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url: =Safe Travel | LiveNews.co.nz | Page 2\nHome Safe Travel Page 2\nSource: New Zealand Ministry of Foreign Affairs and Trade – Safe Travel SafeTravel registration: planned outage – 13 October The SafeTravel registration site will experience a...\nSource: New Zealand Ministry of Foreign Affairs and Trade – Safe Travel Thailand Declaration of Severe Emergency Situation in Bangkok is revoked The Prime Minister of...\nGrads Mawhai and Pip become New Zealand’s first specialist kauri dieback...\nSeven Directors appointed to Food and Fibre CoVE Board | EIT...\nMotorSport – Vodanovich set for single seater debut in 2021 Castrol...


url: =Found 904 language names\nShowing items 801 to 900 of 904\nYao: Guoshan Hunan Jianghua Yao: Guoshan Hunan Jiang Yong Yao: Guoshan Lingchuan Yao: Hei Dahuaxian Jiangnan Yao: Landian Dianlin Yao: Liansan Guosan Yao: Longsheng Heping Yao: Man Dahuaxian Jiangnan Yao: Mubing Tianlin Yao: Nanding Yao: Pai Liannan Yao: Pangu Tian Lin Yao: Panyao Ziyuan Hekou Yao: Pingdi Hunan Jianghua Yao: Sanjiang Gaoqi Yao: San Tiandong Linfeng Yao: Sanzi Jinxiuluoxiang Yao: Tiane Yao: Tu Bamasuolu Yao: Tu Bamaxisan Yao: You Mai Yao Zu Yarkandi Yerong Yi: Ache Yi: Bai: Luquan YI: Dahei, Wushan Yi: Gan Yi: Gaoshan Yi: Gese Gaofeng Yi: Guangxi Longlin Yi: Hebian: Bingchuan Yi: Hong Yi: Lallu Yi: Lolo in Mojiang Yi: Long Yi: Luoluopo Yi: Muji in Mengzi Yi: Muzi in Gejiudaqing Yi, Naluo Yi: Nasu Yi: Nisu Yi: Nisu in Luchun Yi: Nisu Jianshui Yi: Nisu Yuxi Yi: Niuwei Puzu in Wenshan Yi: Nusu Yi: Pula in Mengzi Yi: Pula in Yuanyang Yi: Pupa in Gejiu Yi: Puwa in Kaiyuan Yi: Samei Yi: Sani Yi: Saoji Puzu Yi: Shansu Yi, Sichuan Yi: Songhua Yi, Southern Lolopho Yi: Talu Yi, Wuding-Luquan Yi: Wu in Jinping Yi: Xiangtang Yi: Xiao Hei Yi, Yunnan Yugu, East Yugu, West Yunnanese Zaiwa: Langwa Zaiwa: Polo Zang: An duo Zang: Deqing Zang: Weixi Zang: Xiaozhongdian Zauzou Zhaba Zhili: Xianrenhe Zhuang: Baise Zhuang: Bama Bafa Zhuang: Duan Xian Zhuang: Guigang Guiping Zhuang: Guilin Longsheng Heping Zhuang: Hechi Liuxu Zhuang: Hunan Jianghau Zhuang: Liansan Zhuang: Liuzhou Liucheng Zhuang: Luocheng Zhuang: Minz Zhuang: Nandan Zhuang: Nanning Fushu Zhuang: Napo Zhuang: Ningming Mingjiang Zhuang: Ningming Nakan Zhuang, Northern Zhuang, Northern: Guibian Zhuang, Northern: Hongshuihe Zhuang, Northern: Qiubei Zhuang: Qinzhou Guitai Zhuang: Southern Zhuang: Tiane Zhuang: Yizhou Fulong Zhuang, Yongbei: Pingguo Show pages: «Previous 1 2 3 4 5 6 7 8 9 10 Next» [Show All]\nNo witness in 400 years!: A report from an area in China that still awaits the good news\nSome Difficulities of Cross-Cultural and Cross-Linguistic Evangelism: This is a memo on the problems of determining the language groups that need evangelism. These notes from a Paul Hattaway lecture during the recent recordist training provided much of the material.


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url: =2 February 2009 A high-stability single-pumped L-band superfluorescent fiber source for the fiber optic gyroscope\nWencai Huang; Xiulin Wang; Benrui Zheng; Huiying Xu; Zhiping Cai\nWencai Huang , Xiulin Wang , Benrui Zheng , Huiying Xu , Zhiping Cai\nProceedings Volume 7157, 2008 International Conference on Optical Instruments and Technology: Advanced Sensor Technologies and Applications; 71571C (2009) https://doi.org/10.1117/12.811163\nWencai Huang, Xiulin Wang, Benrui Zheng, Huiying Xu, Zhiping Cai, "A high-stability single-pumped L-band superfluorescent fiber source for the fiber optic gyroscope", Proc. SPIE 7157, 2008 International Conference on Optical Instruments and Technology: Advanced Sensor Technologies and Applications, 71571C (2 February 2009); doi: 10.1117/12.811163; https://doi.org/10.1117/12.811163\nWencai Huang, Xiulin Wang, Benrui Zheng, Huiying Xu, Zhiping Cai, "A high-stability single-pumped L-band superfluorescent fiber source for the fiber optic gyroscope," Proc. SPIE 7157, 2008 International Conference on Optical Instruments and Technology: Advanced Sensor Technologies and Applications, 71571C (2 February 2009);


url: =20(S),24(R)-Ocotillol [69926-31-4]Chengdu Biopurify Phytochemicals Ltd.\nHome > TCM Compounds Library > 20(S),24(R)-Ocotillol\nProduct name: 20(S),24(R)-Ocotillol\nSynonym name: 20(S)-protopanaxatriol oxide I\nCatalogue No.: BP1783\nCas No.: 69926-31-4\nMol Weight: 492.741\nDehydroeburicoic acid monoacetate 77035-42-8 Decursinol angelate 130848-06-5\nGypenoside IX 80321-63-7 Onjisaponin O 1009314-38-8\n(+)-Gallocatechin 970-73-0 Eurycomalactone 23062-24-0\n13-alpha-(21)-Epoxyeurycomanone 138809-10-6 14-Deoxyandrographolide 4176-97-0\nGalgravin 528-63-2 (+)-Pinoresinol 487-36-5


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url: =Silica Fume for Sale, Microsilica Supplier in China - Deta Beta\nSearch the world's largest trade database of products & companies\nBei San Huan, Jinshui Qu, Zhengzhou Shi, Henan Sheng, China, 450000\nBei San Huan Zhengzhou Shi Henan Sheng 450000 CN\nBusiness Handling Port\nHENAN U FIRST MACHINERY EQUIPMENT C\nNO 8 SUOLING ROAD JINSHUI DISTRICT 0.28 km\nFlavor Mixer Machine\nZHENGZHOU HAIYUE ARTS AND CRAFTS CO\nNO 56 FENGQING ROAD ZHENGZHOU HENAN HENAN CN 1.19 km\nPaper Box .\nNO 100 FENGQING RD JINSHUI DISTRICTZHENGZHOU CITY HENAN CHINA 1.19 km\nZHENGZHOU GATEWAY PRINTING MATERIAL\n52 WENHUA ROAD ZHENGZHOU CN 4.38 km\nAlumimum Printing Plates Dizao S (Diphenylamine-4-Diaz Onium Hydrogen Sulfate)\nZHENGZHOU ALI PARTNER MACHINERY EQ\n612 BUILDING 5 21ST CENTURY P ZHENGZHOU CHINA 4.43 km\nSamosa Machine Potato Twist Machine\nHENAN ARTS AND CRAFTSIMPORT & EXPORTCO LTD\nNO 5 HONGQI ROAD ZHENGHZOU CHINA 4.56 km\n1213Cartons Ladies Underwear1213Cartons Ladies Underwear\nHENAN SIGNI IMPORT & EXPORT CO LT\nD NO 23 HONGQI RD 4.78 km\nCasting, Aluminum Casting\nZHENGZHOU NEW PEARL INDUSTRIAL & TRADE TECHNOLOGY CO LTD\nNO 246 HUAYUAN ROAD ZHENGZHOU CITY HENAN CHINA 5.12 km\nHENAN DONGFANG IMPORT & EXPORT CORP\nNO 159 JIANKANG ROAD ZHENGZHOU CHINA 5.24 km\nNon Woven Bag Cotton Bagnon Woven Bag Cotton Bag\nHENAN LIANXING FOREIGN TRADE CO LTD\n159 JIANGKAN ROAD ZHENGZHOU HENAN CHINA 5.24 km\nCylinder Of Air Brake,Piston Of Air Brake, Pu.Cylinder Of Air Brake,Piston Of Air ...\nCotton Bag .\nCHANGSHU TOP LONGIMPORTEXP CO LTD\n7TH 8TH FLOOR BUILDING A 12 HUANGHE ROAD CHINA 5.35 km\n1272 Cartons Men S 55% Cotton 45% Polyester Woven L-S Shirt Men S 60% Cotton 40% Polyest Er Woven...\nHENAN MIDWEST ELECTRO MECHANICAL CO\nROOM 308 XIEHE BUILDING NO 10 NAN YANG RD JINSHUI DISTRICT 5.38 km\nHENAN MIDWEST ELECTRO MECHANICAL CO LTD\nROOM 308 XIEHE BUILDING NO 10 NANYANG ROAD JINSHUI DISTRICT ZHENGZHOU CHINA 5.38 km\nHopper Door .Hopper Door .Hopper Door .\nHENAN EVERNEW MACHINERY&EQUIPMENT IMPORT & EXPORT\nNO 15 JINGWU ROAD ZHENGZHOU CHINA 5.5 km\nAuto Spare Parts .Auto Spare Parts .\nNO 3 JIANKANG ROAD JINSHUI DISTRICTZHENGZHOU CN 5.59 km\nHENAN KAIDA PROMOTIONS MANUFACTURIN\nROOM707 BLOCK B SHENGHUI CENTER 16 ZHENGZHOU CHINA 5.65 km\nNon-Woven Bag This Shipment Does Not Contai N Any Solid Wood Packing Material\nDEHONG HENAN IMPORT&EXPORT CO LTD\nRM 3-3-1501 NO 56 JINGSAN RD ZHENGZHOU CHINA 5.7 km\nCut Off Wheels Abrasive Cloth Flap Discs Rolo.\nZHENGZHOU LONGYUAN TRADE CO LTD\nNO115 WENHUA ROAD ZHENGZHOU CN 450003 5.84 km\nHENAN SONGHE MEDICINES&HEALTH\nNO 115 WENHUA ROAD ZHENGZHOU HENAN CN 5.84 km\nPolyester Bedspread Polyester Curtain\n92%-silica-fume-02.jpg 1 month ago\n85%-Densified-Microsilica-02.jpg 1 month ago\n94%-silica-fume-01.jpg 1 month ago\n92% Undensified.jpg 1 month ago\n85% Silica Fume for Cement.jpg 1 month ago\n© 2018 Deta Beta. All Rights Reserved.


url: =Investing | Green Rush Review - Part 3\nPosts in &quotInvesting"\nCanopy Growth announces Production Optimization Plan in Canada The Company announces the closure of two Canadian greenhouses, representing a significant step forward in aligning the Company’s cultivation capacity with projected demand. The company expects to record estimated pre-tax charges of approximately $700-800MM in...\tmore →\n1933 Industries Is Capitalizing On Two Of The Most Lucrative Markets In The United States Earlier this month, we highlighted 1933 Industries Inc. (CSE: TGIF) (OTCQX: TGIFF) as an attractive play on the US market. Following a major development in California, we are even more bullish on the opportunity and this is a company that our...\tmore →\nadmin / February 24, 2020 / No Comments\nVape crisis forced cannabis sector to increase focus on technology, testing and transparency (This is an abridged version of a story that appears in the February issue of Marijuana Business Magazine.) Though it happened in the second half of the year, the vaping crisis commanded the marijuana industry’s attention...\tmore →\nHigh Tide Acquires Retail Cannabis Store in Saskatchewan High Tide Inc. (“High Tide” or the “Company”) (CSE:HITI) (OTCQB:HITIF) (Frankfurt:2LY), an Alberta-based, retail-focused cannabis corporation enhanced by the manufacturing and wholesale distribution of smoking accessories and cannabis lifestyle products, today announced...\tmore →\nadmin / February 21, 2020 / No Comments\nBy SQUAWK ALLEY To see more: more →\nPosted in: Investing, News, Videos, Views Tagged with: video\nadmin / February 20, 2020 / No Comments\nby NJTV NEWS more →\nPosted in: Investing, Videos, Views Tagged with: video\nadmin / February 16, 2020 / No Comments\nWeek in Review: NM nixes adult-use cannabis bill, Aurora posts big loss, Trump seeks money to regulate CBD/hemp & more A New Mexico Senate panel scraps legislation to legalize recreational marijuana, Aurora Cannabis reports a steep loss for its second quarter, President Trump’s 2021 budget proposal seeks additional money...\tmore →\nWhy Choosing the Right Cannabis Testing Lab is So Important\nWhy Choosing the Right Cannabis Testing Lab is So Important Consumer safety and product integrity are tied directly to lab testing in the cannabis industry: here is what to look for in a third party testing lab. In California and similar legal cannabis states around the country, the legal cannabis industry is struggling to properly...\tmore →\nBy Lizzy Gurdus To see more: more →\nCritic of Ontario cannabis system joins OCS in new role\nBy CityNews more →\nPosted in: Investing, Videos


url: =Fan Yanqiong | Chinese Human Rights Defenders\nChina Human Rights Briefing Weekly August 24-30, 2010 To download this week’s CHRB as a .pdf file, please click here Highlights Villagers Detained over Election Protest: Nine residents of Raolefu Village, located on the outskirts of Beijing, have been detained for participating in a protest on July 27 over the (read more…)\nQuestionnaire Completed by Chinese Human Rights Defenders Alleging Torture, Arbitrary Detention of Human Rights Defender, PRC Citizen Fan Yanqiong To: The Special Rapporteur on Torture or Cruel, Inhumane and Degrading Treatment or Punishment The Working Group on Arbitrary Detention I. Identity 1. Family name: Fan (范) 2. First (read more…)\nFujian Activist Detained for Alleging Official Misconduct (Chinese Human Rights Defenders- June 30, 2009) – On June 26, Fan Yanqiong (范燕琼), a human rights defender from Fuzhou City, Fujian Province, was taken into police custody after she posted articles online alleging official misconduct and cover-ups in the case of a (read more…)


url: =Fundamentals of Agricultural Water Saving--《IRRIGATION AND DRAINAGE》2000年02期\n《IRRIGATION AND DRAINAGE》 2000-02\nFundamentals of Agricultural Water Saving\nTANG Deng yin, LUO Yi, YU Qiang (Yucheng Comprehensive Experiment Station,CAS,Beijing 100101, China)\nThe key point of agricultural water saving is to increase the water use efficiency of crops and the ratio of water use during transportation and application. This paper discusses the theory of water use efficiency and its relationship with environmental factors at the levels of leaf, canopy, and yield from the theoretical point of view, and the possible ways of increasing water use efficiency according to the theory . It is emphasized that the fundamentals of agricultural water saving as well as the corresponding technology involves an integrated theoretical system of multiple disciplines. At last, some proposals are made for the strengthening of agricultural water saving research and technology development.\n【Fund】： 国家自然科学基金九五重大项目 !( 4 9890 3 3 0 ) ;; 中国科学院“九五”开发项目\n4 ZHU An-fan1,2,ZENG Xiao-chun1,SHI Qing-hua1,YAO Feng-xian1(1.Key laboratory of Crop Physiology,Ecology and Crop Genetic Breeding,Jiangxi Province;College of Agriculture,Jiangxi Agricultural University,Nanchang 330045,China;2.Soil and Fertilizer Technologies Extension Station of Jiangxi Province,Nanchang,330046,China);Effect of Intermittent Irrigation on the Drought Resistance in Rice and the Physiological Mechanism[J];Journal of Irrigation and Drainage;2007-01\n5 DU Xiu-wen1,GUO Hui-bin1,GONG Shi-hong2(1.China Irrigation and Drainage Development Center,Beijing 100054,China; 2.China Institute of Water Resources and Hydropower Research,Beijing 100044,China);Establishment of Water Saving Irrigation Technical Support System in China[J];Journal of Irrigation and Drainage;2007-02\n6 HUANG Cai-xia,SHI Jiong-lin(Department of Water Resources Engineering,Gansu Agricultural University,Lanzhou 730070,China);Effects of Different Irrigation on Yield and Eco-physiological Indices of Potato[J];Journal of Irrigation and Drainage;2008-05\n7 HU Shun jun 1,2 , SONG Yu dong 1, ZHOU Hong fei 1, TIAN Chang yan 1 (1.Xingjiang Institute of Ecology and Geography, Chinese Academy of Sciences, Urumqi 830011, China; 2.Key Laboratory for Agricultural Soil and Water Engineering in Arid;Experimental study on water use efficiency of cotton in the Tarim River Basin[J];Agricultural Reseach In The Arid Areas;2002-03\n8 ZHAO De-ming,CHAI Shou-xi (College of Agronomy,Gansu Agriculture University,Lanzhou,730070,China);Effect of irrigation on grain yield and physiological traits of winter wheat under oasis condition of northwest[J];Journal of Gansu Agricultural University;2008-03\n9 SUN Hong-yong, ZHANG Yong-qiang, ZHANG Xi-ying, MAO Xue-sen ,PEI Dong ,GAO Li-juan (Shijiazhuang Agricultural Modernization Institute of CAS,Shijiazhuang 050021,China; Agricultural University of Heibei,Baoding 071001,China);Effects of Water Stress on Growth and Development of Winter Wheat in the North China Plains[J];Acta Agriculturae Boreali—Sinica;2003-03\n10 WANG Yong-wei, MIAO Xiang-wen, CUI Shao-rong, LIANG Xi-feng (Zhejiang University, Hangzhou 310029, China);Research on Purification and Recycling Uses of Irrigation Water in the Flat Broad Irrigation System[J];Journal of Agricultural Mechanization Research;2004-03\n1 Yu Qiang(Institute of Geography, Chinese Academy of Sciences,Beijing 100101) Ren Baohua(University of Science and Technology of China,Hefei 230026) Wang Tianduo(Shanghai Institute of Plant Physiology,Chinese Academy of Sciences, Shanghai 200032;A Simulation of Diuranal Variations of Photosynthesis of C 3 Plant Leaves[J];SCIENTIA ATMOSPHERICA SINICA;1998-06\n2 YU Qiang (Yucheng Comprehensive Experimental Station, Institute of Geography, The Chinese Academy of Sciences, Beijing 100101) WANG Tian Duo (Department of Photosynthesis, Shanghai Institute of Plant Physiology, The Chinese Academy of Sciences,;SIMULATION OF THE PHYSIOLOGICAL RESPONSES OF C 3 PLANT LEAVES TO ENVIRONMENTAL FACTORS BY A MODEL WHICH COMBINES STOMATAL CONDUCTANCE, PHOTOSYNTHESIS AND TRANSPIRATION [J];ACTA BOTANICA SINICA;1998-08\n1 ZHAO Jie 1,CAO Cheng mao 2 (1 Chuzhou Teacher's College,Chuzhou 239011;2 Anhui Agricutural University);Study on Application of Color Sensors in Water Saving Agriculture[J];JOURNAL OF ANHUI AGRICULTURAL UNIVERSITY;2000-01\n3 Yuan Xiaofeng1,Huang Yanfen1,Shi Jiyan2,et al 1.Life Science Faculty of Zhejiang Chinese Medical University,Hangzhou(310053);2.Department of Environmental Engineering,Zhejiang University;Effect of Soil Drought Stress on Part Physiological Activities of Masson Pine of Different Family[J];Journal of Zhejiang University of Traditional Chinese Medicine;2008-03\n5 ZHANG Xue-jun1,2,LUO Jian-hang2,CHEN Xiao-qun2,WU Li-shu1,HU Cheng-xiao1(1.College of Resources and Environment,Huazhong Agricultural University,Wuhan 430070,China;2.Agricultural Resources and Environment Institute of Ningxia Academy of Agriculture and Forestry Sciences,YinChuan 750002,China);Effect of different water and nitrogen measures dynamic inorganic N movement and balance in soil-celery system[J];Journal of Agricultural University of Hebei;2007-03\n6 CUI Shuang~(1,2),MU Chun-sheng~1(1. Institute of Grassland Science, Key Laboratory for Vegetation Ecology, Ministry of Education, Northeast Normal University, Changchun 130024, China;2. Institute of Applied Ecology, Chinese Academy of Sciences, Shenyang 110015, China);Effects of exogenous Gibberellin acid (GA_3)on photosynthesis and transpiration of Leymus chinensis at the tillering and jointing stage[J];Acta Pratacultural Science;2005-02\n7 WANG Zhong-bo,MA Shu-zhu,XIAO Jian-min( Irrigation and Engineering College, Northeast Agricultural University, Harbin Heilongjiang 150030, PRC );Study on the seepage kaws with zippered plastic pipes embedded underground in the shelf[J];Journal of Northeast Agricultural University;2005-02\n3 Hongzhi Shi~1,Yikuan Fan~2,Guoshun Liu~1,Xiaotian Shen~2,Zhi Li~1 (1 National Tobacco Cultivation & Physiology & Biochemistry Research Center of Henan Agricultural University 2 Henan Tobacco Company);Study on tobacco water-fertilizer coupling and its application[A];[C];2008\n4 ;Effects of Temperature and Light on Heterosis in Photosynthesis of a Upland Cotton(G.hirsutum L.) Hybrid and Its Parents[A];[C];2010\n3 WANG Han-quan et al(Develop the Farm of Happy City of Branch Company of the Cotton Industry Newly and Agriculturally of Xinjiang Alar,Akesu,Xinjiang 843300);Efficiency of Water Use on Different Cotton Varieties[J];Journal of Anhui Agricultural Sciences;2006-05\n6 GUO Chun-fang1,2,SUN Yun3,ZHANG Mu-qing1(1.Key Laboratory of Eco-physiology and Genetic Improvement for Sugarcane,Ministry of Agriculture,Fujian Agriculture and Forestry University,Fuzhou,Fujian 350002,China;2.Fujian Institute of Education,Fuzhou,Fujian 350025,China;3.College of Horticulture,Fujian Agriculture and Forestry University,Fuzhou,Fujian 350002,China);Photosynthetic characteristics and water use efficiency of tea plant under different soil moisture condition[J];Journal of Fujian College of Forestry;2008-04\n7 CHEN Ya xin, WEI Zhan min, SHI Hai bin, QU Zhong yi, KONG Dong, ZHANG Li hui, HUO Zai lin (College of Water Conservancy and Civil Engineering, Inner Mongolia Agricultural University, Huhhot 010018, China);Evaluation of Crop-water-salt Stress and Response Model Researches[J];Journal of Irrigation and Drainage;2003-03\n8 KONG Dong~1, SHI Hai-bin~1, WEI Zhan-min~1, CHEN Ya-xin~1, ZHANG Li-hui~1, HUO Zai-lin~1, LI Yan-lin~2, WANG Chang-sheng~2 (1.Hydraulic and Civil Engineering College, Inner Mongolia Agriculture University, Inner Mongolia, Huhehaote 010018, China; 2.Inner Mongolia Shahaoqu experimental station, Inner Mongolia, Hangjin Houqi 015400, China);Effect on Physiological Properties of Sunflower Under Water-saving Irrigation in the Arid Areas[J];Journal of Irrigation and Drainage;2004-01\n9 KONG Dong~1, SHI Hai-bin~1, CHEN Ya-xin~1, ZHANG Lin-hui~3, LI Yan-lin~2, WANG Chang-sheng~2 (1.Hydraulic and Civil Engineering College, Inner Mongolia Agriculture University, Inner Mongolia, Huhehaote 010018, China; 2.Inner Mongolia Shahaoqu experimental station, Inner Mongolia, Hangjin Houqi 015400, China; 3.Ningbo Beilong government, Ningbo 315000, China);Effect on Seedling Growth of Sunflower Under Different Water-salt Stress[J];Journal of Irrigation and Drainage;2004-05\n10 DENG Zhong~1,HUANG Gao-bao~2,WU Feng~1 (1.Farmland Irrigation Research Institute,Ministry of Water Resources,Xinxiang 453003,China;2.College of Agronomy,Gansu Agricultural University,Lanzhou 730070,China);Effects of Controlled Traffic Tillage with Ridge Irrigation on Spring Wheat Yield and Soil Water Dynamics[J];Journal of Irrigation and Drainage;2006-05\n1 WANG Yong-wei1, LIANG Xi-feng2, CHENG Shao-ming1 JIANG Xiong-hui1 MIAO Xiang-wen1 (1. College of Biosystem Engineering and Food Science, Zhejiang University, Hangzhou 310029, China 2.China Jiliang University, Hangzhou,310018, China);Water Quality Analysis of Irrigation Water in a Floor Broad Irrigation Seedling System in Greenhouses[A];Chinese Society of Agricultural Engineering[C];2005


url: =Billetes - China\n317 objetos encontrados\nNuevoBILLETE DE CHINA DE 5 YUAN DEL AÑO 1980 EN CALIDAD EBC (XF) (BANKNOTE)\nNuevoBILLETE DE CHINA DE 10 YUAN DEL AÑO 1980 EN CALIDAD EBC (XF) (BANKNOTE)\nNuevoBILLETE DE CHINA DE 10 YUAN DEL AÑO 1979 EN CALIDAD EBC (XF) (BANKNOTE)\nNuevoBILLETE DE CHINA DE 5 YUAN DEL AÑO 1979 EN CALIDAD EBC (XF) (BANKNOTE)\nBILLETE DE CHINA DE 10 YUAN DEL AÑO 1965 SIN CIRCULAR (UNCIRCULATED) (BANKNOTE) RARO\nBILLETE DE CHINA DE 5 YUAN DEL AÑO 1960 SIN CIRCULAR (UNCIRCULATED) (BANKNOTE) RARO\n± 106,24 US$\nChina 1 Chiao Mengchiang Bank 1940 Pick J101A SC UNC\n± 63,96 US$\nBILLETE DE CHINA DE 2 YUAN DEL AÑO 1960 SIN CIRCULAR (UNCIRCULATED) (BANKNOTE) RARO\n± 189,72 US$\nBILLETE DE CHINA DE 1 YUAN DEL AÑO 1960 EN CALIDAD EBC (XF) (BANKNOTE) RARO\nBILLETE DE CHINA DE 10 YUAN DEL AÑO 1980 EN CALIDAD EBC (BANKNOTE)\nBILLETE DE CHINA DE 1 YUAN DEL AÑO 1980 EN CALIDAD EBC (BANKNOTE)\nBILLETE DE CHINA DE 5 JIAO DEL AÑO 1980 EN CALIDAD EBC (BANKNOTE)\nBILLETE DE CHINA DE 2 JIAO DEL AÑO 1980 EN CALIDAD EBC (BANKNOTE)\nBILLETE DE CHINA DE 1 YUAN DEL AÑO 1979 (BANKNOTE)\nBILLETE DE CHINA DE 50 FEN EN CALIDAD EBC (XF) (BANKNOTE)\nBILLETE DE CHINA DE 10 FEN EN CALIDAD EBC (XF) (BANKNOTE) CASCADA-WATERFULL\nBILLETE DE CHINA DE 10000 YUAN DEL AÑO 1948 (BANKNOTE) RARO\nBILLETE DE CHINA DE 2000 CUSTOMS GOLD UNITS DEL AÑO 1947 (BANKNOTE)\nBILLETE DE CHINA DE 10 YUAN DEL AÑO 1936 (BANKNOTE)\nBILLETE DE CHINA DE 10 YUAN DEL AÑO 1940 (BANKNOTE)\nPAREJA CORRELATIVA DE CHINA DE 10 YUAN DEL AÑO 1941 (BANKNOTE)\nBILLETE DE CHINA DE 10 YUAN DEL AÑO 1941 EN CALIDAD EBC (XF) (BANKNOTE)\nBILLETE DE CHINA DE 5 YUAN DEL AÑO 1940 (BANKNOTE)\nBILLETE DE CHINA DE 100 YEN DEL AÑO 1945 (BANKNOTE)\n± 31,44 US$\nBILLETE DE CHINA DE 10 YEN DEL AÑO 1940 (BANKNOTE)\nBILLETE DE CHINA DE 10 YEN DEL AÑO 1938 (BANKNOTE)\nBILLETE DE CHINA DE 5 YEN DEL AÑO 1938 (BANKNOTE)\nBILLETE DE CHINA DE 1 YEN DEL AÑO 1938 (BANKNOTE)\nBILLETE DE CHINA DE 5 SEN DEL AÑO 1939 SIN CIRCULAR (BANKNOTE) UNCIRCULATED\nBILLETE DE CHINA DE 10 YUAN DEL AÑO 1928 SIN CIRCULAR (TREN-TRAIN)(BANKNOTE) UNCIRCULATED\nBILLETE DE CHINA DE 1 YUAN DEL AÑO 1979 EN CALIDAD MBC (VF) (BANKNOTE)\nChina 50 Yuan Mao Tse-Tung 2019 Pick New SC UNC\nRef. 889-1311 - BIN CHINA . 1936. CHINA 1936 10 YUAN\t. CHINA 1936 10 YUAN\nRef. 888-1310 - BIN CHINA . 1936. 84;623 CHINA 1936 5 YUAN\t. CHINA 1936 5 YUAN\nRef. 883-1305 - BIN CHINA . 1931. CHINA 1931 20 YUAN\t. CHINA 1931 20 YUAN\nRef. 882-1304 - BIN CHINA . 1931. CHINA 1931 10 CENTS\t. CHINA 1931 10 CENTS\nRef. 881-1303 - BIN CHINA . 1930. CHINA 1930 5 YUAN SHANGHAI\t. CHINA 1930 5 YUAN SHANGHAI\nRef. 880-1302 - BIN CHINA . 1928. 100 YUAN 1928 CHINA CENTRAL BANK\t. 100 YUAN 1928 CHINA CENTRAL BANK\nRef. 879-1301 - BIN CHINA . 1928. CHINA 1928 50 YUAN SHANGHAI\t. CHINA 1928 50 YUAN SHANGHAI\nRef. 878-1300 - BIN CHINA . 1928. CHINA 1928 10 YUAN SHANGHAI\t. CHINA 1928 10 YUAN SHANGHAI\nRef. 876-1298 - BIN CHINA . 1923. CHINA 1923 10 YUAN\t. CHINA 1923 10 YUAN\nRef. 875-1297 - BIN CHINA . 1941. CHINA 1941 100 YUAN\t. CHINA 1941 100 YUAN\nRef. 874-1296 - BIN CHINA . 1941. CHINA 1941 50 YUAN CHUNGKING\t. CHINA 1941 50 YUAN CHUNGKING\nRef. 873-1295 - BIN CHINA . 1941. 84;607 CHINA 10 YUAN 1941. PICK 159\t. CHINA 10 YUAN 1941. PICK 159\n± 23,96 US$\nRef. 872-1294 - BIN CHINA . 1941. CHINA 1941 10 YUAN . CHINA 1941 10 YUAN\nRef. 871-1293 - BIN CHINA . 1941. CHINA1941 5 YUAN\t. CHINA1941 5 YUAN\n± 17,97 US$\nRef. 870-1292 - BIN CHINA . 1941. CHINA 1941 5 YUAN\t. CHINA 1941 5 YUAN\nRef. 869-1291 - BIN CHINA . 1935. CHINA 1935 10 YUAN\t. CHINA 1935 10 YUAN\nRef. 868-1290 - BIN CHINA . 1935. CHINA 1935 5 YUAN\t. CHINA 1935 5 YUAN\nRef. 866-1288 - BIN CHINA . 1927. CHINA 5 TSINGTAU 1927\t. CHINA 5 TSINGTAU 1927\n± 32,25 US$\nRef. 864-1286 - BIN CHINA . 1914. CHINA 1914 OVERPRINT SHANGHAI BANK OF COMMUNICATIONS BANKNOTES 100 YUAN\t. CHINA 1914 O\n± 304,09 US$\nRef. 863-1285 - BIN CHINA . 1914. CHINA 1914 10 YUAN\t. CHINA 1914 10 YUAN\nRef. 862-1284 - BIN CHINA . 1914. CHINA 5 SHANGHAI 1914\t. CHINA 5 SHANGHAI 1914\n± 23,04 US$\nRef. 860-1282 - BIN CHINA . 1940. CHINA 1940 100 YUAN\t. CHINA 1940 100 YUAN\nRef. 859-1281 - BIN CHINA . 1940. CHINA 1940 50 YUAN CHUNGKING\t. CHINA 1940 50 YUAN CHUNGKING\nRef. 858-1280 - BIN CHINA . 1940. CHINA 1940 10 YUAN\t. CHINA 1940 10 YUAN\nRef. 857-1279 - BIN CHINA . 1940. CHINA 1940 5 YUAN\t. CHINA 1940 5 YUAN\n± 8,29 US$\nRef. 856-1278 - BIN CHINA . 1937. CHINA 1937 10 YUAN . CHINA 1937 10 YUAN\nRef. 855-1277 - BIN CHINA . 1937. CHINA 1937 5 YUAN\t. CHINA 1937 5 YUAN\nRef. 853-1275 - BIN CHINA . 1935. CHINA 1935 5 YUAN\t. CHINA 1935 5 YUAN\nRef. 851-1273 - BIN CHINA . 1934. CHINA 1934 10 YUAN\t. CHINA 1934 10 YUAN\n± 87,54 US$\nRef. 850-1272 - BIN CHINA . 1934. CHINA 1934 1 YUAN\t. CHINA 1934 1 YUAN\nRef. 849-1271 - BIN CHINA . 1931. CHINA 1931 5 YUAN\t. CHINA 1931 5 YUAN\nRef. 734-1156 - BIN CHINA . 1940. CHINA 1940 10 YUAN\t. CHINA 1940 10 YUAN\nRef. 729-1151 - BIN CHINA. Manchuria . 1941. MANCHUKUO 1 YUAN CHINA\t. MANCHUKUO 1 YUAN CHINA\n± 41,47 US$\nRef. 725-1147 - BIN CHINA. Manchuria . 1941. MANCHUKUO 1941 50 FEN\t. MANCHUKUO 1941 50 FEN\nRef. 724-1146 - BIN CHINA . 1942. CHINA 1942 100 YUAN\t. CHINA 1942 100 YUAN\nRef. 723-1145 - BIN NORTH CHINA. Japanese Occupation . 1940. CHINESE JAPANESE OCCUPATION 1940 1 YUAN\t. CHINA OCUPACION\nRef. 722-1144 - BIN NORTH CHINA. Japanese Occupation . 1940. CHINESE JAPANESE OCCUPATION 1940 1 YUAN\t. CHINA OCUPACION\n± 50,68 US$\nRef. 721-1143 - BIN NORTH CHINA. Japanese Occupation . 1940. CHINA JAPANESE OCCUPATION 1940 50 CENTS\t. CHINA OCUPACION J\nRef. 720-1142 - BIN NORTH CHINA. Japanese Occupation . 1940. CHINA JAPANESE OCCUPATION 1940 50 CENTS\t. CHINA OCUPACION J\n± 14,74 US$\nRef. 692-1107 - BIN CHINA. People's Republic . 1945. CHINA 50 - 100 - 5000 -5000 YUAN\t. CHINA 50 - 100 - 5000 -5000 YUA\nBillete China. 1974. Sin Circular.\nMini Billete China. Provincia de Liaoning. 10 Yuan. Rosa. Sin Circular\nMini Billete China. 1974. Provincia de Liaoning. Sin Circular.\nMini Billete China. 500 Yuan. 1986. Provincia de Liaoning. Sin Circular\nMini Billete China. 250 Yuan. 1989. Provincia de Liaoning. Sin Circular\nMini Billete China. 10 Yuan. Sin Circular\nMini Billete China. 5 Yuan. 1978. Sin Circular\nMini Billete China. 1 Yuan. 1991. Sin Circular.\nMini Billete China. 1 Yuan. 1987. Sin Circular.\nMini Billete China. 1 Yuan. 1983. Provincia de Liaoning. Sin Circular.\nMini Billete China. 1 Yuan. 1980. Sin Circular\nMini Billete China. 0,5 Yuan. 1991. Sin Circular\nChina 10 Yuan Mao Tse-Tung 2019 Pick New SC UNC\nChina 1 Yuan Mao Tse-Tung 2019 Pick New SC UNC\nChina (CUPONES) 10 jin = 5 kg Hunan 1974 ref 370-3\nChina (CUPONES) 10 jin = 5 kg Hunan 1978 ref 375-2\nChina (CUPONES) 1 gōngjīn = 1 kg Henan 1990 ref 407-1 UNC\nChina (CUPONES) 0.10 jin (1 liang) = 50 grs Shandong 1978 ref 465-1 UNC\nChina 1 yuan 1999 pk 895 a serie prefijo tipo LL11 ref 3827 2\nBILLETE DE CHINA DE 1 YUAN DEL AÑO 1960 PREFIX XX (BANKNOTE) RARO\nBILLETE DE CHINA DE 10 FEN (BANK NOTE) CASCADA-WATERFULL\nChina 10 Cents 1940 Pick 82 SC UNC\nLOTE DE 14 BILLETES LOCALES DE CHINA TODOS DIFERENTES Y EN BUENA CALIDAD SC Y EBC (XF - UNC) (BANKNOTE)\nChina (CUPONES) 10 gōngjīn = 10 kilos Jianli ref 521-2\nChina (CUPONES) 5 gōngjīn = 5 kg Henan 1990 ref 406-2\nChina (CUPONES) 3 jin = 1.5 kgs Jiangxi 1982 ref 470-2\nChina (CUPONES) 2 gōngjīn = 2 kg Xinjiang 1988 ref 441-1 UNC\nChina (CUPONES) 1 gōngjīn = 1 kg Xinjiang 1988 ref 440-1 UNC\nChina (CUPONES) 200 kè = 200 gramos Xinjiang 1988 ref 442-1 UNC\nChina (CUPONES) 50 kè = 50 grs Xinjiang 1988 ref 445-1 UNC\nChina (CUPONES) 0.50 jin (5 liang) = 250 grs. Xining 1973 ref 454-1 UNC\nChina (CUPONES) 0.10 jin (1 liang) = 50 grs Xining 1973 ref 453-1 UNC\nChina (CUPONES) 3 jin = 1.5 kgs Qinghai 1975 ref 414-2\nChina (CUPONES) 3 jin = 1.5 kgs Qinghai 1975 ref 414-3\nChina (CUPONES) 1 jin = 500 gramos Qinghai 1975 ref 413-1 UNC\nChina (CUPONES) 0.50 jin = 250 grs. Qinghai 1975 ref 412-1 UNC\nChina (CUPONES) 0.30 jin (3 liang) = 150 grs Qinghai 1975 ref 411-1 UNC\nChina (CUPONES) 0.10 jin (1 liang) = 50 grs Qinghai 1975 ref 410-1 UNC\nChina (CUPONES) 0.50 jin (5 liang) = 250 grs. Chengdu 1981 ref 468-1 UNC\nChina (CUPONES) 1 jin = 500 gramos Chengdu 1979 ref 466-1 UNC\nChina (CUPONES) 2 jin = 1 kg Sichuan 1973 ref 421-2\nChina (CUPONES) 10 jin = 5 kg Hunan 1978 ref 375-3\nChina (CUPONES) 5 jin = 2.5 kg Hunan 1978 ref 374-3\nChina (CUPONES) 5 jin = 2.5 kg Hunan 1978 ref 374-2\nChina (CUPONES) 3 jin = 1.5 kgs Hunan 1978 ref 373-5


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url: =The Red Blood Cell Distribution Width in Patients with Coronary Heart Disease or Hypertension--《Chinese Journal of Hypertension》2009年11期\n《Chinese Journal of Hypertension》 2009-11\nThe Red Blood Cell Distribution Width in Patients with Coronary Heart Disease or Hypertension\nPENG Qiang,SU Hai,XU Jing-song,WANG Ling. Department of Cardiology,the Second Affiliated Hospital of Nanchang University,Nanchang Jiangxi 330006,China\nObjective To observe the changes of red blood cell distribution width (RDW) in patients with coronary heart disease (CHD) or hypertension.Methods Two hundred and eighty-seven CHD patients diagnosed by coronary angiography and 286 hypertensive patients were selected from Jun.2007 to Jun.2008.Three hundred and two healthy adults were enrolled as control group.Red blood cell count,hemoglobin and RDW were detected by full automatic hemocyte analyzer.Results No difference in RDW between hypertension patients and normotensives[(12.9±0.6)% vs (13.0±0.7)%,P0.05],while the RDW in CHD patients was significantly increased[(13.2±0.8)%,both P0.05].Gender analysis found that there was no differences of the male RDW among three groups.However,the RDW of female CHD group was higher than that of female hypertension and normal groups[(13.5±0.8)% vs (13.0±0.6)% vs (13.1±0.8)%,both P0.05].The RDW of female CHD patients was higher than that of male CHD patients[(13.5±0.8)% vs (13.1±0.7)%,P0.05].Correlation analysis showed RDW was weakly,and negatively associated with hemoglobin (r=-0.22,P0.01) in CHD group.Conclusion The RDW was in normal range in hypertensive patients,while the RDW in CHD patients especially in female was significantly increased.\n【CateGory Index】： R541.4;R544.1\n1 HU Wen-jie1,2,WANG Ai-ling3(1.Anhui Medical University,Hefei,Anhui 230032;2.Department of Cardiology,The People's Hospital of Lu'an,Lu'an,Anhui 237005,China;3.The First Affiliated Hospital of Anhui Medical University,Hefei,Anhui 230032,China);Clinical Analysis of the correlation of red blood cell volume distribution width(RDW)with coronary artery disease[J];Anhui Medical and Pharmaceutical Journal;2013-03\n2 CHEN Ji-qun1,2,HAN Wei-xing1(1.Department of Electrocardiograph and Heart Function,The First Affiliated Hospital of Anhui Medical University,Hefei Anhui 230022;2.Department of Gerontology,The Third People′s Hospital of Heifei,Hefei Anhui 230022,China);The correlation between essential hypertension and red blood cell distribution width in senile patients[J];Journal of Bengbu Medical College;2013-04\n3 ZHONG Yun*, TIAN Chao-wei, TAO Li-li, LIU Ben-rong, LI Ai-qun, ZHANG Zhen-hui, LUO Cheng-feng, LIU Shi-ming *Department of Cardiology, the Second Affiliated Hospital of Guangzhou Medical University, Guangzhou Institute of Cardiovascular Disease, Guangdong 510260, China;Association between blood pressure and red blood cell distribution width in Guangzhou middle-aged and older adults[J];Chinese Journal of Hypertension;2011-05\n4 HE Lei,WEI Qing-min.(Department of Cardiology,People's Hospital of Xingtai,Xingtai 054000,China);Progress in Clinical Application of Red Blood Cell Distribution Width[J];Medical Recapitulate;2013-01\n5 MA Wen,KUANG Zeming,LU Yao,LIU Xing,YUAN Hong(Department of Cardiology,Third Xiangya Hospital,Central South University,Hunan Provincial Institution of Hypertension Research,Changsha 410013,China);Research progress in correlation between red blood distribution width and hypertension[J];International Journal of Pathology and Clinical Medicine;2013-03\n1 CHEN Ji-sheng1,WU Yan-qing2,PENG Qiang2,HUANG Bo2,SU Hai2,CHEN Xiao-shu2.1.Medical College of Nanchang University,2.Department of Cardiology,Second Affiliated Hospital of Nanchang University,Nanchang Jiangxi 330006,China;Red Blood Cell Distribution Width in Patients with Chronic Heart Failure[J];Chinese Journal of Hypertension;2009-06\n1 Huang Yuan,Chen Jiankui,Yu Nong,Yin Xiuyun,Jin Xin,Wang Miao (Department of Clinical Laboratoy,Affiliated Hospital of Academy of Military Medical Sciences,Beijing 100071,China);Relationship between red blood cell distribution width and the prognosis of acute myocardial infarction[J];International Journal of Laboratory Medicine;2011-16\n2 HUANG Yuan,CHEN Jian-kui,YU Nong,SONG Shi-ping,YIN Xiu-yun,JIN Xin,DU Yu(Affiliated Hospital of Academy of Military Medical Sciences,Beijing 100071,China);The Changes and Clinical Application Value of Red Blood Cell Distribution Width in Patients with Coronary Heart Disease[J];Clinical Misdiagnosis & Mistherapy;2011-10\n3 MO Wei,et al. Laboratory Department,the Second Affiliated Hospital to Guangdong Medical College,Zhanjiang,Guangdong 524003, China.;Clinical research on enalapril and betaloc in treating chronic heart failure[J];Journal of Qiqihar University of Medicine;2013-14\n4 YANG Bin-wu,ZHANG Zheng,WU Zeng-ying,WANG Zhi-lu,WANG Long.Department of Cardiology,First Affiliated Hospital,Lanzhou University,Lanzhou Gansu 730000,China;The Red Blood Cell Distribution Width and Its Relationship with Cardiac Structure and Functions in Patients with Essential Hypertention or Coronary Heart Disease[J];Chinese Journal of Hypertension;2010-09\n5 HE Lei,WEI Qing-min.(Department of Cardiology,People's Hospital of Xingtai,Xingtai 054000,China);Progress in Clinical Application of Red Blood Cell Distribution Width[J];Medical Recapitulate;2013-01\n6 CHENG Lei Sichuan International Studies University,Chongqing 400031,China.;Effects of Combination of Aerobic Exercise and Anti-Heart Failure Drug on Red Blood Cell Distribution Width,Cardiac Function and Exercise Capacity of Heart Failure Patients[J];China Sport Science and Technology;2013-01\n1 Cong Yulong, et al;Primary approach of clinical practice value about MVC/RDW classifacation on anemia[J];Academic Journal of Plan Postgraduate Medical School;1990-01\n2 XU Kai-Zu1,2,LIN Li-Min1,LIN Jin-Xiu1,ZHENG Jian-Sheng2,and CAI Ding-Nan2(1.The First Affiliated Hospital,Fujian Medical University,Fuzhou 350004;2.Medical College of Putian University,Putian 351100,China);Relationship Between Red Cell Distribution Width and Complication Risk in Patients with Acute Myocardial Infarction[J];Chinese Journal of Arteriosclerosis;2010-07\n3 XU Zhi-yong1,LIU Ming-ya2,WEI Meng21.Department of Cardiology,Medical College of Soochow University,Suzhou 215123,China;2.Shanghai Sixth People's Hospital affiliated to Shanghai Jiaotong University,Shanghai 200233,China;Red blood cell distribution width as a prognostic marker for patients with chronic heart failure[J];Clinical Focus;2011-10\n4 HUANG Yuan,CHEN Jian-kui,YU Nong,SONG Shi-ping,YIN Xiu-yun,JIN Xin,DU Yu(Affiliated Hospital of Academy of Military Medical Sciences,Beijing 100071,China);The Changes and Clinical Application Value of Red Blood Cell Distribution Width in Patients with Coronary Heart Disease[J];Clinical Misdiagnosis & Mistherapy;2011-10\n5 YAN Bingju CAI Jiuying(Department of cardiology,the First Affiliated Hospital of Liaoning Medical College,Jinzhou,121001,China);Correlation between red cell distribution width and cardiac functional parameters determined by ultrasonic echocardiogram in patients with chronic heart failure[J];Journal of Clinical Cardiology;2011-10\n6 CHEN Yuan-yuan LI Yuan-min ZHAO Qiang;The association between red blood cell distribution width and coronary artery disease[J];Journal of Practical Electrocardiology JS;2011-01\n7 CHEN Ji-sheng1,WU Yan-qing2,PENG Qiang2,HUANG Bo2,SU Hai2,CHEN Xiao-shu2.1.Medical College of Nanchang University,2.Department of Cardiology,Second Affiliated Hospital of Nanchang University,Nanchang Jiangxi 330006,China;Red Blood Cell Distribution Width in Patients with Chronic Heart Failure[J];Chinese Journal of Hypertension;2009-06\n8 YANG Bin-wu,ZHANG Zheng,WU Zeng-ying,WANG Zhi-lu,WANG Long.Department of Cardiology,First Affiliated Hospital,Lanzhou University,Lanzhou Gansu 730000,China;The Red Blood Cell Distribution Width and Its Relationship with Cardiac Structure and Functions in Patients with Essential Hypertention or Coronary Heart Disease[J];Chinese Journal of Hypertension;2010-09\n9 ZHONG Yun*, TIAN Chao-wei, TAO Li-li, LIU Ben-rong, LI Ai-qun, ZHANG Zhen-hui, LUO Cheng-feng, LIU Shi-ming *Department of Cardiology, the Second Affiliated Hospital of Guangzhou Medical University, Guangzhou Institute of Cardiovascular Disease, Guangdong 510260, China;Association between blood pressure and red blood cell distribution width in Guangzhou middle-aged and older adults[J];Chinese Journal of Hypertension;2011-05\n10 GU Dong feng *, HUANG Guang yong, HE Jiang, et al *Department of Population Genetics and Prevention, Fu Wai Hospital, Peking Union Medical College and Chinese Academy of Medical Sciences, Beijing 100037, China;Investigation of prevalence and distributing feature of chronic heart failure in Chinese adult population[J];Chinese Journal of Cardiology;2003-01\n1 HE Lei,WEI Qing-min.(Department of Cardiology,People's Hospital of Xingtai,Xingtai 054000,China);Progress in Clinical Application of Red Blood Cell Distribution Width[J];Medical Recapitulate;2013-01\n2 LIU Pingfang;WANG Yanmei;Department of Clinical Laboratory,Anfu County Hospital in Jiangxi Province;Department of Pediatric Medicine,Anfu County Qianshan Healthcare Hospital in Jiangxi Province;;The significance of RBC distribution width in small cell hypochromic anemia[J];China Modern Doctor;2013-33\n2 JIANG Jie-hua, LIAO Wei-jiao, GAO Qi-jian, OUYANG Li-jie, OU Bi-ru (The First Affiliated Hospital of Guangzhou Medical College, Guangzhou 510120, China);Application of Brain Natriuretic Peptide Detection in the Diagnosis of Congestive Heart Failure[J];Journal of Tropical Medicine;2006-02\n3 YU Hui-zhen, ZHU Peng-li, SHEN Xiao-li, LI Feng, LU Li-hong, JIANG Yun. Department of Geriatric, Fujian Provincial Hospital, Fuzhou 350001, China;Plasma Brain Natriuretic Peptide Concentration and Left Ventricular Hypertrophy in elderly Hyperension[J];;2006-05


url: =SHA to SYX What is the flight distance between Hongqiao International (SHA) China and Phoenix International (SYX) China airports? Get Approximate flying times airport codes and maps.\nDistance Calculator > Airport Distances > SHA to SYX\nWhat is the flying distance from Hongqiao International (SHA) China to Phoenix International (SYX) China airports?\nThe distance from Hongqiao Intl to Phoenix International is 1159.59 miles or 1865.78 Kilometres.\nFlight Time Approximations: How long would it take to fly from Hongqiao Intl to Phoenix International? 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 3.1 hours to get from Hongqiao Intl to Phoenix International. Flying estimates include a 15 min buffer for take off and landing.\nYichang Airport | Tongren | Jiangbei | Weihai Airport | Jiujiang Lushan Airport | Dongsheng | Pudong | Kashi | Dachuan Airport | Dongshan | Weifang Airport | Wujiaba | Yibin | Wuhai | Laishan | Jiayuguan Airport | Jingdezhen Airport | Lukou | Liangjiang | Dongying Airport | Shubuling Airport | Jiuzhaigou Huanglong | Altay Airport | Beihai Airport | Zhuhai Airport | Yan'an Airport | Hongqiao Intl | Yining Airport | Changbei Intl | Xiaoshan | Hotan | Anqing Airport | Korla Airport | Shanhaiguan Airport | Ganzhou Airport | Shuangliu | Capital Intl | Hami Airport | Lianyungang Airport | Yanji Airport | Diqing Airport | Liuting | Baotou Airport | Xi\_'An Xiguan | Xilinhot Airport | Phoenix International | Lhasa-Gonggar | Lincang Airport | Lishe | Dayong Airport | Nyingchi Airport | Qingshan | Huanghua | Hanzhong Airport | Beijing Nanyuan Airport | Mianyang Airport | Changchun | Shenyang Taoxian International Airport | Golmud Airport | Huangyan Luqiao Airport | Qiemo Airport | Lanzhou Airport | Wai Sha Airport | Bailian Airport | Dali | Tacheng Airport | Xining Caojiabu Airport | Lijiang Airport | Kuqa Airport | Dandong | Gaoqi | Enshi Airport | Jinan | Zhoushan Airport | Aksu Airport | Qamdo Bangda Airport | Changzhou | Dunhuang Airport | Chaoyang Airport | Fuyang Airport | Zhanjiang Airport | Changle | Tongliao Airport | Yulin Airport | Binhai | Baita Airport | Tianhe | Yancheng Airport | Changzhi Airport | Zhangxiao | Longdongbao | Jinggangshan | Quanzhou Airport | Luoyang Airport | Quzhou Airport | Yiwu Airport | Heihe Airport | Wuxu | Xinzheng | Shijiazhuang Daguocun International Airport |


url: =Wenjie Zhou - Semantic Scholar\nSoil sterilisation and plant growth-promoting rhizobacteria promote root respiration and growth of sweet cherry rootstocks\nWenjie Zhou, Sijun Qin, Deguo Lyu, Peng Zhang\nSijun Qin, Wenjie Zhou, Zhixia Li, Deguo Lyu\nNonlinear Robust Flight Mode Transition Control for Tail-Sitter Aircraft\nZhaoying Li, Wenjie Zhou, Hao Liu, Lixin Zhang, Zongyu Zuo\nA new plane segmentation method of point cloud based on mean shift and RANSAC\nWenlong Yue, Junguo Lu, Wenjie Zhou, Yubin Miao\nThree dimensional laser scanning technology has been widely used in machine vision and reverse engineering. Plane segmentation is an important step for object recognition in the point cloud obtained… (More)\nIn this paper, the nonlinear robust control problem for tail-sitter aircraft in flight mode transitions is addressed. The problem is challenging due to the nonlinearities and uncertainties including… (More)\nFinite-Time Synchronization for a Class of Fully Complex-Valued Networks With Coupling Delay\nChuan Zhang, Xingyuan Wang, Xingyuan Wang, Wenjie Zhou, Zhi-qiu Xia\nIn this paper, the problem of synchronization for a class of fully complex-valued networks with coupling delay is investigated by the linear feedback control in a finite time. The state variables,… (More)\nColor medical image lossless watermarking using chaotic system and accurate quaternion polar harmonic transforms\nZhi-qiu Xia, Xingyuan Wang, Wenjie Zhou, Rui Li, Chun-peng Wang, Chuan Zhang\nSijun Qin, Wenjie Zhou, Deguo Lyu, Lingzhi Liu\nASSOCIATION METHOD AND DEVICE FOR COMMUNICATIONS MODES\nXiaolong Zhang, Tieming Huang, Wenjie Zhou\nNonlinear characteristics and stability optimization of rotor-seal-bearing system\nWenjie Zhou, Xuesong Wei, Lulu Zhai, Xianzhu Wei, Leqin Wang\nA nonlinear rotor-seal-bearing system model, including the Muszynska nonlinear seal force model and nonlinear oil-film force model based on short bearing assumption, is proposed in this paper. The… (More)


url: =Guangxi Kowloon Orient Hotel Nanning,Nanning Hotel:China Hotels.net\n- Guangxi Kowloon Orient Hotel Nanning\nGuangxi Kowloon Orient Hotel Nanning No.33, South Jinhu Road, Qingxiu District, Nanning(南宁市青秀区金湖南路33号（自治区政府区域，近南宁百货）)\nSearch Room Rates: Guangxi Kowloon Orient Hotel Nanning\nGuangxi Kowloon Orient Hotel Nanning Introduction\nGuangxi Kowloon Orient Hotel Nanning is a 4 stars hotel,aims to be the ideal choice for discerning travelers.The hotel is situated in Nanning langxi.Opened in 2010, Guangxi Kowloon Orient Hotel Nanningstaff is superbly trained to ensure all guests’ requests receive the utmost care and attention. The hotel has 13 storeys(floors),150 tastefully understated rooms.Guangxi Kowloon Orient Hotel Nanning accepts payment by cash or by card, Peony Card, Golden Harvest Card, Great Wall Card, Dragon Card, Pacific Card, Oriental Card.The hotel is an easy walking distance away from Nanning International Convention and Exhibition Center, Qingxiu Hill, Sunshine Plaza, 100 Nanning city centre, guest can also take a short taxi ride to.Meanwhile well positioned with distance(Kilometers) to: Nanning Wuwei International Airport(36.9km), Nanning International Convention and Exhibition Center(2.3km), Bus Terminal(6.6km), Railway Station(7km), Minsheng Walking Street(5.6km), Food Street in the Hill Road of Nanning(4.2km), Guangxi exhibition hall(5km), Qingxiu Hill(1.7km), Wanda Commercial Plaza(5km), Dream Island Shopping Centre(3.7km), Sunshine Plaza, 100 Nanning city centre(2.3km), Nanning, the first bridge (Yongjiang River Bridge)(5.1km).\nGuangxi Kowloon Orient Hotel Nanning Room Types\nGuangxi Kowloon Orient Hotel Nanning 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.) Guangxi Kowloon Orient Hotel Nanning Map and Nearby Hotels\nGuangxi Kowloon Orient Hotel Nanning Nearby hotels\nJinmandi International Hotel Nanning 0.2km\nBajiaozhai Business Hotel Nanning 0.2km\n7 Days Inn Nanning Langxi Branch 0.2km\nJin He Gong Hotel Nanning 0.2km\nYinglian Hotel Nanning 1.0km\nTranscentury Hotel Nanning 1.0km\nNanning Wenli Hotel 1.1km\nGe Zi Hotel(Nanning Qingshan Branch) 1.1km\nJinghu Business Hotel Nanning 1.3km\nShuangyue Fashion Hotel Nanning 1.4km\nKM(kilometers) above is the distance to this hotel Guangxi Kowloon Orient Hotel Nanning Nearby Attractions\nCity Convenience Inn Xida Nanning


url: =dblp: Zhenghui Liu\nHejun Xuan , Xuelin Zhao, Lei You , Zhenghui Liu, Yanling Li:\nMultiobjective Model and Improved Artificial Raindrop Algorithm for Virtual Network Mapping. Mob. Inf. Syst. 2021: 5542670:1-5542670:10 (2021)\nHejun Xuan , Lei You , Zhenghui Liu, Yanling Li, Xiaokai Yang:\nHS-MOEA/D: An Oriented Algorithm for Delay and Reliability VNF-SC Deployment. Secur. Commun. Networks 2021: 5538931:1-5538931:9 (2021)\nHejun Xuan , Xuelin Zhao, Zhenghui Liu, Jianwei Fan, Yanling Li:\nEnergy Efficiency Opposition-Based Learning and Brain Storm Optimization for VNF-SC Deployment in IoT. Wirel. Commun. Mob. Comput. 2021: 6651112:1-6651112:9 (2021)\nHongzhou Yue , Shuilong He , Zhenghui Liu :\nSocial Media Users Send Promotional Links to Strangers: Legitimate Promotion or Security Vulnerability? IEEE Access 8: 41705-41718 (2020)\nPan Zou, Lijin Duan, Shasha Zhang, Xue Bai, Zhenghui Liu, Fengmei Jin, Haibo Sun, Wentao Xu, Rui Chen:\nTarget Specificity of the CRISPR-Cas9 System in Arabidopsis thaliana, Oryza sativa, and Glycine max Genomes. J. Comput. Biol. 27(10): 1544-1552 (2020)\nCompression Detection of Audio Waveforms Based on Stacked Autoencoders. ICAIS (2) 2020: 393-404\nZhenghui Liu , Yuankun Huang , Jiwu Huang :\nPatchwork-Based Audio Watermarking Robust Against De-Synchronization and Recapturing Attacks. IEEE Trans. Inf. Forensics Secur. 14(5): 1171-1180 (2019)\nRan Li , Yongfeng Lv, Zhenghui Liu:\nMulti-Scheme Frame Rate Up-Conversion Using Space-Time Saliency. IEEE Access 6: 1905-1915 (2018)\nRan Li, Zhenghui Liu, Yu Zhang, Yanling Li, Zhangjie Fu:\nNoise-level estimation based detection of motion-compensated frame interpolation in video sequences. Multim. Tools Appl. 77(1): 663-688 (2018)\nRan Li , Wei He, Zhenghui Liu, Yanling Li, Zhangjie Fu:\nSaliency-based adaptive compressive sampling of images using measurement contrast. Multim. Tools Appl. 77(10): 12139-12156 (2018)\nMotion-compensated frame interpolation using patch-based sparseland model. Signal Process. Image Commun. 54: 36-48 (2017)\nZhenghui Liu, Lixiang Liu, Jianzhou Chen:\nTwo-scale geographic back-pressure algorithm for deep space networks. ICIS 2017: 51-56\nZhenghui Liu, Fan Zhang, Jing Wang, Hongxia Wang, Jiwu Huang:\nAuthentication and recovery algorithm for speech signal based on digital watermarking. Signal Process. 123: 157-166 (2016)\nFan Zhang, Zhenghui Liu, Hongxia Wang:\nA Secure Speech Content Authentication Algorithm Based on Discrete Fractional Fourier Transform. Int. J. Digit. Crime Forensics 7(3): 19-36 (2015)\nA novel speech content authentication algorithm based on Bessel-Fourier moments. Digit. Signal Process. 24: 197-208 (2014)\nA Speech Content Authentication Algorithm Based on Pseudo-Zernike Moments in DCT Domain. Int. J. Digit. Crime Forensics 5(3): 15-34 (2013)\nAn Efficient Speech Content Authentication Algorithm Based on Coefficients Self-correlation Degree. IWDW 2012: 311-326\n[j18] [j17] [j16] [j10] [j9] [j5]\n[j13] [c6] [c5] [j6]\n[j13] [c5] [j8] [j7] [j6] [c2]


url: =YONGHUAIGUJIWUSHOUQISAN 【TANG】DUFU QUNSHANWANHEFUJINGMEN，SHENGZHANGMINGFEISHANGYOUCUN。 YIQUZITAILIANSHUOMO，DULIUQINGZHONGXIANGHUANGHUN。 HUATUSHENGSHICHUNFENGMIAN，HUANPEIKONGGUIYEYUEHUN。 QIANZAIPIPAZUOHUYU，FENMINGYUANHENQUZHONGLUN。 YIWEN： QIANSHANWAN...\n2018-06-22 名人名言 78 ℃ 0\n2017-03-17 名人名言 142 ℃ 0\n2017-03-17 名人名言 127 ℃ 0\n2017-03-17 名人名言 122 ℃ 0\n2017-03-16 名人名言 1754 ℃ 0\nSHUJIARIJI50ZIBAYUEERSHIWURIXINGQISIQINGTIAN TIANWANSHANG，WOHEMAMAQUBUXINGJIELIUBING。SHOUXIANWOCHUANHAOLIUBINGXIE，RANHOUJIAOMAMABANGWOFUQILAI，MAMAMANMANDIFANGSHOU，BUYIHUIER，WOLIUDEXIANGXIAOYANZIYIYANGXINGDONGZIRU。MEIDUOJIU，WOLIULEYISHENHAN。XIAOPENGYOUMEN，KUAILAILIUBINGBA。ZHEIYESHIYIZHONGDUANLIANSHENTIDEHAOBANFA。 PIANSAN：ZUOJIAWU BAYUE...\n2017-03-16 名人名言 116 ℃ 0\n2017-03-16 名人名言 82 ℃ 0\n2017-03-16 名人名言 53 ℃ 0\nBENBAOXUN QUANMEITIJIZHEZHAOJINGTAOBAODAO JINRI，ZHONGYUANYINXINGKAIFENGFENXINGZUZHIKAIZHANLEFANXIQIANPEIXUNHUIYI，GAIXINGGEZHIXINGDECAOZUOYUAN、GUANLIYUANHEHUIJIZHUGUANCANJIAPEIXUN。JUXI，CICIPEIXUNCONGRICHANGGONGZUOZHONGFAXIANDETUCHUWENTICHUFA，ZHIZAIKUODAFANXIQIANYEWUZHISHIFANWEI，TIGAOFANXIQIANFENXIZHENBIENENGLI，JIASHENDUIFANXIQIANDERENSHILIJIE，CHONGFENRENSHIDAOXIQIANDEWEIHAIXINGHEFANXIQIANGONGZUODEZHONGYAOXING，ZENGQIANG...\n2017-03-16 名人名言 29 ℃ 0\n牛牛棋牌下载 ZHONGGUOGONGQINGTUANRUTUANSHENQINGSHU 600 ZI ZHONGGUOGONGQINGTUANRUTUANSHENQINGSHU 600 ZI ZHONGGUOGONGQINGTUANRUTUANSHENQINGSHU 600 ZI 2015-10-13 LIULAN:FENXIANGREN：DINGBOXINSHOUJIBANZUNJINGDETUANZUZHI：WOZHIYUANJIARUZHONGGUOGONGCHANZHUYIQINGNIANTUAN，YINWEIZHONGGUOGONGCHANZHUYIQINGNIANTUANSHIZHONGGUOQINGNIANDEXIANJINZUZHI， SHIZHONGGUOGONGCHANDANGDEYOULIZHUSHOUHEHOUBEIJUN，SHIZHONGGUOQINGNIANXUEXIMALIEZHUYI...\n2017-03-16 名人名言 30 ℃ 0\n牛牛棋牌下载 MIAOXIECHUXIADESHIJU　GUANYUXIATIANDESHIJUNIYOUSHOUJIGUOMA?XIAMIANSHIWEIDAJIASHOUJIDEGUANYUXIATIANDESHIJU，HUANYINGDAJIAYUEDU!　1、CHUNZHIHUARUJIN，XIAJINYECHENGWEI。——LISHUANG《FANGSHU》　2、XIUSEYANJINGU，HEHUAXIUYUYAN。——LIBAI《XISHI》　3、FENGPULIELIEXIAOCHITANG。——LIZHONGYUAN《YIWANGSUN·XIACI》　4、SHENJUFUJIACHENG，CHUNQUXIAYOUQING。——LISHANGYIN《WANQING》　...\n2017-03-14 名人名言 48 ℃ 0\n2017-03-14 名人名言 34 ℃ 0\nYINGGUOZUOJIADANNIERDIFUJIANJIEDANNIER・DIFUSHIYINGGUOZHUMINGDEXIAOSHUOJIA、XINWENJIZHE、XIAOCEZIZUOZHE。（wwW Niubb net］ZAIQIZUOPINZHONGCHONGMANLEJIJIDEGERENFENDOUDEJINGSHEN，CUIRENFENJIN。ZHEIZHONGJINGSHENSHIDANGSHIZHUIQIUMAOXIAN，CHANGDAOGERENFENDOUDESHEHUIFENGQIDEYIGEXIANMINGXIEZHAO，DANNIER・DIFUZUIZHU...\n2017-03-14 名人名言 54 ℃ 0\n2017-03-14 名人名言 79 ℃ 0\n2017-03-14 名人名言 33 ℃ 0\n牛牛棋牌下载 YOUYISIDEDUILIAN　SHANGLIAN：：YIDAQIAO，ERXIAOQIAO，SANCUNJINLIANSICUNYAO，WUXIALIUHEQICAIFEN，BAHUANJIUCHAISHIBEIJIAO。　XIALIAN：SHIJIUYUE，BAFENYUAN，QIGEJINSHILIUGEHAI，WUGENGSIGUSANSHENGXIANG，ERQIAODAQIAOYIRENPIN。 SHANGLIAN：YIGUZHOU，ERKESHANG，SANSIWULIUSHUISHOU，CHEQIQIBAYEFENGPENG，XIAJIUJIANG，HAIYOUSHILI。　XIALIAN：SHILIYUN，JIULIXIANG，BAQILIUWUHAOLUN，SUIZOUSISANNIANJIUDAO，...\n2017-03-14 名人名言 28 ℃ 0\n沧海月明珠有泪 蓝田日暖玉生烟 [.锦瑟.]<<<沧海月明珠有泪，蓝田日暖\nCANGHAIYUEMINGZHUYOULEI LANTIANRINUANYUSHENGYANCANGHAIYUEMINGZHUYOULEI LANTIANRINUANYUSHENGYAN>>_GONGGUILOU_<<[CANGHAIYUEMINGZHUYOULEI，LANTIANRINUANYUSHENGYAN]-[ GONGGUIZHIFUSHIPIAN ][ GUOMUHUANGHOU.MINGHUANGZHENGHONGWEICHAOFUYANSE.QIYURENHEYANSEJIEKEWEICHANGFU.KEDAIJINFENGDIAN.FENGGUAN.LIANGCECHUIJIANLIUSU ][ QICIHUANGFEI.ZHENGZIANHONGWEICHAOFUYANSE.CHUHUANGHONG...\n2017-03-14 名人名言 30 ℃ 0\n牛牛棋牌下载 YOUXIUYUANGONGPINGYUDAQUANYOUXIUYUANGONGPINGYUDAQUANYI：QINKENWUSHI，SHANYULINGWU，DUIBENZHIGONGZUOJINGJINGYEYE，ZHUZHONGGERENCHENGZHANG;GONGZUOCHENGJIJINBUDA，YEJIFAZHANXUNSU，HUOYOUXIAOGAISHANZIWODEGONGZUOFANG(LAIZI:www zaidian cOmZAIDIANWANG:itYOUXIUYUANGONGPINGYU)SHI，CONGERZAIGONGZUOZHONGSHOUDAOLIANGHAOXIAOGUO；WUXINGJIAOQIANG，NENGHENKUAISHIYINGXINDEGANGWEI，ZAIXINDEYEWUQUYUNENGGOULIJIKAIZHANGONG...\n2017-03-13 名人名言 67 ℃ 0\n2017-03-13 名人名言 38 ℃ 0\n2017-03-13 名人名言 39 ℃ 0\n2017-03-13 名人名言 37 ℃ 0\n阳春白雪是什么意思 阳春白雪的意思是什么？阳春白雪的意思介绍 阳春白雪的反义词\n2017-03-13 名人名言 97 ℃ 0\n2017-03-12 名人名言 12 ℃ 0\n2017-03-12 名人名言 23 ℃ 0


url: =AuthorZhang, Xixiang (13)Zhang, Qiang (11)Li, Peng (7)Wen, Yan (5)Zhang, Junli (5)View MoreDepartmentNanofabrication Core Lab (23)Physical Sciences and Engineering (PSE) Division (20)Materials Science and Engineering Program (17)Imaging and Characterization Core Lab (16)Thin Films & Characterization (12)View MoreJournalAdvanced Materials (2)J. Mater. Chem. C (2)Physical Review B (2)ACS Applied Materials & Interfaces (1)ACS Nano (1)View MoreKAUST Grant NumberREP/1/2708-01 (2)REP/1/2719-01 (2)1671 – CRG2 (1)BAS/1/1614-01-01 (1)CRF-2015-2549-CRG4 (1)View MorePublisherWiley (5)American Chemical Society (ACS) (3)IOP Publishing (3)Royal Society of Chemistry (RSC) (3)Springer Nature (3)View MoreSubjectnanoparticles (2)Thin films (2)3D Cell Culture (1)3D Scaffolds (1)alloy (1)View MoreType


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url: =Flavonoids Extraction from Apocynum venetum by Ultrasonic-assisted and Purification by High-speed Counter-current Chromatography--《Food Science》2007年12期\n《Food Science》 2007-12\nFlavonoids Extraction from Apocynum venetum by Ultrasonic-assisted and Purification by High-speed Counter-current Chromatography\nGENG Yang-ling,LI Fu-wei,WANG Xiao,LI Jing-chao,XU Na (Shandong Analysis and Test Center, Jinan 250014, China)\nA novel flavonoids extraction process from Apocynum venetum by ultrasonic wave was tested. The optimum extraction conditions of flavonoids were investigated with orthogonal test design. The results showed that the optimal conditions are: 300 W ultrasonic wave, 15:1 of 60% ethanol to sample weight, and extraction time 15 min. High-speed counter-current chromatography was applied to the separation of flavonoids from a crude extract of Apocynum venetum. The experiment was performed with a two-phase solvent system composed of ethylacetate -ethanol -water-CH3COOH (4:1:5:0.25, V/V). From 150 mg crude extract, the 45 mg isoquercitrin is obtained with a purity of over 98.6% as determined by high performance liquid chromatography.\n1 GE Yan-Ru1,PAN Ru1,FU Hai-Zhen1,WU Yun1,FU Wen-Yan1,YAN Yong-Sheng2,QI Xue-Yong1 1(School of Pharmacy,Jiangsu University,Zhenjiang 212013) 2(College of Chemistry and Chemical Engineering,Jiangsu University,Zhenjiang 212013);Separation/Richment Total Flavonoids in Phellinus Igniarius by Ionic Liquid/Salt Aqueous Two-phase Flotation[J];Chinese Journal of Analytical Chemistry;2012-02\n2 XIAO Hanga LI Yun-Xianga CAI Ling-Yuna,b GAO Xiaa HE Liaa(College of Life Science,Key Laboratory of Environmental Science and Biodiversity Conservation of Sichuan Higher Education,China West Normal University,Nanchong,Sichuan 637002,P.R.China)b(Department of Chemistry,Kaili University,Kaili,Sichuan 556003,P.R.China);Reasearch on the Ultrasonic Extraction of Total Flavones from Stem Bark of Acanthopanan Trifoliatus[J];Chinese Journal of Spectroscopy Laboratory;2010-01\n3 LI Feng-lin,LI Qin-wang,GAO Da-wei1,FENG Cai-ning2,SHAO Jun-jie2(1 Environment & Chemical Engineering School,Yanshan University,Qinhuangdao,Hebei,610400;2 Animal Institute of Science & Technology,Northwest Agricultural University,Yanglin,Shanxi,712100;3 Bioengineering Department,Jilin Agricultural Institute of Science and Technology,Jilin,Jilin,132101);Research on the ultrasonic extraction of total flavones from sweet potato leaves[J];Jiangsu Condiment and Subsidiary Food;2008-03\n4 CHEN Hao-hao,TANG Rui~*,FAN Hua-jun,LIN Xing-yu,ZHANG Yong-yi,CAI Bing (Dept.of Pharmacy,Guangdong College of Pharmcology,Guangzhou 510006,China);Separation and Enrichment of Flavonoids in Euonymus Alatus by Solvent Floatation[J];Physical Testing and Chemical Analysis(Part B:Chemical Analysis);2010-04\n5 WANG Hui-zhu;ZHANG Chuang;LIU Chao;College of Chemistry and Pharmaceutical Engineering,Jilin Institute of Chemical Teconology;;Optimization of Extraction Process of Total Flavones from Apocynum venetumL. with Microwave-Method by Orthogonal Experiment[J];Journal of Jilin Institute of Chemical Technology;2013-09\n6 WANG Zu-lin1,HAN Li-wen2,LIU Xiu-he1,LIU Ke-chun2,YUAN Yan-qiang2(1.School of Food & Bioengineering,Shandong Institute of Light Industry,Jinan 250353,China;2.Institute of Biology,Shandong Academy of Sciences,Jinan 250014,China);The Application of High-speed Counter-current Chromatography in the Separation of Active Ingredients from Natural Products[J];Shandong Science;2009-03\n7 RUAN Zheng1,2,WU Chang-qiang1,2,YIN Yu-long1,2,3,DENG Ze-yuan1,2,*(1.State Key Laboratory of Food Science and Technology,Nanchang University,Nanchang 330047,China;2.College of Life Science and Food Engineering,Nanchang University,Nanchang 330031,China;3.Institute of Subtropical Agriculture,Chinese Academy of Sciences,Changsha 410125,China);Separation of Formononetin from Millettia nitita var.hirsutissima Using High-Speed Counter-current Chromatography[J];Food Science;2010-12\n8 YU 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url: =Distribution of Microsatellite from Complete Sequence of Medicao truncatula Chloroplast DNA--《Journal of Anhui Agricultural Sciences》2008年09期\nDistribution of Microsatellite from Complete Sequence of Medicao truncatula Chloroplast DNA\nPIAN Rui-qi et al(Key Laboratory for Genetics and Breeding of Forest Trees and Ornamental Plants,Mininstry of Education,Beijing Forestry University,Beijing 100083)\nIn order to develop the universal chloroplast simple sequence repeat(cpSSR) primer for Leguminous plant,the publicly available chloroplast DNA sequence of Medicao truncatulawas was analyzed with bioinformatics software.The research content included the abundance and distribution of cpSSR across the Medicao truncatula chloroplast genome.Based on the investigation of mono-to hexa-nulecleotide simple sequence repeat(SSR),341 microsatellitate repeat sequences were observed in whole chloroplast genomic DNA sequence.About 3.21% of the chloroplast genomic DNA was occupied by SSRs,whose total length was 3 987 bp.The distribution of cpSSR was very uneven,mainly concentrated in some area of large single copy(LSC).Among all of repeat sequences,monocleotide repeat was the most abundant,with the number of 297,which was a proportion of 87.1%.The second was the dinucleotide,43(12.6%).However,the trinucleotide repeats was rare,only 1.No repeats which contained more than trinucleotide repeats were found.The porpotion of repeat sequence which was composed of A and T was 41.4% and 55.6%,respectively.The number of AT and TA repeats occupied 95.3% of dinucleotide repeat.Array mode of sequences was divided into three types: perfect repeat,interrupted repeat and compound repeat.The number of interrupted repeats was 192,taking the largest proportion in sequences,64.6%.During monocleotide repeats,the number of perfect and compound repeats was 76(25.6) and 29(9.8%),respectively.These results would be useful for molecular markers' screeing.\n1 JIANG Jian et al(Department of Bio-technology Engineering,Dalian Nationalities University,Dalian,Liaoning 116600);Analysis of Amino Acids Compositions and Contents in Different Parts of Alfalfa[J];Journal of Anhui Agricultural Sciences;2008-29\n2 XIANG Qian et al (College of Forestry and Horticulture,Sichuan Agricultural University,Yaan,Sichuan 625014);Study on Establishment of cpSSR Marker Technology and Optimization of Its Reaction System in Jatropha curcas Linn[J];Journal of Anhui Agricultural Sciences;2009-32\n3 Yang Kunmei;Yang Bijia;Li Zongyan;Lin Ping;Landscape and Architecture College,Southwest Forestry University;;Optimization of Chloroplast DNA SSR-PCR System and Primer Screening for Paphiopedilum micranthum[J];Molecular Plant Breeding;2015-02\n4 XIANG Qian,ZHOU Lan-ying,WAN Jing,ZHANG Xu,LEI Bao-sheng,JIN Yin-chun,FENG Yi,YU Xu-ren,ZHAO Xiao-yingForestry College of Sichuan Agricultural University,Ya'an 625014;Study on Establishment of cpSSR Marker Technology and Optimization of Its Reaction System in Jatropha curcas Linn[J];农业科学与技术(英文版);2009-04\n5 ZHANG Jun-yi(Department of Bioengineering & Biotechnology,Huaqiao University,Xiamen 361021,China);Microsatellite Analysis of Chloroplast DNA in Phalaenopsis aphrodite subsp. formosana and Its Marker Exploitation[J];Acta Agriculturae Jiangxi;2011-12\n1 Chen Bowang\_ Hong Jusheng\_ Shi Xingbo (Research Institute of Forestry, CAF\_ Beijing100091);STUDY ON GENETIC DIVERSITY OF \_%CUNNINGHAMIA LANCEOLATA\_% AND \_%TAIWANIA FLOUSIANA\_% BY USING CHLOROPLAST MICROSATELLITES[J];SCIENTIA SILVAE SINICAE;2000-03\n2 WANG Hua-Kun 1),2),QIAO Yu-Shan 1),LOU Xiao-Ming 3),XUE Hua-Bai 1),ZHANG Zhen 1)*(1)Department of Horticulture,Nanjing Agriculture University,Nanjing 210095,China;2)Extension Center for Evergreen Fruit,Suzhou 215107,Jiangsu,China;3)Suzhou Agriculture Occupation Technology Academy,Suzhou 210008,Jiangsu,China);Distribution of Microsatellite from Complete Sequence of Arabidopsis thaliana Chloroplast DNA[J];Chinese Journal of Biochemistry and Molecular Biology;2006-10\n3 LIU Feng; DONG Fang-Yang; ZOU Ji-Jun; CHEN Shou-Yi; ZHUANG Bing-Chang (1.Institute of Genetics, Chinese Academy of Sciences, Beijing 100101, China; 2. 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Luodian Forestry Bureau, Luodian 550100, China;Damage of Coffee Bean Weevil (Araecerus fasciculatus De Geer) on Its New Host Jatropha curcas L.[J];植物病虫害研究(英文版);2011-02\n8 LI Jing1,ZENG De-xian2,WU Zi-huan2,FAN Lin-yuan2,LIU Fei-hu1(1.Plant Genetic Improvement and Utilization Lab,Yunnan University,Yunnan Kunming 650091,China;2.General Work Station of Forest Seedlings of Yunnan Province,Yunnan Kunming 650215,China);Establishment and Optimization of Protocol for Genomic DNA Extraction from Seeds of Jatropha curcas[J];Southwest China Journal of Agricultural Sciences;2011-02\n9 LI Jin-feng;LI Qing-long;TIE Yun-hua;WANG Wen;Breeding Sheep Popularize Center of Yunnan Province;;Study on Orthogonal Design Mode of Leaf Protein Extraction from Alfalfa[J];China Dairy Cattle;2014-Z2\n10 PAN Weicang;College of Bioengineering and Technology, Tianshui Normal University;;Optimization of extraction technology of leaf protein from space breeding alfalfa by response surface methodology[J];China Brewing;2015-01\n1 XIAO Wen-fang;LI Zuo;CHEN He-ming;LV Fu-bing;Environmental Horticulture Research Institude of Guangdong Academy of Agricultural Sciences;Guangdong Provincial Key Laboratory of Ornamental Plant Germplasm Innovation and Utilization;;Deep Sequenced-based Transcriptome Analysis of Microsatellites in Phalaenopsis[A];[C];2015\n1 Liu Feng Chen Shouyi (Plant Biotechnology Laboratory, Institute of Genetics, Chinese Academy of Sciences, Beijing 100101);MICROSATELLITE MARKERS IN THE SOYBEAN GENOME[J];SOYBEAN SCIENCE;1998-03\n2 Zhu Hongbo 1 Fang Xuanjun 2 Yang Rencui 1* 1 Fujian Agricultural and Forestry University, Fuzhou,350002 2 Hainan Provincial Institute of Tropical Agricultural Resources, Sanya,572025 * Corresponding author, rcyang@pub5 fz fj cn;Developing SSR Markers Using Public Rice Genome Sequence Data[J];Molecular Plant Breeding;2003-02\n3 Liu Feng, Chen Shouyi, Zhuang Bingchang  (Plant Biotechnology Lab, Institute of Genetics, CAS, Beijing 100101) ( Institute of Soybean, Jilin Agricultural Academy of Sciences, Jilin 136100 );Application of Microsatellite Markers in Genetic Mapping of Soybean[J];HIGH TECHNOLOGY LETTERS;1999-06\n4 LI Jian-zi,LI Si-guang,LUO Yu-ping,WAN Lu (Department of Biological Science and Technology,Nanchang University,Nanchang 330047 PRC);The Analysis Techniques of Chloroplast DNA in Research of Plant Systematics[J];Jiangxi Science;2002-03\n5 Chen Bowang\_ Hong Jusheng\_ Shi Xingbo (Research Institute of Forestry, CAF\_ Beijing100091);STUDY ON GENETIC DIVERSITY OF \_%CUNNINGHAMIA LANCEOLATA\_% AND \_%TAIWANIA FLOUSIANA\_% BY USING CHLOROPLAST MICROSATELLITES[J];SCIENTIA SILVAE SINICAE;2000-03\n6 Zhang Deshui Hui Dongwei Zhuang Bingchang Du Baoxing Chen Shouyi (Plant Biotechnology Lab. , Institute of Genetics, Academia Sinica. Beijing 100101; Soybean Institute, Jilin Academy of Agricultural Science, Gongzhuling, Jilin Province, 136100);The Evaluation of RFLP Diversity in Soybean[J];Acta Agronomica Sinica;1998-04\n7 SHU Qing-Yao; WU Dian-Xing; XIA Ying-Wu; GAO Ming-Wei;N M Ayres; P D Larkin; William D Park( Institute of Nuclear Agricultural Sciences Zhejiang Agricultural University Hangzhou 310029)( Crop Biotechnology Center Texas A & M University College Station TX7;Microsatellites Polymorphism on the Waxy Gene Locus and Their Relationship to Amylose Content in indica and japonica Rice,Oryza sativa L.[J];ACTA GENETICA SINICA;1999-04\n8 LIU Feng; DONG Fang-Yang; ZOU Ji-Jun; CHEN Shou-Yi; ZHUANG Bing-Chang (1.Institute of Genetics, Chinese Academy of Sciences, Beijing 100101, China; 2. Institute of Soybean, Northerneast Agricultural University, Haerbin 150030, China; 3. 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