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您的检索式：作者名="Changgui Sun"
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| 1 | Prevalence and drug resistance characteristics of carbapenem-resistant Enterobacteriaceae in Hangzhou, China显示文摘与在开发国家的抗菌剂代理人的滥用,增加 carbapenem 抵抗的 Enterobacteriaceae (CRE ) 的数字吸引了可观的公共担心。回顾的研究在东南中国在 Hangzhou,调查流行的中国和 CRE 的药抵抗特征从一所第三级的医院基于 242 CRE 紧张被进行。细菌的种类被识别。抗菌剂危险性被肉汤 microdilution 方法或 epsilometer 测试检验。抵抗 -lactamase 基因被聚合酶链反应识别并且定序。遗传型被种系发生的分析调查。Klebsiella pneumoniae 和 Escherichia coli 分别地是种类的最流行的类型,与在 71.9% 紧张和 21.9% 的出现。所有紧张展出了高抵抗(>70%) 对酮抗菌素, ciprofloxacin, trimethoprimsulfamethoxazole,和 nitrofurantoin 但是对 tigecycline (0.8%) 和 minocycline (8.3%) 的展出低抵抗。多于二种 -lactamase 基因怀有的 123 紧张的一个总数。 bla KPC-2 , bla SHV-11 , bla TEM-1 ,和 bla CTX-M-14 是占优势的遗传型与60.3%,61.6%,43.4%,和16.5%的察觉率,分别地,并且与在不同国家的参考序列是高度相同的,显示潜在的水平传播。IMP-4 是在这研究的最经常的班 B metallo-lactamases。在结论,连续监视和有效预防应该被强调减少 CRE 的传播。 | Yan Yang Jian Chen Di Lin Xujian Xu Jun Cheng Changgui Sun | 2018 | Frontiers of Medicine2018，12，2： | 8 |
| 2 | Vertical dominant migration channel and hydrocarbon migration in complex fault zone, Bohai Bay sag, China显示文摘The quantitatively/semi-quantitatively formation conditions of vertical dominant hydrocarbon migration pathways were analyzed based on the big data analysis of petroleum geological parameters of complex fault Zone zone in the central-south Bohai Bay. According to this condition, the vertical dominant migration pathway and its charge points/segments are searched through structural modeling assistant analysis in the East Sag of Huanghekou. Under the constraints of charge points/segments, numerical simulation of hydrocarbon charge and migration is carried out to successfully predict hydrocarbon migration pathways and hydrocarbon enrichment blocks in shallow layers of complex fault zone. The main results are as follows:(1) The hydrocarbon charge in shallow layers of the active fault zone is differential, the charge points/sections of vertical dominant migration pathways are the starting points of shallow hydrocarbon migration and are very important for the hydrocarbon migration and accumulation in the shallow layers.(2) Among the shallow faults, those cutting the deep transfer bins or deep major migration pathways, with fault throw of more than 80 m in the accumulation period and the juxtaposition thickness between fault and caprock of the deep layers of less than 400 m are likely to be vertical dominant migration pathways in the sag area.(3) By controlling the vertical dominant migration pathways and charging points/segments in carrier layer, Neo-tectonic movement caused the differential hydrocarbon accumulation in the complex fault zone. The research results are of great significance for the fine exploration of the complex fault zone. | XU Changgui PENG Jingsong WU Qingxun SUN Zhe YE Tao | 2019 | Petroleum Exploration and Development2019，46，4： | 0 |
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