url: =TuiFly Archive | eddh-airport\n1 Kommentar\t/ Movements EDDH / Von Niclas Rebbelmund / 13. Juni 2020 13. Juni 2020


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url: =International Waste Management Business Shows Archives - World Exhibitions\nHome/Tag: International Waste Management Business Shows\nTag Archives: International Waste Management Business Shows\nCaspian Ecology 2021: Azerbaijan Environmental Expo\nCaspian Event Organisers March 3, 2020\tEnvironment and Waste Management, Trade Fair 0 417\nCategory: Environment and Waste Management Date: 17 – 19 November, 2021 Frequency: Biannual Location: Baku Expo Center, 515 1050, Heydar Aliyev Avenue, Baku, Azerbaijan Organizer: Caspian Event Organisers, 15, Nobel Avenue, 7th floor, Azure Business Center, Baku, Azerbaijan Phone: +994 12 404 1000, +994 12 404 1001 Email: office@ceo.az Timings: …\nPRS Europe 2020: Amsterdam Plastics Recycling Expo\n2exhibitions March 2, 2020\tEnvironment and Waste Management, Trade Fair 0 500\nCategory: Environment and Waste Management Date: 25 – 26 March, 2020 Frequency: Annual Location: Amsterdam RAI, Europaplein 24, 1078 GZ Amsterdam, Netherlands Organizer: Crain Communications, 683 3rd Ave, New York, 10017 USA Phone: 313.446.6000 Email: ecedo@crain.com Timings: 10:00 – 19:00 Tickets: – The Exhibition and Conference for the European Plastics …\nIE Expo Guangzhou 2020: Environment Technology\nMesse Munchen December 9, 2019\tEnvironment and Waste Management, Trade Fair 0 1,177\nCategory: Environment and Waste Management Date: 16 – 18 September, 2020 Frequency: Annual Location: China Import and Export Fair (Canton Fair Complex), 382 Yuejiang Middle Rd Haizhu Qu Guangzhou Shi Guangdong Sheng 510310 China Organizer: Guangzhou Yifan Exhibition Service Co. Ltd., Room 201, Yin yan Building, No.25, Yan ling Road 510507 China …\nEverythingAboutWater Expo Delhi 2020: India\n2exhibitions December 3, 2019\tEnvironment and Waste Management, Trade Fair 0 2,914\nCategory: Environment and Waste Management Date: 29 – 31 July, 2020 Frequency: Annual Location: Pragati Maidan, Hall No. 12, Delhi 110044 India Organizer: EA Water Pvt. Ltd. – A1/152, Neb Sarai, IGNOU Road, New Delhi 110068 India Phone: +91 11 43100594/91 / +91 96500 5996 / 09650790606 Email: enquiry@eawater.com Timings: 9:30 AM – 18:00 …\nWEE 2020: World Environment Expo, New Delhi\nIndian Exhibition Services September 9, 2019\tEnvironment and Waste Management, Trade Fair 1 3,216\nCategory: Environment and Waste Management Date: 05 – 07 June, 2020 Location: Pragati Maidan, New Delhi, India Organizer: Indian Exhibition Services, H 146-147, Sector 63, Noida 201307 Uttar Pradesh, India Phone: +91-1204138414 Email: event@ies-india.com Timings: 10:00 AM – 18:00 PM Tickets: – World Environment Expo 2020 (WWE 2020) is scheduled to take place in New …\nIE Expo China 2020: Environment Technology Expo\nMesse Munchen May 28, 2019\tEnvironment and Waste Management, Trade Fair 0 1,497\nCategory: Environment and Waste Management Date: 21 – 23 April, 2020 Location: Shanghai New International Expo Centre (SNIEC), 2345 Longyang Rd ShiJi GongYuan Pudong Xinqu Shanghai Shi 201204, China Organizer: Munich Trade Fairs (Shanghai) Co. Ltd., 438 Pudian Road, Pudong New Area, 200122, Shanghai, China Phone: +86 (0)21 50580707 Email: ieexpo@mm-zm.com Timings: 10:00 …\nEnvirotech Asia 2018: International Environment Technology Expo, Mumbai\nRadeecal Communications May 14, 2018\tEnvironment and Waste Management, Trade Fair 0 1,150\nDate: 01 – 03 November, 2018 Location: Hall-2, Bombay Exhibition Centre, Goregaon(E), Mumbai, Maharashtra India Organizer: Radeecal Communications – 402, 4th Floor, Optionz Complex, Opposite Nest Hotel, off C.G. Road, Navrangpura, Ahmedabad, Gujarat 380009 India Phone: 079 2640 1101 Email: sales@envirotechasia.com Timings: 09:00 AM-06:00 PM (expected) Tickets: – Welcome to Envirotech Asia 2018 The 4th edition of Envirotech …


url: =CiNii Articles - SHINNOSUKE KAGA\nKAGA Shinnosuke ID: 9000018982216\nKaga Shinnosuke ID: 9000301721329\nPrediction of on-site depuration of paralytic shellfish poisoning toxins accumulated in the scallop Patinopecten yessoensis of Ofunato Bay, Japan （2015）\nKaga Shinnosuke ID: 9000343329520\nKAGA SHINNOSUKE ID: 9000021365993\nOccurrence and toxin production of Alexandrium spp. (Dinophyceae) in coastal waters of Iwate Prefecture, Japan （2006）\nKAGA SHINNOSUKE ID: 9000254143393\nIwate Fisheries Technology Center （2001 from CiNii）\nAccumulation of paralytic shellfish poisoning toxins in bivalves and an ascidian fed on Alexandrium tamarense cells. （2001）\nKAGA SHINNOSUKE ID: 9000254576188\nAccumulation of paralytic shellfish toxins in the scallop Patinopecten yessoensis caused by the dinoflagellate Alexandrium catenella in Otsuchi Bay, Iwate Prefecture, northern Pacific coast of Japan. （2001）\nKAGA SHINNOSUKE ID: 9000292880366\nKAGA SHINNOSUKE ID: 9000318580837\nIwate Fisheries Technology Center （2016 from CiNii）\nKAGA SHINNOSUKE ID: 9000318581015\nⅡ-12. Impact of the Great East Japan Earthquake on the occurrence of causative dinoflagellates of paralytic shellfish poisoning in Ofunato Bay, Japan （2016）\nKAGA Shinnosuke ID: 9000000719967\nAccumulation of paralytic shellfish poisoning toxins in bivalves and an ascidian fed on Alexandrium tamarense cells （2001）\nAccumulation of paralytic shellfish toxins in the scallop Patinopecten yessoensis caused by the dinoflagellate Alexandrium catenella in Otsuchi Bay, Iwate Prefecture, northern Pacific coast of Japan （2001）\nKaga Shinnosuke ID: 9000345323467\nMuroran Institute of Tecnology （2016 from CiNii）\nCatalytic cracking of PS in the presence of hydrogen derived from polyolefin （2016）\nKaga Shinnosuke ID: 9000380131124\nGraduate School of Engineering, Muroran Institute of Technology （2017 from CiNii）\nCatalytic degradation of polyethylene into lower olefins （2017）\nKaga Shinnosuke ID: 9000396141906\n岩手水技セ （2014 from CiNii）\nAccumulation of Diarrhetic Shellfish Poisoning Toxins in the Marine Sponge Halichondria okadai and the Scallop Patinopecten yessoensis （2014）\nKaga Shinnosuke ID: 9000397707398\nRepercussions of the Great East Japan Earthquake tsunami on ellipsoidal Alexandrium cysts (Dinophyceae) in Ofunato Bay, Japan （2018）\nSchool of Fisheries Sciences Kitasato University


url: =I migliori 5 hotel vicino a Danba Ancient Tower, Danba County\nI migliori alberghi vicino a Danba Ancient Tower, Danba County, Cina\nHotel vicino a Danba Ancient Tower\nDanba County, Danba County 626303, Cina\nLeggi le recensioni su Danba Ancient Tower\nFiltraA qualsiasi distanza da Danba Ancient Tower\nNo. 218 Bamei Middle Road, Bamei Town, Daofu County, Cina\n59,5 km da Danba Ancient Tower\nNo. 58 Sanchahe South Road, Danba County, Cina\n0,5 km da Danba Ancient Tower\nNo.94 Shanchahe South Road, Danba County 621000, Cina\n0,6 km da Danba Ancient Tower\nJikanong Village Zhonglu Country, Danba County, Cina\n3,7 km da Danba Ancient Tower\nXiarenyi Village, Zhonglu Country, Danba County, Cina\n4,2 km da Danba Ancient Tower\nBuke Village, Geshenzha Countryside, Suoduan Bridge, Zhanggu Town, Danba County, Cina\n4,3 km da Danba Ancient Tower\nQimige Boutique Hotel\nNo.2 Minju Road, Xianshui Town, Daofu County, Cina\n74,4 km da Danba Ancient Tower\nNo.83 Sanchahe North Road, Danba County 626300, Cina\n0,1 km da Danba Ancient Tower\nWenhua Tiyu Square, Xihe South Road, Danba County, Cina\n2,3 km da Danba Ancient Tower\nNo.6 Tunshang Street, Jinchuan County 624100, Cina\n68,6 km da Danba Ancient Tower\n50 Meters opposite Huali Institute of Technology,Tuanjie Town, Pi County 610041, Cina


url: =Showing 1 to 10 of 55 Search Results:\nAuthor: Fan J, Chen K, Xu J, Abm K, Chen Y, Chen L, Yan X.\nCategories: Bones/Joints, Skeletal Fluorosis, Brain, Cognitive Function, Dental Fluorosis, Susceptible Populations, Chemical Co-Exposures, Total Body Burden, Sources of Exposure, Aluminum, Norway\nAuthor: He L, Tu C, He S, Long J, Sun Y, Sun Y, Lin C.\nCategories: Susceptible Populations, Chemical Co-Exposures, Aluminum, Sources of Exposure, Soil-F\nAuthor: Death CE, Coulson G, Hufschmid J, Morris WK, Gould J, Stevenson M.\nVolume/Page: 2019 April; 660:531-540.\nCategories: Bones/Joints, Susceptible Populations, Chemical Co-Exposures, Total Body Burden, Tissue F Levels, Aluminum, Bone-F


url: =Druckerfarbband IBM 6328829 ca. 3 Mio. Zeichen Nylon schwarz IBM3115\nDruckerfarbband IBM 6328829 ca. 3 Mio. Zeichen Nylon schwarz Verwendung in: IBM 4201.\nKompatibel mit: IBM 6328829\nVerwendung für Druckertyp: IBM 4201


url: =Bedroom - Picture of Hotel Novotel Taipei Taoyuan International Airport, Taoyuan - TripAdvisor\n“Taipei Taiyuan International Airport Hotel”\n“Good Airport Hotel, far from the center of Taipei City”\n“Good, clean hotel, convenient for airport and high-speed...”\n“Nice introduction to Taiwan”\nBedroom - Picture of Hotel Novotel Taipei Taoyuan International Airport, Taoyuan\nAsia Taiwan Taoyuan Taoyuan Hotels Hotel Novotel Taipei Taoyuan International Airport Pictures\n#4 of 138 Hotels in Taoyuan Certificate of Excellence No.1 Terminal South Road, Dayuan Town, Taoyuan 33758, Taiwan Name/address in local language Photo: “Bedroom”\nNo.1 Terminal South Road, Dayuan Town, Taoyuan 33758, Taiwan 1,697 Reviews | Ranked #4 of 138 To help you get around Taoyuan, here's the name and address of this business in the local language\n“Excellent airport hotel but insuff...”\t27/06/2017\n“Not 5 star”\t27/06/2017\n251 helpful votes “Elegant, minor issues”\nI stayed at the Novotel on 2 different nights in Dec 2012. It is a new hotel (they claim to be 5-stars, in my judgement it’s 4.5 stars by international standards), and is the closest hotel to the airport (under 5 mins between terminals and hotel). I stayed on the 5th floor on my first stay and 8th floor (room...\nThank EvanL Report Pairaud, General Manager at Hotel Novotel Taipei Taoyuan International Airport, responded to this review\nThank you for taking your time to write about your own experience at Novotel Taipei Taiyuan International Airport ...\nIt is very pleasant to see that you have enjoyed our well being facilities and the services @ our hotel ... Your message has been surely forwarded to the concern people, to ensure our team would keep on...


url: =List of Olympic medalists from the People's Republic of China / X – Z - zxc.wiki\nList of Olympic medalists from the People's Republic of China / X – Z\nBack to the list of Olympic medalists from the People's Republic of China\nMedal winners A to K\nMedalists L to O\nMedal winners P to W\nXi Aihua - rowing (1-0-0)\nBeijing 2008 : gold, double fours, women\nXia Xuanze - Badminton (0-0-1)\nSydney 2000 : bronze, singles, men\nXian Dongmei - Judo (2-0-0)\nAthens 2004 : gold, half-light weight, women\nBeijing 2008 : gold, half-light weight, women\nXiang Yanmei - Weightlifting (1-0-0)\nRio de Janeiro 2016 : gold, middleweight, women\nXiao Hailiang - Diving (1-0-1)\nAtlanta 1996 : bronze, diving, men\nSydney 2000 : gold, synchronized jumping 3 m, men\nXiao Jun - Shooting (0-1-0)\nAtlanta 1996 : Silver, Running Disc, Men\nXiao Junfeng - Gymnastics (1-0-0)\nSydney 2000 : gold, team all-around, men\nXiao Jiangang - Weightlifting (0-0-1)\nAtlanta 1996 : bronze, featherweight, men\nXiao Qin - Gymnastics (2-0-0)\nBeijing 2008 : gold, team all-around, men\nBeijing 2008: gold, pommel horses, men\nXie Huilin - Soccer (0-1-0)\nAtlanta 1996 : silver, women\nXie Xingfang - Badminton (0-1-0)\nBeijing 2008 : silver, singles, women\nXin Zhang - Ski Freestyle (0-1-0)\nPyeongchang 2018 : silver, jumping, women\nXing Aowei - Gymnastics (1-0-0)\nXing Huina - Athletics (1-0-0)\nAthens 2004 : gold, 10,000 m, women\nXiong Ni - Diving (3-1-1)\nSeoul 1988 : silver, diving, men\nBarcelona 1992 : bronze, diving, men\nAtlanta 1996 : gold, jumping, men\nSydney 2000 : gold, jumping, men\nSydney 2000: gold, synchronized jumping 3 m, men\nXiu Lijuan - Basketball (0-0-1)\nLos Angeles 1984 : bronze, women\nXu Anqi - Fencing (1-1-0)\nLondon 2012 : gold, epee team, women\nRio de Janeiro 2016 : silver, epee team, women\nXu Chen - Badminton (0-1-0)\nLondon 2012 : Silver, Mixed\nXu Dongxiang - rowing (0-1-0)\nLondon 2012 : silver, lightweight double sculls, women\nXu Haifeng - Shooting (1-0-1)\nLos Angeles 1984 : Gold, Free Target Pistol, Men\nSeoul 1988 : bronze, air pistol, men\nXu Hongzhi - short track (0-1-0)\nPyeongchang 2018 : silver, relay, men\nXu Jian - Softball (0-1-0)\nXu Jiayu - Swimming (0-1-0)\nRio de Janeiro 2016 : silver, 100 m back, men\nXu Jing - Archery (0-1-0)\nLondon 2012 : silver, team, women\nXu Li - Wrestling (0-1-0)\nBeijing 2008 : silver, lightweight freestyle, women\nXu Lijia - Sailing (1-0-1)\nBeijing 2008 : Bronze, Laser Radial, Women\nLondon 2012 : Gold, Laser Radial, Women\nXu Lili - Judo (0-1-0)\nLondon 2012 : Silver, Light Middleweight, Women\nXu Nannan - Freestyle Skiing (0-1-0)\nNagano 1998 : silver, aerials, women\nXu Tianlongzi - Swimming (0-0-1)\nLos Angeles 1984 : bronze, 4 × 100 m individual relay, women\nXu Yan - Judo (0-0-1)\nBeijing 2008 : bronze, lightweight, women\nXu Yanmei - Diving (1-0-0)\nSeoul 1988 : gold, diving, women\nXu Yanwei - Swimming (0-1-0)\nAthens 2004 : silver, 4 × 200 m freestyle relay, women\nXu Yunli - volleyball (0-0-1)\nBeijing 2008 : bronze, women\nXu Xin - table tennis (1-0-0)\nRio de Janeiro 2016 : gold, team, men\nXu Zhiqiang - Gymnastics (0-1-0)\nLos Angeles 1984 : silver, team all-around, men\nXue Chen - Beach volleyball (0-0-1)\nXue Haifeng - Archery (0-0-1)\nBeijing 2008 : bronze, team, men\nXue Ming - Volleyball (0-0-1)\nYan Fang - Softball (0-1-0)\nYan Sen - table tennis (1-0-0)\nSydney 2000 : gold, doubles, men\nYan Zi - Tennis (0-0-1)\nBeijing 2008 : bronze, doubles, women\nYang Hao - volleyball (1-0-1)\nAthens 2004 : gold, women\nYang Jinghui - Diving (1-0-0)\nAthens 2004 : gold, synchronized jumping 10 m, men\nYang Ling - Shooting (2-0-0)\nAtlanta 1996 : Gold, Running Disc, Men\nSydney 2000 : Gold, Running Disc, Men\nYang Shaoqi - Fencing (0-0-1)\nSydney 2000 : bronze, epee team, women\nYang Wei - Badminton (1-1-0)\nSydney 2000 : silver, doubles, women\nAthens 2004 : gold, doubles, women\nYang Wei - Gymnastics (3-2-0)\nSydney 2000: silver, individual all-around, men\nBeijing 2008 : gold, individual all-around, men\nBeijing 2008: gold, team all-around, men\nBeijing 2008: silver, rings, men\nYang Wenjun - Canoe (2-0-0)\nAthens 2004 : gold, two-man Canadians 500 m, men\nBeijing 2008 : gold, two-man canoe 500 m, men\nYang Wenyi - Swimming (1-2-0)\nSeoul 1988 : silver, 50 m freestyle, women\nBarcelona 1992 : gold, 50m freestyle, women\nBarcelona 1992: silver, 4 × 100 m freestyle relay, women\nYang Xia - Weightlifting (1-0-0)\nSydney 2000 : Gold, class up to 53 kg, women\nYang Xiao - Rowing (0-1-1)\nSeoul 1988 : silver, foursome with taxwoman, women\nSeoul 1988: bronze, eighth, women\nYang Xiaojun - Volleyball (1-0-1)\nLos Angeles 1984 : Gold, Women\nSeoul 1988 : bronze, women\nYang Xilan - Volleyball (1-0-1)\nYang Xiuli - Judo (1-0-0)\nBeijing 2008 : Gold, Light Heavyweight, Women\nYang Yang (A) - short track (2-2-1)\nNagano 1998 : silver, 3000 m relay, women\nSalt Lake City 2002 : Gold, 500 m, women\nSalt Lake City 2002: Gold, 1000 m, women\nSalt Lake City 2002: Silver, 3000 m relay, women\nTurin 2006 : bronze, 1000 m, women\nYang Yang (S) - short track (0-4-1)\nNagano 1998 : silver, 500 m, women\nNagano 1998: silver, 1000 m, women\nNagano 1998: silver, 3000 m relay, women\nSalt Lake City 2002 : Silver, 3000 m relay, women\nSalt Lake City 2002: bronze, 1000 m, women\nYang Yilin - Gymnastics (1-0-2)\nBeijing 2008 : gold, team all-around, women\nBeijing 2008: bronze, individual all-around, women\nBeijing 2008: bronze, uneven bars, women\nYang Ying - table tennis (0-1-0)\nYang Yu - Swimming (0-2-0)\nBeijing 2008 : Silver, 4 × 200 m freestyle relay, women\nYang Yun - Gymnastics (0-0-1)\nSydney 2000 : bronze, uneven bars, women\nYao Fen - Badminton (0-0-1)\nBarcelona 1992 : bronze, doubles, women\nYao Jingyuan - Weightlifting (1-0-0)\nLos Angeles 1984 : gold, lightweight, men\nYe Chong - Fencing (0-2-0)\nSydney 2000 : silver, foil team, men\nAthens 2004 : silver, foil team, men\nYe Huanmin - Weightlifting (0-0-1)\nSeoul 1988 : bronze, featherweight, men\nYe Qiaobo - Speed Skating (0-2-1)\nAlbertville 1992 : silver, 500 m, women\nAlbertville 1992: silver, 1000 m, women\nLillehammer 1994 : bronze, 1000 m, women\nYe Shiwen - Swimming (2-0-0)\nLondon 2012 : gold, 200 m medley, women\nLondon 2012: Gold, 400m medley, women\nYe Zhaoying - Badminton (0-0-1)\nSydney 2000 : bronze, singles, women\nYi Mao - Gymnastics (0-0-1)\nRio de Janeiro 2016 : bronze, all-around team, women\nYi Siling - Shooting (1-0-1)\nLondon 2012 : gold, air rifle, women\nRio de Janeiro 2016 : bronze, air rifle, women\nYin Chengxin - Synchronized Swimming (0-1-0)\nRio de Janeiro 2016 : silver, group\nYin Jian - Sailing (1-1-0)\nAthens 2004 : silver, windsurfing, women\nBeijing 2008 : gold, windsurfing, women\nYin Junhua - Boxing (0-1-0)\nRio de Janeiro 2016 : silver, lightweight, women\nYou Hao - Gymnastics (0-0-1)\nRio de Janeiro 2016 : bronze, all-around team, men\nYu Dan - Shooting (0-0-1)\nLondon 2012 : bronze, air rifle, women\nLi Yuehong - Shooting (0-0-1)\nRio de Janeiro 2016 : bronze, rapid fire pistol, men\nYu Hongqi - Soccer (0-1-0)\nYu Song - Judo (0-0-1)\nRio de Janeiro 2016 : bronze, heavyweight, women\nYu Yang - Badminton (1-0-1)\nBeijing 2008 : gold, doubles, women\nBeijing 2008: bronze, mixed\nYu Zhuocheng - Diving (0-1-0)\nAtlanta 1996 : silver, jumping, men\nYuan Cao - Diving (1-0-0)\nRio de Janeiro 2016 : gold, jumping, men\nYuan Hua - Judo (1-0-0)\nSydney 2000 : gold, heavyweight, women\nYuan Ye - short track (0-0-1)\nNagano 1998 : bronze, 5000 m relay, men\nYue Qingshuang - Curling (0-0-1)\nVancouver 2010 : bronze, women\nZeng Guoqiang - Weightlifting (1-0-0)\nLos Angeles 1984 : gold, flyweight, men\nZeng Zhen - Synchronized Swimming (0-1-0)\nZhan Shuping - Basketball (0-1-0)\nBarcelona 1992 : silver, women\nZhan Xugang - Weightlifting (2-0-0)\nAtlanta 1996 : gold, lightweight, men\nSydney 2000 : gold, middleweight, men\nZhang Binbin - Shooting (0-1-0)\nRio de Janeiro 2016 : silver, small bore three-position fight, women\nZhang Bing - Shooting (0-0-1)\nAtlanta 1996 : bronze, double trap, men\nZhang Chenglong - Gymnastics (1-0-1)\nLondon 2012 : Gold, all-around team, men\nZhang Chunfang - Softball (0-1-0)\nZhang Dan - Figure Skating (0-1-0)\nTurin 2006 : silver, pair skating\nZhang Di - Judo (0-0-1)\nBarcelona 1992 : bronze, light middleweight, women\nZhang Fengliu - Wrestling (0-0-1)\nRio de Janeiro 2016 : Bronze, class up to 75 kg, women\nZhang Guozheng - Weightlifting (1-0-0)\nAthens 2004 : gold, lightweight, men\nZhang Hao - Figure Skating (0-1-0)\nZhang Hui - short track (1-0-0)\nVancouver 2010 : Gold, 3000 m relay, women\nZhang Hui - basketball (0-0-1)\nZhang Hong - Speed Skating (1-0-0)\nSochi 2014 : gold, 1000 m, women\nZhang Jiewen - Badminton (1-0-0)\nZhang Jike - table tennis (3-1-0)\nLondon 2012 : gold, singles, men\nLondon 2012: gold, team, men\nRio de Janeiro 2016 : silver, singles, men\nZhang Jingjin - Gymnastics (0-1-0)\nAtlanta 1996 : silver, team all-around, men\nZhang Juanjuan - Archery (1-2-0)\nAthens 2004 : silver, team, women\nBeijing 2008 : gold, singles, women\nBeijing 2008: silver, team, women\nZhang Jun - Badminton (2-0-0)\nSydney 2000 : Gold, Mixed\nAthens 2004 : Gold, Mixed\nZhang Lin - swimming (0-1-0)\nBeijing 2008 : silver, 400 m freestyle, men\nZhang Mengxue - Shooting (1-0-0)\nRio de Janeiro 2016 : gold, air pistol, women\nZhang Na - volleyball (1-0-1)\nZhang Nan - Gymnastics (0-0-1)\nAthens 2004 : bronze, individual all-around, women\nZhang Nan - Badminton (2-0-1)\nLondon 2012 : Gold, Mixed\nRio de Janeiro 2016 : Bronze, Mixed\nRio de Janeiro 2016 : gold, doubles, men\nZhang Ning - Badminton (2-0-0)\nAthens 2004 : gold, singles, women\nZhang Peijun - Handball (0-0-1)\nZhang Ping - volleyball (1-0-0)\nZhang Rongfang - volleyball (1-0-0)\nZhang Shan - Shooting (1-0-0)\nBarcelona 1992 : Gold, Skeet\nZhang Shuo - rhythmic gymnastics (0-1-0)\nBeijing 2008 : silver, group\nZhang Weihong - Handball (0-0-1)\nZhang Wenxiu - Athletics (0-2-1)\nBeijing 2008 : silver, hammer throw, women\nLondon 2012 : bronze, hammer throw, women\nRio de Janeiro 2016 : silver, hammer throw, women\nZhang Xi - Beach volleyball (0-0-1)\nZhang Xianghua - Rowing (0-1-1)\nZhang Xiaodong - Sailing (0-1-0)\nBarcelona 1992 : silver, windsurfing, women\nZhang Xiaohuan - Synchronized Swimming (0-0-1)\nBeijing 2008 : bronze, group\nZhang Xiaoping - Boxing (1-0-0)\nBeijing 2008 : Gold, Light Heavyweight, Men\nZhang Xiangsen - Weightlifting (0-1-0)\nAtlanta 1996 : silver, flyweight, men\nZhang Xiangxiang - Weightlifting (1-0-1)\nSydney 2000 : bronze, bantamweight, men\nBeijing 2008 : Gold, class up to 62 kg, men\nZhang Xiuyun - rowing (0-1-0)\nAtlanta 1996 : silver, double scull, women\nZhang Yali - rowing (0-0-1)\nSeoul 1988 : bronze, eighth, women\nZhang Yangyang - rowing (1-0-0)\nZhang Yanquan - Diving (1-0-0)\nLondon 2012 : gold, synchronized jumping 10 m, men\nZhang Yanmei - short track (0-1-0)\nLillehammer 1994 : silver, 500 m, women\nZhang Yimeng - field hockey (0-1-0)\nBeijing 2008 : silver, women\nZhang Yuehong - volleyball (1-0-0)\nZhang Yawen - Badminton (0-0-1)\nZhang Yining - table tennis (4-0-0)\nAthens 2004: gold, doubles, women\nGold, team, women\nZhang Yueqin - basketball (0-0-1)\nZhang Zhilei - Boxing (0-1-0)\nBeijing 2008 : silver, super heavyweight, men\nZhao Hongbo - Figure Skating (1-0-2)\nSalt Lake City 2002 : Bronze, pair skating\nTurin 2006 : bronze, pair skating\nVancouver 2010 : Gold, pair skating\nZhao Jing - swimming (0-0-1)\nBeijing 2008 : bronze, 4 × 100 m individual relay, women\nZhao Kun - swimming (0-1-0)\nBarcelona 1992 : silver, 4 × 100 m freestyle relay, women\nZhao Lihong - Soccer (0-1-0)\nZhao Ruirui - Volleyball (1-0-1)\nZhao Shuai - Taekwondo (1-0-0)\nRio de Janeiro 2016 : Gold, class up to 58 kg, men\nZhao Yudiao - field hockey (0-1-0)\nZhao Yunlei - Badminton (2-0-1)\nLondon 2012 : gold, doubles, women\nZheng Dongmei - basketball (0-1-0)\nZheng Haixia - basketball (0-1-1)\nZheng Jie - tennis (0-0-1)\nZheng Lihui - Gymnastics (1-0-0)\nZheng Meizhu - volleyball (1-0-1)\nZheng Shuyin - Taekwondo (1-0-0)\nRio de Janeiro 2016 : Gold, over 67 kg class, women\nZhong Honglian - Soccer (0-1-0)\nZhong Man - Fencing (1-0-0)\nBeijing 2008 : gold, saber singles, men\nZhong Tianshi - Cycling (1-0-0)\nRio de Janeiro 2016 : gold, team sprint, women\nZhou Chunxiu - Athletics (0-0-1)\nBeijing 2008 : bronze, marathon, women\nZhou Shiming - Boxing (2-0-1)\nAthens 2004 : bronze, light flyweight, men\nBeijing 2008 : gold, light flyweight, men\nLondon 2012 : gold, light flyweight, men\nZhou Jihong - Diving (1-0-0)\nLos Angeles 1984 : gold, diving, women\nZhou Lulu - Weightlifting (1-0-0)\nLondon 2012 : Gold, over 75 kg, women\nZhou Luxin - Diving (0-1-0)\nBeijing 2008 : silver, diving, men\nZhou Peishun - Weightlifting (0-1-0)\nLos Angeles 1984 : silver, flyweight, men\nZhou Mi - Badminton (0-0-1)\nAthens 2004 : bronze, singles, women\nZhou Ping - Gymnastics (0-0-1)\nLos Angeles 1984 : bronze, team all-around, women\nZhou Qiurui - Gymnastics (0-0-1)\nZhou Shouying - Rowing (0-1-1)\nZhou Suhong - volleyball (1-0-1)\nZhou Wanfeng - field hockey (0-1-0)\nZhou Xiuhua - rowing (0-0-1)\nZhou Yafei - swimming (0-0-1)\nZhou Yan - Curling (0-0-1)\nZhou Yang - short track (3-0-0)\nVancouver 2010 : gold, 1500 m, women\nVancouver 2010: Gold, 3000 m relay, women\nSochi 2014 : gold, 1500 m, women\nZhu Guo - Taekwondo (0-0-1)\nBeijing 2008 : bronze, class up to 80 kg, men\nZhu Jianhua - Athletics (0-0-1)\nLos Angeles 1984 : bronze, high jump, men\nZhu Juefeng - Handball (0-0-1)\nZhu Ling - volleyball (1-0-0)\nZhu Qianwei - Swimming (0-1-0)\nZhu Qinan - Shooting (1-1-0)\nAthens 2004 : gold, air rifle, men\nBeijing 2008 : silver, air rifle, men\nZhu Yingwen - Swimming (0-1-0)\nZhuang Xiaoyan - Judo (1-0-0)\nBarcelona 1992 : gold, heavyweight, women\nZhuang Yong - Swimming (1-3-0)\nSeoul 1988 : silver, 100 m freestyle, women\nBarcelona 1992 : gold, 100 m freestyle, women\nBarcelona 1992: silver, 50m freestyle, women\nZou Kai - Gymnastics (5-0-1)\nBeijing 2008: gold, floor exercise, men\nBeijing 2008: gold, horizontal bar, men\nLondon 2012 : gold, team all-around, men\nLondon 2012: gold, floor exercise, men\nLondon 2012: bronze, horizontal bar, men\nPeople's Republic of China in the Sports-Reference database (English; archived from the original )\nOlympic medalists by state\nAfghanistan | Egypt | Algeria | American Virgin Islands | Argentina | Armenia | Azerbaijan | Ethiopia | Australia | Bahamas | Bahrain | Barbados | Belgium | Bermuda | Botswana | Brazil | Bulgaria | Burundi | Chile | Chinese Taipei | Costa Rica | Denmark | Germany | Dominican Republic | Djibouti | Ecuador | Ivory Coast | Eritrea | Estonia | Fiji | Finland | France | Gabon | Georgia | Ghana | Grenada | Greece | Guatemala | Guyana | Haiti | Hong Kong (China) | India | Indonesia | Iraq | Iran | Ireland | Iceland | Israel | Italy | Jamaica | Japan | Jordan | Cameroon | Canada | Kazakhstan | Qatar | Kenya | Kyrgyzstan | Colombia | Kosovo | Croatia | Cuba | Kuwait | Latvia | Lebanon | Liechtenstein | Lithuania | Luxembourg | Malaysia | Morocco | Mauritius | Mexico | Moldova | Mongolia | Montenegro | Mozambique | Namibia | New Zealand | Netherlands | Niger | Nigeria | North Korea | North Macedonia | Norway | Austria | Pakistan | Panama | Paraguay | Peru | Philippines | Poland | Portugal | Puerto Rico | Romania | Russia | Zambia | Samoa | Saudi Arabia | Sweden | Switzerland | Senegal | Serbia | Zimbabwe | Singapore | Slovakia | Slovenia | Spain | Sri Lanka | South Africa | Sudan | South Korea | Suriname | Syria | Tajikistan | Tanzania | Thailand | Togo | Tonga | Trinidad and Tobago | Czech Republic | Tunisia | Turkey | Uganda | Ukraine | Hungary | Uruguay | Uzbekistan | Venezuela | United Arab Emirates | United States | United Kingdom | Vietnam | People's Republic of China | Belarus | Cyprus\nAustralasia | Yugoslavia | Netherlands Antilles | Serbia and Montenegro | Soviet Union | Czechoslovakia | West Indian Federation | mixed team\nThis page was last edited on 20 June 2020, at 13:56.\nThis page is based on the copyrighted Wikipedia article "Liste_der_olympischen_Medaillengewinner_aus_der_Volksrepublik_China%2FX%E2%80%93Z" (Authors); it is used under the Creative Commons Attribution-ShareAlike 3.0 Unported License. You may redistribute it, verbatim or modified, providing that you comply with the terms of the CC-BY-SA.


url: =Hubei Ligong Xueyuan - WHED - IAU's World Higher Education Database\nHubei Ligong Xueyuan (HBPU)\nStreet:16 Guilin North Road\nFounded 1975 as Huangshi Industrial Secondary School. Successively became Wuhan University of Technology (the present Wuhan University of Science and Technology) Huangshi Branch 1981, Huangshi Junior College. Became Huangshi Polytechnical College 1991 after merging with Huangshi Professional College. Became Huangshi Institute of Technology 2004 after merging with Huangshi Teacher Training College. Acquired present title 2011. Main administrative body: Hubei Province\nHead : Shejiao Li\nCentre : Environmental Engineering Experimental Teaching Demonstration\nFields of study:Environmental Engineering, Science Education\nCentre : Fashion Design and Engineering Experimental Teaching\nFields of study:Art Education, Fashion Design, Textile Technology\nCentre : IT and Application of Experimental Teaching\nFields of study:Computer Education, Information Technology\nCentre : Mechanical Basic Experimental Teaching Demonstration\nFields of study:Mechanics\nCollege : Chemical and Materials Engineering\nFields of study:Applied Chemistry, Biochemistry, Bioengineering, Chemical Engineering, Inorganic Chemistry, Materials Engineering\nCollege : Economics and Management\nFields of study:Accountancy, Business Administration, E- Business/Commerce, Economics, Finance, International Business, International Economics, Management, Marketing, Transport Management\nCollege : Environmental Engineering\nFields of study:Environmental Engineering, Environmental Management, Environmental Studies, Hydraulic Engineering, Safety Engineering, Water Management\nFields of study:Applied Linguistics, Business Administration, English, Modern Languages, Musicology\nFields of study:Accountancy, Automation and Control Engineering, Electrical Engineering, Marketing, Mechanical Engineering, Production Engineering\nCollege : Teachers\nFields of study:Art Education, Chinese, Literature, Music Education, Musicology, Preschool Education, Primary Education\nCollege : Vocational and Technical Studies\nInstitute : Art\nFields of study:Architectural and Environmental Design, Clothing and Sewing, Communication Arts, Dance, Display and Stage Design, Fashion Design, Industrial Design, Music, Music Education, Musicology, Textile Design, Textile Technology, Visual Arts\nInstitute : Electrical and Electronics Engineering\nFields of study:Automation and Control Engineering, Electrical and Electronic Engineering, Electrical Engineering, Electronic Engineering, Information Technology, Railway Transport, Telecommunications Engineering\nLaboratory : Pollution Control and Repair\nFields of study:Environmental Management, Mining Engineering\nMore details:Hubey Key Mining Environment\nResearch Division : The Middle Reaches of the Yangtze River Mining Development\nFields of study:Cultural Studies, Economics, Mining Engineering, Social Studies\nFields of study:Bridge Engineering, Civil Engineering, Management, Road Engineering, Structural Architecture\nSchool : Computer Science\nFields of study:Computer Engineering, Computer Networks, Computer Science, Software Engineering\nFields of study:Applied Physics, Mathematics, Mathematics and Computer Science\nFields of study:Automation and Control Engineering, Automotive Engineering, Electronic Engineering, Materials Engineering, Mechanical Engineering, Production Engineering, Transport Engineering\nFields of study:Laboratory Techniques, Medical Technology, Medicine, Nursing, Pharmacy\nUpdated on 08-10-2019


url: =Binbin Li - researchr alias\nPublications by 'Binbin Li'\nA New Frequency Control Strategy in an Islanded Microgrid Using Virtual Inertia Control-Based Coefficient Diagram MethodHossam Ali, Gaber Magdy, Binbin Li, G. Shabib, Adel A. Elbaset, Dianguo Xu, Yasunori Mitani. access, 7:16979-16990, 2019. [doi]\nEfficient and Lightweight Batch Authentication for Large-Scale RFID SystemsBinbin Li, Wenyuan Liu, Lin Wang. wcl, 8(4):1272-1275, 2019. [doi]\nVector Cross Product-Based 2D-DOA and Polarization Estimation With "Long" Electric-Dipole QuintBin Liu, Binbin Li, Youqian Feng, Guimei Zheng, Zhonghai Yin. access, 7:27075-27085, 2019. [doi]\nToward Device-Free Micro-Gesture Tracking via Accurate Acoustic Doppler-Shift DetectionWenyuan Liu, Weihang Shen, Binbin Li, Lin Wang. access, 7:1084-1094, 2019. [doi]\nE-WBM: An Effort-Based Vulnerability Discovery ModelXiajing Wang, Rui Ma, Binbin Li, Donghai Tian, Xuefei Wang. access, 7:44276-44292, 2019. [doi]\nGeneralized Single-Phase Harmonic State Space Modeling of the Modular Multilevel Converter With Zero-Sequence Voltage CompensationZigao Xu, Binbin Li, Shengbo Wang, Shiguang Zhang, Dianguo Xu. tie, 66(8):6416-6426, 2019. [doi]\nA Steganographic Method Based on High Bit Rates Speech Codec of G.723.1FuFang Li, Binbin Li, Lingxi Peng, Wenbin Chen, Ligang Zheng, Kefu Xu. icccsec 2018: 312-322 [doi]\nSuccessive ESPRIT Algorithm for Joint DOA-Range-Polarization Estimation With Polarization Sensitive FDA-MIMO RadarBinbin Li, Weixiong Bai, Guimei Zheng. access, 6:36376-36382, 2018. [doi]\nHuman movement detection and gait periodicity analysis via channel state informationWenyuan Liu, Zijuan Liu, Lin Wang, Binbin Li, Nan Jing. csse, 33(2), 2018.\nJoint-Individual Monitoring of Parallel-Running Batch Processes Based on MCCAYang Wang, Qingchao Jiang, Binbin Li, Lizhi Cui. access, 6:13005-13014, 2018. [doi]\nBack-to-back hybrid modular multilevel converters for ac motor driveMingxu Guan, Binbin Li, Shaoze Zhou, Zigao Xu, Dianguo Xu. iecon 2017: 1822-1827 [doi]\nToward net-zero carbon manufacturing operations: an onsite renewables solutionBinbin Li, Yu Tian, Fred Chen, Tongdan Jin. jors, 68(3):308-321, 2017. [doi]\nSpee-Navi: An Indoor Navigation System via Speech CrowdsourcingLin Wang, Xing Su, Xiaojun Zhang, Wenyuan Liu, Binbin Li. sensys 2017: 43-48 [doi]\nCapacitor voltage balancing control for series MMC tapZigao Xu, Binbin Li, Mingxu Guan, Dianguo Xu. iecon 2017: 4488-4493 [doi]\nAn Improved Circulating Current Injection Method for Modular Multilevel Converters in Variable-Speed DrivesBinbin Li, Shaoze Zhou, Dandan Xu, Rongfeng Yang, Dianguo Xu, Concettina Buccella, Carlo Cecati. tie, 63(11):7215-7225, 2016. [doi]\nControl and Analysis of the Modular Multilevel DC De-Icer With STATCOM FunctionalityBinbin Li, Shaolei Shi, Dianguo Xu, Wei Wang. tie, 63(9):5465-5476, 2016. [doi]\nHuman Movement Detection and Gait Periodicity Analysis Using Channel State InformationZijuan Liu, Lin Wang, Wenyuan Liu, Binbin Li. msn 2016: 167-174 [doi]\nTowards Constant-Time Cardinality Estimation for Large-Scale RFID SystemsBinbin Li, Yuan He, Wenyuan Liu. icpp 2015: 809-818 [doi]\nA Modified Modular Multilevel Converter With Reduced Capacitor Voltage FluctuationBinbin Li, Yi Zhang, Gaolin Wang, Wei Sun, Dianguo Xu, Wei Wang. tie, 62(10):6108-6119, 2015. [doi]\nResearch on the Extraction and Visualization of Automobile Brand Form Gene Based on Multi-roles' Expectation ImageWeifeng Hu, Xiangyang Xin, Binbin Li. hci 2014: 80-88 [doi]\nPrototype design and experimental verification of modular multilevel converter based back-to-back systemBinbin Li, Dandan Xu, Dianguo Xu, Rongfeng Yang. visalg 2014: 626-630 [doi]\nIndustrial robotic assembly process modeling using support vector regressionBinbin Li, Heping Chen, Tongdan Jin. iros 2014: 4334-4339 [doi]\nStart-up control with constant precharge current for the modular multilevel converterBinbin Li, Yi Zhang, Dianguo Xu, Rongfeng Yang. visalg 2014: 673-676 [doi]\nA Service Design Research on New Information Technology of Fruit Brand Experience and InnovationLiang Yin, Binbin Li, Shengli Lu. hci 2014: 111-117 [doi]\nResearch of Vehicle Counting Based on DBSCAN in Video AnalysisDayang Sun, Binbin Li, Zhihong Qian. greencom 2013: 1523-1527 [doi]\nAn Empirical Research on Designing and Promoting the Brand Logo of Yangshan Shuimi Peaches Based on the Theory of Brand ExperienceLiang Yin, Junmiao Wang, Ying Shan, Yi Jin, Zilin Sun, Weifeng Huang, Binbin Li. hci 2013: 165-174 [doi]\nOn energy optimized averaging in wireless sensor networksIoannis Ch. Paschalidis, Binbin Li. cdc 2009: 3763-3768 [doi]


url: =Design and Implementation of a CooperativeChinese Medical Diagnosis Expert System--《JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY》1998年06期\n《JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY》 1998-06\nDesign and Implementation of a CooperativeChinese Medical Diagnosis Expert System\nGao Weiling Cao Yuanda Wang Lan (Department of Computer Science and Engineering,Beijing Institute of Technology,Beijing 100081)\nAim To implement two Chinese medical diagnosis expert systems having the power of cooperative problem resolving,using the distributed cooperative expert sys tem developing tool Methods Choosing the expert knowledge of Chinese medical diagnosis on tussis,a cooperative knowledge expression architecture is established Rules and facts of cooperative objectives are then established respectively Results The system achieves the goal of cooperative problem resolving,so that a single expert can solve problems beyond his ability through the help of sharing knowledge and coordination with other experts Conclusion The cooperative problem solving mode of multiple expert systems effectively fills the gaps of incomplete knowledge in ways of reasoning\n【CateGory Index】： TP391.5,\n1 BEI Tai-xue WANG Tao QIAO Jian-bin;Summarizing of Evaluation Technique on Expert Systems and for Chinese Medicine[J];信息技术与信息化;2011-01\n2 YU Jiang-wei1,MA Li-zhuang2,YANG Hua-yuan3(1.Information Science and Technology Center of TCM,Shanghai University of Traditional Chinese Medicine,Shanghai 201203 China;2.Department of Computer Science,Shanghai Jiaotong University,Shanghai 200240,China;3.Information Science and Technology Center of TCM,Shanghai University of Traditional Chinese Medicine,Shanghai 201203,China);Present Research Situation and Prospect for Intelligent Diagnosis of Traditional Chinese Medicine[J];辽宁中医杂志;2010-01\n3 WU Yun(Department of the Computer Science and Technology,Xiamen University of Technology,Xiamen 361024,China);The Soft Computing Based Intelligent Processing System for TCMSD[J];厦门理工学院学报;2008-02\n4 ZHANG De-zheng,PENG Jia-ning,FAN Hong-xia(School of Information Engineering,University of Science & Technology Beijing,Beijing 100083,China);Present research situation and prospect of Chinese medicine expert system[J];计算机应用研究;2007-12\n5 Chang-Le ZHOU 1 , Zhi-Feng ZHANG 2 (1. Institute of Artificial Intelligence, Xiamen University, Xiamen, Fujian Province 361005, China; 2. School of Basic Medical Sciences, Shanghai University of Traditional Chinese Medicine, Shanghai 201203, China);Progress and prospects of research on information processing techniques for intelligent diagnosis of traditional Chinese medicine[J];中西医结合学报;2006-06\n6 SHENG Zhao han 1, ZHAO Wei dong 1, HE Jian min 1, DU Xue han 2 (1.School of Economics and Management, Southeast University, Nanjing 210018 China; 2.Xuzhou No. 1 People's Hospital, Xuzhou 221000, China);Research on ICU emergency aided decision system[J];系统工程学报;2000-03\n7 LI Qi hao (School of Mechanical and Automobile Engineering, Hefei University of Technology, Hefei 230009, China);The application of object-oriented blackboard integrated model to ICU medical aided diagnosis[J];合肥工业大学学报(自然科学版);2000-04\n1 Shi Zhongzhi, Yang Zhicheng and Fang Jianmei(Institute of Computing Technology, Academia Sinica);KNOWLEDGE ENGINEERING[J];计算机学报;1986-04\n1 Ma Chuangxin;College of Liberal Arts, Nanjing Normal University;;The Research of Knowledge Representation[J];现代情报;2014-03\n2 DUAN Kun-Hua,XU Xiao-Hui(Dept.of Automation,Beijing University of Posts and Telecommunications,Beijing 100876,China);The Research on the Knowledge Representation Based on the Mechanical Product Design[J];机电产品开发与创新;2012-02\n3 YUAN Qi-yuan,LEI Yu-yong,XIONG Jia,YANG Zhi-feng(School of Mechanical Engineering and Automation,Xihua University,Chengdu 610039,China);Re-developing Technology of CATIA Based on Expert System[J];机械与电子;2007-09\n4 HE Xiaoxiao1,3,SHI Zhongzhi2,ZHOU Huansong1,HUANG He2,3(1.Wuhan Institute of Physics and Mathematics,Chinese Academy of Sciences,Wuhan 430071;2.Institute of Computing Technology,Chinese Academy of Sciences,Beijing 100080;3.Graduate School of Chinese Academy of Sciences,Beijing 100039);Web-based Object-oriented Knowledge Processing System[J];计算机工程;2006-22\n5 Zhao Wei(Network Center of Ludong University,Yantai 264025,China)Sun Wandong(Library of Ludong University,Yantai 264025,China);Multi-Agent Intelligent Retrieval System Model Research Based on Ontology[J];现代图书情报技术;2006-05\n6 SHEN Lei;The understanding to the policy-supporting system[J];商业经济;2006-03\n7 ;Strengthening the Research of Knowledge Science and Promoting the Development of Knowledge Engineering[J];科技进步与对策;2006-01\n8 HUO Jia-zhen,GUO Feng-ming,LI Hu(School of Economics & Management,Tongji University,Shanghai 200092,China);Development of Scheduling ES for Molten Iron Transport Based on SWI-Prolog[J];物流技术;2006-01\n9 FAN Ying-feng~1,CHEN Qian~2 (1.College of Information Science and Technology,Nanjing University of Aeronautics and Astronautics,Nanjing210016,China; 2.College of Aerospace Engineering,Nanjing University of Aeronautics and Astronautics,Nanjing210016,China);Study and Implementaion of Distributed Case-based Reasoning System[J];计算机与现代化;2005-07\n10 DING Zhi-dong1, ZHENG Song-lin1, ZHANG Tai-wei1, ZHU Hai-ping2 (1.Institute of Automobile, College of Mechanical Engineering,University of Shanghai for Science and Technology, ShangHai 200093, China; 2. Nan Jing Fiat, NanJing 211100, China);Establishment of automobile developing knowledge-base[J];机械;2004-11\n1 XU Jinhua,LIU Guangbin(The Second Artillery Engineering College,Xi'an 710025,China);Evaluation of Battlefield Electromagnetic Environment Effect Based on Grey Analytical Hierarchy Process[J];电光与控制;2010-04\n2 XIE Ming-xia①②,LV An-min③④,GUO Jian-zhong①,CHEN Ke①,ZENG Hao②(①Institute of Surveying and Mapping,Information Engineering University,Zhengzhou 450052,China;②75719Troup,Wuhan 430074,China;③Bureau of Land and Resources of Zhengzhou,Zhengzhou 450006,China;④Zhengzhou University,Zhengzhou 450001,China);An investigation of concept hierarchy classification rule based on the model of modified fuzzy statistical analysis[J];测绘科学;2010-02\n3 Luo Shaowei (Library,Suzhou University of Science and Technology,Suzhou 215011,China);Fuzzy Comprehensive Evaluation of the Subject Librarian Service Quality Based on the Entropy Weight and Analytical Hierarchy Process[J];现代情报;2009-08\n4 YANG Jian MA Xiaolan YANG Deng-qi(Faculty of Mathematics and Computer,Dali University,Dati,Yunnan 671003,China);Case-based Reasoning for the Diagnosis and Treatment Expert System of Chinese Traditional Medicine[J];微型电脑应用;2008-02\n5 ZHENG Xin1, XU Kai-li1, ZHOU Jia-hong1,2(1 School of Resources & Civil Engineering, Northeastern University, Shenyang 110004, China; 2 Department of Computer Application, Liaodong College, Dandong 118001, Liaoning, China);Research on the safety evaluation of the tailing pond by way of the set pair analysis[J];安全与环境学报;2008-01\n6 WU Yun1,ZHOU Chang-le2,ZHANG Zhi-feng3 1.Department of Computer Science and Technology,Xiamen University of Technology,Xiamen,Fujian 361024,China 2.Institute of Artificial Intelligence,Xiamen University,Xiamen,Fujian 361005,China 3.Shanghai University of Traditional Chinese Medicine,Shanghai 201203,China;Genetic targeting-based Zangfu syndromes differentiation algorithm for TCM[J];计算机工程与应用;2007-27\n7 WU Yun~1 ZHOU Chang-le~1 ZHANG Zhi-feng~2 1.Institute of Artificial Intelligence,Xiamen University,Xiamen Fujian 361005,China; 2.Graduate School,Shanghai University of Traditional Chinese Medicine,Shanghai 201203,China;GA for optimizing TCM tongue diagnosis NN[J];计算机应用研究;2007-09\n8 SUN Gui-xiang,YUAN Zhao-kai(Institute of TCM Diagnostics,Hunan University of Traditional Chinese Medicine,Changsha 410007,Hunan,China);The Use of Artificial Neural Network in the Research of Traditional Chinese Syndrome[J];中华中医药学刊;2007-07\n9 Chang-Le ZHOU 1 , Zhi-Feng ZHANG 2 (1. Institute of Artificial Intelligence, Xiamen University, Xiamen, Fujian Province 361005, China; 2. School of Basic Medical Sciences, Shanghai University of Traditional Chinese Medicine, Shanghai 201203, China);Progress and prospects of research on information processing techniques for intelligent diagnosis of traditional Chinese medicine[J];中西医结合学报;2006-06\n10 ;Application of Artificial Neural Network in Modernization Research of TCM[J];中医药导报;2006-09\n1 SONG Hou-pan;HUANG Hui-yong;GU Jie;LI Xin;WEI Yan-xia;YU Huang-he;LI Ru-yi;PENG Cai-yun;CAI Xiong;Hu'nan Provincial Key Laboratory of Diagnostics in Chinese Medicine, Hu'nan University of Chinese Medicine;College of Pharmaceutical Sciences, Hu'nan University of Chinese Medicine;;On New Ideas of Teaching and Research of TCM Diagnostics[J];中医药导报;2015-19\n2 Lin Yusong;Liang Lu;Cui Yong;Wang Zongmin;Henan Provincial Key Lab on Information Networking,Zhengzhou University;School of Software Technology,Zhengzhou University;School of Information Engineering,Zhengzhou University;;INTELLIGENT MEDICAL GUIDE SYSTEM BASED ON VSM WEIGHT IMPROVEMENT ALGORITHM[J];计算机应用与软件;2015-09\n3 QIN Yanbin;Liaoning University of TCM;;TCM Core Thinking of Medical Diagnosis System Design Based on Machine Learning[J];中华中医药学刊;2015-09\n4 YANG Jia-cheng;DANG Jian-wu;WANG Xiao-ming;School of Electronic and Information Engineering,Lanzhou Jiaotong University;Gansu Provincial Cancer Hospital;;Preliminary Study on TCM Diagnosis Based on Fuzzy Neural Network Theory[J];兰州交通大学学报;2015-03\n5 DU Han-guang;LI Can-dong;Syndrom Research Base,Fujian University of Traditional Chinese Medicine;;Solution for bottleneck problem in traditional Chinese medicine diagnosis study[J];中华中医药杂志;2015-04\n6 Ye Pei;Department of Software Engineering, Chengdu University of Information Technology;;Research and application of maximum entropy in intelligent syndrome in TCM[J];计算机时代;2015-03\n7 Guozheng Li;Xuewen Zuo;Baoyan Liu;China Academy of Chinese Medical Science;Department of Control Science,Tongji University;;Scientific computation of big data in real-world clinical research[J];Frontiers of Medicine;2014-03\n8 Guanli Song;Yinghui Wang;Runshun Zhang;Baoyan Liu;Xuezhong Zhou;Xiaji Zhou;Hong Zhang;Yufeng Guo;Yanxing Xue;Lili Xu;Guang’anmen Hospital,China Academy of Chinese Medical Sciences;China Academy of Chinese Medical Sciences;School of Computer and Information Technology,Beijing Jiaotong University;;Experience inheritance from famous specialists based on realworld clinical research paradigm of traditional Chinese medicine[J];Frontiers of Medicine;2014-03\n9 LAI Xin-mei;YANG Xue-mei;CHEN Mei-mei;ZHOU Chang-en;LI Can-dong;Fujian University of Traditional Chinese Medicine;;Study on the quality control of TCM diagnosis and treatment system based on the principle of differentiation of syndrome elements[J];中华中医药杂志;2014-09\n10 ZHU Xiao-hu;WANG Jun-hua;WAN Chao;Taihe Hospital of Hubei University of Medicine;;Application of Mathematics Model in the Diagnosis of Knee Osteoarthritis[J];中国中医急症;2014-06


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url: =Company name:Shenzhen Jianjiantong Technology Co., Ltd.\nAddress:2nd Floor, Building A, Sunlight Technology Park, Jinlong 2nd Road. Baolong Industry Park, Baolong Sudistrict, Longgang District , Shenzhen, Guangdong, China\nMobile phone: +8614776438331\n*Besök Datum: Local Time(China): 16:27 Tue Jun 22


url: =Exhibitor list 2020 - Exhibition - PM CHINA\nPM China & CCEC China & IACE China 2020 gathers nearly 500 exhibitors under one roof to showcase advanced technologies, equipments and high-quality products such as high-performance materials, advanced ceramics products, new molding and processing technology, manufacturing technology of high precision parts, intelligent manufacturing technology and 3D printing technology.\nAcquiring latest industry trends on the annual platform so you could know where's to go next!\n1 TIANJIN ZHUJIN TECHNOLOGY DEVELOPMENT CO.,LTD A005\n2 TAV VACUUM FURNACES SPA A006\n3 LASCO Umformtechnik GmbH A008\n4 SECO/WARWICK RETECH THERMAL EQUIPMENT MANUFACTURING (TIANJIN) CO.,LTD. A011\n5 LAUFFER PRESSEN A013\n6 Dongguan Yachuang automation technology co.,ltd A015\n7 SGL CARBON GmbH A018\n8 foshan city chengye hardware electric appliance co.,ltd A020\n9 SHANGHAI BAOSTEEL GASES CO., LTD. A022\n10 ZHUZHOU SHUANGLING TECHNOLOGY CO.,LTD A023\n11 NingBo Branch of China Academy of Ordnance Science A026\n12 Air Products A028\n13 Beijing AileenVac Furnace Technology Inc A030\n14 TIANYI ULTRAFINE METAL POWDER CO., LTD, CHINA A035\n15 POLEMA (QINGDAO) IMPORT & EXPORT CO.,LTD A037\n16 Quanzhou xiangshengfeng Machinery Co., Ltd A038\n17 Malvern Panalytical A040\n18 Zhuhai OMEC Instruments Co., Ltd. A041\n19 Verder Shanghai Instruments and Equipment Co.,Ltd A043\n20 JIANGSU MENGDA NEW MATERIALS TECHNOLOGY CO., LTD. A045\n21 Hunan Hualiu New Materials Co.,Ltd A048\n22 KUNSHAN REBIG LNTELLIGENT TECHNOLOGY CO., LTD. A049-1\n23 Shenzhen Mspress precision machinery co., LTD A049-2\n24 Henan Yuanyang Powder Technology Co., Ltd A051\n25 Zibo Yinxuan Carbon Technology Co.,Ltd. A053\n26 Nabertherm (Shanghai) Industrial Furnaces Co.,Ltd. A056\n27 PACIFIC SOWA SHANGHAI REP OFFICE A058\n28 Bruker (Beijing) Scientific Technology Co.,Ltd A060\n29 ZHUZHOU HANHE INDUSTRIAL EQUIPMENT CO., LTD. A062\n30 Chengde Titanium Energy Steel Rolling Co.Ltd A063\n31 Hunan Unisky Equipment & Engineering Co., LTD A065\n32 Osterwalder (Shanghai) Technology Co.,Ltd A068\n33 PVA TePla (China) Ltd. A070\n34 Thermvac Inc. A072\n35 Komage GmbH A075\n36 YA’AN SAGWELL SCIENCE & TECHNOLOGY CO., LTD A076\n37 MAHLER GMBH/IVA SCHMETZ INDUSTRIAL FURNACES (SHANGHAI) A078\n38 Inner Mongolia Sunrise New Materials Co., Ltd. A080\n39 Changzhou Xinye Granulating&Drying Equipment Co.,Ltd A081\n40 AIRLIQUIDE(CHINA)HOLDINGCO.,LTD. A083\n41 Quintus Technologies A085\n42 HainingJieshengMetalPowderTechnologyCo.,Ltd A090\n43 DORST Technologies GmbH & Co.KG A091\n44 Sandvik Osprey Ltd. A092\n45 Zhuzhou Ruideer Metallurgy Equipments Manufacturing Co.,Ltd A095\n46 OPTON(CHINA) LIMITED A096\n47 Linkoptik Instruments Co., Ltd. A098\n48 Shanghai D&S Automation Equipment Co.,Ltd A100\n49 DKSH A102\n50 GUANGDONG CINCY INDUSTRY CO.,LTD. A108\n51 Dandong Baite Instrument Co., Ltd. A110\n52 HUNAN JIUHUA CARBON HI-TECH CO.,LTD A111\n53 Shenzhen Kadam Technology Co., Ltd. A112\n54 Ningbo Baosi Energy Equipment Co.,Ltd A113\n55 LÖMI GmbH A115\n56 Zhejiang Huaye Plastics Machinery Co., Ltd A118\n57 Zhejiang Fore Intelligent Technology Co., Ltd. A120\n58 Shanghai Feirun Mechanical Equipment Co.,Ltd A121\n59 Schunk Sintermetalltechnik GmbH A123\n60 Jiangxi Ningxin NewMaterial Co.,Ltd A126\n61 QINGDAO UNION PROCESS PRECISION MACHINERY CO.,LTD. A128\n62 TOYO KOHAN SHANGHAI CO.,LTD. A130\n63 Dongguan Surpass Structure Ceramics co.,LTD A132\n64 SUZHOU HUIKE EQUIPMENT CO., LTD. A135\n65 Hunan Vesa Technology Co., Ltd A136\n66 QINGDAO MESNAC MACHINERY AND ELECTRIC ENGINEERING CO.,LTD. A138\n67 GILLKON SCREW MANUFACTURING(SHANGHAI) CO.,LTD A140\n68 Shimadzu(China)Co.,LTD. A142\n69 YJC CO., LTD A160\n70 AlzChem AG A161-1\n71 Chempurity(Xiamen)New Material Co.,Ltd. A161-2\n72 DELUXE ZSCHIMMER & SCHWARZ (CHINA) CO.,LTD A165\n73 Saint-Gobain Ceramic Materials A168\n74 ZHEJIANG JINKUN SILI CERAMIC BEADS CO.,LTD A170\n75 Compomax Industrial Ceramics CO.,LTD A180\n76 HUBEI XIAOLAJIAO NEW MATERIAL CO.,LTD. A180-2\n77 Qinyang Hua Beijing Er Science and Technology Could.Ltd A180-3\n78 Zhengzhou Jujing Porcelain Industry Co., Ltd. A182\n79 Jiyuan renewal porcelain material Co., Ltd A182\n80 FOSHAN YUPAI NEW MATERIAL CO.,LTD A183\n81 Beijing Zhongxing Shiqiang Ceramic Bearing Co.,Ltd. A185\n82 GOSMART(Xuancheng)NEW MATERIALS TECHNOLOGY Co.,Ltd A186\n83 ALTEO Shanghai Co., Ltd A190\n84 Jiangsu Miyou Powder New Equipment Manufacturing Co,.Ltd A192\n85 Dongguan Nuoyi Precision Ceramics Technology Co.,Ltd A195\n86 Shandong Guangyin DKK New Materials Co.,Ltd A198\n87 SHANGHAI CAL-MECH COMPANY LTD. A200\n88 JILIN CHANGYU ADVANCED MATERIALS CO,. LTD. A201\n89 SACMI IMOLA S.C. A203\n90 DALIAN ZHENGXING ABRASIVE CO., LTD. A205\n91 XINXIANG XIANCHEN VIBRATION MACHINERY CO,.LTD B001\n92 ANGLO STERLING LTD. & DR. FRITSCH SONDERMASCHINEN GMBH B005\n93 Dongguan juyuan precision mold accessories factory B006\n94 jiaying(shanghai)international trading Co,.ltd. B008\n95 DONGGUAN LINYANG MACHINERY EQUIPMENT CO., LTD B009\n96 SHANGHAI JIASHENG POWDER METALLURGY CO., LTD. B010\n97 ZD Vacuum Machinery Co.,Ltd B011\n98 Suzhou Redwood software co,.ltd B012\n99 Z.S.Q.Spring Development Corporation Limited. & Frey Co. GmbH B015\n100 YUEH TSUEN TECHNOLOGY CO.,LTD. B018\n101 HuNan MTR Material Technology Co.,Ltd B019\n102 U-IN Advanced Material Technology (Shanghai) Co.，Ltd. B020\n103 DONGGUANZHENGSHUNPRECISION MOULD HARDWAREFACTORY B021\n104 Wuxi Hongjie Drying Equipment Co., Ltd. B022\n105 UAZNC(SHANGHAI) PRECISION TECHNOLOGY CO., LTD. B025\n106 SICHUAN BAIRUILONG Machinery Equipment Co.,Ltd B026\n107 Changzhou Guangbo Drying Equipment Co.,Ltd. B028\n108 Chengdu Artech Specialty Graphite Co.,Ltd B031\n109 XINXIANG XINHANG WIRE WIRE MESH GILTER CO.,LTD B032\n110 SHANGHAI DARE CARBON TECHNOLOGY CO.,LTD. B033\n111 WD-40 Company B051\n112 Chengdu Efield Materials Technology Co., Ltd. B052\n113 Guangzhou ChuangXinQi automation control equipment co., LTD. B053\n114 DONGGUAN SEENEY AUTOMATION TECHNOLOGY CO.,LTD B055\n115 Micromeritics Instrument Corporation B056\n116 Nanjing East Precision Machinery Co., Ltd. B058\n117 CHINA SARI—TECH POWDER ENGINEERING CO.,LTD B059\n118 Xi’an Sailong Metal Materials Co., Ltd. B060\n119 XINGXIANG ZHIDE PRECISION EQUIPMENT CO., LTD. B062\n120 YANGZHOU APS AUTOMATION TECHNOLOGY CO., LTD B065\n121 Moveweigh Automation System Co.,Ltd B066\n122 Navector （Shanghai）Screening Technology Co.,ltd B068\n123 Shanghai Advanced Metallurgical Technology Corporation B069\n124 POLYMIM GMBH B071\n125 Zhuzhou Jinxin Cemented Carbide Co.,Ltd B072\n126 Jilin ZC New-Material Co.,Ltd B075\n127 CHANGZHOU SHI BUBU DRYING EQUIPMENT CO.,LTD. B079\n128 Chengdu Carbon Co.,Ltd. B082\n129 TIANJIN KEQI HIGH & NEW TECHNOLOGY CORPORATION B083\n130 SHENZHEN GOTER TECHNOLOGIES CO.,LTD. B085\n131 LQ MATERIAL TECHNOLOGY CO. B086\n132 SHENZHEN DERUN MECHANICAL CO.，LTD B088\n133 Shanghai Hoseteacher Fluid Equipment Co.,Ltd B089\n134 NCS Testing Technology CO., Ltd. B090\n135 DONG GUAN SHI HONG KANG MACHINERY CO.、LTD B092\n136 Beijing NAURA Vacuum Technology Co.,Ltd. B095\n137 DONGGUAN TENGXIANG PRECISION MOLD.,LTD. B096\n138 Conax Technologies B098\n139 JINGZHOU JINGTIAN MINGJIAN CEMENTED PROUCTS CO.，LTD. B099\n140 Phenom Scientific Instrument (Shanghai) Co., Ltd. B100\n141 TOKAI CARBON（DALIAN）CO.,LTD. B102\n142 Zhengzhou Fangming High Temperature Ceramic New Material Co., Ltd. B103\n143 Kunshan Shengyufeng New Material Technology Co.,Ltd B105\n144 Changzhou Joule Drying Equipment Co.，LTD B106\n145 Renqiu Hengrui Cemented Carbide Co., Ltd B108\n146 BGRIMM Advanced Materials Science & Technology Co., Ltd B112\n147 Handan City Xurui Alloy Material Co.,Ltd. B113\n148 TONGLING XINJIA NEW POWDER MATERIAL TECHNOLOGY CO.LTD B115\n149 Dongguan Dalang Sijin Precision Mould Fittings Factory B116\n150 Lihuang Precision Mold B118\n151 HUI XIAN ZHEN YUAN CARBON PRODUCTS FACTORY B119\n152 JIANGSU EAGLE-GLOBE GROUP CO., LTD. B120\n153 DongGuan DaLang ShangXin Precision Mold Factory B121\n154 Fluke (shanghai) corporation B122\n155 JIANGYOU HEBAO NAMICAILIAO CO.,LTD. B123\n156 Jinan Precision Manufacturing Technology Co.Ltd B125\n157 Changsha Tianchuang Powder Technology Co., LTD B128\n158 TDG MACHINERY TECHNOLOGY CO.,LTD B138\n159 Baoji Telison New Materials Co., Ltd. B145\n160 Shenzhen Winson Technology Co.,Ltd B146\n161 HUNAN SKYLINE SMART MATERIAL&TECHNOLOGY CO.,LTD B150\n162 Bruker (Beijing) Scientific Technology Co., Ltd. B151\n163 Nanjing Six Degrees Automation Machinery Co., Ltd. B156\n164 Liaoyun Jiutong carbonmaterials Co.,Ltd B158\n165 GRIPM Advanced Materials Co., Ltd. B160\n166 JIANGSU JINWU NEW MATERIAL CO.LTD B161\n167 Shandong Linkedyn New Material Co.,Ltd B166\n168 Dongguan TengXing Mould Technology co.,Ltd. B168\n169 WUXI DONGSHENG SPRAY GRANULATING AND DRYING EQUIPNG EQUIPMENT PLANT B170\n170 Jiangsu Fengdong Thermal Technology Co.,Ltd. B171\n171 Foshan Graphite New Material Co.,Ltd. B176\n172 shenzheMAGvacuumfunace Co；Ltd B180\n173 Shanghai Chenhua Science Technology Corp., Ltd. B185\n174 Ningbo EAST Heating Equipment Co.,Ltd B186\n175 SHANGHAI YIFENG POWDER METALLURGY CO.,LTD B187\n176 RUSHAN HONGYUAN MACHINE TOOL MANUFACTURING CO.,LTD B188\n177 Ningbo Huizhong Powder Machinery Making Co;Ltd B195\n178 JIANGSU XIANDAO DRYING SCI-TECH CO.LTD B205\n179 Dongguan Hongtuo Instrument Co.,Ltd. B206\n180 Haimen Haizhen Vacuum Equipment Co.,Ltd B208\n181 Sichuan JUZI Powder Equipment CO.,LTD. B213\n182 Xinxiang Xianfeng Vibration Machinery Co.,Ltd. B213\n183 Zhejiang KAV Carbon Material Co.,Ltd B215\n184 QINGDAOHAIJINGRAPHITEPRECISIONTECHNOLOGYCO.,LTD. B216\n185 SHANDONG WEIJI CARBON-TECH CO.,LTD. B218\n186 Dongguan Leap Precision Technology Co.Ltd. B220\n187 Zibo Ouzheng Carbon Co.,Ltd B225\n188 Qingdao haiyongchang graphite co. LTD B225\n189 Xinxiang Wanhua CNC Equipment Co., Ltd B226\n190 YANTAI POWDER METALLURGY NEW MATERIALS TECHNOLOGY B228\n191 DONGGUAN JINGYONG MOULD TECHNOLOGY CO.,LTD B230\n192 Kunshan Yilong Precision Mould Co., Ltd. B235\n193 Yahao Materials & Technology Co., Ltd. B258\n194 Laiwu Iron&Steel Group Powder Metallurgy Co.,LTD B261\n195 Kureha（Shanghai）Carbon Fiber Materials Co., Ltd B265\n196 HAITIAN INTERNATIONAL HOLDINGS LIMITED B280\n197 Sichuan Minghong Hengjin Technology Co., Ltd B290\n198 Ningbo SRID Abrasives Technology Co., Ltd B305\n199 Shenzhen Xintaiming Lntelligent Equipment Co.,Ltd. B306\n200 XIAMEN DASI AUTOMATION TECHNOLOGY CO., LTD B308\n201 Shandong zongde electromechanical equipment Co., Ltd. B310\n202 DONGGUAN YUBANGE NEW MATERIAL TECHNOLOGY CO.,LTD B311\n203 ZHENGZHOUZHENZHONGFUSEDNEWMATERIALCO.,LTD B312\n204 Xinxiang Sunrise CNC Bearing Equipment Co., Ltd. B315\n205 Foshan Nuodi precision mould Co., Ltd B316\n206 SHANGHAI YUHANG CLEANING SYSTEM CENTER B317\n207 Russell Finex Ltd. B318\n208 Liaoyuan Yida Carbon Industry Co. , Ltd. B319\n209 Shenzhen Jiandan Material Technology Co., Ltd. B320\n210 LUOYANG G.SHARE INTELLIGENT TECHNOLOGY CO.,LTD. B325\n211 TAIWAN YOSHIZUKA INDUSTRIES CO., LTD. B335\n212 DONGGUAN BRANCH GUANGZHOU SUNSHINE PRECISION MACHINERY CO.Ltd B335\n213 SUZHOU AIHUA DIAMOND INDUSYRY CO.,LTD. B336\n214 YANGZHOU RUIDE AUTOMATION EQUIPMENT CO.,LTD. B338\n215 DONGGUANZHIHEMOULDFITTINGSCO.,LTD. B339\n216 Shanghai Hao Yue furnace technology Co., Ltd. B340\n217 WUXI ZHONGJING ELECTRIC&MECHANICAL EQUIPMENT TECHNOLOGY CO.,LTD. B342\n218 Xin xiang AAREAL Machine co.,ltd B343\n219 Ganzhou Ballsy Technology Ltd., Co. B345\n220 SHENGZHOU SIGMA TECHNOLOGY CO., LTD. B346\n221 Xinxiangshi Makeway CNC Machinery Co.,Ltd B349\n222 SICHUAN HENGHUI NEW MATERIAL TECHNOLOGY CO. LTD B350\n223 Jinan Winner Particle Instruments Stock Co.,LTD B351\n224 HENAN YINGCHUAN NEW MATERIAL CO., LTD B355\n225 Ningbo Alloy Powder New Materials Science&Technology Co.,LTD B356\n226 Shanghai Ruang Ultrasonic Equipment Co,.Ltd B358\n227 SHIJIAZHUANG LIDE POWDER MATERIAL B381\n228 Hebei Jingye Additive Manufacturing Technology Co.,Ltd B381\n229 Suzhou Yi Bei high temperature technical material Co., Ltd. B385\n230 UNIQUE INJECTION MOLDING SYSTEMS CO.,LTD. B390\n231 SHANGHAI TOYO TANSO CO., LTD. B406\n232 ShenZhen Sinterzone Tech Co.,Ltd B418\n233 Feedtec Material Technology Co；LTD B420\n234 DAYE METAL POWDER CO.,LTD B428\n235 Advanced Technology Materials Co., Ltd. B436\n236 Yingtan Longding New Materials & Technology Company Ltd, B466\n237 Guangdong Shunde Nuoen Industrial Technology Co. Ltd. B466\n238 Beijing Winnners Powder Science&Technology Co.,LTD B466-2\n239 GKN(Bazhou)Metal Powder Co.,Ltd B476\n240 CNPC POWDER CHINA LTD. B481\n241 Huzhou Huijin Atomizing Science Co.,Ltd. B488\n242 Shanghai promax electromechniacal Manufacturing Co;LTD B489\n243 SHANGHAI YITAI INTELLIGENT MEASUREMENT&CONTROL TECHNOLOGY CO.,LTD. B490\n244 Gansu Haoshi Carbon Fiber Co. , Ltd. B496\n245 ZHEJIANG FANGYUANLIXIN VACUUM EQUIPMENT CO., LTD B497\n246 Guangzhou Youyan Powder Material Technology Co.,Ltd B505\n247 Shandong Linyi Linhong inorganic material Co., Ltd B508\n248 Yangzhou Haili Precision Machinery Manufacturing co., LTD., B511\n249 YANGZHOU METALFORMING MACHINE TOOL CO.,LTD B512\n250 WUXI HECHUAN TECHNOLOGY CO., LTD. B513\n251 Porite Yangzhou Technology & Industry Co., Ltd. B516\n252 XINGCHENG POWDER METALLURGY CO.,LTD B517\n253 Shanghai Automotive Powder Metallurgy CO.,LTD B518\n254 GUANGZHOU WEST NEW MATERIALS CO.,LTD B520\n255 VANTRN(SUSHUN)INTELLIGENT MACHINE CO.,LTD B521\n256 DONG-GUAN DA-CHENG PRECISION MOLDING COMPANY B525\n257 Zibo Huaming New Material Co., Ltd. B526\n258 Qingdao Breuck 3D Manufacturing Co.,ltd B530\n259 SHANGHAIREITZCARBONCO.LTD B533\n260 TAIZHOU JIANGZHOU NUMERICAL CONTROL MACHINE TOOL MANUFACTURE CO .,LTD. B535\n261 NANTONG LIYOU HYDRAULIC PRESS EQUIPMENT CO.,LTD. B536\n262 SHENZHEN GUANGDAO LASER TECHNOLOGY CO.,LTD. B538\n263 Ningbo Hiper Vacuum Technology Co.,Ltd. B558 -1\n264 QINGDAO GREENLONG MACHINERY CO.,LTD B558 -2\n265 Xiamen Throne Vacuum Technology Co.,LTD B563\n266 SHENZHEN ZHONGDEXIANG TECHNOLOGY CO.,LTD B568\n267 Dongguang Stonme Vacuum Technology Co.,LTD B573\n268 WEFIFANG ZONTAI ALLOY MATERIAL CO., LTD. B588\n269 TIZ Advanced Alloy Technology Co.,Ltd B593-1\n270 NINGBO SIBARER AUTOMATIC EQUIOMENT CO., LTD. B593-2\n271 Changsha Lingqi M&E Engineering Co.,Ltd B601-1\n272 Shenzhen Winteam Ultrasonic Technology Co., Ltd B601-2\n273 Avimetal powder Metallurgy Technology Co,.Ltd B608\n274 Liaoning Yifei Technology Co., Ltd B610\n275 Shanghai Creative Armour Special Materials CO,LTD B620\n276 Jiangsu Chitong Drying Equipment Co., Ltd. B625\n277 Suzhou Jinyuansheng Intelligent Equipment Co., Ltd. B625\n278 ZHEJIANG SHANGGUIJULI SPECIAL MATERIAL TECHNOLOGY LIMITED B635\n279 Xinchao honing equipment manufacture Co.,Ltd. B636\n280 Leading Electronic Materials Science & Technology Co.，Ltd B641\n281 Zhejiang Guohong Special Material Co., Ltd. B642\n282 Shenzhen Helitai Precise Technology Co., Ltd. B643\n283 BASF (China) Company Ltd. B658\n284 ARBURG (Shanghai) Co.,Ltd B666\n285 V-TEC Honglun Vacuum Equipment Co. Ltd. B673\n286 JINCHUAN GROUP CO.,LTD. B680\n287 Mei-Yang Technology CO.,LTD B688\n288 Suzhou fushilian Precision Technology Co., Ltd B688-2\n289 NISSEI PLASTIC (TAICANG) CO.,LTD B695\n290 Hunan Hengji powder technology co.,ltd B703\n291 JIANGXI YUEAN ADVANCED MATERIALS CO.,LTD. B718\n292 LOOMIS PRODUCTS COMPANY B720\n293 Bosch - advanced ceramics B721\n294 Schneider Automation Controls & Systems (Shanghai) Company Limited B723\n295 Dongguan CFine Machinery Technology Co.,Ltd B735\n296 GUANGDONG ONLY MACHINERY CO.,LTD. B755\n297 Shenyang North True Vacuum Technology Co., Ltd B760\n298 ZTT SRIM Additive Manufacturing Co., Ltd. B765\n299 Suzhou Licarbon New Energy Development Co.,Ltd. B768\n300 DongGuang Longly Machinery Co.,Ltd B775\n301 WUXI LISHENG POWDER TECHNOLOGY CO.,LTD B775-1\n302 China Changsha Fine-tech Ceramic Co.,LTD B781\n303 ALD Vacuum Technologies GmbH B785\n304 CISRI HIPEX TECHNOLOGY CO., LTD. B789\n305 TANGSHAN FDL NEW MATERIAL .,LTD B802\n306 Ceram Plus B803\n307 ZIBO YUNFENG INDUSTRIAL CERAMIC CO.LTD B805\n308 Jinzhou Hongda New Material Co. Ltd. B806\n309 Suzhou you anjun precision Technology Co.,Ltd B810\n310 Changxing Jiahe Refractory Co. , Ltd. B811\n311 Sichuan Vulcanmaster Technology,Ltd. B812\n312 Xiaogan Handa Electronic Component Co., Ltd B813\n313 Guangdong Yuepeng Fine Chemical Co.,Ltd B820\n314 Anhui Dotop New Material Technology Co.,LTD. B821\n315 Dongguanshi Huacheng Precision Mould Co.,Ltd B822\n316 Ningbo Lizhiyuan Metal Coating co., LTD B823\n317 NINGBO MAOSHENG PNEUMATIC MACHINE CO.,LTD B825\n318 SHANGHAI SAN HUAN MAGENTICS CO.,LTD. B826\n319 QUANYING MACHINERY(KUNSHAN)CO.,LTD/CHING CHAN OPTICAL TECHNOLOGY CO.,LTD. B828\n320 ZHUZHOU DIYUAN POWDER METALLURGY FURNACE CO., LTD. B830\n321 Xinxiang xinmingde Machinery Co., Ltd B831\n322 Linyi chuangguanyun Hardware Machinery Co., Ltd B832\n323 CHENGDU HIGH INDUSTRY TECHCO,LTD B833\n324 Jinzhou Haixin Metal Materials Co., Ltd. B835\n325 ZHENG ZHOU JINHE MACHINERY MANUFACTURE Co.，LTD B836\n326 HANDAN LANDE ATOMIZATION EQUIPMENT CO., LTD. B838\n327 Zhongshan Ganggu Intelligent Technology Co. , Ltd. B839\n328 Taizhou Chenhong CNC Equipment Manufacturing Co. , Ltd. B840\n329 XINXIANG SENYOU MECHANICAL AND ELECTRICAL CO.,LTD B841\n330 Xiamen Juci Technology Co.,Ltd. B843\n331 Yantai Feida cutting tool factory B846\n332 Weifang Shengrun Special ceramics Co., Ltd B847\n333 ZHAOQING HUAXINLONG AUTOMATION EQUIPMENT CO.,LTD B848\n334 Shandong Shangmei New Material Co.,Ltd . B849\n335 CENTORR Vacuum Industries LLC B850\n336 Shijiazhuang Rongxin Technology Co., Ltd. B852\n337 Advanced Corporation for Materials & Equipments C015\n338 Suzhou Botao Equipment Co.,Ltd. C018\n339 Changzhou Jiuyajiu Tablet Machinery Manufacturing Co., Ltd C030\n340 Shanghai Jvjing Precision Instrument Manufacturing Co., Ltd. C035\n341 WEIFANG HUAMEI FINE TECHNICAL CERAMICS CO.,LTD C045\n342 Shanghai Ohkawara Dryers Co.,Ltd. C050\n343 Hefei Gaoge Advanced Electric Furnace Equipment Co., Ltd. C055\n344 Luoyang Runzhi CNC Equipment Co., LTD C065\n345 Shanxi Golden Kaiyuan Co.,Ltd C080\n346 Ningbo Shuangma Machinery Industry Co., Ltd C090\n347 Sinoma Advanced Materials Co.,Ltd. C092\n348 SHANDONG JONYE ADVANCED MATERIALS CO.，LTD C095\n349 Shanghai Alarge furnace Co.,Ltd C098\n350 Gemstone Group - ShanDong Sinogem Advanced Materials Technology C108\n351 Shandong Hongrui refractory Technology Co., Ltd C112\n352 HENAN JIANYUAN BROTHER MATERIAL CO.,LTD C121\n353 Hefei Facerom Thermal Equipment CO.,Ltd C122\n354 Nantong ENPRO Thermal Energy & Technology Co.,Ltd C123\n355 Harbin Pei Ze Materials Technology Co., Ltd. C125\n356 TOPTEK ADVANCED CERAMICS(NINGBO) CO., LTD. C126\n357 Zhoushan Jinqiu Machinery Co., Ltd. C130\n358 Henan Norant New Material Technology Co., Ltd. C135\n359 NINGBO HONGRI TOOLS CO.,LTD C136\n360 Deqing Chuangzhi Technology Co.,Ltd. C138\n361 Shanghai Taobao New Ceramic Material Development Co., Ltd. C139\n362 Hengli Eletek Co.,Ltd C141\n363 XIAMEN XIHUA NEW MATERIALS TECHNOLOGY CO.,LTD. C168\n364 SHEN ZHEN XIKOE INUSTRIAL CO.,LTD C170\n365 Shenzhen Xintao Kiln Equipment Co., Ltd. C175\n366 SUZHOU HONGYULAI ELECTROMECHANICAL SCIENCE C180\n367 Quanzhou Marbo Resources Company Limited C205\n368 Jiangsu Freds Powder Technology Co.,Ltd C206\n369 Yixing Weisitong Ceramic Technology Co., Ltd C206\n370 Luoyang Xinlong Ceramics Co., Ltd. C207\n371 DEYANG XIHAI ISOTATIC PRESSING EQUIPMENT MANUFAVTURING CO.,LTD C208\n372 Qingdao CUP New Materials Co., Ltd. C210\n373 Nanoe C211\n374 HANGZHOU PENTATECH TECHNOLOGY CO. LTD C212\n375 Dongguan kaiyan machinery technology co., LTD C220-1\n376 SUZHOU RUIBANG CERAMICS NEW MATERIAL CO.,LTD C220-2\n377 GUANGDONG ORIENT ZIRCONIC IND SCI&TECH CO.,LTD. C220-3\n378 Shantian Abrasiv Co.,Ltd C222\n379 WEIFANG LIUHE NEW MATERIALS CO., LTD. C225\n380 Xinxiang SKF Machinery Co., Ltd.. C230\n381 ZhengzhouYufafineCeramicsTechnologyCo.,Ltd C236-1\n382 Guangdong Kangrong High-tech New Material Co.,Ltd C236-2\n383 Shandong Jinhong New Material Co., Ltd. C240\n384 Changsha Jianyu Screen Printing Machinery Co.,Ltd C251\n385 3DCERAM C252\n386 JIYUAN TIANJIA TECHNICAL CERAMICS CO.,LTD C260\n387 HighChem Company.,Ltd C262\n388 Ningbo vulken technology Co., Ltd. C265\n389 Hunan Huawei aerospace special materials Co., Ltd. C267\n390 Boyee (Shenzhen) Industrial Technology Co., Ltd. C269\n391 ALCERA (SUZHOU) CO., LTD C270\n392 Pingxiang Chemshun Ceramics Co., LTD C273\n393 SHANGHAI UNIST INTERNATIONAL TRADING CO.,LTD C274\n394 NINGXIA ASCENDUS NEW MATERIAL TECHNOLOGY CO.，LTD C275\n395 Zhejiang Zili Holdings Corporation limited C278\n396 Shenzhen Jingzhuo Ceramic Technology Co.,Ltd. C279\n397 Fengfeng Mining Area New Oriental Technology Development Co., Ltd. C280\n398 SHEN ZHEN SMIDA INTELLIGENT EQUIPMENT CO.,LTD C281\n399 ZIBO QIMINGXIG NEW MATERIAL CO.,LTD. C282\n400 Shanghai Hoosun Intelligence Technology Co., Ltd. C283\n401 Chengdu KINGSUCCEED SCI. & TECH. Co., Ltd. C300\n402 Ganzhou Koin Structural Ceramics Co., Ltd C305\n403 WEIHAI CHEETAH SPECIAL CERAMICS TECHNOLOGY CO., LTD. C306\n404 Changzhou Lemar Drying Technology Co.,Ltd C310\n405 ShangHai Rucca Mechanical & Electrical Technology Co.,Ltd C312\n406 Changshu Yibenxin Intelligent Technology Co., Ltd. C320\n407 Yixing City KamTai Refractories Co.,ltd. C321\n408 Shenzhen Sanxing Feirong Machine Co., Ltd. C330\n409 Dongguan Yutian Material Limited Company C331\n410 Foshan Takasago Industry Co., Ltd. C340\n411 Shandong Zhongyi New Material Co., Ltd. C342\n412 JIANGSU SAILAMIKE PRECISION CERAMIC CO., LTD. C345\n413 Nanjing Laibu Technology Industrial Co., Ltd. C346\n414 Henan Beixing Fine Ceramics Co.,Ltd. C355-1\n415 Jiaozuo LiFeng Industrial Co.,Ltd. C355-2\n416 Beijing Senboton Technology Co. Ltd. C360\n417 JIANGSU DONGPU FINE CERAMIC TECHNOLOGY CO., LTD C361\n418 ZIBO XINFUKANG SPECIAL MATERIALS CO.,LTD C368\n419 FUJIAN CHANGTING GOLDEN DRAGON RARE-EARTH CO., LTD. C370\n420 KUNSHAN PORIMY 3D PRINTING TECHNOLOGY CO.,LTD C373\n421 ZIBO SAINA NEW MATERIAL TECHNOLOGY CO.,LTD. C375\n422 Yixing Qianjin Special Ceramic Technology Co.,Ltd C376\n423 Ningxia Machinery Research Institute Co., Ltd. C377\n424 SHANDONG GUIYUAN ADVANCED CERAMICS CO.,LTD C379\n425 Hoting Screen Printing EquipmentCo.,Ltd C385\n426 SuZhou UG.nano Material Co.,Ltd. C386\n427 Shaanxi KEGU New Material Technology Co,Ltd. C387\n428 QUAN ZHOU XIEXIN MACHINERY C388\n429 Weifang Zhuoyu New Material Technology Co.,Ltd C390\n430 Weifang Chunfeng New Material Technology Co., Ltd. C390-1\n431 Liaoyuan Fulang New Material Co,Ltd C391\n432 Wuxi Zhonggong Thermal Control Technology Co., Ltd. C392\n433 Xinhua JUNGONG special ceramic equipment Co., Ltd C395\n434 Jiangyin Xinghua Diamond Tools Co.,Ltd C396\n435 Shijiazhuang Huihan Sealing Material Factory C398\n436 TIANAO CERAMIC TECHNOLOGY CO.,LTD C401\n437 GUANGDONG XY FINE CERAMIC TECHNOLOGY CO.,LTD C403\n438 WUXI DERECKE ABRASIVES CO.,LTD. C405\n439 TAIZHOUNANGUANGMACHINERYELECTRONICSCO.LTD. C406\n440 Guangzhou HuaSiTe Alloy products Co.,Ltd C408\n441 Yixing Feifan Ceramica Co., Ltd C410\n442 HEFEI TRUE P ELECTRONIC TECHNOLOGY CO.,LTD C412\n443 Shenzhen Upcera Technology Co.,Ltd C413\n444 Dalian Gomore Materials Technology Co., Ltd. C423\n445 Shanghai Zhongyan lnstrument Manufacturing Factory C428\n446 CHEMSON INDUSTRIAL (SHANGHAI) CO. ,LTD. C430\n447 Yixing fengyujie ceramic technology co.,LTD C433\n448 Suzhou MainTain Vacuum Furnace Co.,Ltd C436\n449 WEIFANG BETTER CERAMICS CO.,LTD C439\n450 SINOSTEEL LUOYANG INSTITUTE OF REFRACTORIES RESEARCH LIMITED C441\n451 DONGGUAN WISECHINA INTELLIGENT MAKER PRINTING TECHNOLOGY CO.,LTD C443\n452 ZHEJIANG HONGTAI ZIRCONIUM TECHNOLOGY CO.,LTD C446\n453 TIANJIN ZHONGHUAN FURNACE Corp. C447\n454 Changsha Mitrcn Instrument Equipment Co.,Ltd C448\n455 Zhangjiagang Shengao Electric Furnace Technology Co., Ltd. C450\n456 SHANGHAI PANGEA IMPORT AND EXPORT CO.,LTD C451\n457 DUNHUA ZHENGXING ABRASIVE CO.,LTD. C455\n458 HUNAN HUAXIAN DONGDING CERAMICS CO,.LTD C457\n459 Xinjiang Jingshuo New Materials Co., Ltd. C458\n460 HYGOOD New Technology Co., Ltd C460\n461 SPINTECH(SHENYANG) PRECISION MACHINERY C462\n462 Weifang Zhongjia Silicon Carbide Technology Co.,Ltd. C465\n463 Zhejiang Landun special materials Co., Ltd C467\n464 SUZHOU HONEN NEW MATERIAL TECHNOLOGY CO.,LTD. C468\n465 BEIJING ORIENT SUN-TEC CO., LTD. C470\n466 Shandong Pengcheng Advanced Ceramics Co., Ltd C472\n467 SHENZHEN HARD PRECISION CERAMIC CO.,LTD C475-1\n468 YIXINGHAIDUNPRECISIONCERAMICCO.,LTD C475-2\n469 Guilin Tebon Superhard Material Co.,Ltd C478\n470 Dongguan Taixing Diamond Tool Co. Ltd.. C485\n471 NETZSCH (Shanghai) Machinery and Instruments Co., Ltd. C486\n472 SHANDONG SHENGTAI ZIRCONIUM RESOURCES CO., LTD. C488\n473 WUXI CITY SINCERE REFRACTORY CERAMICS CO.,LTD. C490\n474 Jiangyin Hao Feng Tools Co. , Ltd. C491\n475 SCM HYPNERGY MATERIAL TECH CO., LTD. C492\n476 SHANGHAI KANSA REFRIGERATION EQUIPMENT CO. LTD C495\n477 YIXING K.F CERAMIC MANUFACTURING CO., LTD. C498\n478 Zhejiang Kingpin Zirconium Technology Co., Ltd. C499\n479 Wuhan meiqilin New Material Co., Ltd C500\n480 Tai yuan city hongliang machinery equipment co. ,LTD C501\n481 PERFECT ANALYSIS TECHNOLOGY C502\n482 I SQUARED R C503\n483 Suzhou Nanodispersions Co., Ltd C505\n484 Luoyang bolemant test electric furnace Co., Ltd C508\n485 Inner Mongolia KingTor Zirconium co. LTD C510\n486 XINYI WANHE MINING INDUSTRY CO.,LTD C511\n487 WUHAN KUN YUAN CASTING CO.,LTD C512\n488 ISOWELL REFRACTORIES CO., LTD C513\n489 SICHUAN LINENG ULTRA HIGHT VOLTAGE EQUIPMENT CO.,LTD C515\n490 PANJIN XIANGLONG GRINDING TECH.CO., LTD C516\n491 SHANDONG YINGJI NEW MATERIAL CO.,LTD. C518\n492 LIANYUNGANG ZHONG AO ALUMINIUM CO.,LTD C519\n493 YA'AN YUANCHUANG CERAMIC CO.,LTD C520\nPrevious:Report of Day One of the 13 edition Next:2020 Shanghai International Summit Forum


url: =Blog Nika Bianchi | Modalooks sugeridos Archives - Page 10 of 10 - Blog Nika Bianchi | Moda\nLooks Sugeridos !!!\nMeninas, Seguem os looks sugeridos para o final de semana! The sartirialist The sartirialist Folic The Sartorialist The Sartorialist The Sartorialist The Sartorialist The Sartorialist Grande Beijo e Bom Final de Semana...


url: =Hu, Wei (202)\nBassig, Bryan A. (7)\n3. Alterations in Leukocyte Telomere Length in Workers Occupationally Exposed to Benzene Bassig, Bryan A. | Zhang, Luoping | Cawthon, Richard M. | Smith, Martyn T. | Yin, Songnian | Li, Guilan | Hu, Wei | Shen, Min | Rappaport, Stephen | Barone-Adesi, Francesco | Rothman, Nathaniel | Vermeulen, Roel | Lan, Qing\nEnvironmental and molecular mutagenesis 2014;55(8):673-678.\nExposure to benzene, a known leukemogen and probable lymphomagen, has been demonstrated to result in oxidative stress, which has previously been associated with altered telomere length (TL). TL specifically has been associated with several health outcomes in epidemiologic studies, including cancer risk, and has been demonstrated to be altered following exposure to a variety of chemical agents. To evaluate the association between benzene exposure and TL, we measured TL by monochrome multiplex quantitative PCR in 43 workers exposed to high levels of benzene and 43 age and sex-matched unexposed workers in Shanghai, China. Benzene exposure levels were monitored using organic vapor passive dosimetry badges before phlebotomy. The median benzene exposure level in exposed workers was 31 ppm. The mean TL in controls, workers exposed to levels of benzene below the median (≤31 ppm), and above the median (>31 ppm) was 1.26 ± 0.17, 1.25 ± 0.16, and 1.37 ± 0.23, respectively. Mean TL was significantly elevated in workers exposed to >31 ppm of benzene compared with controls (P = 0.03). Our findings provide evidence that high levels of occupational benzene exposure are associated with TL. Environ. Mol. Mutagen. 55:673–678, 2014.\nbenzene; telomere length; telomeres; occupational exposure\n4. Endoplasmic reticulum stress induced by tunicamycin and thapsigargin protects against transient ischemic brain injury Zhang, Xiangnan | Yuan, Yang | Jiang, Lei | Zhang, Jingying | Gao, Jieqiong | Shen, Zhe | Zheng, Yanrong | Deng, Tian | Yan, Haijing | Li, Wenlu | Hou, Wei-Wei | Lu, Jianxin | Shen, Yao | Dai, Haibing | Hu, Wei-Wei | Zhang, Zhuohua | Chen, Zhong\nTransient cerebral ischemia leads to endoplasmic reticulum (ER) stress. However, the contributions of ER stress to cerebral ischemia are not clear. To address this issue, the ER stress activators tunicamycin (TM) and thapsigargin (TG) were administered to transient middle cerebral artery occluded (tMCAO) mice and oxygen-glucose deprivation-reperfusion (OGD-Rep.)-treated neurons. Both TM and TG showed significant protection against ischemia-induced brain injury, as revealed by reduced brain infarct volume and increased glucose uptake rate in ischemic tissue. In OGD-Rep.-treated neurons, 4-PBA, the ER stress releasing mechanism, counteracted the neuronal protection of TM and TG, which also supports a protective role of ER stress in transient brain ischemia. Knocking down the ER stress sensor Eif2s1, which is further activated by TM and TG, reduced the OGD-Rep.-induced neuronal cell death. In addition, both TM and TG prevented PARK2 loss, promoted its recruitment to mitochondria, and activated mitophagy during reperfusion after ischemia. The neuroprotection of TM and TG was reversed by autophagy inhibition (3-methyladenine and Atg7 knockdown) as well as Park2 silencing. The neuroprotection was also diminished in Park2+/− mice. Moreover, Eif2s1 and downstream Atf4 silencing reduced PARK2 expression, impaired mitophagy induction, and counteracted the neuroprotection. Taken together, the present investigation demonstrates that the ER stress induced by TM and TG protects against the transient ischemic brain injury. The PARK2-mediated mitophagy may be underlying the protection of ER stress. These findings may provide a new strategy to rescue ischemic brains by inducing mitophagy through ER stress activation.\ncerebral ischemia; endoplasmic reticulum stress; mitophagy; neuroprotection; PARK2\n5. Mechanism of QHF-cisplatin against hepatocellular carcinoma in a mouse model Chen, Tao | Yuan, Shen-Jun | Wang, Jing | Hu, Wei\n6. Studies on the purification of polypeptide from sika antler plate and activities of antitumor Hu, Wei | Qi, Lin | Tian, Yu H. | Hu, Rui | Wu, Lei | Meng, Xing Y.\nBMC Complementary and Alternative Medicine 2015;15:328.\nSika; Antler plate; Monomer polypeptide; Antitumor activities; Cell proliferation\n7. Identification and expression profiles of sRNAs and their biogenesis and action-related genes in male and female cones of Pinus tabuliformis Niu, Shi-Hui | Liu, Chang | Yuan, Hu-Wei | Li, Pei | Li, Yue | Li, Wei\nBMC Genomics 2015;16(1):693.\nThe online version of this article (doi:10.1186/s12864-015-1885-6) contains supplementary material, which is available to authorized users.\nPinus tabuliformis Carr; miRNA; siRNA; Parallel analysis of RNA ends (PARE); Male cones; Female cones\n8. Quantification of iopamidol multi-site chemical exchange properties for ratiometric chemical exchange saturation transfer (CEST) imaging of pH Sun, Phillip Zhe | Longo, Dario Livio | Hu, Wei | Xiao, Gang | Wu, Renhua\nPhysics in medicine and biology 2014;59(16):4493-4504.\npH-sensitive chemical exchange saturation transfer (CEST) MRI holds great promise for in vivo applications. However, CEST effect depends on not only exchange rate and hence pH, but also on the contrast agent concentration, which must be determined independently for pH quantification. Ratiometric CEST MRI normalizes the concentration effect by comparing CEST measurements of multiple labile protons to simplify pH determination. Iopamidol, a commonly used X-Ray contrast agent, has been explored as a ratiometric CEST agent for imaging pH. However, iopamidol CEST properties have not been solved, determination of which is important for optimization and quantification of iopamidol pH imaging. Our study numerically solved iopamidol multi-site pH-dependent chemical exchange properties. We found that iopamidol CEST MRI is suitable for measuring pH between 6 and 7.5 despite that T1 and T2 measurements varied substantially with pH and concentration. The pH MRI precision decreased with pH and concentration. The standard deviation of pH determined from MRI was 0.2 and 0.4 pH unit for 40 and 20 mM iopamidol solution of pH 6, and it improved to be less than 0.1 unit for pH above 7. Moreover, we determined base-catalyzed chemical exchange for 2-hydrooxypropanamido (ksw=1.2*10pH−4.1) and amide (ksw=1.2*10pH−4.6) protons that are statistically different from each other (P<0.01, ANCOVA), understanding of which should help guide in vivo translation of iopamidol pH imaging.\nchemical exchange saturation transfer (CEST); iopamidol; MRI; pH\n9. Lefty-1 alleviates TGF-β1-induced fibroblast–myofibroblast transdifferentiation in NRK-49F cells Zhang, Lijun | Zhang, Jie | Xu, Changgeng | Zhou, Xiangjun | Wang, Wei | Zheng, Renping | Hu, Wei | Wu, Pin\nDrug Design, Development and Therapy 2015;9:4669-4678.\nLefty-1; NRK-49F; fibroblast; myofibroblast; transdifferentiation\n10. PhiC31 Integrase Induces Efficient Site-Specific Recombination in the Capra hircus Genome Ma, Haiyan | Ma, Qingwen | Lu, Yao | Wang, Juan | Hu, Wei | Gong, Zhijuan | Cai, Linlin | Huang, Ying | Huang, Shu-Zhen | Zeng, Fanyi\n11. Clodronate inhibits tumor angiogenesis in mouse models of ovarian cancer Reusser, Nicole M | Dalton, Heather J | Pradeep, Sunila | Gonzalez-Villasana, Vianey | Jennings, Nicholas B | Vasquez, Hernan G | Wen, Yunfei | Rupaimoole, Rajesh | Nagaraja, Archana S | Gharpure, Kshipra | Miyake, Takahito | Huang, Jie | Hu, Wei | Lopez-Berestein, Gabriel | Sood, Anil K\n12. Telomere length in white blood cell DNA and lung cancer: a pooled analysis of three prospective cohorts Seow, Wei Jie | Cawthon, Richard M. | Purdue, Mark P. | Hu, Wei | Gao, Yu-Tang | Huang, Wen-Yi | Weinstein, Stephanie J. | Ji, Bu-Tian | Virtamo, Jarmo | Hosgood, H. Dean | Bassig, Bryan A. | Shu, Xiao-Ou | Cai, Qiuyin | Xiang, Yong-Bing | Min, Shen | Chow, Wong-Ho | Berndt, Sonja I. | Kim, Christopher | Lim, Unhee | Albanes, Demetrius | Caporaso, Neil E. | Chanock, Stephen | Zheng, Wei | Rothman, Nathaniel | Lan, Qing\n13. Genome-Wide Identification and Expression Analyses of Aquaporin Gene Family during Development and Abiotic Stress in Banana Hu, Wei | Hou, Xiaowan | Huang, Chao | Yan, Yan | Tie, Weiwei | Ding, Zehong | Wei, Yunxie | Liu, Juhua | Miao, Hongxia | Lu, Zhiwei | Li, Meiying | Xu, Biyu | Jin, Zhiqiang\n14. Intrinsically stretchable and transparent thin-film transistors based on printable silver nanowires, carbon nanotubes and an elastomeric dielectric Liang, Jiajie | Li, Lu | Chen, Dustin | Hajagos, Tibor | Ren, Zhi | Chou, Shu-Yu | Hu, Wei | Pei, Qibing\nNature Communications 2015;6:7647.\nThin-film field-effect transistor is a fundamental component behind various mordern electronics. The development of stretchable electronics poses fundamental challenges in developing new electronic materials for stretchable thin-film transistors that are mechanically compliant and solution processable. Here we report the fabrication of transparent thin-film transistors that behave like an elastomer film. The entire fabrication is carried out by solution-based techniques, and the resulting devices exhibit a mobility of ∼30 cm2 V−1 s−1, on/off ratio of 103–104, switching current >100 μA, transconductance >50 μS and relative low operating voltages. The devices can be stretched by up to 50% strain and subjected to 500 cycles of repeated stretching to 20% strain without significant loss in electrical property. The thin-film transistors are also used to drive organic light-emitting diodes. The approach and results represent an important progress toward the development of stretchable active-matrix displays.\nStretchable displays need stretchable electronics to control them. Here, the authors create transparent and deformable thin-film transistors comprised of silver nanowire-based electrodes, a carbon nanotube network channel and a polyurethane-co-polyethylene oxide dielectric made using solution-based techniques.\n15. Early treatment of minocycline alleviates white matter and cognitive impairments after chronic cerebral hypoperfusion Ma, Jing | Zhang, Jing | Hou, Wei Wei | Wu, Xiao Hua | Liao, Ru Jia | Chen, Ying | Wang, Zhe | Zhang, Xiang Nan | Zhang, Li San | Zhou, Yu Dong | Chen, Zhong | Hu, Wei Wei\n17. Update on deep brain stimulation in Parkinson’s disease Martinez-Ramirez, Daniel | Hu, Wei | Bona, Alberto R. | Okun, Michael S. | Shukla, Aparna Wagle\nTranslational Neurodegeneration 2015;4:12.\nMovement disorders; Subthalamic nucleus; Globus pallidus; Neural network; Brain modulation; Closed-loop\n18. Notch3 Pathway Alterations in Ovarian Cancer Hu, Wei | Liu, Tao | Ivan, Cristina | Sun, Yunjie | Huang, Jie | Mangala, Lingegowda S. | Miyake, Takahito | Dalton, Heather J. | Pradeep, Sunila | Rupaimoole, Rajesh | Previs, Rebecca A. | Han, Hee Dong | Bottsford-Miller, Justin | Zand, Behrouz | Kang, Yu | Pecot, Chad V. | Nick, Alpa M. | Wu, Sherry Y. | Lee, Ju-Seog | Sehgal, Vasudha | Ram, Prahlad | Liu, Jinsong | Tucker, Susan L. | Lopez-Berestein, Gabriel | Baggerly, Keith A. | Coleman, Robert L. | Sood, Anil K.\n19. MOLECULAR BIOMARKERS OF RESIDUAL DISEASE AFTER SURGICAL DEBULKING OF HIGH-GRADE SEROUS OVARIAN CANCER Tucker, Susan L. | Gharpure, Kshipra | Herbrich, Shelley M. | Unruh, Anna K. | Nick, Alpa M. | Crane, Erin K. | Coleman, Robert L. | Guenthoer, Jamie | Dalton, Heather J. | Wu, Sherry Y. | Rupaimoole, Rajesha | Lopez-Berestein, Gabriel | Ozpolat, Bulent | Ivan, Cristina | Hu, Wei | Baggerly, Keith A. | Sood, Anil K.\n20. TaPP2C1, a Group F2 Protein Phosphatase 2C Gene, Confers Resistance to Salt Stress in Transgenic Tobacco Hu, Wei | Yan, Yan | Hou, Xiaowan | He, Yanzhen | Wei, Yunxie | Yang, Guangxiao | He, Guangyuan | Peng, Ming\n21. Randomized Phase II Study of Docetaxel Plus Vandetanib vs. Docetaxel Followed by Vandetanib in Patients with Persistent or Recurrent Epithelial Ovarian, Fallopian Tube or Primary Peritoneal Carcinoma: SWOG S0904 Coleman, Robert L. | Moon, James | Sood, Anil K. | Hu, Wei | Delmore, James E. | Bonebrake, Albert J. | Anderson, Garnet L | Chambers, Setsuko K. | Markman, Maurie\n22. Establishment and identification of human primary lung cancer cell culture in vitro\nSi, Lian-Lian | Lv, Lu | Zhou, Wen-Hui | Hu, Wei-Dong\nInternational Journal of Clinical and Experimental Pathology 2015;8(6):6540-6546.\nObjective: To explore a simple and practical method for human primary lung cancer cells culture in vitro. Methods: Tumor specimens from 6 lung cancer patients were isolated with collagenase digestion cultured in vitro. Then the characteristics of these cells were analyzed and identified by optical microscope observation, hematoxylin-eosin staining, immunocytochemistry, immunohistochemistry and tumor nude mice inoculation experiments, respectively. Results: Except for the small cell lung cancer, the other 5 samples were successfully isolated and cultured. The cultured cells showed typical characteristics of malignant cells and positive for cytokeratin 7 and 19. Moreover, the cancer cells readily formed subcutaneous tumors in nude mice and the pathological images of the transplanted tumor were consistent with its tumor origin. Conclusion: The primary culture for human lung cancer cells can be successfully achieved with the method of collagenase digestion.\nLung cancer; primary cell culture; morphology; H-E staining; immunohistochemistry\n23. Prognostic correlation between MTA2 expression level and colorectal cancer Ding, Weijun | Hu, Wei | Yang, Haihua | Ying, Ting | Tian, Ye\nInternational Journal of Clinical and Experimental Pathology 2015;8(6):7173-7180.\nObjectives: Association of MTA2 expression with presence, development, metastasis and prognosis of colorectal cancer (CRC) was investigated. Methods: 90 CRC-related cases with follow-up information were made into tissue microarrays according to the paired principle of cancer tissues and the adjacent tissues. Subsequently, the expression of MAT2 was detected with immunohistochemical analysis and SPSS software was finally utilized to analyze the relationships between experimental data and clinical indicatives. Results: Expression of MTA2 in CRC tissues were notably higher than their adjacent tissues (P < 0.001) and showed significant positive correlation with tumor grade (r2 > 0, P < 0.01). Moreover, survival analysis indicated that MTA2 expression in cancer tissues, serving as an independent correlation factor, was significantly correlated with poor prognosis (P = 0.004). Conclusions: MTA2 is a crucial biomarker that is closely related with prognosis of CRC and also a potential molecular target for evaluating the prognosis and treatment of CRC.\nMAT2; CRC; tissue microarray; immunohistochemistry; biomarker; prognosis\n24. Advanced Glycation End Products Enhance Macrophages Polarization into M1 Phenotype through Activating RAGE/NF-κB Pathway Jin, Xian | Yao, Tongqing | Zhou, Zhong'e | Zhu, Jian | Zhang, Song | Hu, Wei | Shen, Chengxing\n25. High USP22 expression indicates poor prognosis in hepatocellular carcinoma Tang, Bo | Tang, Fang | Li, Bo | Yuan, Shengguang | Xu, Qing | Tomlinson, Stephen | Jin, Junfei | Hu, Wei | He, Songqing