url: =发布时间 ：2012年02月10日 浏览量 ：4363\n2004.11：访问美国Missouri University、Stanford University、Kansas University，California University in Los Angeles and San Francisco，California Institute of Technology；\n2010年：到德国Leipzig University、法国的ONCFS研究所、美国California University of Berkley、California University of San Diego、Chicago University、Massachusetts Institute of Technology访问与学术交流；\n1. Yanyue Li, Xiaocheng Li,Wen-kui Sun, Chi Cheng,Rong Gao, Rui Liu, Xuebin Lv, Comparison of liver microRNA transcriptomes of Tibetan and Yorkshire pigs by deep sequencing，Gene，2016, 577(2): 244–250\n2. Jianlin Chen, Gang Wang, Zhongwei Gu,Rong Gao,et al. Increase in Transgene Expression by Pluronic L64-Mediated Endosomal/Lysosomal Escape through Its Membrane-Disturbing Action，ACS Applied Materials & Interfaces，2015, 7, 7282−7293\n3. Jing Luo, Jianlin Chen，Gang Wang，Rong Gao et al. An efficient method for in vitro gene delivery via regulation of cellular endocytosis pathway，International Journal of Nanomedicine，2015，10：1–12\n4. Chi Cheng, Wenkui Sun,R. Liu, R. M. Wang, XB. LuandR. Gao,Comparison of gene expression of Toll-like receptors and antimicrobial peptides in immune organs and tissues between Yorkshire and Tibetan pigs，Animal Genetics，2015,46, 272–279，\n5. Xiaoping Wan, Xiao Yang, Suqiong Zhan, Jianlin Chen,Rong Gao, Cloning of interleukin-15 gene of Tibetan pig and adjuvant effect of its recombinant plasmids packed with PEG and PEI modified chitosan nanoparticles on immunity of mice to FMD vaccination, Procedia in Vaccinology 9 ( 2015 ) 80 – 90\n6. Dong Li, Jian-Lin Chen, Huan Zhang，Xiao Yang, Xiao-Ping Wan, Chi Cheng, Yue Li, Ze-Zhou Wang, Xue-Bin Lv, Hong-Ning Wang, Jiang-Ling Li,Rong Gao，Improvement of the immunity of pig to Hog cholera vaccine by recombinantplasmid with porcine interleukin-6 gene and CpG motifs，Vaccine，2011，29，3888–3894\n7. Yuanyuan Yu,Zheng Wang, Lin Cai, Gang Wang, Xiao Yang, Xiao Pin Wan, Xin Hua Xu,Ying Li,Rong Gao. Synthesis and characterization of methoxy poly(ethylene glycol)-O-chitosan-polyethylenimine for gene delivery，Carbohydrate Polymers，2010，81 (2): 269-274（corresponding author)\n8. Yang, X; Sun, WK; Chen, WL; Chen, JL; Wan, XP; Zhang, H; Cai, L; Wang, ZZ; Lv, XB; Wang, HN; Li, JL;Gao, R. Promotion of the immunity of piglets to Hog cholera vaccine induced by shuffled pig interleukin-2 gene and CpG immunostimulatory sequences encapsulated in chitosan nanoparticles，Procedia in Vaccinology，2010, 2 (1): 51-59\n9. Zhong-Zhong Zhao,Hua-Bing Zhang , Qian Chen, Zhao Xie, Ying-Yu Wang, Yi Yang, Ze-Zhou Wang , Jiang-Ling Li, Kai-Yuan Wu , Hong-Ning Wang, Min-Jie Meng ,Rong Gao,Promotion of immunity of mice toPasteurella multocidaandHog choleravaccine by pig interleukin-6 gene and CpG motifs,Comparative Immunology, Microbiology & Infectious Diseases,2009,32:191-205\n10. Zhigang Xu , Xiaoping Wan, Wei Zhang, Zheng Wang , Lin Cai , Ying Li, Qing Jiang,Rong Gao, Synthesis of biodegradable polycationic methoxy poly(ethylene glycol)–polyethylenimine–chitosan and its potential as gene carrier, Carbohydrate Polymers, 2009，78（1）：46-53\n11. Baofeng Song, Wei Zhang, Rong Peng , Jie Huang , Ting Nie, Ying Li, Qing Jiang,Rong Gao, Synthesis and cell activity of novel galactosylated chitosan as a gene carrier, Colloids and Surfaces B:Biointerfaces, 2009, 70:181-186\n12. Tao Zhang,Yuan Yuan Yu, Dong Li，Rong Peng，Ying Li，Qing Jiang，Ping Dai，Rong Gao，Synthesis and properties of a novel methoxy poly(ethylene glycol)- modified galactosylated chitosan derivative，J Mater Sci: Mater Med，2009，20（3）: 673-680)\n13. Qian Chen, Zhong-Zhong Zhao, Rong Peng,Ying-Yu Wang, Zhao Xie, Ze-Zhou Wang,Rong Gao,Enhancement of immunity and resistance in mice by pig IL-6 gene and CpG motifs encapsulated in chitosan nanoparticle，Biotechnology Journal , 2008, 3(2):264-273\n14. Zhao Xie , Hui Li,Jianlin Chen, Hua-bing Zhang,Qian Chen, Zhong-Zhong Zhao, Chi Cheng, Huan Zhang, Yi Yang,Rong Gao,Shuffling of pig interleukin-2 gene and its enhancing of immunity in mice to Pasteurella multocida vaccine, Vaccine, 2007 25：8163–8171\n15. Huan Zhang, Chi Cheng,Min Zheng, Zhao Xie, Jiang Ling Li, Yi Yang, Yi Shen, Hong-Ning Wang，Zezhou Wang,Rong Gao,Enhancement of immunity to an Escherichia coli. vaccine in mice orally inoculated with a fusion gene encoding porcine interleukin 4 and 6, Vaccine, 2007, 25: 7094–7101\n16. Yi Yang, Jianlin Chen, Hui Li, Yingyi Wang, Zhao Xie, Huan Zhang, Cheng Chi, Hongning Wang, Rong Gao,Porcine interleukin-2 gene encapsulated in chitosan nanoparticles enhances immune response of mice to piglet paratyphoid vaccine, Comparative Immunology, Microbiology & Infectious Diseases, 2007，30（1）:19-32\n17. Wu Kaiyuan, Wu Mei, Fu Manliang, Gao Rong, A novel CpG chitosan nanoparticles to regulate the cellular and humoral immunity of mice. Biomedical and Environmental Sciences，2006，19（2）：87-95\n18. Man-Liang FU, Sancheng Ying, Mei Wu, Hui Li, Rong Gao,Regulating effects of a novel CpGChitosan-nanoparticles on immune responses to porcine paratyphoid vaccines in mice,Biomedical and Environmental Sciences，2006，19（4）：315-322\n19. Hui Li, Shigui Liu, Lihuan Wang, Rong Gao et al. Molecular Cloning and Expression of IL2 cDNA from Tibet Pig，Veterinary Research communication, 2005, 29:395-405\n20. Mei Wu, Shigui Liu, Bing Shen, Minjie Meng, Rong Gao et al. Regulating effects of porcine interleukin-6 gene and CpG motifs on immune responses to porcine trivalent vaccines in mice.Res. Vet .Sci. 2004，77：49-57\n21. Jinling Li, Shigui Liu, Bing Shen, Minjie Meng, Rong Gao et al. The immunoregulation of mice by somatic transgenic expression of porcine interleukin-6 and CpG sequence. Veterinary Research Communication，2004,28:33-46\n22. Mei Wu，Lin Shu，Rong Gao，Shigui Liuet al,The Effect of Entrapment of Murine Interleukin 2 Gene with Chitosan Nanoparticles on the Expression and Its Regulation of Immune Response of Mice, Journal of biomedical engineering，2004,6:947－952\n23. Manliang Fu, Hui Li, Kaiyuan Wu, Rong Gao et al. Molecular Cloning and Expression of IL2 cDNA from Yak, Sichuan Journal of Zoology,2005, 24:507-512r)\n24. Shen Bin, Gao Rong, Men Mingjie, Shigui Liuet al,Immune response of mice to inoculation with TS11 antigenic gene of Taenia Solium,Chinese J. Veterinary Medicine,2004,1:3-6\n25. Li Hui，Gao Rong*，Wu Mei, Shigui Liu et al，Cloning and sequence analysis of γ-interferon gene from Tibet pig,Chinese Vet. Science and Technology, 2003,5:48-51\n26. Shen Bin, Gao Rong, Men Mingjie, Shigui Liuet al,The eukaryotic expression of TS11 antigenic gene fromcysticircus cellulosae, Chinese J.Vet. Medicine, 2003，4: 6-9\n27. Li Hui，Gao Rong*，Wu mei，Ding Xiaotao, Shigui Liu et al,Cloning and Analyzing of interleukin-4 cDNA from the lymphocyte of Tibet Pig, Chinese J. Immunology, 2003,6:475-478\n28. Long Zhangfu, Gao Rong, Men Mingjie, et al, Effect of porcine interleukin gene 6 entrapped with cationic liposome on the immune responses of mice inoculated with the antigenic gene vaccine ofTaenia Solium, High Technology Letters, 2003.3:25-29\n29. Lv Xuebing, Li Jianglin, Gao Rong, et al, Effect of transgenic expression of PIFN-γgene on the immune responses of mice immunization with paratyphoid vaccine, High technology letter,2003.4:236\n30. Ning Hong, Gao Rong, Qin Zhen,Shigui Liuet al,Analysis of the protein electrophoresis patterns ofCurvularia lunatain maize and immunological detection of the pathogenic culture, High technology Communication，2002.3:11-15\n31. Mei Wu, Rong Gao, Jiangling Li, Minjie Meng, Shigui Liu et al. Regulating Effect of CpG Motifs and Cationic Liposome on Immune Responses to Antigenic Gene ofTaenia soliumin Mice, High Technology Letters, 2002, 7: 39-44\n32. Jiangling Li, Rong Gao, Mei Wu , Mingjie Meng, Shigui Liu et al., The effect of transgenic expression of porcine interleukin-6 gene and CpG sequences on immune responses of mice inoculated with the gene vaccine of Taenia solium of pig. High Technology Letters, 2002, 6: 26-30\n33. Wang Zezhou, Gao Rong, Yang Lin, Shigui Liu et al, Construction and Expression of fusion gene of somatostatin and Hepatitis B surface antigen gene inYeast Pichia Pastoris,Journal of biomedical engineering(EI), 2002,3:483\n34. Meng Minjie, Gao Rong, Tang Manshu, Li Jiang, et al, Cloning and sequencing of porcine interleukin –6 gene from lymphocyte, J. Sichuan University ( natural science edition), 2002, 3:557-560\n2. European Commission，SEVENTH FRAMEWORK，PROGRAMME Grant agreement no.: 227003 CP-FP（欧盟国际合作项目），Improve tools and strategies for the prevention and control of classical swine fever；


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url: =Pizza2Pizza (Zhongshan 8 Rd. Main Branch), Guangzhou - Ulasan Restoran - TripAdvisor\nPizza2Pizza (Zhongshan 8 Rd. Main Branch) - TUTUP\nZhongshan 8 Rd. No.41, Shop No.7, Guangzhou 510175, Cina\nbsevag, Owner di Pizza2Pizza (Zhongshan 8 Rd. Main Branch), merespons ulasan iniDitanggapi Maret 16, 2013\nHotel TerdekatLihat ke-3.585 hotel di Guangzhou\nAlamat: Zhongshan 8 Rd. No.41, Shop No.7, Guangzhou 510175, Cina\nNomor Telepon: +86 20 8172 4131


url: = Agent Locator | No 600 Zhongxing Road Ningbo, Zhejiang | Western Union\nDear WU Customer, Thanks for using our agent locator to find a Western Union location. Here's the info you requested: Location name: SHANGHAI PUDONG DEVELOPMENT BANK No 600 Zhongxing Road Ningbo, Zhejiang +86-574-87754117 See more details: http://locations.westernunion.com/cn/zhejiang/ningbo/bd9af24dd46f1206b3cb1d8557f036d2 How do I send money? https://go.wu.com/ALsend What does my receiver need to pick up their money? https://go.wu.com/ALreceive Download the Western Union® App and start your money transfer now: https://go.wu.com/ALdownload\nVisit the Western Union® agent location at No 600 Zhongxing Road Ningbo, Zhejiang .\nHostname: Not Set DetailsFound: True DateTime: Wed Dec 11 20:28:43 UTC 2019


url: =Used Percussion & Drums for sale in Treorchy, Rhondda Cynon Taf - Gumtree\n1 ads in Percussion & Drums for Sale in Treorchy, Rhondda Cynon Taf\n**New** Mapex mars bonewood\nMapex mars bonewood (birch) snare drum like new, never played with remo heads and puresound snare wires.\nA Custom 20" Flat Top Ride\nA Custom 20 inch flat top ride (Lovely Loud Bright Responsive )Cymbal\nTiger drum kit perfect for starting, bought this set from gumtree 2 months ago for £140 which didn't include the seat or sticks, bought these separate for £40, son has lost interest and are taking up room, priced for sale with everything for £100\nDw snare stand mint condition like new Amazing stand Only selling as cutting back on gear.\nDw 5000 boom drum stands\nNever taken out of the house these drum stands are in mint condition. One even has the tags on I have 4 of these for sale and these are priced for each item\nKids junior drum set\nGood condition Comes with drum sticks (not pictured)\nWith stool & extra Splash symbol. Slight rusting in parts, and cosmetic hole in bass drum which doesn’t affect the sound at all. Will send extra photos if requested\nElectronic drum kit 100 ono\nElectronic drum kit . With stool\nAs original bought unsprayed. Could easily be painted to suit taste. Some rust marks but beautiful rustic charm and sounds awesome.\nZildjian 16” medium thin crash, no cracks. Zildjian Crash Cymbal. Posted by Chris in Percussion & Drums, Cymbals in Abercynon. 3 April 2018


url: =Platinum Six-Prong Classic Ring with Luxe Sienna Diamond Ring (5/8 ct. tw.) | Brilliant Earth\nPlatinum Six-Prong Classic Ring with Luxe Sienna Diamond Ring (5/8 ct. tw.)\nSix-Prong Classic Ring with Luxe Sienna Diamond Ring (5/8 ct. tw.)- $3,480\nThe setting is amazing, and the diamond quality and shine is exactly what I paid for 👍👍👍 ...Read More


url: =Electrochemistry and Electrocatalysis of Electropolymerized Vitamin B_1 Film Electrode--《Chinese Journal of Analytieal Chemistry》2001年06期\n《Chinese Journal of Analytieal Chemistry》 2001-06\nElectrochemistry and Electrocatalysis of Electropolymerized Vitamin B_1 Film Electrode\nYang Qiuxia, Ma Yurong, He Wei, Wang Xuelin (Department of Applied Chemistry, Jinan University, Jinan 250022)\nA polymer film of vitamin B1 was obtained at a graphite carbon electrode by cyclic voltammetric method in phosphate buffer solution (PBS). Cyclic voltammograms of the film electrode in PBS (pH 5) exhibited one pair redox waves, Epa = 350 mV, Epc = 325 mV, different from monomer vitamin B1. The peak currents of poly-VB1 films was proportional to (scan rate)1/2, which showed that the charge transfer was controlled by diffusion in the polymer film. The Poly-VB1 modified electrode showed a good catalytic ability to dopamine and epinephrine. At the modified electrod, the peak potential for oxidation of dopamine occurred at 250 mV and 200 mV for epinephrine, while they were shifted towards the negative direction 100 mV and 300 mV respetively at the bare glassy carbon electrode. And their peak current had a linear relationship to the concentrations in the range of 8 .0 × 10-7 - 1 .0 × 10-4 mol/L for dopamine and 1 .0 × 10-6 - 1 .0 × 10-4 mol/L for epinephrine.\n1 ZHANG Jun, DENG Pei-hong, KUANG Yun-fei(Department of Chemistry and Material Science, Hengyang Teachers′ College, Hengyang 421008) andLI Ju-nan(College of Chemistry, Xiangtan University, Xiangtan 411105),;Determination of dopamine and ascorbic acid at ferrocene modified carbon black microelectrodes[J];Analytical Laboratory;2004-09\n2 DENG Pei-hong~1,ZHANG Jun~1,KUANG Yun-fei~1,LI Ju-nan~2(1.Dept.of Chem.and Material Science,Hengyang Normal College,Hengyang 421008,China;2.College of Chemistry,Xiangtan University,Xiangtan 411005,China);VOLTAMMETRIC DETERMINATION OF DOPAMINE WITH CARBON BLACK MICRO ELECTRODE[J];Physical Testing and Chemical Analysis(Part B:Chemical Analysis);2006-04\n3 DENG Pei-hong, ZHANG Jun, KUANG Yun-fei, LI Ju-nan ( Dept. of Chem. and Material Science, Hengyan Normal College, Hengyang 421008, China; College of Chemistry, Xiangtan University, Xiangtan 411005, China);SIMULTANEOUS DERIVATIVE VOLTAMMETRIC DETERMINATION OF DOPAMINE AND ASCORBIC ACID WITH THE PRUSSIAN BLUE MODIFIED CARBON BLACK MICRO-ELECTRODE[J];Physical Testing and Chemical Analysis(Part B:Chemical Analysis);2006-11\n1 Sun Yuanxi, Ye Baoxian, Zhou Xingyao (Department of Chemistry, Wuhan University, Wuhan 430072);Electrochemical Characteristics and Catalytic Properties of Poly(neutral red) Film Modified Electrodes[J];Chinese Journal of Analytieal Chemistry;1998-02\n2 SUN Deng-Ming; GU Hai-Ying; YU Ai-Min; CHEN Hong-Yuan(Department of Chemistry, Nanjing University, Nanjing, 210093);Preparation of Poly(fuchsin basic) Modified Electrode and Its Application[J];CHEMICAL RESEARCH IN CHINESE UNIVERSITIES;1997-03\n3 Han, Ji-Lin Yu, Ai-Min Chen, Hong-Yuan (Department of Chemistry, Nanjing University, Nanjing, 210093);Electrocatalysis of Biomolecules at Modified Electrodes——Ⅳ. Electrocatalytic Oxidation of Reduced Nicotinamide Adeninedinucleotide at the Methylene Green Modified Graphite Electrode[J];Acta Chimica Sinica;1995-04\n4 LüYujuan Zhu Yongchun Cheng Guangjin Dong Shaojun (Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences, Changchun 130022);In situ Circular Dichroism Spectroelectrochemical Study on the Redox Process of Norepinephrine [J];ACTA PHYSICO-CHIMICA SINICA;1999-10\n5 Yang Qiuxia, Gao Guilian, Wang Xuelin (Department of Applied Chemistry, Shandong Institute of Building Materials, Jinan 250022);Electropolymerized Hemin Film Electrode and its Catalytic Reduction of Oxygen[J];ACTA PHYSICO-CHIMICA SINICA;2000-08\n1 WANG Lu,HUANG Xiao-dong,CHEN Hong-fei(Anhui Engineering Technology Research Center of Microbial Fermentation,Anhui University of Technology and Science,Wuhu 241000,China);Glucose biosensor based on poly(toluidine blue) and carbon nanotubes composite films modified glassy carbon electrode[J];Journal of Anhui University of Technology and Science(Natural Science);2008-01\n2 WANG Fu min 1,2 , HE Ping 1 (1.Dept.Chem., Northwest Univ., Xi'an 710069,Shaanxi, China; 2.Dept. Chem., Weinan Teacher College, Weinan 714000,Shaanxi, China);Determination of folic acid by 2.5th-order derivative polarography[J];Journal of Baoji College of Arts and Science(Natural Science Edition);2002-02\n3 Sun yuanxi (Hunan Changde Teatchers College,Changde, 415000);Conducting Polymer Film Modified Electrodes and Its Analytical Application[J];;1997-03\n4 Sun Yuanxi ; Zhou Guzhen ;Sun Tao (Changde Teacher's College ,Changde,415000);The Electroanalytical Sharacter Study of Poly (neutral red)──For determining Dopamine and Ascorbic Acid Simultaneously[J];;1998-03\n5 Sun Yuanxi (Hunan Changde Teachers' College, Changde, 415000);The Preparation of Poly(neutral red)Film Modified Electrodes and Its Applications[J];;1998-06\n6 SUN Yuan-xi 1 ZHOU Gu-zhen 1 ZHOU Sheng-wu 2 YANG You-mou 3 (1.Department of Chemistry,Changde Teacher's University,Changde Hunan 415000; 2.No.1 Middle School of Taojiang,Hunan 414200; 3.Dingcheng No.8 Middle School of Dingcheng,Changde Hunan 415008);STUDY ON THE ELECTROCHEMICAL CHARACTERISTICS OF POLY(NEUTRAL RED) FILM MODIFIED ELECTRODE[J];Journal of Changde Teachers University;2002-04\n7 ZHOU Gu-zhen YANG You-mo TIAN ZHeng - ping SUN Yuan - xi (Chemistry Department of Hunan University cf Arts and Science ,Changde, Hunan, 415000);Preparation of Poly(fluorescein) Film Modified Electrodes[J];;2004-03\n8 WANG Mingyan~ 1* , XU Xingyou~1, GAO Jian~1, JIA Nengqin~2(1 Department of Chemical Engineering, Huaihai Institute of Technology, Lianyungang 222005, Jiangsu, China; 2 Department of Chemistry, Shanghai Normal University, Shanghai 200234, China);Electrocatalytic Reduction of Oxygen at Pyrolytic Graphite Electrode Modified with Novel Copper(Ⅱ) Complex[J];Chinese Journal of Catalysis;2006-11\n9 XU Ming-li, ZHANG Zheng-fu,YANG Xian-wan, LI Yue-li, ZHAO Yi-qun (Faculty of Material and Metallurgy Engineering, Kunming University of Science and Technology, Kunming 650093, China).;Effects of Various Factors on Codeposition Potential of Palladium-Iron Alloy[J];Materials Protection;2006-10\n10 LI Rong,XIONG Jian,ZHU Wei-qiong,HAN Yuan-yuan,XU Jin,HE Xiao-ying(Chemical Synthesis and Pollution Control Key Laboratory of Sichuan Province, School of Chemistry and Chemical Industry,China West Normal University, Nanchong 637002,Sichuan,China);The Electrochemical Behaviors of Hydroquinone on Polypyrrole/STAB-NaMMT/GC Electrode[J];Electrochemistry;2011-04\n1 ZHANG Qiao-xin,LUO Wen-hong ˇ ,LI Hui, LIN Zhe-xuan (The Central Laboratory,Shantou University Medical College,Shantou515041,Guangdong,China);The Effects of Five Phenolic Compounds on Oxygen-radical-generated DNA Damag e[J];Carcinogenesis,Teratogenesis & Mutagenesis;2006-01\n2 Zhang Shengyi Wang Xuemei Guang Shanyi (Department of Chemistry Anhui University Hefei 230039);Analytical Chemistry in Life Science[J];JOURNAL OF ANHUI UNIVERSITY(NATURAL SCIENCES);1997-04\n3 WANG Lu,HUANG Xiao-dong,CHEN Hong-fei(Anhui Engineering Technology Research Center of Microbial Fermentation,Anhui University of Technology and Science,Wuhu 241000,China);Glucose biosensor based on poly(toluidine blue) and carbon nanotubes composite films modified glassy carbon electrode[J];Journal of Anhui University of Technology and Science(Natural Science);2008-01\n4 Gao Hongyan Zeng Yonghuai Cao Erxin (Department of Chemistry, Beijing Normal University, 100875, Beijing , China);SINGLE SWEEP OSCILLOPOLAROGRAPHY OF RUFLOXACIN HYDROCHLORIDE[J];Journal of Beijing Normal University(Natural Science);2001-02\n5 Cao Erxin Zeng Yonghuai Gao Hongyan (Department of Chemistry, Beijing Normal University, 100875, Beijing, China);ADSORPTIVE VOLTAMMETRIC BEHAVIOR OF LOMEFLOXACIN AND ITS APPLICATION[J];Journal of Beijing Normal University(Natural Science);2001-02\n6 Hu Jingbo 1) Yang Shuiyan 1) Sun Zijie 2) Li Qilong 1) ( 1)Departmwnt of Chemistry, Beijing Normal University, 100875,Beijing, China; 2)Departmwnt of Chemistry, Beijing University of Science and Technology, 100083,Beijing, China);STUDY ON THE ELECTROCHEMICAL BEHAVIOR OF MTX AND ITS APPLICATION[J];Journal of Beijing Normal University(Natural Science);2001-05\n7 Chen Xiaole Hu Naifei Zeng Yonghuai (Department of Chemistry, Beijing Normal University, 100875, Beijing, China);DIRECT ELECTROCHEMISTRY OF CYTOCHROME C AT EASTMAN AQ IONOMER FILM ELECTRODES[J];Journal of Beijing Normal University(Natural Science);2002-04\n8 Shang Jun Shao Na Hu Jingbo Li Qilong (Department of Chemistry,Beijing Normal University, 100875, Beijing,China);STUDY ON THE ELECTROCHEMICAL BEHAVIOR OF GRISEOFULVIN AT A Co-GC ION IMPLANTATION MODIFIED ELECTRODE[J];Journal of Beijing Normal University(Natural Science);2002-06\n9 Sun Yuanxi ; Zhou Guzhen ;Sun Tao (Changde Teacher's College ,Changde,415000);The Electroanalytical Sharacter Study of Poly (neutral red)──For determining Dopamine and Ascorbic Acid Simultaneously[J];;1998-03\n10 Peng Tuzhi Yang Liju Hong Jiaqiong(Dept. of Chemistry, Hangzhou Univ. ) (Zhejaing Hospital. );In Vivo Voltammetric Determination of Neurotransmitters with Carbon Fiber Electrodes Modified with Nafion[J];Journal of Transcluction Technology;1996-01\n1 CHEN Yi-ting1,CHEN Jing-hua2,ZHENG Huang-huang1(1.Department of Chemistry and Chemical Engineering,Minjiang University,Fuzhou,Fujian 350108,China;2.Department of Pharmaceutical Analysis,Fujian Medical University,Fuzhou,Fujian 350004,China);Determination of hydrolysis rate constant for carbaryl by electrochemical technique[J];Journal of Minjiang University;2008-02\n2 Li Wenjie,Jia Zhenbin,Luo Hui,Li Ning(School of Pharmacy,Guangdong Medical College,Dongguan 523808,China);Application of Electrochemical Methods in Natural Antioxidants of Salvia Miltiorrhiza[J];Guangdong Chemical Industry;2010-08\n3 YU Jiemin1,FU Xiaohang2,LI Chengping1(1.College of Biology and Environment Engineering,Zhejiang Shuren University,Hangzhou 310015,China;2.Zhejiang University of Science and Technology,Hangzhou 310023,China);Determination of Ascorbic Acid in Vitamin C Tablets and Green Pepper,Cuke by Coulometric Titration[J];Guangdong Trace Elements Science;2008-04\n5 LUO Xiang-gui1,CHEN Li-xin2,LIU Ting-ting2 (1 Hunan Machinery Research Institute,Hunan Changsha 410116;2 Department of Chemistry and Chemical Engineering,Hunan Institute of Engineering,Hunan Xiangtan 411104,China);The Analysis of Vitamin B_1,Vitamin B_2 and Vitamin B_C by Polarograph[J];Guangzhou Chemical Industry;2012-21\n6 He Fengyun,Wu Lijian,Yang Lijun,Shao Xiudan,Liu Huan(School of Biochemical and Environmental Engineering,Nanjing Xiaozhuang University,Nanjing 211171,China);Prearation of Pencil Lead Microelectrode and its Applycation in the Determination of Ascorbic Acid by Electrochemical Method[J];Chemical Analysis and Meterage;2012-01\n7 Ma Yan-rong,Gao Zuo-ning(Key Laboratory of Energy Resources and Chemical Engineering,Ningxia University,Yinchuan 750021,China);Electrochemical Behaviors of Dopamine at FcA/Nafion/GCE and Its Determination Application by SWV[J];Journal of Ningxia University(Natural Science Edition);2007-01\n8 ZHANG Ying,SUN Yan-chun,XIANG Zheng,GUO Xiao-qun,LU Yan(Dept.of Chemistry,Sichuan University of Science & Engineering,Zigong 643000,China);Electrocatalytic Oxidation of Ascorbic Acid at Modified Electrode of Erichrome Black T[J];Journal of Sichuan University of Science & Engineering(Natural Science Edition);2008-02\n9 LUO Su-xing,WU Yuan-hui,QI Dan,YANG Ding-yun,CHEN Li-dong(Department ofChemistry,Zunyi Normal College,Zunyi 563002,China);Modified electrode prepared on rare-earth heteropoly of salt and selective determination of dopamine in the presence of ascorbic acid[J];Chinese Journal of Pharmaceutical Analysis;2011-07\n2 Zhu Yong-chun (Shenyang Medical College, Shengyang, 110031)Cheng Guang-jin, Dong Shao-jun (Changchun Institute of Applied Chemistry,Chinese Academy of Sciences,Changchun, 130022);A Simple UV-Visible, Circular Dichroism Thin-layer Spectroelectro- chemical Cell with Long Optical Path[J];Chemical Research In Chinese Universities;1991-12\n3 YIN Bin;SUN Qiang;ZHANG Zu-Xun(Department of Chemistry,Nanjing University,Nanjing,210008);The Theory of Cyclic Voltammetric Reversible Wave at Polyaniline Thin Film-Coated Electrode and Its Experimental Verification[J];CHEMICAL RESEARCH IN CHINESE UNIVERSITIES;1994-08\n5 HOU Shi-Feng; FANG Hui-Qun;CHEN Hong-Yuan(Department of Chemistry,Nanjing University,Nanjing,210093);The Electrochemical Behavior of Poly-3,4-ethyenedioxy-thiophene Modified Electrode and the Electrocatalytic Oxldation of Ascorbic Acid on the Electrode[J];CHEMICAL RESEARCH IN CHINESE UNIVERSITIES;1995-01\n8 Zheng Donghong;Lu Tianhong(Changchun Institute of Applied Chemistry, Chinese Academy of Sciences, Changchun 130022)Zhang Cunzhong;Li Guozheng(Department of Chemistry Shandong University Jinan 250100);Study on the Property of Vitamin B_(12)-Modified Electrode and its Electrocatalysis for the Reduction of Oxygen[J];ACTA PHYSICO-CHIMICA SINICA;1997-09


url: =GENERAL GEOLOGY OF THE PENGJIAKUANG GOLD DEPOSIT —A REPLY TO YANG JINZHONG'S QUESTION--《Geology-geochemistry》2001年02期\nGENERAL GEOLOGY OF THE PENGJIAKUANG GOLD DEPOSIT —A REPLY TO YANG JINZHONG'S QUESTION\nNie Aiguo Zhang Zhuru Li Mingqin Tang Bo(Institute of Resource and Environment,Guizhou University of Technology,Guiyang 55003)\nThe host strata of the Pengjiakuang gold deposit are carbonaceous clastic rocks of the first member of the Laiyang Group of the Lower Cretaceous Series. Compared with known gold deposits contained in carbonaceous clastic rocks in the world, the Pengjiakuang gold deposit is different from the known gold deposits for its young host rocks, continental deposition and no metamorphism. It belongs to a new type of gold deposits. The authors have successfully found new blind gold deposits (Songjiagou-Fayunkuang gold deposits), based on the ore-controlling conditions of the Pengjiakunag gold deposit. This paper deals with the general geology of the Pengjiakuang gold deposit, and points out a mistake in Yang Jinzhong's paper (On the geological features and genesis of Pengjiakuang gold depositDiscussion with Nie Aiguo et al.). In the paper, carbonaceous clastic rocks of the first member of the Laiyang Group are wrongly considered to be the metamorphic complex of the Jingshan Group, sedimentary clastic rocks are wrongly thought to be decollment tectonite,thus leading to a wrong conclusion on the genesis of the Pengjiakuang gold deposit.;\n【Fund】： 国家自然科学基金项目 (批准号 4996 30 0 1)\n1 GE Liang-sheng1,2,4,DENG Jun2,ZHANG Wen-zhao1,LEI Shi-bin3,QING Min1,5,GUO Xiao-dong1,4,ZHANG Yan-chun1(1.Geological Institute of Gold Armed Police Army,Langfang 065000,Hebei,China;2.The state Key Lab of Geological Processes and Mineral Resources of China University of Geology,Beijing 100083,China;3.Headquarter of Gold Armed Police Army,Beijing 100055,China; 4.Geological Institute of the Chinese Academy of Geo-sciences,Beijing 100037,China;5.China Gold Group Ltd.,Beijing 100011,China);GOLD DEPOSITS OF CHINA(Ⅱ):NEW BREAKTHROUGH OF GEOLOGICAL EXPLORATION OF THE GOLD DEPOSITS[J];Contributions to Geology and Mineral Resources Research;2009-01\n1 Zhang Zhuru Cheng Shizhen(Department of Resources, Guizhou University of Technology, Guiyang 550003);Superlarge gold deposit exploration perspective in Jiaolai Basin of Jiaodong gold metallogenetic domain[J];GEOCHIMICA;1999-03\n2 Nie Aiguo\_ Zhang Zhuru\_ Chen Shizhen\_ Jia Xiaoying (Department of Resource Engineering, Guizhou University of Technology, Guiyang 550003);ON A NEW TYPE OF GOLD DEPOSITS——THE PENGJIAKUANG TYPE IN JIAOLAI BASIN[J];GEOLOGY-GEOCHEMISTRY;1999-04\n3 Yang Jinzhong\_ Zeng Qingdong\_ Li Guangming\_ Zhang Lianchang\_ Zou Weilei (Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing 100029);GEOLOGICAL CHARACTERISTICS AND GENESIS OF PENGJIAKUANG GOLD DEPOSIT, RUSHAN, SHANDONG PROVINCE[J];Geology-geochemistry;2000-04\n4 Chen Shizhen Zhuru (Deparment of Resources,Guizhou University of Technology,Guiyang550003);PRELIMIN ARY STUDY ON RELATIONSHIP BETWEEN THE ORE - BEARING SYSTEM AND GOLD DEPOSIT IN JIAO - LAI BASIN[J];;1997-02\n5 Nie Aiguo et al. (Institute of Resource and Environment ,Guizhou University of Technology);Study on possibilities of forming super-huge gold deposit in Jiaolai Basin[J];Gold;2000-12\n1 YANG Jin－ zhong1， 2, ZENG Qing－ dong1, ZHAO Yu－ ling3， ZOU Wei－ lei1, ZHANG Lian－ chang1 (1.Institute of Geology and Geophysics,C.A.S., Beijing 100029,China) (2.Aerogeophysical Survey and Remote－ Sensing Center,Beijing 100083,China) （ 3.China;GEOLOGICAL CHARACTERISTICS AND GENESIS OF THE SONGJIAGOU GOLD DEPOSIT IN MOUPING COUNTY,SHANDONG PROVINCE[J];GEOTECTONICA ET METALLOGENIA;2000-03\n2 NIE Ai guo,ZHANG Zhu ru (Institute of Resource and Environment, Guizhou University of Technology, Guiyang 550003, China);A STUDY OF METALLIZATION RELATION BETWEEN TEXTURE AND GOLD DEPOSIT IN A DIWA BASIN (JIAOLAI BASIN)[J];Geotectonica Et Metallogenia;2001-01\n3 LI Jin-liang1, ZHANG Yue-qiao2, LIU Zong-quan3, REN Feng-lou3, YUAN Jia-yin1 (1. Institute of Geomechanics, Chinese Academy of Geological Sciences, Beijing 100081, China; 2. Department of Earth Science, Nanjing University, Nanjing 210093, Jiangsu, China; 3. Geological Academy of Shengli Oil Field, Shandong Dongying 257000, Shandong, China);Sedimentary-subsidence history and tectonic evolution of the Jiaolai basin, eastern China[J];Geology in China;2007-02\n4 Zhang Zhuru Cheng Shizhen(Department of Resources, Guizhou University of Technology, Guiyang 550003);Superlarge gold deposit exploration perspective in Jiaolai Basin of Jiaodong gold metallogenetic domain[J];GEOCHIMICA;1999-03\n5 ZHANG Zhu ru, NIE Ai guo, LI Ming qin, TANG Bo(College of Natural Resources and Environment, Guizhou University of Technology, Guiyang 550003, China);Geochemistry of the gold-bearing formation of Jiaolai Basin[J];Geochimica;2002-01\n6 LIU Yuqiang 1,2) SHI Hui 2) LI Jun 2) HUANG Tailing 3) JIN Yingmei 3) WANG Fang 3) 1) Chinese Academy of Geological Sciences, Beijing, 100037; 2) Shandong Bureau of Land and Resources, Jinan, Shandong, 250014; 3) Shandong Bureau of Geology and Exploration, Jinan, Shandong, 250013;Geological, Geophysical and Geochemical Characteristics of Gold Deposits around Jiaolai Basin, Shandong Province and Their Prospecting Significance[J];Acta Geosicientia Sinica;2004-06\n7 LI Hong-mei1,3),WEI Jun-hao1),WANG Qi2),YU Hai-tao2),LIU Guo-chun2),HUANG Xiang-zhi3) 1) Faculty of Earth Resources,China University of Geosciences,Wuhan,Hubei 430074;2) Inner Mongolia Institute of Geology and Mineral Exploration and Development,Chifeng,Inner Mongolia 024000;3) Hubei Institute of Geological Survey,Wuhan,Hubei 430034;Isotopic Composition Features and Ore-forming Mechanism of the Tudui-Shawang Gold Deposit in Shandong Province[J];Acta Geoscientica Sinica;2010-06\n8 Yang Jinzhong\_ Zeng Qingdong\_ Li Guangming\_ Zhang Lianchang\_ Zou Weilei (Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing 100029);GEOLOGICAL CHARACTERISTICS AND GENESIS OF PENGJIAKUANG GOLD DEPOSIT, RUSHAN, SHANDONG PROVINCE[J];Geology-geochemistry;2000-04\n9 Nie Aiguo\_ Tang Bo\_ Zhang Zhuru (Institute of Resources and Environment, Guizhou University of Technology, Guiyang 550003);THE RELATION BETWEEN SUDDEN GEOLOGICAL EVENT AND FORMATION OF GOLD DEPOSITS IN JIAOLAI BASIN[J];Geology-geochemistry;2001-01\n10 SHEN Yuan-chao,ZHANG Lian-chang,LIU Tie-bing,ZENG Qing-dong,LI Guan-ming;INTERLAYER SLID FAULT AND ITS ORE-CONTROLLING PROCESS[J];Geology and Prospecting;2001-01\n1 LIU Xianfan; NI Shijun; JIN Jingfu (Institute of Geochemistry, Chinese Academy Of Sciences, Guiyang 550002)(Chengdu Institute of Technology, Chengdu 610059);THE TRACE ELEMENT GEOCHEMICAL TRACER FOR ORE MATERIAL SOURCES OF CARLIN-TYPE GOLD DEPOSITS──A CASE STUDY OF THE GOLD DEPOSITS IN YUNNAN-GUIZHOU-GUANGXI AREA[J];GEOTECTONICA ET METALLOGENIA;1997-03\n2 LI Zhi－ wei1， TIAN min2， LIU He－ lin3， QIAN xiang－ gui1 (1.Yunnan Institute of Geological Sciences,Kunming 650011,China) （ 2. Department of Earth Sciences,Yunnan University,Kunming 650031,China） （ 3. No.2 Geological Survey Team,Bureau of Geology;REGIONAL METALLOGENIC CONDITIONS AND PROSPECTING DIRECTIONS OF GOLD DEPOSITS IN SOUTHEASTERN YUNNAN[J];GEOTECTONICA ET METALLOGENIA;2000-S1\n3 LI Zhi－ wei1， QIAN Xiang－ gui1， TIAN Min2 (1. Yunnan Institute of Geological Sciences,Kunming,Yunnan 650011， China) (2. Department of Earth Sciences,Yunnan University, Kunming,yunnan 650031,China);GEOLOGICAL FEATURES OF GOLD ORE DEPOSITS IN THE TUOBUKA－ BUKA AREA,DONGCHUAN AND THEIR ORE－ PROSPECTING SIGNIFICANCE[J];GEOTECTONICA ET METALLOGENIA;2000-S1\n4 YANG Jinzhong SHEN Yuanchao LI Guangming LIU Tiebing XIE Hongyuan (Institute of Geology, Academia Sinica, Beijing 100029, China);THE VARIANT CHARACTERISTICS OF OREBODIES AND SCIENTIFIC PROSPECTING OF THE PENGJIAKUANG GOLD DEPOSIT, RUSHAN, SHANDONG PROVINCE[J];GEOTECTONICA ET METALLOGENIA;1999-02\n5 JIANG Xiao-wei 1 ,WANG Yong-jiang 2(1.Guangzhou Institute of Geochemistry,Chinese Academy of Sciences,Guangzhou510640,China;2.Aero Geophysical Survey and Remote Sensing Center of China Land and Resources,Beijing100083;China);Characteristics and genesis of the minerogenetic series of the Axi type gold deposits in the West Tianshan[J];Chinese Geology;2002-02\n9 SUN Aiqun NIU Shuyin LI Hongyang (Shijiazhuang Economic University, Shijiazhuang, Hebei, 050031);The Origin of the "Changcheng Type" Gold Deposits in East Hebei[J];Acta Geosicientia Sinica;2002-05\n10 LIU Yuqiang 1,2) SHI Hui 2) LI Jun 2) HUANG Tailing 3) JIN Yingmei 3) WANG Fang 3) 1) Chinese Academy of Geological Sciences, Beijing, 100037; 2) Shandong Bureau of Land and Resources, Jinan, Shandong, 250014; 3) Shandong Bureau of Geology and Exploration, Jinan, Shandong, 250013;Geological, Geophysical and Geochemical Characteristics of Gold Deposits around Jiaolai Basin, Shandong Province and Their Prospecting Significance[J];Acta Geosicientia Sinica;2004-06\n2 ZHANG Qi1,JIN WeiJun1 ,WANG Yan2,LI ChengDong3 and WANG YuanLong1 (1 Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China; 2 Guangzhou Institute of Geochemistry,Chinese Academy of Sciences,Guangzhou 510640,Guangdong; China; 3 Tianjin Institute of Geology and Mineral Resources,China Geological Survey,Tianjin 300170,China);Relationship between granitic rocks and Au-Cu-W-Sn mineralization[J];Mineral Deposits;2010-05\n1 LI Xianfu YU Yan(Wuhan Institute of Chemical,Wuhan 430073).;LEAD-ZINC MINERALIZATION ASSOCIATED WITH MUFU MOUNTAINS METAMORPHIC CORE COMPLEX AND DENUDATIONAL FAULTING IN THE TAOLIN AREA,HUNAN PROVINCE,CHINA[J];Geotectonica Et Metallogenia;1991-02\n2 YANG Jinzhong SHEN Yuanchao LI Guangming LIU Tiebing XIE Hongyuan (Institute of Geology, Academia Sinica, Beijing 100029, China);THE VARIANT CHARACTERISTICS OF OREBODIES AND SCIENTIFIC PROSPECTING OF THE PENGJIAKUANG GOLD DEPOSIT, RUSHAN, SHANDONG PROVINCE[J];GEOTECTONICA ET METALLOGENIA;1999-02\n3 Zhang Zhuru Cheng Shizhen(Department of Resources, Guizhou University of Technology, Guiyang 550003);Superlarge gold deposit exploration perspective in Jiaolai Basin of Jiaodong gold metallogenetic domain[J];GEOCHIMICA;1999-03\n4 Fu Zhaoren Li Xianfu Li Dewei Wang Xianda Wang Jingchao (China University of Geosciences, Wuhan 430074);ON ORE-CONTROLLING OF SUNDRY DENUDATIONAL FAULTS[J];;1991-06\n5 Nie Aiguo\_ Zhang Zhuru\_ Chen Shizhen\_ Jia Xiaoying (Department of Resource Engineering, Guizhou University of Technology, Guiyang 550003);ON A NEW TYPE OF GOLD DEPOSITS——THE PENGJIAKUANG TYPE IN JIAOLAI BASIN[J];GEOLOGY-GEOCHEMISTRY;1999-04\n7 Sheng Yuanchao, Xie Hongyuan, Li Guangming, Liu Tiebing, Sun Xiuying, Wang Yuejun;GEOLOGY AND PROSPECTING OF THE PENGJIAKUANG GOLD DEPOSIT,SHANDONG[J];GEOLOGY AND PROSPECTING;1998-05\n8 Chen Shizhen Zhuru (Deparment of Resources,Guizhou University of Technology,Guiyang550003);PRELIMIN ARY STUDY ON RELATIONSHIP BETWEEN THE ORE - BEARING SYSTEM AND GOLD DEPOSIT IN JIAO - LAI BASIN[J];;1997-02\n9 Yang Jinzhong et al. (Research Institute of Geology,Chinese Academy of Science et al.);Gold mineralization and Jiaolai Basin[J];GOLD;1999-09\n10 Liu Yuqiang,Yang Donglai,Huang Tailing,Li Jun,Shi Hui (Shandong Bureau of Geology and Mineral Resources Exploration,Jinan\_ 250013);GEOLOGICAL CHARACTERISTICS AND ORE PROSPECTING TARGETS IN GOLD DEPOSITS OF JIAOLAI BASIN,SHANDONG PROVINCE[J];MINERAL DEPOSITS;1999-03


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Eco Star CH-S18GKP8 Cooper&Hunter Eco Star CH-S18WKP8 (White) Cooper&Hunter Eco Star CH-S24GKP8 Cooper&Hunter Eco Star CH-S24WKP8 (White) Cooper&Hunter Eco Star CH-S30GKP8 Cooper&Hunter Eco Star CH-S30WKP8 (White) Cooper&Hunter Evolution CH-S07XP4 Cooper&Hunter Evolution CH-S09XP4 Cooper&Hunter Evolution CH-S12XP4 Cooper&Hunter Icy CH-S09FTXTB-W Cooper&Hunter Icy CH-S09FTXTB-W (WIFI) Cooper&Hunter Icy CH-S12FTXTB-W Cooper&Hunter Icy CH-S12FTXTB-W (WIFI) Cooper&Hunter Icy CH-S18FTXTB-W Cooper&Hunter Icy CH-S18FTXTB-W (WIFI) Cooper&Hunter Icy CH-S24FTXTB-W Cooper&Hunter Icy CH-S24FTXTB-W (WIFI) Cooper&Hunter ICY ІІ (Inverter) CH-S09FTXTB2S-W Cooper&Hunter ICY ІІ (Inverter) CH-S12FTXTB2S-W Cooper&Hunter ICY ІІ (Inverter) CH-S18FTXTB2S-W Cooper&Hunter ICY ІІ (Inverter) CH-S24FTXTB2S-W Cooper&Hunter Inverter CH-S09FTXG Cooper&Hunter Inverter CH-S12FTXG Cooper&Hunter Inverter CH-S18FTXG Cooper&Hunter Inverter CH-S24FTXG Cooper&Hunter Kiddy CH-S12FTXK-A (White) Cooper&Hunter Kiddy CH-S12FTXK-S (Silver) Cooper&Hunter Kiddy Inverter CH-S09FTXK-A Cooper&Hunter Kiddy Inverter CH-S09FTXK-S Cooper&Hunter Nordic Evo (Inverter) CH-S09FTXN-E Cooper&Hunter Nordic Evo (Inverter) CH-S12FTXN-E Cooper&Hunter Nordic Evo (Inverter) CH-S18FTXN-E Cooper&Hunter Nordic Evo (Inverter) CH-S24FTXN-E Cooper&Hunter Nordic Evo II (Wi-Fi, Inverter) CH-S09FTXN-E2WF Cooper&Hunter Nordic Evo II (Wi-Fi, Inverter) CH-S12FTXN-E2WF Cooper&Hunter Nordic Evo II (Wi-Fi, Inverter) CH-S18FTXN-E2WF Cooper&Hunter Nordic Evo II (Wi-Fi, Inverter) CH-S24FTXN-E2WF Cooper&Hunter Nordic Evo NG (Inverter) CH-S09FTXN-NG Cooper&Hunter Nordic Evo NG (Inverter) CH-S12FTXN-NG Cooper&Hunter Nordic Evo NG (Inverter) CH-S18FTXN-NG Cooper&Hunter Nordic Evo NG (Inverter) CH-S24FTXN-NG Cooper&Hunter Nordic Plus CH-S09FTXN Cooper&Hunter Nordic Plus CH-S12FTXN Cooper&Hunter Nordic Plus CH-S18FTXN Cooper&Hunter Nordic Plus CH-S24FTXN Cooper&Hunter Plasma CH-S07LH/RP Cooper&Hunter Plasma CH-S09LH/RP Cooper&Hunter Plazma СH-S12LH/RP Cooper&Hunter Plazma СH-S24LH/RP Cooper&Hunter Prima Black Glam CH-S07XN7BM Cooper&Hunter Prima Black Glam CH-S09XN7BM Cooper&Hunter Prima Black Glam CH-S12XN7BM Cooper&Hunter Prima CH-S18LX7 Cooper&Hunter Prima CH-S24LX7 Cooper&Hunter Prima CH-S30LX7 Cooper&Hunter Prima Plus Black CH-S07XN7(B) Cooper&Hunter Prima Plus Black CH-S09XN7(B) Cooper&Hunter Prima Plus Black CH-S12XN7(B) Cooper&Hunter Prima Plus CH-S07XN7 Cooper&Hunter Prima Plus CH-S09XN7 Cooper&Hunter Prima Plus CH-S12XN7 Cooper&Hunter Prima Plus CH-S18XN7 Cooper&Hunter Prima Plus CH-S24XN7 Cooper&Hunter Prima Plus CH-S30XN7 Cooper&Hunter Prima Plus Silver CH-S07XN7(S) Cooper&Hunter Prima Plus Silver CH-S09XN7(S) Cooper&Hunter Prima Plus Silver CH-S12XN7(S) Cooper&Hunter Prima Silver Matt CH-S07XN7SM Cooper&Hunter Prima Silver Matt CH-S09XN7SM Cooper&Hunter Prima Silver Matt CH-S12XN7SM Cooper&Hunter Prima СH-S07LX7 Cooper&Hunter Prima СH-S09LX7 Cooper&Hunter Prima СH-S12LX7 Cooper&Hunter SIGMA CH-S09FTXC Cooper&Hunter SIGMA CH-S12FTXC Cooper&Hunter SIGMA CH-S18FTXC Cooper&Hunter SIGMA CH-S24FTXC Cooper&Hunter Smart CH-S07LH/R Cooper&Hunter Smart CH-S09LH/R Cooper&Hunter Smart CH-S12LH/R Cooper&Hunter Smart CH-S18LH/R Cooper&Hunter Smart CH-S24LH/R Cooper&Hunter SUPREME (Black) CH-S09FTXAM2S-BL Cooper&Hunter SUPREME (Black) CH-S12FTXAM2S-BL Cooper&Hunter SUPREME (Black) CH-S18FTXAM2S-BL Cooper&Hunter SUPREME (Black) CH-S24FTXAM2S-BL Cooper&Hunter SUPREME (Gold) CH-S09FTXAM2S-GD Cooper&Hunter SUPREME (Gold) CH-S12FTXAM2S-GD Cooper&Hunter SUPREME (Gold) CH-S18FTXAM2S-GD Cooper&Hunter SUPREME (Gold) CH-S24FTXAM2S-GD Cooper&Hunter SUPREME (Silver) CH-S09FTXAM2S-SC Cooper&Hunter SUPREME (Silver) CH-S12FTXAM2S-SC Cooper&Hunter SUPREME (Silver) CH-S18FTXAM2S-SC Cooper&Hunter SUPREME (Silver) CH-S24FTXAM2S-SC Cooper&Hunter SUPREME (White) CH-S09FTXAM2S-WP Cooper&Hunter SUPREME (White) CH-S12FTXAM2S-WP Cooper&Hunter SUPREME (White) CH-S18FTXAM2S-WP Cooper&Hunter SUPREME (White) CH-S24FTXAM2S-WP Cooper&Hunter Veritas (Inverter) CH-S07FTXQ Cooper&Hunter Veritas (Inverter) CH-S09FTXQ Cooper&Hunter Veritas (Inverter) CH-S12FTXQ Cooper&Hunter Veritas (Inverter) CH-S18FTXQ Cooper&Hunter Veritas (Inverter) CH-S24FTXQ Cooper&Hunter Veritas NG (Inverter) CH-S09FTXQ-NG Cooper&Hunter Veritas NG (Inverter) CH-S12FTXQ-NG Cooper&Hunter Veritas NG (Inverter) CH-S18FTXQ-NG Cooper&Hunter Veritas NG (Inverter) CH-S24FTXL2Q-NG Cooper&Hunter Veritas NG (Inverter) CH-S24FTXLQ-NG Cooper&Hunter VIP CH-S09FTXHV-B Cooper&Hunter VIP CH-S12FTXHV-B Cooper&Hunter VIP CH-S18FTXHV-B Cooper&Hunter Vital CH-S07SRP Cooper&Hunter Vital CH-S09SRP Cooper&Hunter Vital CH-S18SRP Cooper&Hunter Vital CH-S24SRP Cooper&Hunter Vital СH-S12SRP Cooper&Hunter Winner CH-S07FTX5 Cooper&Hunter Winner CH-S09FTX5 Cooper&Hunter Winner CH-S12FTX5 Cooper&Hunter Winner CH-S18FTX5 Cooper&Hunter Winner CH-S24FTX5 Daikin ATXB25C/ARXB25C Daikin ATXB35C/ARXB35C Daikin ATXB50C/ARXB50C Daikin ATXB60C/ARXB60C Daikin FAQ100/RQ100 Daikin FAQ100/RR100 Daikin FAQ100/RZQG100 Daikin FAQ71/RQ71 Daikin FAQ71/RZQG71 Daikin FAQ71BVV1B/RR71B2W1B Daikin FTX20/RX20 Daikin FTX20J3/RX20K Daikin FTX20JV/RX20JV Daikin FTX20K/RX20K Daikin FTX20KV/RX20K Daikin FTX25/RX25 Daikin FTX25J3/RX25K Daikin FTX25JV/RX25JV Daikin FTX25K/RX25K Daikin FTX25KV/RX25K Daikin FTX35J3/RX35K Daikin FTX35JV/RX35JV Daikin FTX35K/RX35K Daikin FTX35KV/RX35K Daikin FTX50/RX50 Daikin FTX50GV/RX50GV Daikin FTX50GV/RX50K Daikin FTX50K/RX50K Daikin FTX50KV/RX50K Daikin FTX60GV/RX60GV Daikin FTX60GV/RX60K Daikin FTX60K/RX60K Daikin FTX60KV/RX60K Daikin FTX71GV/RX71GV Daikin FTX71KV/RX71K Daikin FTXA20AS/RXA20A Daikin FTXA20AT/RXA20A Daikin FTXA20AW/RXA20A Daikin FTXA25AS/RXA25A Daikin FTXA25AT/RXA25A Daikin FTXA25AW/RXA25A Daikin FTXA35AS/RXA35A Daikin FTXA35AT/RXA35A Daikin FTXA35AW/RXA35A Daikin FTXA42AS/RXA42A Daikin FTXA42AT/RXA42A Daikin FTXA42AW/RXA42A Daikin FTXA50AS/RXA50A Daikin FTXA50AS/RXA50B Daikin FTXA50AT/RXA50A Daikin FTXA50AT/RXA50B Daikin FTXA50AW/RXA50A Daikin FTXA50AW/RXA50B Daikin FTXB20C/RXB20C Daikin FTXB25C/RXB25C Daikin FTXB35C/RXB35C Daikin FTXB50C/RXB50C Daikin FTXB60C/RXB60C Daikin FTXC25A/RXC25A Daikin FTXC35A/RXC35A Daikin FTXC50A/RXC50A Daikin FTXC60A/RXC60A Daikin FTXF20A/RXF20A Daikin FTXF25A/RXF25A Daikin FTXF35A/RXF35A Daikin FTXF50A/RXF50A Daikin FTXF60A/RXF60A Daikin FTXF71A/RXF71A Daikin FTXG20LS/RXG20L Daikin FTXG20LW/RXG20L Daikin FTXG25JS/RXG25K Daikin FTXG25JW/RXG25K Daikin FTXG25LS/RXG25L Daikin FTXG25LS/RXLG25M Daikin FTXG25LW/RXG25L Daikin FTXG25LW/RXLG25M Daikin FTXG35JS/RXG35K Daikin FTXG35JW/RXG35K Daikin FTXG35LS/RXG35L Daikin FTXG35LS/RXLG35M Daikin FTXG35LW/RXG35L Daikin FTXG35LW/RXLG35M Daikin FTXG50LS/RXG50L Daikin FTXG50LW/RXG50L Daikin FTXJ20LW/RXJ20L Daikin FTXJ20MS/RXJ20M Daikin FTXJ20MW/RXJ20M Daikin FTXJ25MS/RXJ25M Daikin FTXJ25MW/RXJ25M Daikin FTXJ35LW/RXJ35L Daikin FTXJ35MS/RXJ35M Daikin FTXJ35MW/RXJ35M Daikin FTXJ50LW/RXJ50L Daikin FTXJ50MS/RXJ50M Daikin FTXJ50MW/RXJ50M Daikin FTXK25AS/RXK25A Daikin FTXK25AW/RXK25A Daikin FTXK35AS/RXK35A Daikin FTXK35AW/RXK35A Daikin FTXK60AS/RXK60A Daikin FTXK60AW/RXK60A Daikin FTXL20G/RXL20J Daikin FTXL25G/RXL25J Daikin FTXL25JV/RXL25M Daikin FTXL35J/RXL35J Daikin FTXL35JV/RXL35M Daikin FTXL35JV/RXL35M3 Daikin FTXLS25K/RXLS25M Daikin FTXLS35K/RXLS35M Daikin FTXM20K/RXM20L Daikin FTXM20M/RXM20M Daikin FTXM20N/RXM20N9 Daikin FTXM25K/RXM25L Daikin FTXM25M/RXM25M Daikin FTXM25N/RXM25N9 Daikin FTXM35K/RXM35L Daikin FTXM35M/RXM35M Daikin FTXM35N/RXM35N9 Daikin FTXM42K/RXM42L Daikin FTXM42M/RXM42M Daikin FTXM42N/RXM42N9 Daikin FTXM50K/RXM50L Daikin FTXM60M/RXM60M Daikin FTXM71M/RXM71M Daikin FTXN25K/RXN25K Daikin FTXN25L/RXN25L Daikin FTXN25M/RXN25M Daikin FTXN35/RXN35 Daikin FTXN35K/RXN35K Daikin FTXN60/RXN60 Daikin FTXN60K/RXN60K Daikin FTXP20K3/RXP20K3 Daikin FTXP20L/RXP20L Daikin FTXP25K3/RXP25K3 Daikin FTXP25L/RXP25L Daikin FTXP35K3/RXP35K3 Daikin FTXP35L/RXP35L Daikin FTXP50K3/RXP50K3 Daikin FTXP50L/RXP50L Daikin FTXP50L/RXP50M Daikin FTXP60K3/RXP60K3 Daikin FTXP60L/RXP60L Daikin FTXP60L/RXP60M Daikin FTXP71K3/RXP71K3 Daikin FTXP71L/RXP71L Daikin FTXR28E/RXR28E Daikin FTXR42E/RXR42E Daikin FTXR50E/RXR50E Daikin FTXS20J/RXL20J Daikin FTXS20K/RXS20K Daikin FTXS20K/RXS20L Daikin FTXS20K/RXS20L3 Daikin FTXS25J/RXL25J Daikin FTXS25J/RXS25J Daikin FTXS25K/RXS25K Daikin FTXS25K/RXS25L Daikin FTXS25K/RXS25L3 Daikin FTXS35J/RXL35J Daikin FTXS35J/RXS35J Daikin FTXS35K/RXS35K Daikin FTXS35K/RXS35L Daikin FTXS35K/RXS35L3 Daikin FTXS42/RXS42 Daikin FTXS42K/RXS42K Daikin FTXS42K/RXS42L Daikin FTXS50J/RXS50J Daikin FTXS50K/RXS50K Daikin FTXS50K/RXS50L Daikin FTXS60/RXS60 Daikin FTXS60G/RXS60F Daikin FTXS71/RXS71 Daikin FTXS71G/RXS71F8 Daikin FTXTM30M/RXTM30N Daikin FTXTM40M/RXTM40N Daikin FTXTP25K/RXTP25N Daikin FTXTP35K/RXTP35N Daikin FTXZ25N/RXZ25N Daikin FTXZ35N/RXZ35N Daikin FTXZ50N/RXZ50N Daikin FTY25GX/RY25GX Daikin FTY35GX/RY35GX Daikin FTYN20L/RYN20L Daikin FTYN25GX/RYN25GX Daikin FTYN25L/RYN25L Daikin FTYN35GX/RYN35GX Daikin FTYN35L/RYN35L Daikin FTYN50L/RYN50L Daikin FTYN60L/RYN60L Gree Amber Wi-Fi GWH09YD-S6DBA2A Gree Amber Wi-Fi GWH12YD-S6DBA2A Gree Amber Wi-Fi GWH18YE-S6DBA2A Gree Amber Wi-Fi GWH24YE-S6DBA2A Gree Bora DC Inverter GWH07AAB-K3DNA5A/A4A Gree Bora DC Inverter GWH09AAB-K3DNA5A/A4A Gree Bora DC Inverter GWH12AAB-K3DNA5A/A4A Gree Bora DC Inverter GWH18AAD-K3DNA5E/A6E Gree Bora DC Inverter GWH24AAD-K3DNA5A/A6E Gree Bora GWH07AAA-K3NNA2A Gree Bora GWH09AAA-K3NNA2A Gree Bora GWH12AAB-K3NNA2A Gree Bora GWH18AAC-K3NNA2A Gree Bora GWH24AAD-K3NNA2A Gree Bora GWH28AAE-K3NNA2A Gree Bora Wi-Fi Inverter GWH07AAB-K3DNA5A Gree Bora Wi-Fi Inverter GWH09AAB-K3DNA5A Gree Bora Wi-Fi Inverter GWH12AAB-K3DNA5A Gree Bora Wi-Fi Inverter GWH18AAD-K3DNA5E Gree Bora Wi-Fi Inverter GWH24AAD-K3DNA5A Gree Change Pro DC GWH09KF-K3DNA5G Gree Change Pro DC GWH12KF-K3DNA5G Gree Change Pro DC GWH18KG-K3DNA5G Gree Change Pro DC GWH24KG-K3DNA5G Gree Classic GWH07PA-K3NNA1A Gree Classic GWH18PD-K3NNA1A Gree Classic GWH24PD-K3NNA1A Gree Classic Lite GWH07PA-K3NNA1F Gree Classic Lite GWH09PA-K3NNA1F Gree Classic Lite GWH12PC-K3NNA1F Gree Eco GWH07PA-K3NNA5F Gree Eco GWH09PA-K3NNA5F Gree Eco GWH12PC-K3NNA5A Gree Fairy GWH07ACA-K3NNA1A Gree Fairy GWH09ACA-K3NNA1A Gree Fairy GWH12ACB-K3NNA1A Gree Fairy GWH18ACC-K3NNA1A Gree Fairy GWH24ACD-K3NNA1A Gree Fairy GWH28ACE-K3NNA1A Gree Hansol DC Wi-Fi GWH09TB-S3DNA1D Gree Hansol DC Wi-Fi GWH12TB-S3DBA1E Gree Hansol DC Wi-Fi GWH18TC-S3DBA1E Gree Hansol DC Wi-Fi GWH24TD-S3DBA1E Gree Lyra GWH07AAA-K3NNA3A Gree Lyra GWH09AAB-K3NNA3A Gree Lyra GWH12AAB-K3NNA3A Gree Lyra GWH18AAC-K3NNA3A Gree Lyra GWH24AAD-K3NNA3A Gree Lyra GWH28AAE-K3NNA3A Gree Muse DC Wi-Fi GWH09AFC-K6DNA1A Gree Muse DC Wi-Fi GWH12AFC-K6DNA1D Gree Muse DC Wi-Fi GWH18AFD-K6DNA1D Gree Muse DC Wi-Fi GWH24AFE-K6DNA1A Gree Muse GWH07AFA-K3NNA1A Gree Muse GWH09AFA-K3NNA1A Gree Muse GWH12AFB-K3NNA1A Gree Muse GWH18AFC-K3NNA1A Gree Muse GWH24AFD-K3NNA1A Gree Muse GWH28AFE-K3NNA1B Gree Praktik Pro GWH07QB-K3DNA2С Gree Praktik Pro GWH09QB-K3DNA2G Gree Praktik Pro GWH12QC-K3DNA2G Gree Praktik Pro GWH18QD-K3DNA2G Gree Praktik Pro GWH24QE-K3DNA2G Gree Smart DC Wi-Fi GWH07QA-K3DNB6C Gree Smart DC Wi-Fi GWH09QB-K3DNB6G Gree Smart DC Wi-Fi GWH12QC-K3DNB6G Gree Smart DC Wi-Fi GWH18QD-K3DNB6G Gree Smart DC Wi-Fi GWH24QE-K3DNB6G Gree Standart GWH07NA-K3NNA4E Gree Standart GWH09NA-K3NNA4C Gree Standart GWH12NB-K3NNA4A Gree Standart GWH18ND-K3NNA4A Gree Standart GWH24ND-K3NNA4A Gree Standart Plus GWH07NA-K3NNA4A Gree Standart Plus GWH09NA-K3NNA4A Gree Standart Plus GWH12NB-K3NNA4A Gree Standart Plus GWH18ND-K3NNA4A Gree Standart Plus GWH24ND-K3NNA4A Gree U-Cool DC GWH09UB-K3DNA1A Gree U-Cool DC GWH12UB-K3DNA1A Gree U-Cool DC GWH18UC-K3DNA1A Gree U-Crown DC Wi-Fi GWH09UB-K3DNA4F Gree U-Crown DC Wi-Fi GWH12UB-K3DNA4F Gree U-Crown DC Wi-Fi GWH18UB-K3DNA4F Gree U-Poem GWH09UB-K3DNA3A Gree U-Poem GWH12UB-K3DNA3A Hitachi Entry RAK18PEC / RAC18WEC Hitachi Entry RAK18PED / RAC18WED Hitachi Entry RAK25PEC / RAC25WEC Hitachi Entry RAK25PED / RAC25WED Hitachi Entry RAK35PEC / RAC35WEC Hitachi Entry RAK35PED / RAC35WED Hitachi Entry RAK50PEC / RAC50WEC Hitachi Entry RAK50PED / RAC50WED Hitachi HI END RAK25RXD / RAC25WXD Hitachi HI END RAK35RXD / RAC35WXD Hitachi HI END RAK50RXD / RAC50WXD Hitachi Premium RAK18PSC / RAC18WSC Hitachi Premium RAK25PSC / RAC25WSC Hitachi Premium RAK35PSC / RAC35WSC Hitachi Standart RAK18RPC / RAC18WPC Hitachi Standart RAK18RPD / RAC18WPD Hitachi Standart RAK25RPC / RAC25WPC Hitachi Standart RAK25RPD / RAC25WPD Hitachi Standart RAK35RPC / RAC35WPC Hitachi Standart RAK35RPD / RAC35WPD Hitachi Standart RAK42RPD / RAC42WPD Hitachi Standart RAK50RPC / RAC50WPC Hitachi Standart RAK50RPD / RAC50WPD Mitsubishi Heavy DXK09Z5-S/DXC09Z5-S Mitsubishi Heavy DXK12Z5-S/DXC12Z5-S Mitsubishi Heavy DXK15Z5-S/DXC15Z5-S Mitsubishi Heavy SRK100ZR-S/FDC100VNP Mitsubishi Heavy SRK20HG-S/SRC20HG-S Mitsubishi Heavy SRK20MA-S1/SRC20MA-S1 Mitsubishi Heavy SRK20ZJ-S/SRC20ZJ-S Mitsubishi Heavy SRK20ZJX-S/SRC20ZJX-S Mitsubishi Heavy SRK20ZM-S/SRC20ZM-S Mitsubishi Heavy SRK20ZMX-S/SRC20ZMX-S Mitsubishi Heavy SRK20ZS-S/SRC20ZS-S Mitsubishi Heavy SRK20ZS-SB/SRC20ZS-S Mitsubishi Heavy SRK20ZS-ST/SRC20ZS-S Mitsubishi Heavy SRK20ZSPR-S/SRC20ZSPR-S Mitsubishi Heavy SRK20ZSX-S/SRC20ZSX-S Mitsubishi Heavy SRK25MA-S1/SRC25MA-S1 Mitsubishi Heavy SRK25QA-S1/SRC25QA-S1 Mitsubishi Heavy SRK25ZJ-S/SRC25ZJ-S Mitsubishi Heavy SRK25ZJP-S/SRC25ZJP-S Mitsubishi Heavy SRK25ZJX-S/SRC25ZJX-S Mitsubishi Heavy SRK25ZM-S/SRC25ZM-S Mitsubishi Heavy SRK25ZMP-S/SRC25ZMP-S Mitsubishi Heavy SRK25ZMP-SJ/SRC25ZMP-SJ Mitsubishi Heavy SRK25ZMX-S/SRC25ZMX-S Mitsubishi Heavy SRK25ZS-S/SRC25ZS-S Mitsubishi Heavy SRK25ZS-SB/SRC25ZS-S Mitsubishi Heavy SRK25ZS-ST/SRC25ZS-S Mitsubishi Heavy SRK25ZSPR-S/SRC25ZSPR-S Mitsubishi Heavy SRK25ZSX-S/SRC25ZSX-S Mitsubishi Heavy SRK25ZXA-S/SRC25ZXA-S Mitsubishi Heavy SRK25ZXA-SR/SRC25ZXA-S Mitsubishi Heavy SRK28HG-S/SRC28HG-S Mitsubishi Heavy SRK35MA-S1/SRC35MA-S1 Mitsubishi Heavy SRK35QA-S1/SRC35QA-S1 Mitsubishi Heavy SRK35ZJ-S/SRC35ZJ-S Mitsubishi Heavy SRK35ZJP-S/SRC35ZJP-S Mitsubishi Heavy SRK35ZJX-S/SRC35ZJX-S Mitsubishi Heavy SRK35ZM-S/SRC35ZM-S Mitsubishi Heavy SRK35ZMP-S/SRC35ZMP-S Mitsubishi Heavy SRK35ZMP-SJ/SRC35ZMP-SJ Mitsubishi Heavy SRK35ZMX-S/SRC35ZMX-S Mitsubishi Heavy SRK35ZS-S/SRC35ZS-S Mitsubishi Heavy SRK35ZS-SB/SRC35ZS-S Mitsubishi Heavy SRK35ZS-ST/SRC35ZS-S Mitsubishi Heavy SRK35ZSPR-S/SRC35ZSPR-S Mitsubishi Heavy SRK35ZSX-S/SRC35ZSX-S Mitsubishi Heavy SRK35ZXA-S/SRC35ZXA-S Mitsubishi Heavy SRK40HG-S/SRC40HG-S Mitsubishi Heavy SRK45ZMP-S/SRC45ZMP-S Mitsubishi Heavy SRK45ZSPR-S/SRC45ZSPR-S Mitsubishi Heavy SRK50HE-S1/SRC50HE-S1 Mitsubishi Heavy SRK50MA-S1/SRC50MA-S1 Mitsubishi Heavy SRK50ZJ-S/SRC50ZJ-S Mitsubishi Heavy SRK50ZJP-S/SRC50ZJP-S Mitsubishi Heavy SRK50ZJX-S/SRC50ZJX-S Mitsubishi Heavy SRK50ZM-S/SRC50ZM-S Mitsubishi Heavy SRK50ZMX-S/SRC50ZMX-S Mitsubishi Heavy SRK50ZS-S/SRC50ZS-S Mitsubishi Heavy SRK50ZS-SB/SRC50ZS-S Mitsubishi Heavy SRK50ZS-ST/SRC50ZS-S Mitsubishi Heavy SRK50ZSPR-S/SRC50ZSPR-S Mitsubishi Heavy SRK50ZSX-S/SRC50ZSX-S Mitsubishi Heavy SRK56HE-S1/SRC56HE-S1 Mitsubishi Heavy SRK60ZJX-S/SRC60ZJX-S Mitsubishi Heavy SRK60ZMX-S/SRC60ZMX-S Mitsubishi Heavy SRK60ZSX-S/SRC60ZSX-S Mitsubishi Heavy SRK63HE-S1/SRC63HE-S1 Mitsubishi Heavy SRK63ZR-S/SRC63ZR-S Mitsubishi Heavy SRK63ZSPR-S/SRC63ZSPR-S Mitsubishi Heavy SRK71HE-S1/SRC71HE-S1 Mitsubishi Heavy SRK71ZE-S/SRC71ZE-S Mitsubishi Heavy SRK71ZK-S/SRC71ZK-S Mitsubishi Heavy SRK71ZM-S/FDC71VNP Mitsubishi Heavy SRK71ZR-S/SRC71ZR-S Mitsubishi Heavy SRK71ZSPR-S/SRC71ZSPR-S Mitsubishi Heavy SRK80ZK-S/SRC80ZK-S Mitsubishi Heavy SRK80ZM-S/SRC80ZM-S Mitsubishi Heavy SRK80ZR-S/SRC80ZR-S Mitsubishi Heavy SRK80ZSPR-S/SRC80ZSPR-S Neoclima Alaska 2.0 NS-09AHTIw/NU-09AHTIw Neoclima Alaska 2.0 NS-12AHTIw/NU-12AHTIw Neoclima Alaska 2.0 NS-18AHTIw/NU-18AHTIw Neoclima Alaska 2.0 NS-24AHTIw/NU-24AHTIw Neoclima Alaska NS-09AHTI/NU-09AHTI Neoclima Alaska NS-12AHTI/NU-12AHTI Neoclima Alaska NS-18AHTI/NU-18AHTI Neoclima Alaska NS-24AHTI/NU-24AHTI Neoclima ArtVogue NS-09AHVIwb/NU-09AHVIw Neoclima ArtVogue NS-09AHVIws/NU-09AHVIw Neoclima ArtVogue NS-12AHVIwb/NU-12AHVIw Neoclima ArtVogue NS-12AHVIws/NU-12AHVIw Neoclima ArtVogue NS-18AHVIwb/NU-18AHVIw Neoclima ArtVogue NS-18AHVIws/NU-18AHVIw Neoclima ArtVogue NS-24AHVIwb/NU-24AHVIw Neoclima ArtVogue NS-24AHVIws/NU-24AHVIw Neoclima GRIZZLY NS-09AHDI/NU-09AHDI Neoclima GRIZZLY NS-12AHDI/NU-12AHDI Neoclima GRIZZLY NS-18AHDI/NU-18AHDI Neoclima GRIZZLY NS-24AHDI/NU-24AHDI Neoclima Miura Invertor NS/NU-07AHQIw Neoclima Miura Invertor NS/NU-09AHQIw Neoclima Miura Invertor NS/NU-12AHQIw Neoclima Miura Invertor NS/NU-18AHQIw Neoclima Miura Invertor NS/NU-24AHQIw Neoclima Miura NS/NU-07AHQw Neoclima Miura NS/NU-09AHQw Neoclima Miura NS/NU-12AHQw Neoclima Miura NS/NU-18AHQw Neoclima Miura NS/NU-24AHQw Neoclima NS-07AHB/NU-07AHB Neoclima NS-07AHL/NU-07AHL Neoclima NS-07AHQ/NU-07AHQ Neoclima NS-07AHYG/NU-07AHY Neoclima NS-07AUN/NU-07AUN Neoclima NS-07LHC/NU-07LHC Neoclima NS-07LHXW/NU-07LHX Neoclima NS-09AHB/NU-09AHB Neoclima NS-09AHC/NU-09AHC Neoclima NS-09AHL/NU-09AHL Neoclima NS-09AHLI/NU-09AHLI Neoclima NS-09AHPI/NU-09AHPI Neoclima NS-09AHQ/NU-09AHQ Neoclima NS-09AHYG/NU-09AHY Neoclima NS-09ASN/NU-09ASN Neoclima NS-09AUN/NU-09AUN Neoclima NS-09LHC/NU-09LHC Neoclima NS-09LHXF/NU-09LHX Neoclima NS-09LHXW/NU-09LHX Neoclima NS-09MHO/NU-09MHO Neoclima NS-12AHB/NU-12AHB Neoclima NS-12AHL/NU-12AHL Neoclima NS-12AHLI/NU-12AHLI Neoclima NS-12AHPI/NU-12AHPI Neoclima NS-12AHQ/NU-12AHQ Neoclima NS-12AHSI/NU-12AHSI Neoclima NS-12AHXIW/NU-12AHXI Neoclima NS-12AHYG/NU-12AHY Neoclima NS-12ASN/NU-12ASN Neoclima NS-12AUN/NU-12AUN Neoclima NS-12LHXW/NU-12LHX Neoclima NS-12MHO/NU-12MHO Neoclima NS-18AHB/NU-18AHB Neoclima NS-18AHLI/NU-18AHLI Neoclima NS-18AHQ/NU-18AHQ Neoclima NS-18AHSI/NU-18AHSI Neoclima NS-18LHXW/NU-18LHX Neoclima NS-18MHO/NU-18MHO Neoclima NS-24AHB/NU-24AHB Neoclima NS-24AHLI/NU-24AHLI Neoclima NS-24AHQ/NU-24AHQ Neoclima NS-24AHSI/NU-24AHSI Neoclima NS-24AUN/NU-24AUN Neoclima NS-24MHO/NU-24MHO Neoclima NS-30AHB/NU-30AHB Neoclima NS-30LHB/NU-30LHB Neoclima NS-36AHB/NU-36AHB Neoclima NS-36LHB/NU-36LHB Neoclima NS/NU-07AHE Neoclima NS/NU-07AHQI Neoclima NS/NU-09AHE Neoclima NS/NU-12AHE Neoclima NS/NU-12AHQI Neoclima NS/NU-18AHE Neoclima NS/NU-18AHQI Neoclima NS/NU-24AHE Neoclima NS/NU-30AHE Neoclima Silenсe New NS-09AHZI/NU-09AHZI Neoclima Silenсe New NS-12AHZI/NU-12AHZI Neoclima Silenсe New NS-18AHZI/NU-18AHZI Neoclima Silenсe New NS-24AHZI/NU-24AHZI Neoclima SkyCold NS/NU-09EHBIw Neoclima SkyCold NS/NU-12EHBIw Neoclima SkyCold NS/NU-18EHBIw Neoclima SkyCold NS/NU-24EHBIw Neoclima Therminator 2.0 Inverter NS/NU-07AHEIw Neoclima Therminator 2.0 Inverter NS/NU-09AHEIw Neoclima Therminator 2.0 Inverter NS/NU-12AHEIw Neoclima Therminator 2.0 Inverter NS/NU-18AHEIw Neoclima Therminator 2.0 Inverter NS/NU-24AHEIw Neoclima Therminator 2.0 NS/NU-07AHEw Neoclima Therminator 2.0 NS/NU-09AHEw Neoclima Therminator 2.0 NS/NU-12AHEw Neoclima Therminator 2.0 NS/NU-18AHEw Neoclima Therminator 2.0 NS/NU-24AHEw Neoclima Therminator 2.0 NS/NU-30AHEw Neoclima Therminator 2.0 NS/NU-36AHEw Neoclima Yeti NS/NU-09EHZIw Neoclima Yeti NS/NU-12EHZIw Neoclima Yeti NS/NU-18EHZIw Neoclima Yeti NS/NU-24EHZIw


url: =Mapa - Aeropuerto Internacional de Shanghái-Hongqiao (Shanghai Hongqiao International Airport) - MAP[N]ALL.COM\nMapa - Aeropuerto Internacional de Shanghái-Hongqiao (Shanghai Hongqiao International Airport)\nMundo > Asia > República Popular China > Shanghái > Aeropuerto Internacional de Shanghái-Hongqiao\nAeropuerto Internacional de Shanghái-Hongqiao (Shanghai Hongqiao International Airport)\nAeropuerto Internacional Hongqiao, literalmente "Aeropuerto Internacional del Puente del Arcoiris", es uno de los dos aeropuertos que sirven a la ciudad de Shanghái, República Popular China. Localizado en el distrito de Changning, el aeropuerto se encuentra en el límite urbano occidental de la metrópoli.\nLatitud / Longitud (cartografía) : 31° 11' 52" N / 121° 20' 11" E\t| Huso horario : UTC+8\t| Currency : CNY\t| Teléfono : 86\nMapa-Aeropuerto Internacional de Shanghái-Hongqiao\nArchivo:Shanghai Hongqiao International Airport3\nAeropuerto Internacional de Shanghái-Ho...


url: =Belize The New Foodies Paradise? You Bet! -\nHome Cucina Belize The New Foodies Paradise? You Bet!\nupdated on 9 January 2021 7 December 2020 Cucina\nDirezione Leave a Comment on Belize The New Foodies Paradise? You Bet!\nPrevious Article Mustard-marinated beef topside\nNext Article Belize Recipes: Mango Shrimp Ceviche!\nBISCOTTI BISCOINZUPPO DELLA NONNA dolce senza burro


url: =Home > Pesquisa > au:"Wang, Jian" (11.473)\nBases de dados internacionais (11472)\nNeoplasias Hepáticas (187)\nProliferação de Células (124)\nEstudo de Casos e Controles (304)\nRevisões Sistemáticas Avaliadas (265)\nJovem adulto (653)\nSci Rep (226)\nChin Med J (Engl) (166)\nZhonghua Yi Xue Za Zhi (156)\nZhongguo Shi Yan Xue Ye Xue Za Zhi (130)\nHuan Jing Ke Xue (96)\nActa Crystallogr Sect E Struct Rep Online (89)\nau:"Wang, Jian" AND (collection:("06-national/BR" OR "05-specialized") OR db:("LILACS" OR "MEDLINE"))\nResultados 1 - 20 de 11.473\nNature; 575(7781): 203-209, 2019 11.\nWang, Zhi-Hao; Liu, Pai; Liu, Xia; Manfredsson, Fredric P; Sandoval, Ivette M; Yu, Shan Ping; Wang, Jian-Zhi; Ye, Keqiang.\nMol Cell; 67(5): 812-825.e5, 2017 Sep 07.\nArtigo em Inglês | MEDLINE | ID: mdl-28826672\nComparison of cochlear cell death caused by cisplatin, alone and in combination with furosemide.\nXia, Li; Chen, Zhengnong; Su, Kaiming; Yin, Shankai; Wang, Jian.\nToxicol Pathol; 42(2): 376-85, 2014.\nArtigo em Inglês | MEDLINE | ID: mdl-23548607\nPlant Cell; 32(1): 152-165, 2020 Jan.


url: =Zumba Dance Silhouette Vector | ARENAWP\nDjAlan ad ilemleri ncesinde ihtiya duyabileceiniz ilk bilgilere detayl bilgiler sayfamzdan ulaabilirsiniz.United States Charlotte (Nc) Nagaoka vectoran Cachoeiro De Itapemirim Brazil Bissau Guinea-Bissau Czestochowa Poland\nDilbert comics aichtal neuenhaus grundschule deutsch meiosis produces how many haploid cells sigprocmask man 7s80mc good life t pain mp3 downloadPlayStation 3. The top-selling PlayStation 3 games (all figures in millions of units sold-through since launch).\nVector Silhouette Of Zumba Motion\nPhotoone Woman Exercising Fitness Zumba Dancing In Silhouette On White\nStock Photo Woman Exercising Fitness Zumba Dancing Jumping Silhouette One White Background Image\nPhoto about One woman exercising fitness zumba dancing in silhouette on white background. Image of training action energy - 49207612Download high-q [more]\nSilhouette Beautiful Young Woman Dancing Zumba\nPhotostock Vector Zumba Dancers Group Illustration C\nRoyalty Free Stock Photography Woman Exercising Fitness Zumba Dancing Silhouette One Caucasian White Background Image\n70508938 - one caucasian woman zumba fitness exercises dancer dancing isolated.. [more]\nRoyalty Free Stock Photo African Man Exercising Fitness Zumba Dancing Silhouette One White Background Image\nMiidizadzumba Dance Drawing Clip Art Vector Graphics\nPhotoone Caucasian Woman Exercising Fitness Zumba Dancing In Silhouette On White Background\nStock Photo Woman Exercising Fitness Zumba Dancing Silhouette One White Background Image\nSilhouettes Beautiful Young Woman Dancing Zumba\nUSA 1 Bruno Mars Locked Out of Heaven 39532 2 Taylor Swift I Knew You Were Trouble 27178 3 The Lumineers Ho Hey 21001 4 will.i.am Scream & Shout (f [more]\nStock Photo African Man Exercising Fitness Zumba Dancing Silhouette One White Background Image\nSilhouette Of Happy Woman Dancing Zumba Vector\nZumba Dance Workout Fitness Icons Set Vector


url: =Creation Date: 淸康熙, between 1695 and 1722] and ([雍正 i.e. between 1723 and 1735? impression]) / Creators/Contributors: 3 selected / Language: Chinese / Place Of Origin: [China, and [China - Chinese Rare Books - CURIOSity Digital Collections Search Results\nYou searched for: Creation Date 淸康熙, between 1695 and 1722] Remove constraint Creation Date: 淸康熙, between 1695 and 1722] Creation Date ([雍正 i.e. between 1723 and 1735? impression]) Remove constraint Creation Date: ([雍正 i.e. between 1723 and 1735? impression]) Creators/Contributors Wang, Shizhen, 1634-1711 Remove constraint Creators/Contributors: Wang, Shizhen, 1634-1711 Creators/Contributors Xu, Ye, 1611-1683 Remove constraint Creators/Contributors: Xu, Ye, 1611-1683 Creators/Contributors 徐夜, 1611-1683 Remove constraint Creators/Contributors: 徐夜, 1611-1683 Language Chinese Remove constraint Language: Chinese Place Of Origin [China, Remove constraint Place Of Origin: [China, Place Of Origin [China Remove constraint Place Of Origin: [China


url: =Applied anatomy of the frontal branch of facial nerve: definition and its location in temporal soft-tissue layers--《Chinese Journal of Clinical Anatomy》2003年02期\n《Chinese Journal of Clinical Anatomy》 2003-02\nApplied anatomy of the frontal branch of facial nerve: definition and its location in temporal soft-tissue layers\nJIANG Ping , ZHONG Shi-zheng, XU Da-chuan , et al. Department of Plastic Surgery, Nan fang Hospital, First Military Medical University, Guangzhou 510515, China\nObjective: To clarify the definition of the frontal branch of facial nerve(FB ) and its location in temporal soft-tissue layers. Methods: Sixteen fixed adult head specimens were dissected) with the number of FB as well as its exit site from the parotid gland documented. Results: ㏕he temporal branch(TB) of facial nerve emerged from the superior margin of the parotid at the point of 17. 6±5. 2 mm before and 7. 2±2. 3 mm above the intertragus notch, and there were 2.1±0. 7 rami of FB among 2. 6±0. 8 of TB.②?On the zygomatic arch, FB ran with the superficial temporal vessels (STV) in the areolar tissue that tightly fused with the superficial temporal fascia(STF)and the periosteum; In the temporal region, the STV was enwrapped within the STF, while the FB kept running in the areolar tissue under the STF. Conclusions: ①The FB was one of TB, which innervated the frontal muscle, distributing to the area between the coronal suture and the zygomaticotemporal suture. ②It is safe to dissect in the plane between the subcutaneous and the STF, or under the periosteum of zygoma and superficial layer of deep temporal fascia.\n1 FENG Wen-feng, QI Song-tao, HUANG Sheng-ping, HUANG Li-jinDepartment of Neurosurgery, Nanfang Hospital, Southern Medical University, Guangzhou 510515, China;Surgical treatment of anterior circulation aneurysm via pterion keyhole approach[J];Journal of First Military Medical University;2005-12\n2 LIU Zhi-yong1,DING Zi-hai.Southern Medical University,Guangzhou 510515,China;1.Jiangxi Nurses Occupation Tec,Nanchang 330029,China;Anatomic study of the branche of the facial nerve and its relationship with superficial musculoaponeurotic system in rhytidectomy[J];Anatomy Research;2011-03\n3 YANG Hai-feng,ZHAO Yuan-li,WANG Shuo.Department of Neurosurgery,Tiantan Hospital,Capital Medical University,Beijing 100050,China;Effects of two muscle fixation methods on temporal muscle atrophy for clipping anterior circulation aneurysms via pterional approach[J];Chinese Journal of Cerebrovascular Diseases;2008-04\n4 SUN Yong-qiang,YANG Weng-weng,LIANG Xian-bin The 3rd People's Hospital of Zhengzhou,Zhengzhou 450000,China;Microsurgical anatomy and clinical significance of temporal branches of facial nerve[J];Journal of Medical Forum;2011-15\n5 YUAN Ji-long, HUANG Gang, LIU Da-lie, et al. (Dept. of Plastic Surgery, Shenyang Korean Hospital, Shenyang 110002, China);Applied anatomy of the frontal branch of facial nerve marked by middle temporal vein (MTV)[J];Chinese Journal of Aesthetic and Plastic Surgery;2006-03\n6 TIAN Ji-hui, SUN Tao, YU Chun-jiang, et al. Department of Neurosurgery, the Affiliated Hospital of Ningxia Medical College, Yinchuan 750004, China;Preservation of the frontotemporal branch of the facial nerve in frontotemporal and frontotemporal and transzygomatic craniotomy[J];Chinese Journal of Neurosurgery;2004-04\n7 LIU An-tang,JIANG Hua Department of Plastic Surgery,Changzheng Hospital,Second Military Medical Univ ersity,Shanghai 200003,China;Temporal branch of the facial nerve:the anatomy and clinical significance[J];Chinese Journal of Clinical Anatomy;2004-03\n8 LI Xue-lei, ZHONG Shi-zhen ,LIU Xiao-jun, et al. Department of Anatomy, Southern Medical University, Guangzhou 510515 , China;The surface projection of facial nerve and its clinical significance[J];Chinese Journal of Clinical Anatomy;2006-05\n9 MA Yuyuan,LAN Qing,GONG Zhigang Department of Neurosurgery,Second Affiliated Hospital of Soochow University,Suzhou 215004,China;Experimental study on preservation of the frontal branch of the facial nerve in the pterional keyhole approach[J];Chinese Journal of Minimally Invasive Neurosurgery;2007-12\n10 SHEN Jian-bo,HAO Jie-he,HOU Jie,et al,Shanxi Medical University,shanxi 030001,China;The microanatomy of the frontotemporal zygomatic and preservation of the frontotemporal branch of the facial nerve[J];National Medical Frontiers of China;2011-08\n1 XU Jin cheng,HUANG Quan shun,LU Bao quan,LI Jian cheng,ZHANG Kai,HU Hao (Department of Stomatology,Affiliated Hospital of Bengbu Medical College,Anhui 233004 ,China);Forearm radial free skin flap in repairing the defect of oral cavity and maxillofacial region:A report of 84 cases[J];Journal of Bengbu Medicinae College;2001-02\n2 CHEN Rui,JI Ping,LI Qing-shu,et al. (Department of Oral and Maxillofacial Surgury,the First Affiliated Hospital, Chongqingl University of Medical Sciences, Chongqing, 400016,China);Application of vascularized forearm flaps transplantation for the oral and maxillofacial surgery[J];Chongqing Medical Journal;2005-03\n3 ;Clinical treatment of parotid gland injury[J];Journal of Traumatic Surgery;2004-04\n4 Meng Xiangyuan; Shi Yajun; Zhang Yongjin; Wu Jinshan; Chen Chunyuan; Zhang Shuxian(From the Department of Otolaryngology, Luannan County Hospital, Hebei LuannanCounty 063500 );Sphenopalatine ganglion injection of absolute ethyl alcohol for the treatment of vasomotor rhinitis[J];;1997-03\n5 Jiang Baolu;Sun Xinzhong; Wang Lingtai(From the Department of Otolaryngology, Liaocheng People's Hospital, ShandongLiaocheng 252000);Reconstruction of larynx with platysma myoides and sternohyoideus myofascil flaps after extended partial laryngectomy[J];;1999-05\n6 YAN Guang-tang, LIANG Shang-zheng. (Dept. of Oral and Maxillofacial Surgery, Hospital of Stomatology, Luzhou Medical College, Luzhou 646000, China);The clinical application of hard palatal mucoperiosteum flap[J];International Journal of Stomatology;2009-03\n7 Wang Na et al(The Railway Central Hospital of Harbin);The Cephalic Coronary Incision in Treatment of the Middle Facial Fracture[J];HEILONGJIANG MEDICAL JOURNAL;1999-02\n8 WANG Yong1,WANG Li-hua2,HAN Cheng-min3 (1.Department of Maxillofacial and Plastic Surgery,the People's Hospital of Yushu City,Yushu 130400,China;2. Health Care Center for Women and Children of Wuxi City,Wuxi 214000,China;3. Department of Maxillofacial Surgery,Stomatology Hospital of Jilin University,Changchun 130021,China);Application of dermis slice in facial depression[J];Jilin Medical Journal;2008-03\n9 Lizhe (Department of Surgery, The Third People's Hospital of Wenzhou, Wenzhou,325000);Anatomic feature and clinical application of the nasolabial flap[J];Anatomy and Clinics;1998-03\n10 Hou Jun,Zhang Lingda,Yan Yuchun,et al. (Department of Oral Maxillofacial Surgery,The first Affiliated Hospital of Anhui Medical University,Hefei 230022);Repairing the Buccal Mucosa Defect by Hard-palate Flap with Vascular Pedicle[J];Anatomy and Clinics;2003-03\n1 Jiang Ji-dang,Li Xing-ping,Wang Qi,Gao Ji-bin,Qiu Ceng-guang (Department of Stomatology,People's Hospital of Jiangsu University. Zhenjiang 212002,China);Sublingual gland resection with modified incision[A];[C];2010\n1 KANG De-zhi*, LAN Qing, LIN Yuan-xiang*, YU Liang-hong*, LIN Zhang-ya*, WU Zan-yi*. *Department of Neurosurgery, The First Affiliated Hospital, Fujiang Medical University, Fuzhou 350005, ChinaCorresponding author: LAN Qing, Email: szlqz@pub.sz.jsinfo.net;Microsurgical treatment of the anterior circulation aneurysms with pterional keyhole approach[J];Chinese Journal of Neuromedicine;2006-02\n2 YANG Mao jin,CHEN Yu bin (Department of Maxillofacical,Daping Hospital,Third Military Medical University,Chongqing 400042,China);Evolvement of internal fixation methods in maxillofacial region[J];Journal of Traumatic Surgery;2003-02\n3 LEI Tao 1 , XU Da-chuan 2 , GAO Jian-hua 1 Department of Plastic Surgery, Nanfang Hospital 1 , Department of Anatomy 2 , First Military Medical University, Guangzhou 510515, China;Prevention of the zygomatic branch of the facial nerve in rhytidectomy:an anatomical study[J];Journal of First Military Medical University;2003-08\n4 FENG Wen-feng, QI Song-tao, HUANG Sheng-ping, HUANG Li-jinDepartment of Neurosurgery, Nanfang Hospital, Southern Medical University, Guangzhou 510515, China;Surgical treatment of anterior circulation aneurysm via pterion keyhole approach[J];Journal of First Military Medical University;2005-12\n5 Jin Fengli (From the Department of Otolaryngology, Second Afilliated Hospital of Medical College,Shantou University, Shantou 515031);Nasal endoscopy in the treatment of midfacial bone fracture[J];;1997-06\n6 DONG Bo,WAMG Xue-dong.Department of Anatomy,The Sichuan Provincial Health School,Chengdu 610100 China;Applied anatomy of the temporal branch of the facial nerve[J];Anatomy Research;2008-04\n7 Yu Jinghe, Lu Wenchuan, Yan Zhengfu et al. Lishan Hospital of Angang, Liaoning, 114032.;Study and Application of the Carbon Fibre Reinforced Expoxide Resin Plate[J];The Journal of Bone and Joint Injury;1998-05\n8 ZHOU Xiaolong,Bi Yusun,Leu Zhiyu,Ting hua,et al (Department of Anatomy,Guannan Medical College,Ganzhou 341000);The Regional Anatomy And Clinical Application Of Extracranial Section of Facial Nerve[J];Journal of Gannan Medical College;2001-04\n9 SONG Keling, XIN Hua, XIAO Shijun∥Department of Aesthetic,364 Hopsital Xiang Fan (441021);Clincal observation on removing glabellar frown lines and crow's lies using roulift[J];Aerospace Medicine;2003-04\n10 Zhu Youjia\_;The Second Affiliated Hospital, Hubei Medical University\_;Pi Xin, Zhu Shizhu\_;Oral Anatomical Physiology, Hubei Medical University\_;;Important Adjacent Relationship of External Maxillary\_;Artery and Clinic Significances[J];WEST CHINA JOURNAL FOF STOMATOLOGY;1999-04\n1 QI Song-tao SHI Xiao-feng ZHANG Xi-an LU Yun-tao PENG Yu-ping XU Yi-ming FENG Wen-feng.Department of Neurosurgery,Nanfang Hospital,Southern Medical University,Guangzhou 510515,China;Treatment of intracranial lesions via non-defined minimally invasive keyhole approaches[J];Chinese Journal of Neuromedicine;2007-07\n2 XU Chang-juan1,WANG Fu2(1.Dental Chain Clinics of Dalian Medical University,Dalian 116027,China;College of Stomatology Dalian Medical University,Dalian 116044,China);Study on application anatomy of temporal branches of facial nerve[J];Journal of Dalian Medical University;2009-05\n3 LIU Zhi-yong1,DING Zi-hai.Southern Medical University,Guangzhou 510515,China;1.Jiangxi Nurses Occupation Tec,Nanchang 330029,China;Anatomic study of the branche of the facial nerve and its relationship with superficial musculoaponeurotic system in rhytidectomy[J];Anatomy Research;2011-03\n4 QIAO Peng1),DAI Gang1),TAN Hua1) ,CAO Dongbiao1),CHEN Jian2)1)Department of Neurosurgery,the Center Hospital of Luoyang, Luoyang 471009 2) Department of Neurosurgery,the Affiliated Tongji Hospital,Huazhong Science and Technology University, Wuhan 430030;Anatomical study of transeyebrow supraorbital keyhole approach[J];Journal of Zhengzhou University(Medical Sciences);2008-01\n5 ;Advancement of research on the applied anatomy of facial nerve[J];Anatomy and Clinics;2007-03\n6 Wang deli et al(Mudanjiang Medical college Mudanjiang Heilongjiang 157011);THE ASSOCIATION BETWEEN MAXILLOFACIAL SURGERY AND FACIAL NERVE MARGINAL MANDIBULAR BRANCH OF APPLIED ANATOMY[J];Journal of Mudanjiang Medical College;2009-01\n7 XU Hui1,GU Zhikai2,SHI Wei2,et al(1Department of Neurosurgery,Nantong Hospital of traditional Chinese Medicine,Nantong 226001;2Department of Neurosurgery,Affiliated Hospital of Nantong University);Applied anatomy of A1 segment of anterior cerebral artery[J];Journal of Nantong University(Medical Sciences);2010-01\n8 LIAO Xu-xing,MA Lian-ting,LI Jun,QIN Shang-zhen,XU Guo-zheng,GONG Jie,YANG Ming,HU Jun-min,ZHANG He-liang(Center for Neurosurgery of PLA,Department of Neurosurgery,Wuhan General Hospital,Guangzhou Command PLA,Wuhan 430070,P.R.China);Microanatomy research on modified frontotemporal zygomatic approach exposure to Willis circle and its Mainly Branch[J];Shandong Medical Journal;2009-08\n9 TONG Jing.(Department of Stomatology,Tangshan Workers Hospital in Hebei Province,Tangshan 063000,China);CLINICAL EFFECT OF RIGID INTERNAL FIXATION AND MICRO-PLATE FIXATION ON FACIAL FRACTURES[J];Modern Preventive Medicine;2011-07\n10 ZHU Li,LI Yan,Nie Jian-hua,et al(Department of Stomatology,The First Affiliated Hospital of Chengdu Medical College,Chengdu 610500);Treatment of maxillary complex fractures with coronal incision and located small incision[J];Medical Journal of West China;2010-10


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url: =Author: "Gong, Mengdan" - PubAg Search Results\nYou searched for: Author "Gong, Mengdan" Remove constraint Author: "Gong, Mengdan"\n1. Mobility of chromium in sediments dominated by macrophytes and cyanobacteria in different zones of Lake Taihu\nGong, Mengdan, et al. ; Fan, Xianfang; Ding, Shiming; Chen, Musong; Gao, Shuaishuai; Fu, Zhen; Wang, Yan; Zhang, Chaosheng; Show all 8 Authors\nCyanobacteria; carbonates; chromium; dialysis; dissolved organic matter; ecological zones; ecotypes; iron oxides; lakes; macrophytes; manganese; manganese oxides; pollution; remediation; seasonal variation; sediments; summer; toxicity; winter\n2. Seasonal changes of lead mobility in sediments in algae- and macrophyte-dominated zones of the lake\nGong, Mengdan, et al. ; Chen, Musong; Ding, Shiming; Lin, Juan; Fu, Zhen; Tang, Wanying; Fan, Xianfang; Wang, Yan; Show all 8 Authors\nadsorption; chemical species; dialysis; ecotypes; iron; lakes; lead; macrophytes; manganese; manganese oxides; models; organic matter; pollution; roots; seasonal variation; sediments\nGong, Mengdan, et al. ; Chen, Musong; Ding, Shiming; Gao, Shuaishuai; Fu, Zhen; Tang, Wanying; Wu, Yuexia; Wang, Dan; Wang, Yan; Show all 9 Authors\nalgae; cadmium; copper; dialysis; dredging; heavy metals; lakes; leaching; lead; pollution control; sediments; surface water\n4. Long-term effects of sediment dredging on controlling cobalt, zinc, and nickel contamination determined by chemical fractionation and passive sampling\nGong, Mengdan, et al. ; Chen, Musong; Ding, Shiming; Gao, Shuaishuai; Xu, Shiwei; Yang, Chenye; Wu, Yuexia; Wang, Dan; Wang, Yan; Show all 9 Authors\nautumn; cobalt; dialysis; dredging; fractionation; long term effects; nickel; seasonal variation; sediment contamination; sediments; spring; summer; winter; zinc\n5. Peak Chromium Pollution in Summer and Winter Caused by High Mobility of Chromium in Sediment of a Eutrophic Lake: In Situ Evidence from High Spatiotemporal Sampling\nGong, Mengdan, et al. ; Fan, Xianfang; Ding, Shiming; Chen, Musong; Gao, Shuaishuai; Fu, Zhen; Tsang, Daniel C. W.; Wang, Yan; Zhang, Chaosheng; Show all 9 Authors\nEnvironmental science & technology 2019 v.53 no.9 pp. 4755-4764\nanaerobic conditions; chromium; dialysis; dissolved organic matter; drinking; eutrophication; fisheries; laboratory experimentation; lakes; manganese; oxides; pollution; remediation; sampling; sediments; summer; water quality standards; winter; China\n... To study the mechanisms of chromium (Cr) mobilization in sediments of eutrophic lakes, monthly sampling was performed in the Meiliang Bay of Lake Taihu, China, combined with laboratory experiments. High-resolution dialysis and diffusive gradients in thin film (DGT) sampling techniques were used. Results indicated that in July 2016 and January 2017, the concentrations of soluble Cr and DGT-labile C ...\n6. High resolution spatiotemporal sampling as a tool for comprehensive assessment of zinc mobility and pollution in sediments of a eutrophic lake\nGong, Mengdan, et al. ; Jin, Zengfeng; Ding, Shiming; Sun, Qin; Gao, Shuaishuai; Fu, Zhen; Lin, Juan; Wang, Dan; Wang, Yan; Show all 9 Authors\nadsorption; algae; algal blooms; dialysis; dissolved organic matter; eutrophication; fisheries; lakes; manganese; manganese oxides; pollution; risk; sediments; water quality; winter; zinc; China\n7. Long-term effectiveness of sediment dredging on controlling the contamination of arsenic, selenium, and antimony\nGong, Mengdan, et al. ; Sun, Qin; Ding, Shiming; Chen, Musong; Gao, Shuaishuai; Lu, Guanghua; Wu, Yuexia; Wang, Dan; Wang, Yan; Show all 9 Authors\nalgae; antimony; arsenic; dialysis; sediment contamination; sediments; selenium\n8. Simultaneous measurements of arsenic and sulfide using diffusive gradients in thin films technique (DGT)\nGong, Mengdan, et al. ; Xu, Lv; Sun, Qin; Ding, Shiming; Zhang, Chaosheng; Show all 5 Authors\nEnvironmental geochemistry and health 2018 v.40 no.5 pp. 1919-1929\nadsorption; arsenic; arsenites; coprecipitation; environmental monitoring; gels; hydrogen peroxide; ionic strength; iron; lakes; oxidation; pH; sampling; sediments; sodium hydroxide; sulfates; zirconium; China\n... Diffusive gradients in thin films technique (DGT) is a dynamically passive sampling technique which has been applied increasingly to the environmental monitoring field. In the preliminary period, the DGT with zirconium hydroxide-silver iodide as the binding phase (ZrO-AgI DGT) has been developed for the determination of sulfide (S(II)). On this basis, this paper developed its determination method ...\n9. Submillimeter-scale heterogeneity of labile phosphorus in sediments characterized by diffusive gradients in thin films and spatial analysis\nGong, Mengdan, et al. ; Meng, Yuting; Ding, Shiming; Chen, Musong; Wang, Yan; Fan, Xianfang; Shi, Lei; Zhang, Chaosheng; Show all 8 Authors\nChemosphere 2018 v.194 pp. 614-621\nautocorrelation; eutrophication; geographic information systems; organic matter; phosphorus; seasonal variation; sediments; summer; temperature; winter\n... Sediments have a heterogeneous distribution of labile redox-sensitive elements due to a drastic downward transition from oxic to anoxic condition as a result of organic matter degradation. Characterization of the heterogeneous nature of sediments is vital for understanding of small-scale biogeochemical processes. However, there are limited reports on the related specialized methodology. In this st ...\n10. Successful control of internal phosphorus loading after sediment dredging for 6years: A field assessment using high-resolution sampling techniques\nGong, Mengdan, et al. ; Chen, Musong; Cui, Jingzhen; Lin, Juan; Ding, Shiming; Ren, Mingyi; Tsang, Daniel C.W.; Show all 7 Authors\n11. Internal phosphorus loading from sediments causes seasonal nitrogen limitation for harmful algal blooms\nGong, Mengdan, et al. ; Ding, Shiming; Chen, Musong; Fan, Xianfang; Qin, Boqiang; Xu, Hai; Gao, ShuaiShuai; Jin, Zengfeng; Tsang, Daniel C.W.; Zhang, Chaosheng; Show all 10 Authors\nThe Science of the total environment 2018 v.625 pp. 872-884\nalgal blooms; dialysis; eutrophication; iron; nitrogen; phosphorus; pollution load; sediment-water interface; sediments; spatial distribution\n... It is proposed that the internal loading of phosphorus (P) from sediments plays an important role in seasonal nitrogen (N) limitation for harmful algal blooms (HABs), although there is a lack of experimental evidence. In this study, an eutrophic bay from the large and shallow Lake Taihu was studied for investigating the contribution of internal P to N limitation over one-year field sampling (Febru ...\n12. Simultaneous measurements of cations and anions using diffusive gradients in thin films with a ZrO-Chelex mixed binding layer\nGong, Mengdan, et al. ; Wang, Yan; Ding, Shiming; shi, Lei; Xu, Shiwei; Zhang, Chaosheng; Show all 6 Authors\nabsorption; analytical chemistry; antimony; arsenic; cadmium; cations; chromium; cobalt; copper; freshwater; gels; hydrogen peroxide; ionic strength; iron; lead; manganese; molybdenum; nickel; nitric acid; oxyanions; pH; seawater; sediments; selenium; sodium hydroxide; vanadium; zinc\n... A new method for the simultaneous measurements of eight cations [Fe(II), Mn(II), Co(II), Ni(II), Cu(II), Zn(II), Cd(II), and Pb(II)] and eight oxyanions [P(V), V(V), Cr(VI), As(III)/As(V), Se(VI), Mo(VI), Sb(V), and W(VI)] was established in this study using the diffusive gradients in thin films (DGT) technique with an improved ZrO-Chelex binding gel. The binding kinetics of each analyte in a mixe ...\n13. Fine-scale bioturbation effects of tubificid worm (Limnodrilus hoffmeisteri) on the lability of phosphorus in sediments\nGong, Mengdan, et al. ; Chen, Musong; Ding, Shiming; Liu, Ling; Wang, Yan; Xing, Xigang; Wang, Dan; Zhang, Chaosheng; Show all 8 Authors\n14. Diffusion characteristics of agarose hydrogel used in diffusive gradients in thin films for measurements of cations and anions\nGong, Mengdan, et al. ; Wang, Yan; Ding, Shiming; Xu, Shiwei; Xu, Weimin; Zhang, Chaosheng; Show all 6 Authors\nagarose; analytical chemistry; anions; antimony; arsenic; cadmium; cations; chromium; cobalt; copper; crosslinking; diffusivity; electrostatic interactions; freshwater; gels; hydrocolloids; ionic strength; iron; lead; manganese; molybdenum; nickel; pH; polyacrylamide; pyruvic acid; seawater; selenium; sodium nitrate; storage time; temperature; zinc\n15. New holder configurations for use in the diffusive gradients in thin films (DGT) technique\nGong, Mengdan, et al. ; Ding, Shiming; Wang, Yan; Zhang, Liping; Xu, Lv; Zhang, Chaosheng; Show all 6 Authors\narsenic; cadmium; feces; gels; lead; pressing; sediments; seepage; soil\n16. Simultaneous Measurements of Eight Oxyanions Using High-Capacity Diffusive Gradients in Thin Films (Zr-Oxide DGT) with a High-Efficiency Elution Procedure\nGong, Mengdan, et al. ; Ding, Shiming; Xu, Di; Wang, Yanping; Wang, Yan; Li, Yangyang; Zhang, Chaosheng; Show all 7 Authors\n17. Kinetics of phosphorus release from sediments and its relationship with iron speciation influenced by the mussel (Corbicula fluminea) bioturbation\nGong, Mengdan, et al. ; Chen, Musong; Ding, Shiming; Liu, Ling; Xu, Di; Tang, Hao; Zhang, Chaosheng; Show all 7 Authors\nThe Science of the total environment 2016 v.542 pp. 833-840\nCorbicula fluminea; bioturbation; dialysis; iron; models; mussels; oxides; oxygen; phosphorus; sediments\n... The effects of bivalve (Corbicula fluminea) bioturbation on the lability of phosphorus (P) in sediments were investigated. The high-resolution dialysis (HR-Peeper) and diffusive gradients in thin films (DGT) techniques were employed to obtain soluble and labile P/Fe profiles at a vertical resolution of 2 and 1mm, respectively. The bivalve bioturbation increased the concentrations of soluble reacti ...


url: =Taoyuanjian North Long travel guidebook –must visit attractions in Changshu – Taoyuanjian North Long nearby recommendation – Trip.com\nAddress: Taoyuanjian North Long, Changshu Shi, Suzhou Shi, Jiangsu Sheng, China\nIt may be a line to play with the library, museum, and many scenic spots in Yushan. The area is not large, and the distance between the various scenic spots is very close. It is quite good to spend an afternoon around.\nReviewed on 1559897288000\nThere is a valley in the foothills of the north of the city, and there are gurgling streams in the valley. After the rain, the water is plentiful, and the turbulence rushes between the mountains and rocks. If in spring, there are peach blossoms falling into the water, flying red and green, even more beautiful.\nReviewed on 1585396828000\nGo after heavy rain, preferably after more than two days of heavy rain. After going there, you will definitely linger. The best period is between June and July, and you can go barefoot to experience the fun of the water.\nReviewed on 1557266629000\nNow there is no childhood scenery, and now it is a cemetery in a cemetery. It’s okay to go to the cemetery.\nReviewed on 1425214871000\nNearby AttractionsMore (1623)\nNearby HotelsMore (407)\nBawangbian Ancient Path\nShajiabang Scenic Area | Shanghu Lake Scenic Area | Yushan Scenic Spot | Fang Tower Park | Xingfu Temple | Reed Maze | Jiangxiangcun | Zengzhao Garden | Yushan Park | Meili Jusha Garden | Swallow Garden | Sword Gate Scenic Area | Shajiabang Revolutionary History Memorial Hall | Changshu Museum | Chongjiao Xingfu Temple Pagoda | Baoyan Ecological Sightseeing Garden | Fushui Villa | Yushan Cableway | Weimo Mountain Villa | Liu Rushi’s tomb | Taoyuanjian North Long | Baoyan Temple | Qian Qianyimu | Songfengting | Shimeiyuan | Wangshi Gumu | Caiyitang | Qu Shisimu | Shiwujian | Xinghai Radio Museum


url: =Desserts (Concept) - San Francisco Public Library\nThe concept Desserts represents the subject, aboutness, idea or notion of resources found in San Francisco Public Library.\nA sample of Items that share the Concept Desserts See All\n20 best quinoa recipes, Betty Crocker, (electronic resource)\n20 best vegan recipes, Betty Crocker, (electronic resource)\n21 days of everyday healthy snack recipes, Kyla Latrice Tennin, (electronic resource)\n27 healthy muffin recipes, Homemade Recipes With Nutritional Information, Cindy N. Kelly, (electronic resource)\n4 zhong shi cai gao ding hong bei tian pin, Kaluolin Feileila bian zhu ; Zhang Qiangwei yi ; Aimoli Sheman she ying\n45 paleo recipes: quick & easy paleo recipes cookbook, 2 In 1 Paleo Recipes Box Set, Julina Baldec, (electronic resource)\n45 tasty homemade yogurt recipes, Jenna Paige, (electronic resource)\n49 easiest dump cakes with cake mix, Delicious Cakes At Your Convenience, Amanda Bells, (electronic resource)\n51 dump cake recipes: scrumptious dump cake desserts to satisfy your sweet tooth, Brianne Heaton, (electronic resource)\n51 easter dessert ideas: scrumptious easter recipes for any occasion, Brianne Heaton, (electronic resource)\n52 Weeks, 52 Sweets : Elegant Recipes for All Occasions, (electronic resource)\n80th hinton family reunion cookbook, Various Authors, (electronic resource)\nA little bite of happiness : 42 short stories, 24 French recipes, V.P Colombo, (electronic resource)\nA to z ice cream making ice cream at home for total beginners, Lisa Bond, (electronic resource)\nAll about cake, Christina Tosi with Courtney McBroom ; photographs by Gabriele Stabile and Mark Ibold, (electronic resource)\nAllergy-free desserts : gluten-free, dairy-free, egg-free, soy-free, and nut-free delights, (electronic resource)\nAodili bao he de jia ting hong bei : rang wo liu zai ni de chu fang li! dan gao, ta pai, bing gan, 40 dao cao zuo wan zheng, zi wei zhen chun de wen nuan shou zuo shi pu shu = Austriabox's Home Baking, Fu Baoyu zhu, she ying\nBa si ke ru lao dan gao : zheng tong feng wei.ming dian pei fang.sheng ji kou gan, 33 kuan cheng gong lu 100% de hao chi pei fang = Zeppin! basukuchizukeki, Tengze Celica zhu ; Ye Mingming yi, (electronic resource)\nBaked : new frontiers in baking, (electronic resource)\nBaked Alaska : recipes for sweet comforts from the north country, (electronic resource)\nBaked elements : our 10 favorite ingredients, (electronic resource)\nBaked explorations : classic American desserts revisited, (electronic resource)\nA little bite of happiness : 42 short stories, 24 French recipes\nBa si ke ru lao dan gao : zheng tong feng wei.ming dian pei fang.sheng ji kou gan, 33 kuan cheng gong lu 100% de hao chi pei fang = Zeppin! basukuchizukeki\nBaking with California olive oil : dolci and biscotti recipes\nCh'ŏnyŏn parhyo peik'ing : silchŏn hwaryongdo 100-p'ŏsent'ŭ = Baking levain bread\nDing zhi Hanguo ka fei dian de ren qi tian dian : lai zi Shou'er Room For Cake hong bei jiao shi de yuan chuang pei fang da gong kai = Atelier room for cake\nDing zhi Hanguo ka fei dian de ren qi tian dian : lai zi Shouer Room for Cake Hong bei jiao shi de yuan chuang pei fang da gong kai\nFrosted : take your baked goods to the next level with decadent buttercreams, meringues, ganaches and more\nHong bei xin shou liao yu xi tian dian 158 : wan zheng shou lu jing dian, chao meng huan, rang ni xiang yi zuo zai zuo de shi pu!