,Tongji Medical College,Huazhong University of Science and Technology,Wuhan,430030,China;Effectiveness Evaluation of Comprehensive Training Against AIDS Related Discrimination among Health Care Workers in General Hospitals[J];Chinese Journal of Social Medicine;2009-01\n4 Zhao Shumin,Li Xiaomei,Dong Fangfang,Fang Hua(Nursing Department,First Affiliated Hospital,Xi'an Jiaotong University,Xi'an 710061,China);AIDS-related knowledge,attitude and behavior among migrant workers[J];Journal of Nursing Science;2010-03\n5 Wang Xiang-su, Chen Lian-sheng, Wei Ping-min, et al. Jiangsu Center for Diseases Prevention and Control, Nanjing, 210009, China;Status of Knowledge,Attitude and Behavior about Acquired Immunodeficiency Syndrome(AIDS) among Floating Population in Wuxi[J];Health Education and Health Promotion;2006-01\n6 SHI Jian,LIN Xin-qin,CHEN Shi-hai,et al.(Nanning Municipal Center for Disease Control and Prevention,Nanning 530011,Guangxi,China);Survey of HIV/AIDS-related Knowledge Level and High Risk Behaviors Among Local IDUs in a Certain City of Guangxi[J];Practical Preventive Medicine;2009-05\n7 ZHANG Jue,WANG Xiu-yun,MA Shu-bo,et al.(Changping District Center for Disease Control and Prevention,Bingjing 102200,China);Investigation of KAP Towards AIDS Among Medical Workers and Analysis of Influencing Factors in Changping District[J];Practical Preventive Medicine;2010-01\n8 WANG Ting, ZHANG Rui-fu, MA Fei, et al. ( Department of Epidemiology, School of Public Health, Shanxi Medical University, Taiyuan 030001, China);INVESTIGATION ON AIDS RELATED KNOWLEDGE,ATTITUDE AND PRACTICE AMONG CONSTRUCTION WORKERS AND COAL MINERS IN TAIYUAN[J];Modern Preventive Medicine;2009-09\n9 SHI Jian1,LIN Xinqin1,CHEN Shihai1,LIU Haohui1,MENG Xianrong2 1(Nanning Center for Disease Control and Prevention,Nanning,530011,China) 2(Nanning Public Security Bureau Drug Control Agency,Nanning,530001,China);ANALYSIS OF EXTRA-MARITAL SEXUAL BEHAVIOR AND RELATED FACTORS AMONG DRUG USERS IN NANNING[J];Chinese Journal of Drug Dependence;2010-04\n10 PAN Yang,DENG Shao-ying.Zhuhai Center for Disease Control and Prevention,Guangzhou 519000,China.;Analysis on intervention effect of health education about AIDS/HIV maternal-neonatal transmission among childbearing age women in Zhuhai[J];Journal of Medical Pest Control;2011-04\n2 JIA Xian-jie,ZHANG Yu-feng(Institute of Health and Development in Kunming Medical College,Kunming 650031,China);A study on AIDS knowledge,attitude and behaviors in medical students[J];Journal of Bengbu Medical College;2007-01\n3 QIANG Laiying,ZHANG Guiyun,WANG Minjie,JIANG Yan,SHAO Yiming.National Center for AIDS/STD Control and Prevention,Chinese Center for Disease Control and Prevention,Beijing 100050,China;Analysis of risk factors for HIV occupational exposure in China[J];Chinese Journal of Blood Transfusion;2006-06\n6 Wu Yan (School of Economic & Management, Xidian University, Xian 710071, China);The Application of Delphi to the Study of Electronic Intelligence[J];It Age;2004-05\n7 ZHAO Chao,WANG Jianliu,WEI Lihui.(Department of Obstetrics and Gynecology,Peking University People's Hospital,Beijing 100044,China);Clinical study on mental disorders of patients with gynecological diseases[J];Chinese Journal of Clinical Obstetric and Gynecology;2004-06\n8 ;艾滋病低发省青年学生艾滋病知识和态度影响因素研究[J];Chinese Journal of Public Health Management;2008-03\n9 ZHU Qiu-ying,LIU Wei,CHEN Jie,et al.Guangxi Center for Disease Control and Prevention,Nanning 530028;Analysis on HIV/AIDS epidemic situation in Guangxi from 1989 to 2006[J];Journal of Applied Preventive Medicine;2008-02\n2 CAI Shao-li,ZHANG Xu(Department of Prevention and Health Care,Southwest Hospital,Third Military Medical University,Chongqing 400038,China);Ananlysis of occupational exposure to HIV and its corresponding protective strategies[J];Chongqing Medicine;2008-01\n3 Tang Ying, Zhang Xingwen, Li Chunmei;Health state of migrant workers from rural area and health services for them[J];Journal of Nursing Science;2011-01\n4 LIU Yang1,2,JIN Can-rui,XIAO Yan,ZENG Gang,XU Peng,LV Fan.1.School of Public Health,Peking Union Medical College,Beijing 100730,China;2.Center for AIDS/STD Control and Prevention,Chinese Center for Disease Control and Prevention,Beijing 100050,China;Survey on knowledge,discriminative attitudes and related influencing factors on HIV/AIDS and among public health workers[J];Disease Surveillance;2009-12\n5 XIA Jun1,2, HE Yi-xin3, ZHOU Jin3, MA Lin3, WANG Yong3, HU Chuan-lai1. 1.School of Public Health, Anhui Medical University, Hefei 230032, China; 2.Health Bureau of Tongling, Tongling 244000, China; 3.Tongling Center for Disease Control and Prevention, Tongling 244000, China;Study on health educational effect of HIV/AIDS prevention and control among construction workers in Tongling City[J];Chinese Journal of Disease Control & Prevention;2010-06\n6 Tian Dan, Chang Hui, Ren Xu, et al. Liaoning Health Education Institute, Shenyang, 110005, China;Survey of AIDS Knowledge and Attitude to it among Residents and Students in Liaoning Province[J];Health Education and Health Promotion;2006-02\n7 Qiu Shun-yi, LiDuo-fu, Zhang Jun-qing, YaoHui. Hefei City Center for Diseases Prevention and Control, Hefei, 230022, China;Investigation and Analysis on the Knowledge about AIDS among Urban and Rural Residents in Hefei[J];Health Education and Health Promotion;2008-03\n8 FU Geng-feng1,HAO Sha2,ZHAO Jun-li2,XU Xiao-qin1,DING Ping1,HUAN Xi-ping1,YANG Hai-tao1,HOU Ya-yi2(1.Jiangsu Provincial Center for Disease Prevention and Control,Nanjing 210009,China;2.Immunology and Reproductive Biology Lab of Medical School,Nanjing University,Nanjing 210093,China);Study on the changes of CD~(3dim)CD56~+ cell and its receptors in HIV-1 infected children[J];Journal of Southeast University(Medical Science Edition);2009-06\n9 KANG Li-na1,ZHANG Ai-lian1,DONG Hai-yuan2,ZHANG Yan-zi1.1.School of Public Health,Shanxi Medical University,Taiyuan 030001,China;2.Health Bureau of Shanxi Province,Taiyuan 030013, China;Analysis on the influential factors of AIDS related discrimination among healthcare workers[J];Chinese Journal of Disease Control & Prevention;2011-06\n10 LI Yu-ye1,2, ZHAO Pei-zhu3, HU Zhang-yi1,2,HE Li1,2,CHEN Wen-ying1,2(1. Departmant of Dermatology and Venereology, the First Affiliated Hospital of Kunming Medical University, Yunnan Kunming 650032 China;2. Yunnan Institute of Dermatology and Venereology,Yunnan Kunming 650032 China ;3. Department of Radiation Oncology, the First Affiliated Hospital of Kunming Medical University, Yunnan Kunming 650032 China);Study on HIV/AlDS related knowledge, attitude and behavior among building workers in Yunnan[J];Journal of Dermatology and Venereology;2010-01


url: =CGO to HRB What is the flight distance between Xinzheng (CGO) China and Taiping (HRB) China airports? Get Approximate flying times airport codes and maps.\nDistance Calculator > Airport Distances > CGO to HRB\nWhat is the flying distance from Xinzheng (CGO) China to Taiping (HRB) China airports?\nThe distance from Xinzheng to Taiping is 1007.1 miles or 1620.42 Kilometres.\nFlight Time Approximations: How long would it take to fly from Xinzheng to Taiping? If you were in a Boeing 747 and maintained an average cruising speed of 450 mph (724.1 kmh) through the duration of the flightit would take you around 2.7 hours to get from Xinzheng to Taiping. Flying estimates include a 15 min buffer for take off and landing.\nYining Airport | Changzhoudao Airport | Hongqiao Intl | Laishan | Changle | Liuting | Luogang | Baoan Intl | Jiangbei | Xi\_'An Xiguan | Lijiang Airport | Tongliao Airport | Jiamusi Airport | Beihai Airport | Xiangfan Airport | Zhangxiao | Bailian Airport | Karamay Airport | Qiqihar Sanjiazi Airport | Ulanhot Airport | Longdongbao | Capital Intl | Beijing Nanyuan Airport | Changbei Intl | Zhoushan Airport | Shanhaiguan Airport | Mangshi Airport | Taiping | Chaoyang Airport | Wuxu | Wusu | Baotou Airport | Qingyang Airport | Wai Sha Airport | Nanping Wuyishan Airport Airport | Wuxi Airport | Shubuling Airport | Xining Caojiabu Airport | Tongren | Quanzhou Airport | Mianyang Airport | Meilan | Luzhou Airport | Dachuan Airport | Xilinhot Airport | Lishe | Dongsheng | Ankang Airport | Ganzhou Airport | Kuqa Airport | Golmud Airport | Weihai Airport | Kashi | Huangyan Luqiao Airport | Liangjiang | Shenyang Taoxian International Airport | Yiwu Airport | Lukou | Binhai | Dali | Panzhihua | Baita Airport | Fuyang Airport | Wenzhou Yongqiang Airport | Dayong Airport | Xianyang | Wujiaba | Shuangliu | Nanchong Airport | Jiuzhaigou Huanglong | Jingdezhen Airport | Altay Airport | Tunxi International Airport | Quzhou Airport | Wanxian Airport | Yan'an Airport | Changzhou | Changde Airport | Yancheng Airport | Qiemo Airport | Dongshan | Xinzheng | Nyingchi Airport | Jiujiang Lushan Airport | Changzhi Airport | Hanzhong Airport | Changchun | Meixian Airport | Lhasa-Gonggar | Simao Airport | Zhaotong Airport | Dunhuang Airport | Datong Airport | Diwopu | Xiaoshan | Lincang Airport | Yichang Airport | Luoyang Airport | Tacheng Airport | Hotan |


url: =Huayi 华艺节 2018 Songs of Liu Sanjie - A Musical Film in Concert 歌乐《刘三姐》, 3 Mar 2018 | Singapore Gigs\nHuayi 华艺节 2018 Songs of Liu Sanjie - A Musical Film in Concert 歌乐《刘三姐》\nSongs of Liu Sanjie – A Musical Film in Concert is led by Cultural Medallion recipient and Music Director Tsung Yeh and directed by Goh Boon Teck, with music adaptation by Cultural Medallion recipient Law Wai Lun. The evening features renowned Chinese soprano Wang Qing Shuang who portrays the main character Liu Sanjie, together with other vocalists from China and Singapore including Jonathan Charles Tay (as Ah Niu), William Lim (as Old Fisherman), Peng Siran (as Zhou Mei), Alvin Chiam (as Mo Huai Ren), Jeremy Koh, Raymond Lee and Alvin Tan (as Scholar) reenacting classic songs and scenes from the film, with the 40-member Vocal Associates Festival Chorus.\n同台演出的包括多位新中两地的歌唱家和演员：女高王庆爽（刘三姐）、男高郑渊智（憨厚的阿牛）、男中林伟林（慈祥的老渔夫）、女高彭楒然（纯真的舟妹）、演员詹煇朕（地主莫怀仁）、男高许智霖和李培勤，以及男中陈德庆（三个秀才）。此外，由许爱敏带领的40人Vocal Associates Festival Chorus合唱团将以活泼轻盈的歌声，合力演绎刘三姐的传奇。


url: =1024x768 8 Ton, Tractor, German, Half-track, Sd Kfz 7 Wallpapers and Pictures, Photos, Posters 88664\nHD wallpapers 8 Ton, Tractor, German, Half-track, Sd Kfz 7 1024 x 768 desktop hd wallpaper download\n1024x768 8 Ton, Tractor, German, Half-track, Sd Kfz 7 wallpapers download with number 88664 for your monitor screen, smartphone, tablet or any other device.\nHere you will find the best quality and beautiful HD wallpapers for Desktop, Mobile Phones, Iphones, Htc, Samsung Galaxy, Nexus, Nokia, Sony, . These pictures, photos, posters, art prints and wallpapers in high quality, with a resolution 1024 on 768. These desktop wallpapers on the theme: 8 Ton, Tractor, German, Half-track, Sd Kfz 7.


url: =Discussion about the Development and Function of the Road Linear Green in Downtown--《Journal of Anhui Agricultural Sciences》2004年05期\nDiscussion about the Development and Function of the Road Linear Green in Downtown\nLi Chuntao (Institute of Atomic Energy Application,AAAS,Hefei,Anhui 230031)\nThat kind of linear green space originates from ancient India in A.D.10 century, and the earliest road linear green space in China can be the period of Zhou Ding King (B.C.606～B.C.586). In abroad, the father of American landscape Olmsted started the new chapter of green recreation and ecological linear green space construction in 19 century.The idea about linear green space was introduced,and the Linear green space from needs of users was analyzed.\n2 MIN Di1,LI Meng1,WANG Zhong-bo2,LIU Zhi-peng1,WANG Wen1(1.College of Environmental Science and Safety Engineering,Tianjin University of Technology,Tianjin 300191,China;2.College of Economics,Zhejiang University,Hangzhou 310058,China);The Construction of the Urban Green Space's Evaluation System Based on Ecological Function and its Feasibility Analysis[J];Journal of Hebei Agricultural Sciences;2008-02\n1 ZHU Jian- ning;French Famous Landscape Architect Alexandre Chemetoff and his Works[J];Journal of Chinese Landscape Architecture;2001-01\n2 LI Yong hong， ZHAO Peng;Feeling the Site and Responding to it——To Seek Solutions in Site Character and Genius Loci[J];Journal of Chinese Landscape Architecture;2001-02\n3 WANG Shao-zeng LI Min;Study on the Principle of Urban Open Space Eco-logical Planning[J];Journal of Chinese Landscape Architecture;2001-05\n1 WAN Min;CITY IDENTITY SYSTEM OF AFFORESTATION[J];City Planning Review;2004-04\n3 SU Wei et al (College of Horticulture,Northwest A&F University,Yangling,Shaanxi 712100);Afforestation Mode of Thermal Power Plants in Western Henan[J];Journal of Anhui Agricultural Sciences;2007-19\n4 TANG Hong, MENG Jin, WU Ming-jun (College of Forestry, Gansu Agricultural University, Lanzhou 730070, China);Investigation and counter measures of the road greening in Lanzhou[J];Journal of Gansu Agricultural University;2002-01\n5 WANG Cui-ping~1,CHEN Yang~2,ZHONG Ke~3,LIU Jia-ping~1 (1.School of Architecture,Xi'an University of Architecture and Technology,Xi'an710055,China; 2.Department of Architecture,Xi'an Jiaotong University,Xi'an710049,China; 3.School of Environmental Science and Engineering,Donghua University,Shanghai200051,China);Relationship Between Road Planting Patterns and Urban Air Quality in Streets[J];Urban Environment & Urban Ecology;2003-06\n6 Zhang Junling(Northeast Forestry University, Harbin 150040, P. R. China);Landscape Design of Urban Waterfront Green Field Based on the Analysis of Site: Taking a Section from Renjia Bridge to Hexing Bridge along Majiagou in Harbin for Example[J];Journal of Northeast Forestry University;2004-04\n7 GUO Wei, LI Zhan-dong (Beijing Forestry University, Beijing 100083, China);Feasibility of Vegetation Quantity Used as an Evaluation Index for Construction of Ecological Garden City[J];Guangdong Landscape Architecture;2008-05\n8 MA Wuchang1,ZOU Dingbao2;Application of "Green Quantity" Concept in Expressway Afforestation and Realizing Ways[J];Technology of Highway and Transport;2008-05\n9 (By WANG Baozhong,WANG Caixia,HE Ping,SHEN Shouyun);Review on Urban Greenland Study[J];Urban Planning Forum;2004-02\n10 JIANG Yue-hui(Urban Planning &Design Institute ofXiamen, Xiamen,Fujian Province361004,China);Research on Reasonal, Characteristic GreenSpace System of Urban Road[J];Planners;2002-06\n1 Yao Lihong, Wang Naikang, Mao Yebing, Chen Jingzhuo (Beijing Forestry University, Beijing 100083);The Research of Effect Factors on Invalidation of Hose Pump of Artificial-soil-seeding Machine Used for Road Greening[A];[C];2005\n2 Sheng de-Xi, etc.;On Urban Green Open Space[J];Urban Planning Forum;1996-06\n3 PANG Chun-hua,ZHAO Yun-wei[;Creating Stylistic Landscape[J];Planners;2003-03\n4 ZOU Li-dong;CASE STUDY ON PUBLIC PARTICIPATION IN URBAN PLANNING[J];Planners;2000-05\n6 ;提高城市边缘地区自然开敞空间连续性的设计方法论[J];Urban Planning Overseas;2002-04\n8 Lin Yuan-xiang Yang Xue-jun (Shanghai Jiaotong University, 2678 Qixin Road, Shanghai 201101);Building High Quality Urban Vegetation by Simulating Region-Specific Vegetation Type[J];Journal of Chinese Urban Dorestry;2003-02\n9 WU Hai-ping1￡2 ZHANG Qing-fei2 DA Liang-jun1 (1 Department of Environmental Science, East China Normal University, Shanghai, 200062; 2 Shanghai Landscape Gardening Research Institute, Shanghai, 200232; 3 Pudong District Bureau of Road Management, Shanghai, 201206);Development and Prospect of Urban Road Greening[J];Journal of Chinese Urban Forestry;2006-06\n10 Pan Jingxian1,Mao Hongbin2, Sheng Zhijie1 (1 Shanghai Normal University, Shanghai 200234; 2 Shanghai Guangming Food Corp, Shanghai 200040);Color-leaf plants in Shanghai and their application in landscaping[J];Journal of Chinese Urban Forestry;2006-06\n2 Zheng Zhiqing Dong Huihan (Dept of Geography, Guangzhou Normal University);The Environmental Effects of the Garden Greenery on the Fei e and Shuishitou Hills in Guangzhou[J];JOURNAL OF GUANGZHOU NORMAL UNIVERSITY;1996-01\n3 WU Ai shen (Department of Soil Science University of British Columbia #139,2357 Main Mall Vancouver,BC Canada V6T 1Z4);WHERE DOES HALF OF ATMOSPHERIC CO 2 DISAPPEAR?[J];PLATEAU METEOROLOGY;1999-03\n5 ;Garden Afforestation and City Ecology[J];ENVIRONMENTAL PROTECTION SCIENCE;1999-01\n6 ;Thermal Environment of Urban Area and The Im[J];CHINESE JOURNAL OF ENVIROMENTAL SCIENCE;1997-01\n7 Zhou Jianhua;Sun Tianzong(Shanghai Normal University);Study on Remote Sensing Model of Three-Dimensional Green Biomass and the Estimation of Environmental Benefits of Greenery[J];JOURNAL OF REMOTE SENSING;1995-03\n8 GUAN Dong sheng,LIU Qiu hai,MO Da lun;The Role of Guangzhou Urban Vegetation in Removing Atmospheric Sulfur[J];ACTA SCIENTIARUM NATURALIUM UNIVERSITATIS SUNYATSENI;1999-02


url: =Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 página 1 (Cargar imágenes: 3) - Leer Manga en Español gratis en NineManga.com\nBa qing eshao: Tiaojiao xiao tao qi Capítulo 5 página 1 (Cargar imágenes: 3)\nConsejos: Usted está leyendo Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5, por favor, lea Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 Español escaneo en línea de derecha a izquierda. Usted puede utilizar las teclas de izquierda y derecha del teclado o haga clic en el Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 imagen para navegar entre Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5Páginas.\nBa qing eshao: Tiaojiao xiao tao qi Capítulo 5 Chapter Navigation:\nCapítulo Anterior: Ba qing eshao: Tiaojiao xiao tao qi Capítulo 4\nNext Chapter: Ba qing eshao: Tiaojiao xiao tao qi Capítulo 6\nBa qing eshao: Tiaojiao xiao tao qi Capítulo 5 página Chapter Navigation:\nEtiquetas:lectura Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 Español, Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 manga prima , Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 online, Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 cap, Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 capítulo, Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 alta calidad, Ba qing eshao: Tiaojiao xiao tao qi Capítulo 5 manga scan


url: =Shawnee Chemistry Tutoring - Find Chemistry Tutors in Shawnee, KS\nResults 1-14 of 103 for chemistry tutor shawnee\nChemistry Tutors in Shawnee, KS\nJulian C. Private Chemistry tutor in Shawnee, KS\nAndrew D. Private Chemistry tutor in Shawnee, KS\nAlyssa H. Private Chemistry tutor in Shawnee, KS\nKyle C. Private Chemistry tutor in Shawnee, KS\nBetsy R. Private Chemistry tutor in Shawnee, KS\nKeiko S. Private Chemistry tutor in Shawnee, KS\nAlexander W. Private Chemistry tutor in Shawnee, KS\nMaureen M. Private Chemistry tutor in Shawnee, KS\nDiana C. Private Chemistry tutor in Shawnee, KS\nRyan F. Private Chemistry tutor in Shawnee, KS\nKathleen T. Private Chemistry tutor in Shawnee, KS\nAndrea L. Private Chemistry tutor in Shawnee, KS\nNeil M. Private Chemistry tutor in Shawnee, KS\nStephanie Z. Private Chemistry tutor in Shawnee, KS\nI also enjoy a day on the courts playing a friendly game of tennis and spending time with my family. Algebra, Algebra 2, Anatomy, Biology, Chemistry, Elementary Math, English, Math, Middle School Math, Physiology, Science, Writing I am currently living in Kansas City, MO and...


url: =Find Other General Purpose Machinery Manufacturing Companies in Jimo - Dun & Bradstreet\nOther General Purpose Machinery Manufacturing Companies in Jimo, Shandong, China\nFind detailed information on Other General Purpose Machinery Manufacturing companies in Jimo, Shandong, China, including financial statements, sales and marketing contacts, top competitors, and firmographic insights. Dun & Bradstreet gathers Other General Purpose Machinery Manufacturing business information from trusted sources to help you understand company performance, growth potential, and competitive pressures. View 148 Other General Purpose Machinery Manufacturing company profiles below.\nQingdao Changsheng Ridian New Energy Dianli Co.,Ltd.\nQingdao Jingshang Machinery Manufacturing Co., Ltd.\nQingdao Fengjia Machinery Co., Ltd.\nQingdao Ruida Machine Co., Ltd.\nHidrostal (Qingdao) Pumps Co., Ltd.\nQingdao Taili Clothing Machinery Co.,Ltd.\nQingdao Gaoshi Packing Equipment Co., Ltd.\nJimo Shimen Fenglin Peanut Machinery Factory\nJimo Hexing Welfare Machinery Factory\nJimo Dongfang Rubber Machinery Factory\nQingdao Dexing Electrothermal Equipment Manufacturing Co., Ltd.\nQingdao Panbang Metal Surface Treatment Equipment Co., Ltd.\nQingdao Fenyun Rubber Machinery Manufacturing Co., Ltd.\nQingdao Xinghua Welding & Cutting Tools Co., Ltd.\nQingdao Xinrisheng Machinery Co., Ltd.\nQingdao Xinxing Machinery Electric Manufacturing Co.,Ltd.\nJimo Ruixin Machinery Processing Factory\nQingdao Danwei Water Pump Co., Ltd.\nQingdao Jimo Chengnan Water Pumps Distribution Department\nDaoyi(Qingdao)Water Purifying Equipment Manufacturing Co.,Ltd.\nQingdao Yingjunda Machinery Co.,Ltd.\nQingdao Zengyuan Machinery Co., Ltd.\nQingdao Donghao Electric Cooker Manufacturing Co., Ltd.\nQingdao Qianruiji Industry and Trade Co., Ltd.\nQingdao Taichao Tools Co., Ltd.\nQingdao Guoyiqiang Machinery Co.,Ltd.\nQingdao Zhonghao Rig Co.,Ltd.\nShiteli (Qingdao) Heavy-Duty Jushengji Co.,Ltd.\nQingdao Hengnuo Elaboration Machinery Co., Ltd.\nQingdao Yulai Machinery Co., Ltd.\nQingdao Hengyue Numerical Control Machinery Equipment Co., Ltd.\nQingdao Qianlong Machinery Co.,Ltd.\nQingdao Dahua Shuanghuan Machine Co., Ltd.\nQingdao Weiguote Machinery Co., Ltd.\nJimo Huarong Lifting Apparatus Factory\nQingdao Furongji Forge Co., Ltd.\nQingdao Jiuneng Mechanical & Electrical Manufacturing Co., Ltd.\nQingdao Huixiang Hardware Co., Ltd.\nQingdao Qingda Energy Technology Co., Ltd.\nQingdao Beifang Shengxue Refrigeration Equipment Co., Ltd.\nXinhongtai (Qingdao) Machinery Co., Ltd.\nQingdao Yilidaxiyi Machinery Co.,Ltd.\nQingdao Haoshun Machinery Co., Ltd.\nQingdao Huanghe Forging Machine Co., Ltd.


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url: =Results 1-25 (604)\nCell Death & Disease (42)\nLi, Y (256)\nZhang, L. (53)\nWang, J. (51)\nZhang, J. (49)\nArtamonov, A. (48)\nGolubkov, D. (48)\nGomes, A. (48)\nLiu, B. (48)\nLiu, L. (48)\nChen, Y. (46)\nGao, J. (46)\nZhang, F. (46)\nWang, X. (45)\nZhang, Z. (45)\nZhang, X. (44)\nHarrison, P. F. (42)\nLi, L. (42)\nWang, H. (42)\nYang, Y. (42)\nChen, C. (41)\nChen, H. (41)\nChen, S. (41)\nClark, A. (41)\nHuang, Y. (41)\nLi, H. (41)\nWu, Y. (41)\nXu, L. (41)\nChen, X. (40)\nDavies, M. (40)\nJia, J. (40)\nJiang, Y. (40)\nKono, T. (40)\nLi, B. (40)\nLi, S. (40)\nLiang, Z. (40)\nLiu, D. (40)\nNakamura, K. (40)\nNilsson, P. (40)\nWang, C. (40)\nWang, R. (40)\nWang, S. M. (40)\nWilliams, S. (40)\nYe, J. (40)\nAbdinov, O. (39)\n1. Subtypes of major depression: latent class analysis in depressed Han Chinese women Li, Y. | Aggen, S. | Shi, S. | Gao, J. | Li, Y. | Tao, M. | Zhang, K. | Wang, X. | Gao, C. | Yang, L. | Liu, Y. | Li, K. | Shi, J. | Wang, G. | Liu, L. | Zhang, J. | Du, B. | Jiang, G. | Shen, J. | Zhang, Z. | Liang, W. | Sun, J. | Hu, J. | Liu, T. | Wang, X. | Miao, G. | Meng, H. | Li, Y. | Hu, C. | Li, Y. | Huang, G. | Li, G. | Ha, B. | Deng, H. | Mei, Q. | Zhong, H. | Gao, S. | Sang, H. | Zhang, Y. | Fang, X. | Yu, F. | Yang, D. | Liu, T. | Chen, Y. | Hong, X. | Wu, W. | Chen, G. | Cai, M. | Song, Y. | Pan, J. | Dong, J. | Pan, R. | Zhang, W. | Shen, Z. | Liu, Z. | Gu, D. | Wang, X. | Liu, X. | Zhang, Q. | Flint, J. | Kendler, K. S.\n3. Childhood sexual abuse and the risk for recurrent major depression in Chinese women Cong, E. | Li, Y. | Shao, C. | Chen, J. | Wu, W. | Shang, X. | Wang, Z. | Liu, Y. | Liu, L. | Gao, C. | Li, Y. | Wu, J. | Deng, H. | Liu, J. | Sang, W. | Liu, G. | Rong, H. | Gan, Z. | Li, L. | Li, K. | Pan, J. | Li, Y. | Cui, Y. | Sun, L. | Liu, L. | Liu, H. | Zhao, X. | Zhang, Y. | Zhang, R. | Chen, Y. | Wang, X. | Li, H. | Chen, Y. | Lin, Y. | Kendler, K. S. | Flint, J. | Shi, S.\n4. Cognitive trio: relationship with major depression and clinical predictors in Han Chinese women Wang, L. | Liu, L. | Shi, S. | Gao, J. | Liu, Y. | Li, Y. | Zhang, Z. | Wang, G. | Zhang, K. | Tao, M. | Gao, C. | Li, K. | Wang, X. | Lv, L. | Jiang, G. | Wang, X. | Jia, H. | Zhang, J. | Lu, C. | Li, Y. | Li, K. | Hu, C. | Ning, Y. | Li, Y. | Sun, J. | Liu, T. | Zhang, Y. | Ha, B. | Tian, H. | Meng, H. | Hu, J. | Chen, Y. | Deng, H. | Huang, G. | Wu, W. | Li, G. | Fang, X. | Pan, J. | Hong, X. | Gao, S. | Li, X. | Yang, D. | Chen, G. | Liu, T. | Cai, M. | Dong, J. | Mei, Q. | Shen, Z. | Pan, R. | Liu, Z. | Wang, X. | Tan, Y. | Flint, J. | Kendler, K. S.\n5. In serum, higher parathyroid hormone but not lower vitamin D is associated with oral squamous cell carcinoma Zhang, H. | Lu, H. | Shrestha, C. | Feng, Y. | Li, Y. | Peng, J. | Li, Y. | Xie, Z.\nCurrent Oncology 2015;22(4):e259-e263.\nVitamin D and calcium are known to regulate differentiation and proliferation of keratinocytes; they might potentially have a role in suppressing carcinogenesis in squamous epithelium. Serum parathyroid hormone (pth) is a sensitive indicator of calcium and vitamin D deficiency, and 25-hydroxyvitamin D [25(OH)D] is an established marker of vitamin D status.\nTo determine whether levels of 25(OH)D, calcium, or pth in serum are associated with oral squamous cell carcinoma (oscc), we examined those parameters in serum collected from 70 patients with oscc and from an equal number of matched control subjects.\nThe results showed that intact pth was significantly higher in serum from oscc patients than in serum from control subjects. However, we observed no significant differences in 25(OH)D or calcium in serum from oscc patients and from control subjects.\nWe conclude that higher serum pth, but not lower serum vitamin D or calcium, is associated with oscc.\nOral squamous cell carcinoma; parathyroid hormone; 25-hydroxyvitamin D; calcium\n6. Nifuroxazide induces apoptosis and impairs pulmonary metastasis in breast cancer model Yang, F | Hu, M | Lei, Q | Xia, Y | Zhu, Y | Song, X | Li, Y | Jie, H | Liu, C | Xiong, Y | Zuo, Z | Zeng, A | Li, Y | Yu, L | Shen, G | Wang, D | Xie, Y | Ye, T | Wei, Y\nCell Death & Disease 2015;6(3):e1701-.\nBreast carcinoma is the most common female cancer with considerable metastatic potential. Signal transducers and activators of the transcription 3 (Stat3) signaling pathway is constitutively activated in many cancers including breast cancer and has been validated as a novel potential anticancer target. Here, we reported our finding with nifuroxazide, an antidiarrheal agent identified as a potent inhibitor of Stat3. The potency of nifuroxazide on breast cancer was assessed in vitro and in vivo. In this investigation, we found that nifuroxazide decreased the viability of three breast cancer cell lines and induced apoptosis of cancer cells in a dose-dependent manner. In addition, western blot analysis demonstrated that the occurrence of its apoptosis was associated with activation of cleaved caspases-3 and Bax, downregulation of Bcl-2. Moreover, nifuroxazide markedly blocked cancer cell migration and invasion, and the reduction of phosphorylated-Stat3Tyr705, matrix metalloproteinase (MMP) MMP-2 and MMP-9 expression were also observed. Furthermore, in our animal experiments, intraperitoneal administration of 50 mg/kg/day nifuroxazide suppressed 4T1 tumor growth and blocked formation of pulmonary metastases without detectable toxicity. Meanwhile, histological and immunohistochemical analyses revealed a decrease in Ki-67-positive cells, MMP-9-positive cells and an increase in cleaved caspase-3-positive cells upon nifuroxazide. Notably, nifuroxazide reduced the number of myeloid-derived suppressor cell in the lung. Our data indicated that nifuroxazide may potentially be a therapeutic agent for growth and metastasis of breast cancer.\n7. Evaluation of dose reduction and image quality in chest CT using adaptive statistical iterative reconstruction with the same group of patients Qi, L-P | Li, Y | Tang, L | Li, Y-L | Li, X-T | Cui, Y | Sun, Y-S | Zhang, X-P\n8. Drug-mediated inhibition of Fli-1 for the treatment of leukemia Li, Y-J | Zhao, X | Vecchiarelli-Federico, L M | Li, Y | Datti, A | Cheng, Y | Ben-David, Y\n9. Common genetic variability in ESR1 and EGF in relation to endometrial cancer risk and survival Einarsdóttir, K | Darabi, H | Czene, K | Li, Y | Low, Y L | Li, Y Q | Bonnard, C | Wedrén, S | Liu, E T | Hall, P | Liu, J | Humphreys, K\n10. Modification of N staging systems for penile cancer: a more precise prediction of prognosis Li, Z-S | Yao, K | Chen, P | Wang, B | Chen, J-P | Mi, Q-W | Li, Y-H | Liu, Z-W | Qin, Z-K | Zhou, F-J | Han, H\nBritish Journal of Cancer 2015;113(12):1746.\n11. 3-T diffusion tensor imaging (DTI) of normal uterus in young and middle-aged females during the menstrual cycle: evaluation of the cyclic changes of fractional anisotropy (FA) and apparent diffusion coefficient (ADC) values He, Y | Ding, N | Li, Y | Li, Z | Xiang, Y | Jin, Z | Xue, H\nThe British Journal of Radiology 2015;88(1049):20150043.\nTo evaluate cyclic changes of fractional anisotropy (FA) and apparent diffusion coefficient (ADC) values of normal uterus in different age groups during the menstrual cycle, and the correlation with serum female hormone levels.\n29 normal volunteers accepted diffusion tensor imaging of the uterus on menstrual phase (MP), follicular phase (FP), ovulatory phase (OP) and luteal phase. FA and ADC values of different uterine layers on midsagittal images were measured. Differences between two age groups during the menstrual cycle were evaluated using liner mixed models and one-way analysis of variance. Pearson correlation analysis compared variation of FA and ADC values with serum female hormone levels measured in MP.\nDuring menstrual cycle, endometrial FA values declined, whereas ADC values increased with significant differences (p < 0.05). Serum oestradiol (E) levels correlated moderately with variations of FA values between MP-FP (p = 0.045; r = 0.389) and MP-OP (p = 0.008; r = 0.511). FA and ADC values of junctional zones showed no significant difference (p > 0.05) as well as FA values of myometrium (p = 0.0961), while ADC values of myometrium showed significant increase from menstrual phase to luteal phase (p < 0.05). FA and ADC values of uterine three zonal structures showed significant differences (p < 0.05) at each phase during the menstrual cycle. No significant difference of FA and ADC values was found between age groups (p > 0.05).\nDynamic changes of uterine FA and ADC values were observed during menstrual cycle. Variation of FA values between MP-FP, MP-OP correlated moderately with serum E levels.\nNo publications on the relationship between FA and ADC values and the female hormone levels were found; our study prospectively investigated the cyclic changes of FA and ADC values of the normal uterus and the correlation with the basic serum female hormone levels in MP.\n12. Effect of Antibacterial Dental Adhesive on Multispecies Biofilms Formation Zhang, K. | Wang, S. | Zhou, X. | Xu, H.H.K. | Weir, M.D. | Ge, Y. | Li, M. | Wang, S. | Li, Y. | Xu, X. | Zheng, L. | Cheng, L.\nJournal of Dental Research 2015;94(4):622-629.\nAntibacterial adhesives have favorable prospects to inhibit biofilms and secondary caries. The objectives of this study were to investigate the antibacterial effect of dental adhesives containing dimethylaminododecyl methacrylate (DMADDM) on different bacteria in controlled multispecies biofilms and its regulating effect on development of biofilm for the first time. Antibacterial material was synthesized, and Streptococcus mutans, Streptococcus gordonii, and Streptococcus sanguinis were chosen to form multispecies biofilms. Lactic acid assay and pH measurement were conducted to study the acid production of controlled multispecies biofilms. Anthrone method and exopolysaccharide (EPS):bacteria volume ratio measured by confocal laser scanning microscopy were performed to determine the EPS production of biofilms. The colony-forming unit counts, scanning electron microscope imaging, and dead:live volume ratio decided by confocal laser scanning microscopy were used to study the biomass change of controlled multispecies biofilms. The TaqMan real-time polymerase chain reaction and fluorescent in situ hybridization imaging were used to study the proportion change in multispecies biofilms of different groups. The results showed that DMADDM-containing adhesive groups slowed the pH drop and decreased the lactic acid production noticeably, especially lactic acid production in the 5% DMADDM group, which decreased 10- to 30-fold compared with control group (P < 0.05). EPS was reduced significantly in 5% DMADDM group (P < 0.05). The DMADDM groups reduced the colony-forming unit counts significantly (P < 0.05) and had higher dead:live volume ratio in biofilms compared with control group (P < 0.05). The proportion of S. mutans decreased steadily in DMADDM-containing groups and continually increased in control group, and the biofilm had a more healthy development tendency after the regulation of DMADDM. In conclusion, the adhesives containing DMADDM had remarkable antimicrobial properties to serve as “bioactive” adhesive materials and revealed its potential value for antibiofilm and anticaries clinical applications.\ndimethylaminododecyl methacrylate; antibacterial material; controlled multispecies biofilm; bonding agent; tooth restoration; caries inhibition\n13. Hepatitis B virus infection is associated with gastric cancer in China: an endemic area of both diseases Wei, X-L | Qiu, M-Z | Jin, Y | Huang, Y-X | Wang, R-Y | Chen, W-W | Wang, D-S | Wang, F | Luo, H-Y | Zhang, D-S | Wang, F-H | Li, Y-H | Xu, R-H\nBritish Journal of Cancer 2015;112(7):1283-1290.\nHepatitis B virus (HBV) infection was demonstrated to be a risk factor of several cancers of the digestive system. In addition, liver cirrhosis, which could possibly result from chronic HBV infection, was associated with a higher risk of gastric cancer. However, the association of HBV infection and gastric cancer has not been investigated.\nA retrospective case–control study with 580 cases and 580 controls matched for age, sex and year of diagnosis was conducted. The associations between gastric cancer and HBV infection were explored with univariate and multivariate unconditional logistic regression analysis.\nHepatitis B surface antigen (HBsAg) was positively associated with gastric cancer (AOR (95% CI): 1.49 (1.06–2.10)). This association remained significant in patients without family history of gastric cancer (AOR (95% CI): (1.06–2.11)). For HBsAg-negative population, being anti-HBc positive/anti-HBs negative, which possibly indicated occult HBV infection, was also found to have some associations with gastric cancer. In addition, some synergistic effects between HBV infection and blood type A in gastric cancer were identified.\nThe HBV infection was positively related with gastric cancer, especially for patients without family history of gastric cancer. Further prospective studies are warranted to confirm this relationship.\nhepatitis B virus; gastric cancer; risk factor; ABO blood group\n14. A new insight into high-strength Ti62Nb12.2Fe13.6Co6.4Al5.8 alloys with bimodal microstructure fabricated by semi-solid sintering Liu, L. H. | Yang, C. | Kang, L. M. | Qu, S. G. | Li, X. Q. | Zhang, W. W. | Chen, W. P. | Li, Y. Y. | Li, P. J. | Zhang, L. C.\nScientific Reports 2016;6:23467.\nIt is well known that semi-solid forming could only obtain coarse-grained microstructure in a few alloy systems with a low melting point, such as aluminum and magnesium alloys. This work presents that semi-solid forming could also produce novel bimodal microstructure composed of nanostructured matrix and micro-sized (CoFe)Ti2 twins in a titanium alloy, Ti62Nb12.2Fe13.6Co6.4Al5.8. The semi-solid sintering induced by eutectic transformation to form a bimodal microstructure in Ti62Nb12.2Fe13.6Co6.4Al5.8 alloy is a fundamentally different approach from other known methods. The fabricated alloy exhibits high yield strength of 1790 MPa and plastic strain of 15.5%. The novel idea provides a new insight into obtaining nano-grain or bimodal microstructure in alloy systems with high melting point by semi-solid forming and into fabricating high-performance metallic alloys in structural applications.\n15. Field homogeneity improvement of maglev NdFeB magnetic rails from joints Li, Y. J. | Dai, Q. | Deng, C. Y. | Sun, R. X. | Zheng, J. | Chen, Z. | Sun, Y. | Wang, H. | Yuan, Z. D. | Fang, C. | Deng, Z. G.\nAn ideal magnetic rail should provide a homogeneous magnetic field along the longitudinal direction to guarantee the reliable friction-free operation of high temperature superconducting (HTS) maglev vehicles. But in reality, magnetic field inhomogeneity may occur due to lots of reasons; the joint gap is the most direct one. Joint gaps inevitably exist between adjacent segments and influence the longitudinal magnetic field homogeneity above the rail since any magnetic rails are consisting of many permanent magnet segments. To improve the running performance of maglev systems, two new rail joints are proposed based on the normal rail joint, which are named as mitered rail joint and overlapped rail joint. It is found that the overlapped rail joint has a better effect to provide a competitive homogeneous magnetic field. And the further structure optimization has been done to ensure maglev vehicle operation as stable as possible when passing through those joint gaps. The results show that the overlapped rail joint with optimal parameters can significantly reduce the magnetic field inhomogeneity comparing with the other two rail joints. In addition, an appropriate gap was suggested when balancing the thermal expansion of magnets and homogenous magnetic field, which is considered valuable references for the future design of the magnetic rails.\nMagnetic rail; Joint; Field homogeneity; Maglev\n16. Partially reduced graphene oxide based FRET on fiber-optic interferometer for biochemical detection Yao, B. C. | Wu, Y. | Yu, C. B. | He, J. R. | Rao, Y. J. | Gong, Y. | Fu, F. | Chen, Y. F. | Li, Y. R.\nScientific Reports 2016;6:23706.\nFluorescent resonance energy transfer (FRET) with naturally exceptional selectivity is a powerful technique and widely used in chemical and biomedical analysis. However, it is still challenging for conventional FRET to perform as a high sensitivity compact sensor. Here we propose a novel ‘FRET on Fiber’ concept, in which a partially reduced graphene oxide (prGO) film is deposited on a fiber-optic modal interferometer, acting as both the fluorescent quencher for the FRET and the sensitive cladding for optical phase measurement due to refractive index changes in biochemical detection. The target analytes induced fluorescence recovery with good selectivity and optical phase shift with high sensitivity are measured simultaneously. The functionalized prGO film coated on the fiber-optic interferometer shows high sensitivities for the detections of metal ion, dopamine and single-stranded DNA (ssDNA), with detection limits of 1.2 nM, 1.3 μM and 1 pM, respectively. Such a prGO based ‘FRET on fiber’ configuration, bridging the FRET and the fiber-optic sensing technology, may serve as a platform for the realization of series of integrated ‘FRET on Fiber’ sensors for on-line environmental, chemical, and biomedical detection, with excellent compactness, high sensitivity, good selectivity and fast response\n17. The similarity of the structure of DSM-IV criteria for major depression in depressed women from China, the United States and Europe Kendler, K. S. | Aggen, S. H. | Li, Y. | Lewis, C. M. | Breen, G. | Boomsma, D. I. | Bot, M. | Penninx, B. W. J. H. | Flint, J.\nPsychological Medicine 2015;45(9):1945-1954.\nChina; cross-cultural psychiatry, DSM-IV; major depression; measurement invariance\n18. Hybrid metamaterial switching for manipulating chirality based on VO2 phase transition Lv, T. T. | Li, Y. X. | Ma, H. F. | Zhu, Z. | Li, Z. P. | Guan, C. Y. | Shi, J. H. | Zhang, H. | Cui, T. J.\nScientific Reports 2016;6:23186.\nPolarization manipulations of electromagnetic waves can be obtained by chiral and anisotropic metamaterials routinely, but the dynamic and high-efficiency modulations of chiral properties still remain challenging at the terahertz range. Here, we theoretically demonstrate a new scheme for realizing thermal-controlled chirality using a hybrid terahertz metamaterial with embedded vanadium dioxide (VO2) films. The phase transition of VO2 films in 90° twisted E-shaped resonators enables high-efficiency thermal modulation of linear polarization conversion. The asymmetric transmission of linearly polarized wave and circular dichroism simultaneously exhibit a pronounced switching effect dictated by temperature-controlled conductivity of VO2 inclusions. The proposed hybrid metamaterial design opens exciting possibilities to achieve dynamic modulation of terahertz waves and further develop tunable terahertz polarization devices.\n19. Novel therapeutic strategy targeting the Hedgehog signalling and mTOR pathways in biliary tract cancer Zuo, M | Rashid, A | Churi, C | Vauthey, J-N | Chang, P | Li, Y | Hung, M-C | Li, D | Javle, M\nBritish Journal of Cancer 2015;112(6):1042-1051.\nActivation of the PI3K/mTOR and Hedgehog (Hh) signalling pathways occurs frequently in biliary tract cancer (BTC). Crosstalk between these pathways occurs in other gastrointestinal cancers. The respective signalling inhibitors rapamycin and vismodegib may inhibit BTC synergistically and suppress cancer stem cells (CSCs).\nGene expression profiling for p70S6k and Gli1 was performed with BTC cell lines. Tumour and pathway inhibitory effects of rapamycin and vismodegib were investigated in BTC preclinical models and CSCs.\nRapamycin and vismodegib synergistically reduced BTC cell viability and proliferation. This drug combination arrested BTC Mz-ChA-1 cells in the G1 phase but had no significant effect on the cell cycle of BTC Sk-ChA-1 cells. Combined treatment inhibited the proliferation of CSCs and ALDH-positive cells. Nanog and Oct-4 expression in CSCs was decreased by the combination treatment. Western blotting results showed the p-p70S6K, p-Gli1, p-mTOR, and p-AKT protein expression were inhibited by the combination treatment in BTC cells. In an Mz-ChA-1 xenograft model, combination treatment resulted in 80% inhibition of tumour growth and prolonged tumour doubling time. In 4 of 10 human BTC specimens, tumour p-p70S6K and Gli1 protein expression levels were decreased with the combination treatment.\nTargeted inhibition of the PI3K/mTOR and Hhpathways indicates a new avenue for BTC treatment with combination therapy.\nBTC; mTOR inhibitor; Hedgehog inhibitor; combination therapy\n20. Evidence for lattice-polarization-enhanced field effects at the SrTiO3-based heterointerface Li, Y. | Zhang, H. R. | Lei, Y. | Chen, Y. Z. | Pryds, N. | Shen, Baogen | Sun, Jirong\nScientific Reports 2016;6:22418.\nElectrostatic gating provides a powerful approach to tune the conductivity of the two-dimensional electron liquid between two insulating oxides. For the LaAlO3/SrTiO3 (LAO/STO) interface, such gating effect could be further enhanced by a strong lattice polarization of STO caused by simultaneous application of gate field and illumination light. Herein, by monitoring the discharging process upon removing the gate field, we give firm evidence for the occurrence of this lattice polarization at the amorphous-LaAlO3/SrTiO3 interface. Moreover, we find that the lattice polarization is accompanied with a large expansion of the out-of-plane lattice of STO. Photo excitation affects the polarization process by accelerating the field-induced lattice expansion. The present work demonstrates the great potential of combined stimuli in exploring emergent phenomenon at complex oxide interfaces.\n21. Alkaline ceramidase 3 deficiency aggravates colitis and colitis-associated tumorigenesis in mice by hyperactivating the innate immune system Wang, K | Xu, R | Snider, A J | Schrandt, J | Li, Y | Bialkowska, A B | Li, M | Zhou, J | Hannun, Y A | Obeid, L M | Yang, V W | Mao, C\nCell Death & Disease 2016;7(3):e2124-.\nIncreasing studies suggest that ceramides differing in acyl chain length and/or degree of unsaturation have distinct roles in mediating biological responses. However, still much remains unclear about regulation and role of distinct ceramide species in the immune response. Here, we demonstrate that alkaline ceramidase 3 (Acer3) mediates the immune response by regulating the levels of C18:1-ceramide in cells of the innate immune system and that Acer3 deficiency aggravates colitis in a murine model by augmenting the expression of pro-inflammatory cytokines in myeloid and colonic epithelial cells (CECs). According to the NCBI Gene Expression Omnibus (GEO) database, ACER3 is downregulated in immune cells in response to lipopolysaccharides (LPS), a potent inducer of the innate immune response. Consistent with these data, we demonstrated that LPS downregulated both Acer3 mRNA levels and its enzymatic activity while elevating C18:1-ceramide, a substrate of Acer3, in murine immune cells or CECs. Knocking out Acer3 enhanced the elevation of C18:1-ceramide and the expression of pro-inflammatory cytokines in immune cells and CECs in response to LPS challenge. Similar to Acer3 knockout, treatment with C18:1-ceramide, but not C18:0-ceramide, potentiated LPS-induced expression of pro-inflammatory cytokines in immune cells. In the mouse model of dextran sulfate sodium-induced colitis, Acer3 deficiency augmented colitis-associated elevation of colonic C18:1-ceramide and pro-inflammatory cytokines. Acer3 deficiency aggravated diarrhea, rectal bleeding, weight loss and mortality. Pathological analyses revealed that Acer3 deficiency augmented colonic shortening, immune cell infiltration, colonic epithelial damage and systemic inflammation. Acer3 deficiency also aggravated colonic dysplasia in a mouse model of colitis-associated colorectal cancer. Taken together, these results suggest that Acer3 has an important anti-inflammatory role by suppressing cellular or tissue C18:1-ceramide, a potent pro-inflammatory bioactive lipid and that dysregulation of ACER3 and C18:1-ceramide may contribute to the pathogenesis of inflammatory diseases including cancer.\n22. IL10 inhibits starvation-induced autophagy in hypertrophic scar fibroblasts via cross talk between the IL10-IL10R-STAT3 and IL10-AKT-mTOR pathways Shi, J | Wang, H | Guan, H | Shi, S | Li, Y | Wu, X | Li, N | Yang, C | Bai, X | Cai, W | Yang, F | Wang, X | Su, L | Zheng, Z | Hu, D\nCell Death & Disease 2016;7(3):e2133-.\nHypertrophic scar (HS) is a serious skin fibrotic disease characterized by excessive hypercellularity and extracellular matrix (ECM) component deposition. Autophagy is a tightly regulated physiological process essential for cellular maintenance, differentiation, development, and homeostasis. Previous studies show that IL10 has potential therapeutic benefits in terms of preventing and reducing HS formation. However, no studies have examined IL10-mediated autophagy during the pathological process of HS formation. Here, we examined the effect of IL10 on starvation-induced autophagy and investigated the molecular mechanism underlying IL10-mediated inhibition of autophagy in HS-derived fibroblasts (HSFs) under starvation conditions. Immunostaining and PCR analysis revealed that a specific component of the IL10 receptor, IL10 alpha-chain (IL10Rα), is expressed in HSFs. Transmission electron microscopy and western blot analysis revealed that IL10 inhibited starvation-induced autophagy and induced the expression of p-AKT and p-STAT3 in HSFs in a dose-dependent manner. Blocking IL10R, p-AKT, p-mTOR, and p-STAT3 using specific inhibitors (IL10RB, LY294002, rapamycin, and cryptotanshinone, respectively) showed that IL10 inhibited autophagy via IL10Rα-mediated activation of STAT3 (the IL10R-STAT3 pathway) and by directly activating the AKT-mTOR pathway. Notably, these results suggest that IL10-mediated inhibition of autophagy is facilitated by the cross talk between STAT3, AKT, and mTOR; in other words, the IL10-IL10R-STAT3 and IL10-AKT-mTOR pathways. Finally, the results also indicate that mTOR-p70S6K is the molecule upon which these two pathways converge to induce IL10-mediated inhibition of autophagy in starved HSFs. In summary, the findings reported herein shed light on the molecular mechanism underlying IL10-mediated inhibition of autophagy and suggest that IL10 is a potential therapeutic agent for the treatment of HS.\n23. Anthropogenic disturbances are key to maintaining the biodiversity of grasslands Yuan, Z. Y. | Jiao, F. | Li, Y. H. | Kallenbach, Robert L.\nScientific Reports 2016;6:22132.\nAlthough anthropogenic disturbances are often perceived as detrimental to plant biodiversity, the relationship between biodiversity and disturbance remains unclear. Opinions diverge on how natural diversity is generated and maintained. We conducted a large-scale investigation of a temperate grassland system in Inner Mongolia and assessed the richness-disturbance relationship using grazing intensity, the primary anthropogenic disturbance in the region. Vascular plant-species richness peaked at an intermediate level of anthropogenic disturbance. Our results support the Intermediate Disturbance Hypothesis, which provides a valid and useful measure of biodiversity at a metacommunity scale, indicating that anthropogenic disturbances are necessary to conserve the biodiversity of grassland systems.\n24. Metabolic Syndrome Exacerbates Inflammation and Bone Loss in Periodontitis Li, Y. | Lu, Z. | Zhang, X. | Yu, H. | Kirkwood, K.L. | Lopes-Virella, M.F. | Huang, Y.\nJournal of Dental Research 2015;94(2):362-370.\nClinical studies have shown that metabolic syndrome (MetS) is associated with increased risk of developing periodontitis. However, the underlying mechanisms remain largely unknown. Since it is known that lipopolysaccharide (LPS)–activated toll-like receptor 4 signaling pathways play a crucial role in periodontitis, we hypothesized that MetS enhances LPS-induced periodontal inflammation and alveolar bone loss. In this study, we induced MetS in C57BL/6 mice by feeding them high-fat diet (HFD), and we induced periodontitis by periodontal injection of Aggregatibacter actinomycetemcomitans LPS. We found that mice fed a HFD had significantly increased body weight, plasma lipids, insulin, and insulin resistance when compared with mice fed regular chow, indicating that the mice developed MetS. We also found that a HFD markedly increased LPS-induced alveolar bone loss, osteoclastogenesis, and inflammatory infiltration. Analysis of gene expression in periodontal tissue revealed that HFD and LPS injection cooperatively stimulated expression of cytokines that are known to be involved in periodontal tissue inflammation and osteoclastogenesis—such as interleukin 6, monocyte-chemotactic protein 1, receptor activator of nuclear factor kappa-B ligand, and macrophage colony-stimulating factor. To further understand the potential mechanisms involved in MetS-boosted tissue inflammation, our in vitro studies showed that palmitic acid—the most abundant saturated fatty acid (SFA) and the major SFA in the HFD used in our animal study—potently enhanced LPS-induced proinflammatory gene expression in macrophages. In sum, this study demonstrated that MetS was associated with increased periodontal inflammation and alveolar bone loss in an LPS-induced periodontitis animal model. This study also suggests that SFA palmitic acid may play an important role in MetS-associated periodontitis by enhancing LPS-induced expression of inflammatory cytokines in macrophages.\nlipopolysaccharide; palmitic acid; high-fat diet; osteoclast; cytokines; gene expression\n25. Combinatorial Effects of Arginine and Fluoride on Oral Bacteria Zheng, X. | Cheng, X. | Wang, L. | Qiu, W. | Wang, S. | Zhou, Y. | Li, M. | Li, Y. | Cheng, L. | Li, J. | Zhou, X. | Xu, X.


url: =Construction of Corporate Culture Carriers Based on CIS Theory--《Journal of Chongqing University of Technology(Social Science)》2010年09期\n《Journal of Chongqing University of Technology(Social Science)》 2010-09\nConstruction of Corporate Culture Carriers Based on CIS Theory\nZHENG Mei-dan,LONG Xiao-wei(School of Culture and Social Development Studies,Southwest University,Chongqing 400715,China)\nThe construction of corporate culture must depend on all kinds of carrier. As a set of perfect corporate identity system,the introduction of CIS theory offers a brand-new solution mode and thinking for the study on construction of corporate culture carrier. This paper begins with introducing the implication of CIS and its elements,then analyzes the relations between three subsystems of CIS and components of corporate culture carrier,and tries to find a new idea for the construction of corporate culture on CIS theory,and finally,explains the relations between the CIS importing and the construction of corporate culture carrier and points out some problems to which attention should be paid in the process of practice.\n1 LIU Jin-ping,QIU Jia-hong(School of Humanities,Chongqing Jiaotong University,Chongqing 400074,China);The Image Orientation Actuality of Chongqing and Analysis[J];重庆文理学院学报(社会科学版);2009-01\n1 ZHANG Qingwu,XUE Zhigang(Liuzhou Teachers College,Liuzhou,Guangxi,545004 China);On City Image Location of Laibin in Guangxi[J];柳州师专学报;2012-06\n2 LIU Jin-ping,ZHANG Yi,ZHANG Rui(School of Politics and Law,Institute of Brand Sciences,Chongqing University of Arts and Sciences,Yongchuan, Chongqing,402160,China);An Analysis on Orientation Language of the Urban Image of Chongqing[J];重庆文理学院学报(社会科学版);2011-02\n3 ZHANG Sheng-wen(Fujian College of Water Conservancy and Electric Power,Yongan,Fujian,366000,China);An Exploration of Sanming Spirit's Connotation Framework and Fostering Path[J];重庆文理学院学报(社会科学版);2011-02\n4 ZHENG Mei-dan,LONG Xiao-wei(School of Culture and Social Development Studies,Southwest University,Chongqing 400715,China);Construction of Corporate Culture Carriers Based on CIS Theory[J];重庆理工大学学报(社会科学);2010-09\n5 XIA Ling DAI Chun-lin(Department of Psychology,Zhejiang Normal University,Zhejiang Jinhua,321004,China);The Concept and Measurement of Brand Attachment[J];重庆文理学院学报(社会科学版);2010-04\n6 ZHANG Yi1,2,LIU Jin-ping3,ZHANG Rui1,2(1.School of Management,China University of Mining & Technology,Xuzhou 221116,China;2.Institute of Brand Sciences,Chongqing University of Arts and Sciences,Chongqing 402160,China;3.School of Humanities,Chongqing Jiaotong University,Chongqing 400074,China);On the Positioning and Creation of Urban Image Based on Grounded Theory——A Case Study of Chongqing[J];旅游学刊;2009-09\n1 TAN Hong,ZHANG Rui,ZHANG Yi,LIU Jinping(Institute of Brand Sciences,Chongqing University of Arts and Sciences,Chongqing 402160 China);0n Theory and Practice of Specialty Development of Brandology in Universities[J];重庆文理学院学报(社会科学版);2008-03\n2 Zhang Yi Zhang Rui(1.Chongqing Jiaotong University,Chongqing,China;2.Chongqing Technology and Business University,Chongqing,China);On Urban Brand[J];管理学报;2006-04\n3 LI Fei~1, XIE Xiang-xiang~2 (1.Department of Tourism & Resources Environment, Fushan University, Foshan 528000,China; 2.College of Tourism, Hainan University, Haikou 570228,China);Chongqing's Tourism Images Positioning Based on Investigation[J];重庆大学学报(社会科学版);2004-01\n4 LI Xin ke 1,BEN Xiang qian 2 (1 China Construction Bank of Chongqing , Chongqing 400010, China; 2 College of Trade and Law, Chongqing University, Chongqing 400044, China);The Economic Meaning of Creating Chongqing's City Image in the 21st Century[J];重庆大学学报(社会科学版);2002-04


url: =Women Lead: Advocacy For Women Into Power (AFWIP) launches support for all women in Election 2020 » Akasanoma Gh\nHome/News/Women Lead: Advocacy For Women Into Power (AFWIP) launches support for all women in Election 2020\nAccra, Monday, November 9, 2020 – Advocacy for women into power has launched an official project called Women Lead to support all women who are contesting in 2020 general election in Ghana. The official Virtual launched of the project had guest speakers like Oheneyere Gifti Anti, Kozie Akosua Manu, Abena Dugan, Eno Barony, Maame Ama Pratt, her Royal Highness Naa Klokai Densua IV.\nFemi DeBankbuoy Unveils Official Album Art & Tracklist For “Mic & Tie” Album\n109º - 73º


url: =2016, v.36(01) 71-74\nPharmacodynamic study of vitexin-2'-O-rhamnoside on acute myocardial ischemia in rats\nWEI Wenjuan,YING Xixiang,ZHANG Wenjie,et al.Effects of vitexin-2'-O-rhamnoside and vitexin-4'-O-glucoside on growth and oxidative stress-induced cell apoptosis of human adipose-derived stem cells[J].Journal of Pharmacy and Pharmacology,2014,66(7):988-997.\nYIN Jingjing,QU Jianguo,ZHANG Wenjie,et al.Tissue distribution comparison between healthy and fatty liver rats after oral administration of hawthorn leaf extract[J].Biomedical Chromatography,2014,28(5):637-647.\n王蓓,童华诚,张松.CTn T、NT-pro BNP及心肌酶谱联合检测在诊治急性冠脉综合征中的临床意义[J].安徽医药,2014,18(12):2287-2289.


url: =10 Best Hotels Near ShengPing Lu BuXingJie - TripAdvisor\nBest Hotels Near ShengPing Lu BuXingJie, Qingdao\nShengping Road, Qingdao, China\nRead Reviews of ShengPing Lu BuXingJie\n1,472 of 2,062 properties match your filters. Clear all filters\nFilterAny distance from ShengPing Lu BuXingJie\n1.4 km from ShengPing Lu BuXingJie\n“This hotel price benefit is ok if you are used to travel in china and can speak some Chinese.. It's located near Qingdao north station and airport. But there is nothing near such as commercial center or restaurant...”\n2.0 km from ShengPing Lu BuXingJie\n3.5 km from ShengPing Lu BuXingJie\n3.0 km from ShengPing Lu BuXingJie\n2.9 km from ShengPing Lu BuXingJie\n3.4 km from ShengPing Lu BuXingJie\n0.1 km from ShengPing Lu BuXingJie\n0.2 km from ShengPing Lu BuXingJie\n0.7 km from ShengPing Lu BuXingJie\n1.6 km from ShengPing Lu BuXingJie\n2.2 km from ShengPing Lu BuXingJie\n2.5 km from ShengPing Lu BuXingJie\n2.6 km from ShengPing Lu BuXingJie\n2.7 km from ShengPing Lu BuXingJie\n2.8 km from ShengPing Lu BuXingJie\n3.1 km from ShengPing Lu BuXingJie\n3.3 km from ShengPing Lu BuXingJie


url: =Ten-year variability in ecosystem water use efficiency in an oak-dominated temperate forest under a warming climate\nThe impacts of extreme weather events on water–carbon (C) coupling and ecosystem-scale water use effi-ciency (WUE) over a long term are poorly understood. We analyzed the changes in ecosystem water useefficiency (WUE) from 10 years of eddy-covariance measurements (2004–2013) over an oak-dominatedtemperate forest in Ohio, USA. The aim was to investigate the long-term...\nJing Xie; Jiquan Chen; Ge Sun; Tianshan Zha; Bai Yang; Housen Chu; Junguo Liu; Shiqiang Wan; Caixian Zhou; Hong Ma; Charles P.-A. Bourque; Changliang Shao; Ranjeet John; Zutao Ouyang\nDryness index, Eddy covariance, Evapotranspiration, Gross ecosystem production, Long-term variability, Water use efficiency


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url: =Computer Science authors/titles Apr 2018\nAuthors and titles for Apr 2018\n[ total of 3454 entries: 1-25 | 26-50 | 51-75 | 76-100 | ... | 3451-3454 ]\n arXiv:1804.00015 [pdf, other]\nTitle: ESPnet: End-to-End Speech Processing Toolkit\nAuthors: Shinji Watanabe, Takaaki Hori, Shigeki Karita, Tomoki Hayashi, Jiro Nishitoba, Yuya Unno, Nelson Enrique Yalta Soplin, Jahn Heymann, Matthew Wiesner, Nanxin Chen, Adithya Renduchintala, Tsubasa Ochiai\n arXiv:1804.00021 [pdf, other]\nTitle: Hierarchical Transfer Convolutional Neural Networks for Image Classification\nAuthors: Xishuang Dong, Hsiang-Huang Wu, Yuzhong Yan, Lijun Qian\n arXiv:1804.00035 [pdf, other]\nTitle: Convex Relaxations of Probabilistic AC Optimal Power Flow for Interconnected AC and HVDC Grids\nAuthors: Andreas Venzke, Spyros Chatzivasileiadis\n arXiv:1804.00036 [pdf, other]\nTitle: Performing Fully Parallel Constraint Logic Programming on a Quantum Annealer\nAuthors: Scott Pakin\n arXiv:1804.00038 [pdf, other]\nTitle: Overview: A Hierarchical Framework for Plan Generation and Execution in Multi-Robot Systems\nAuthors: Hang Ma, Wolfgang Hönig, Liron Cohen, Tansel Uras, Hong Xu, T. K. Satish Kumar, Nora Ayanian, Sven Koenig\nJournal-ref: IEEE Intelligent Systems, vol. 32, no. 6, pp. 6-12, November/December 2017\n arXiv:1804.00047 [pdf, other]\nTitle: Conditional End-to-End Audio Transforms\nAuthors: Albert Haque, Michelle Guo, Prateek Verma\n arXiv:1804.00050 [pdf, other]\nTitle: Real-Time Grasp Planning for Multi-Fingered Hands by Finger Splitting\nAuthors: Yongxiang Fan, Te Tang, Hsien-Chung Lin, Masayoshi Tomizuka\nComments: Accepted by 2018 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2018)\n arXiv:1804.00057 [pdf, other]\nTitle: Understanding Autoencoders with Information Theoretic Concepts\nAuthors: Shujian Yu, Jose C. Principe\nComments: Paper accepted by Neural Networks. Code for estimating information quantities and drawing the information plane is available from this https URL\n arXiv:1804.00060 [pdf, other]\nTitle: Class Subset Selection for Transfer Learning using Submodularity\nAuthors: Varun Manjunatha, Srikumar Ramalingam, Tim K. Marks, Larry Davis\n arXiv:1804.00062 [pdf, other]\nTitle: Visual Robot Task Planning\nAuthors: Chris Paxton, Yotam Barnoy, Kapil Katyal, Raman Arora, Gregory D. Hager\nComments: 8 pages, IEEE format, currently in review\n arXiv:1804.00064 [pdf, other]\nTitle: Learning Beyond Human Expertise with Generative Models for Dental Restorations\nAuthors: Jyh-Jing Hwang, Sergei Azernikov, Alexei A. Efros, Stella X. Yu\n arXiv:1804.00065 [pdf, other]\nTitle: Attentive Interaction Model: Modeling Changes in View in Argumentation\nAuthors: Yohan Jo, Shivani Poddar, Byungsoo Jeon, Qinlan Shen, Carolyn P. Rose, Graham Neubig\nComments: 2018 Conference of the North American Chapter of the Association for Computational Linguistics: Human Language Technologies\n arXiv:1804.00073 [pdf, other]\nTitle: Generation of complete test sets\nAuthors: Eugene Goldberg\n arXiv:1804.00079 [pdf, other]\nTitle: Learning General Purpose Distributed Sentence Representations via Large Scale Multi-task Learning\nAuthors: Sandeep Subramanian, Adam Trischler, Yoshua Bengio, Christopher J Pal\nComments: Accepted at ICLR 2018\n arXiv:1804.00084 [pdf, other]\nTitle: Characterizing Interconnections and Linguistic Patterns in Twitter\nAuthors: Johnnatan Messias\nComments: This is a dissertation presented to the Graduate Program in Computer Science of the Universidade Federal de Minas Gerais in partial fulfillment of the requirements for the degree of Master in Computer Science. this http URL\n arXiv:1804.00086 [pdf, other]\nTitle: HCAP: A History-Based Capability System for IoT Devices\nAuthors: Lakshya Tandon, Philip W. L. Fong, Reihaneh Safavi-Naini\n arXiv:1804.00090 [pdf, other]\nTitle: FloorNet: A Unified Framework for Floorplan Reconstruction from 3D Scans\nAuthors: Chen Liu, Jiaye Wu, Yasutaka Furukawa\n arXiv:1804.00092 [pdf, other]\nTitle: Iterative Learning with Open-set Noisy Labels\nAuthors: Yisen Wang, Weiyang Liu, Xingjun Ma, James Bailey, Hongyuan Zha, Le Song, Shu-Tao Xia\n arXiv:1804.00097 [pdf, other]\nTitle: Adversarial Attacks and Defences Competition\nAuthors: Alexey Kurakin, Ian Goodfellow, Samy Bengio, Yinpeng Dong, Fangzhou Liao, Ming Liang, Tianyu Pang, Jun Zhu, Xiaolin Hu, Cihang Xie, Jianyu Wang, Zhishuai Zhang, Zhou Ren, Alan Yuille, Sangxia Huang, Yao Zhao, Yuzhe Zhao, Zhonglin Han, Junjiajia Long, Yerkebulan Berdibekov, Takuya Akiba, Seiya Tokui, Motoki Abe\n arXiv:1804.00099 [pdf, other]\nTitle: Graph Convolutional Neural Networks via Scattering\nAuthors: Dongmian Zou, Gilad Lerman\nComments: 26 pages, 9 figures, 4 tables\nJournal-ref: Applied and Computational Harmonic Analysis, 49:3 (2020), pp. 1046-1074\n arXiv:1804.00100 [pdf, other]\nTitle: Bidirectional Attentive Fusion with Context Gating for Dense Video Captioning\nAuthors: Jingwen Wang, Wenhao Jiang, Lin Ma, Wei Liu, Yong Xu\nComments: CVPR2018 spotlight paper\n arXiv:1804.00101 [pdf, other]\nTitle: Fast Fencing\nAuthors: Mikkel Abrahamsen, Anna Adamaszek, Karl Bringmann, Vincent Cohen-Addad, Mehran Mehr, Eva Rotenberg, Alan Roytman, Mikkel Thorup\n arXiv:1804.00103 [pdf, other]\nTitle: A LiDAR Point Cloud Generator: from a Virtual World to Autonomous Driving\nAuthors: Xiangyu Yue, Bichen Wu, Sanjit A. Seshia, Kurt Keutzer, Alberto L. Sangiovanni-Vincentelli\n arXiv:1804.00105 [pdf, other]\nTitle: Visual Question Reasoning on General Dependency Tree\nAuthors: Qingxing Cao, Xiaodan Liang, Bailing Li, Guanbin Li, Liang Lin\nComments: Accepted as spotlight at CVPR 2018\n arXiv:1804.00109 [pdf, other]\nTitle: QDEE: Question Difficulty and Expertise Estimation in Community Question Answering Sites\nAuthors: Jiankai Sun, Sobhan Moosavi, Rajiv Ramnath, Srinivasan Parthasarathy\nComments: Accepted in the Proceedings of the 12th International AAAI Conference on Web and Social Media (ICWSM 2018). June 2018. Stanford, CA, USA


url: =Goshen Villa Real Estate - Find Your Perfect Home For Sale!\nGoshen Villa Listings Summary\nGoshen Villa - Town vs. County Stats\nAvg Price in Goshen Villa: $169,900 / County Avg $246,000\nAvg Taxes in Goshen Villa: $1,700 / County Avg $1,300\nAvg Sq. Ft. in Goshen Villa: 1,831 / County Avg 2,388\nAvg Price per/ft2 in Goshen Villa: $93 / County Avg $103\nAvg Walkscore in Goshen Villa: 5 / County Avg 11\nAvg Year Built in Goshen Villa: 1988 / County Avg 2000\nAvg Days on Website in Goshen Villa: 131 / County Avg 91\nGoshen Villa Listings\nGoshen Villa Real Estate Market Health


url: =15 September 2011 Research on spatial interpolation of meteorological elements in Anhui Province based on ANUSPLIN\nShijie Shu , Chaoshun Liu , Runhe Shi , Wei Gao\nProceedings Volume 8156, Remote Sensing and Modeling of Ecosystems for Sustainability VIII; 81560J (2011) https://doi.org/10.1117/12.892263\nShijie Shu, Shijie Shu, Chaoshun Liu, Chaoshun Liu, Runhe Shi, Runhe Shi, Wei Gao, Wei Gao, "Research on spatial interpolation of meteorological elements in Anhui Province based on ANUSPLIN", Proc. SPIE 8156, Remote Sensing and Modeling of Ecosystems for Sustainability VIII, 81560J (15 September 2011); doi: 10.1117/12.892263; https://doi.org/10.1117/12.892263\nShijie Shu, Chaoshun Liu, Runhe Shi, Wei Gao, "Research on spatial interpolation of meteorological elements in Anhui Province based on ANUSPLIN," Proc. SPIE 8156, Remote Sensing and Modeling of Ecosystems for Sustainability VIII, 81560J (15 September 2011);


url: =dblp: Xiaona Zhang\nXiaona Zhang , Shufang Zhang, Shuaiheng Huai:\nLow-Power Indoor Positioning Algorithm Based on iBeacon Network. Complex. 2021: 8475339:1-8475339:10 (2021)\nXiaona Zhang , Shufang Zhang, Qiaosong Li, Xin Wang, Shujing Sun:\nCombined GNSS/SLAM-Based High Accuracy Indoor Dynamic Target Localization Method. Wirel. Commun. Mob. Comput. 2021: 8380869:1-8380869:12 (2021)\nShaohua Liu , Minghao Li, Xiaona Zhang, Shuang Liu, Zhaoxin Li, Jing Liu , Tianlu Mao:\nImage-Based Rendering for Large-Scale Outdoor Scenes With Fusion of Monocular and Multi-View Stereo Depth. IEEE Access 8: 117551-117565 (2020)\nJing Liu, Xiaona Zhang, Zhaoxin Li, Tianlu Mao:\nMulti-Scale Residual Pyramid Attention Network for Monocular Depth Estimation. ICPR 2020: 5137-5144\nXiaona Zhang, Li-Ping Wang, Jun Xu:\nCertifying multi-power RSA. IET Inf. Secur. 13(4): 330-335 (2019)\nWeiqiang Shen , Chuanlin Zhang, Xiaona Zhang, Jinglun Shi:\nA fully distributed deployment algorithm for underwater strong k-barrier coverage using mobile sensors. Int. J. Distributed Sens. Networks 15(4) (2019)\nA Distributed Algorithm for Constructing Underwater Strong k-Barrier Coverage. IoTaaS 2018: 179-194\nZhengpeng Li, Ming Jiang , Xiaona Zhang, Xianyu Chen, Weikun Hou:\nSpace-Time-Multiplexed Multi-Image Visible Light Positioning System Exploiting Pseudo-Miller-Coding for Smart Phones. IEEE Trans. Wirel. Commun. 16(12): 8261-8274 (2017)\nZhengpeng Li, Ming Jiang, Xiaona Zhang, Xianyu Chen, Weikun Hou:\nMiller-Coded Asynchronous Visible Light Positioning System for Smart Phones. VTC Spring 2017: 1-6\nResearch on the Uncertainty Decision Model of the Regional Collaborative Innovation System Based on an Improved Ant Colony Algorithm. Sci. Program. 2016: 2402037:1-2402037:10 (2016)\nXiaona Zhang, Li-Ping Wang:\nPartial Bits Exposure Attacks on a New Commitment Scheme Based on the Zagier Polynomial. Inscrypt 2016: 357-366\nJun Xu, Lei Hu, Xiaona Zhang, Liqiang Peng, Zhangjie Huang:\nCryptanalysis and Improved Construction of a Group Key Agreement for Secure Group Communication. ISC 2016: 48-58\nJun Xu, Lei Hu, Santanu Sarkar , Xiaona Zhang, Zhangjie Huang, Liqiang Peng:\nCryptanalysis of Multi-Prime \_varPhi -Hiding Assumption. ISC 2016: 440-453\nJun Xu, Lei Hu, Santanu Sarkar, Xiaona Zhang, Zhangjie Huang, Liqiang Peng:\nCryptanalysis of Multi-Prime Φ-Hiding Assumption. IACR Cryptol. ePrint Arch. 2016: 155 (2016)\nXiaona Zhang, Li-Ping Wang, Jun Xu, Lei Hu, Liqiang Peng, Zhangjie Huang, Zeyi Liu:\nRecovering a Sum of Two Squares Decomposition Revisited. Inscrypt 2015: 178-192\nGang Chen, Weigong Zhang, Xiaona Zhang:\nFuzzy neural control for unmanned robot applied to automotive test. Ind. Robot 40(5): 450-461 (2013)\nYunjie Zhang, Weina Wang, Xiaona Zhang, Yi Li:\nA cluster validity index for fuzzy clustering. Inf. Sci. 178(4): 1205-1218 (2008)\nXiaona Zhang, Yunjie Zhang, Weina Wang, Yi Li:\nA Novel Approach for Fuzzy Connected Image Segmentation. ICFIE 2007: 89-97\nMing Jiang 0002\nJing Liu 0004\n[j7] [c4] [c3] [i1] [c2]


url: =Shanghai Hengyuanlu Environmental Protection Technology Co., Ltd. Company Profile | Shanghai, Shanghai, China | Competitors, Financials & Contacts - Dun & Bradstreet\nShanghai Hengyuanlu Environmental Protection Technology Co., Ltd.\nRoom 601, No.60, Lane 195, Fuyun Road\nShanghai Hengyuanlu Environmental Protection Technology Co., Ltd. is located in Shanghai, Shanghai, China and is part of the Exterminating & Pest Control Services Industry. Shanghai Hengyuanlu Environmental Protection Technology Co., Ltd. has 2 total employees across all of its locations.\nD&B Hoovers provides sales leads and sales intelligence data on over 120 million companies like Shanghai Hengyuanlu Environmental Protection Technology 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\nA D&B Hoovers Subscription is your foot in the door to Shanghai Hengyuanlu Environmental Protection Technology Co., Ltd. contact information.\nWith a Hoovers subscription you can get a comprehensive view of Shanghai Hengyuanlu Environmental Protection Technology Co., Ltd.


url: =Zang Kejia chang shi xuan. (Book, 1982) [WorldCat.org]\nI thought you might be interested in this item at http://www.worldcat.org/oclc/15401764 Title: Zang Kejia chang shi xuan. Author: 臧克家, 1905- ; Kejia Zang Publisher: Jinan : Shandong ren min chu ban she : Shandong sheng xin hua shu dian fa xing, 1982. OCLC:15401764\nZang Kejia chang shi xuan.\n臧克家, 1905- ; Kejia Zang\n山东人民出版社 : 山东省新華書店发行, Jinan : Shandong ren min chu ban she : Shandong sheng xin hua shu dian fa xing, 1982.\nShi ge -- Zhong guo -- Dang dai -- Xuan ji.\nZang, Kejia, 1905-2004.\nJinan : Shandong ren min chu ban she : Shandong sheng xin hua shu dian fa xing, 1982\nFind more information about: Kejia Zang\n2, 2, 237 pages : illustrations ; 21 cm\nZang Kejia chang shi xuan.". Be the first.\n<http:\_/\_/www.worldcat.org\_/oclc\_/15401764<\_/a>> # \_u81E7\_u514B\_u5BB6\_u957F\_u8BD7\_u9009.<\_/span>\_n\_u00A0\_u00A0\_u00A0\_u00A0a \_nschema:CreativeWork<\_/a>, schema:Book<\_/a> ;\_u00A0\_u00A0\_u00A0\_nlibrary:oclcnum<\_/a> \_"15401764<\_/span>\_" ;\_u00A0\_u00A0\_u00A0\_nlibrary:placeOfPublication<\_/a> <http:\_/\_/experiment.worldcat.org\_/entity\_/work\_/data\_/3768592180#Place\_/jinan<\_/a>> ; # Jinan<\_/span>\_n\_u00A0\_u00A0\_u00A0\_nlibrary:placeOfPublication<\_/a> <http:\_/\_/id.loc.gov\_/vocabulary\_/countries\_/cc<\_/a>> ;\_u00A0\_u00A0\_u00A0\_nrdfs:label<\_/a> \_"Zang Kejia chang shi xuan.<\_/span>\_" ;\_u00A0\_u00A0\_u00A0\_nschema:about<\_/a> <http:\_/\_/experiment.worldcat.org\_/entity\_/work\_/data\_/3768592180#Topic\_/shi_ge_zhong_guo_dang_dai_xuan_ji<\_/a>> ; # \_u8BD7\_u6B4C--\_u4E2D\_u56FD--\_u5F53\_u4EE3--\_u9009\_u96C6.<\_/span>\_n\_u00A0\_u00A0\_u00A0\_nschema:about<\_/a> <http:\_/\_/dewey.info\_/class\_/895.115\_/e19\_/<\_/a>> ;\_u00A0\_u00A0\_u00A0\_nschema:bookEdition<\_/a> \_"Di 1 ban.<\_/span>\_" ;\_u00A0\_u00A0\_u00A0\_nschema:bookFormat<\_/a> bgn:PrintBook<\_/a> ;\_u00A0\_u00A0\_u00A0\_nschema:creator<\_/a> <http:\_/\_/viaf.org\_/viaf\_/64808154<\_/a>> ; 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