1001-6538
2015 Issue 19
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Computational systems toxicology: Emergence, development and application
LI Jie;LI Ke Jia;ZHANG Chen;PENG Qiu Peng;TANG Yun;Shanghai Key Laboratory of New Drug Design;School of Pharmacy;East China University of Science and Technology;
LI Jie;LI Ke Jia;ZHANG Chen;PENG Qiu Peng;TANG Yun;Shanghai Key Laboratory of New Drug Design;School of Pharmacy;East China University of Science and Technology;
..............page:1751-1761
Progress in computational toxicology for evaluation of thyroid disrupting effects of chemicals
YANG Xian Hai;CHEN Jing Wen;LI Fei;Key Laboratory of Industrial Ecology and Environmental Engineering;School of Environmental Science and Technology;Dalian University of Technology;Nanjing Institute of Environmental Science;Ministry of Environmental Protection;Yantai Institute of Coastal Zone Research;Chinese Academy of Sciences;
YANG Xian Hai;CHEN Jing Wen;LI Fei;Key Laboratory of Industrial Ecology and Environmental Engineering;School of Environmental Science and Technology;Dalian University of Technology;Nanjing Institute of Environmental Science;Ministry of Environmental Protection;Yantai Institute of Coastal Zone Research;Chinese Academy of Sciences;
..............page:1761-1771
QSAR models and their corresponding toxicity mechanism for mixture toxicity of organic pollutants
WANG Ting;LIN Zhi Fen;TIAN Da Yong;WANG Da Li;KONG Ling Yun;QIU Yan Ling;State Key Laboratory of Pollution Control and Resource Reuse;Tongji University;Collaborative Innovation Center for Regional Environmental Quality;College of Chemical and Environmental Engineering;Anyang Institute of Technology;Shanghai Key Laboratory of Chemical Analysis;Risk Assessment and Control;Tongji University;
WANG Ting;LIN Zhi Fen;TIAN Da Yong;WANG Da Li;KONG Ling Yun;QIU Yan Ling;State Key Laboratory of Pollution Control and Resource Reuse;Tongji University;Collaborative Innovation Center for Regional Environmental Quality;College of Chemical and Environmental Engineering;Anyang Institute of Technology;Shanghai Key Laboratory of Chemical Analysis;Risk Assessment and Control;Tongji University;
..............page:1771-1780
The application of molecular dynamics simulations in mechanism of toxicity of organic contaminants
PAN Liu Meng;Lü Xuan;ZHUANG Shu Lin;Institute of Environmental Science;College of Environmental and Resource Sciences;Zhejiang University;Zhejiang Provincial Key Laboratory of Organic Pollution Process and Control;
PAN Liu Meng;Lü Xuan;ZHUANG Shu Lin;Institute of Environmental Science;College of Environmental and Resource Sciences;Zhejiang University;Zhejiang Provincial Key Laboratory of Organic Pollution Process and Control;
..............page:1781-1788
Critical body residue to fish of organic pollutants
TAI Hong Wei;WEN Yang;SU Li Min;ZHAO Yuan Hui;Key Laboratory of Wetland Ecology and Vegetation Restoration of National Environmental Protection;School of Environmental Sciences;Northeast Normal University;
TAI Hong Wei;WEN Yang;SU Li Min;ZHAO Yuan Hui;Key Laboratory of Wetland Ecology and Vegetation Restoration of National Environmental Protection;School of Environmental Sciences;Northeast Normal University;
..............page:1789-1795
Simulating adsorption of organic pollutants on N-doped single-walled carbon nanotubes in water
ZHANG Xin Yuan;XIE Hong Bin;WEI Xiao Xuan;CHEN Jing Wen;Key Laboratory of Industrial Ecology and Environmental Engineering;School of Environmental Science and Technology;Dalian University of Technology;
ZHANG Xin Yuan;XIE Hong Bin;WEI Xiao Xuan;CHEN Jing Wen;Key Laboratory of Industrial Ecology and Environmental Engineering;School of Environmental Science and Technology;Dalian University of Technology;
..............page:1796-1803
Molecular simulation and validation of the interaction between typical persistent organic pollutants and a tumor suppressor gene
WU Hui Feng;CAO Lu Lu;LI Fei;LI Xue Hua;ZHAO Jian Min;Key Laboratory of Coastal Zone Environmental Processes and Ecological Remediation;Yantai Institute of Coastal Zone Research;Chinese Academy of Sciences;University of Chinese Academy of Sciences;Key Laboratory of Industrial Ecology and Environmental Engineering of Ministry of Education;School of Environmental Science & Technology;Dalian University of Technology;
WU Hui Feng;CAO Lu Lu;LI Fei;LI Xue Hua;ZHAO Jian Min;Key Laboratory of Coastal Zone Environmental Processes and Ecological Remediation;Yantai Institute of Coastal Zone Research;Chinese Academy of Sciences;University of Chinese Academy of Sciences;Key Laboratory of Industrial Ecology and Environmental Engineering of Ministry of Education;School of Environmental Science & Technology;Dalian University of Technology;
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Prediction of mixture toxicity based on the binding modes of imidazolium-based ionic liquids to luciferase
CHEN Fu;LIU Shu Shen;YU Mo;LI Kai;Key Laboratory of Yangtze River Water Environment;Ministry of Education;College of Environmental Science and Engineering;Tongji University;
CHEN Fu;LIU Shu Shen;YU Mo;LI Kai;Key Laboratory of Yangtze River Water Environment;Ministry of Education;College of Environmental Science and Engineering;Tongji University;
..............page:1810-1819
Beijing radioactive ion facility and basic nuclear physics research prospects
GUO Bing;LIU Wei Ping;China Institute of Atomic Energy;
GUO Bing;LIU Wei Ping;China Institute of Atomic Energy;
..............page:1820-1827
guan yu 2014 nian du guo jia zi ran ke xue jiang yi deng jiang de ruo gan tao lun wang luo ji suan de mo shi ji ji chu li lun yan jiu
li jun qing ; zuo zuo ;
li jun qing ; zuo zuo ;
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An interdisciplinary approach to the heterogeneity of homosexuality and sexual orientation
SHEN Zheng;Department of Psychology;Peking University;Key Laboratory of Evidence Science of Ministry of Education;China University on Political Science and Law;
SHEN Zheng;Department of Psychology;Peking University;Key Laboratory of Evidence Science of Ministry of Education;China University on Political Science and Law;
..............page:1831-1840
Changes of electronic structure of ultra thin passivation layer on silicon surface caused by magnetron sputtering
GAO Ming;DU Hui Wei;YANG Jie;CHEN Shu Min;XU Jing;MA Zhong Quan;SHU-SOEN’s R&D Laboratory;Department of Physics;Shanghai University;Instrumental Analysis & Research Center;Shanghai University;
GAO Ming;DU Hui Wei;YANG Jie;CHEN Shu Min;XU Jing;MA Zhong Quan;SHU-SOEN’s R&D Laboratory;Department of Physics;Shanghai University;Instrumental Analysis & Research Center;Shanghai University;
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xin de simsu-pb zuo shi nian ling ji qi dui nan zuo bing qi shi dai de xian ding
liu peng ju ; li xian hua ; chen shou ming ; lan zhong wu ; yang ; shang xiao dong ; yin chong yu ;
liu peng ju ; li xian hua ; chen shou ming ; lan zhong wu ; yang ; shang xiao dong ; yin chong yu ;
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ji yu bing lei da tan ce de dong nan ji bing gai zhong shan zhan - kun lun zhan kao cha duan mian fu dong jie bing jie gou
tang xue yuan ; sun bo ; guo jing xue ; liu xiao jun ; cui xiang bin ; zhao bo ; chen zuo ;
tang xue yuan ; sun bo ; guo jing xue ; liu xiao jun ; cui xiang bin ; zhao bo ; chen zuo ;
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5m chi du shang jia juan lv de bian hua te zheng ji qi yu yun wei wu li liang zhi jian de guan xi
cheng mu ning ; lu chun song ; liu yan gang ;
cheng mu ning ; lu chun song ; liu yan gang ;
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gao ren rou xing dian zi zhi bei de xin tu jing
chen zhou ; song ji zhou ; chen wei qiu ;
chen zhou ; song ji zhou ; chen wei qiu ;
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mian xiang er wei ban dao ti dian xue te xing diao kong de que xian wu li ping jia xin fang fa
zhang dong mei ;
zhang dong mei ;
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e er ni nuo ji ben lei xing de xin jie shi
lian tao ;
lian tao ;
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