新闻：肠道致病菌菌有助于寿司的消化。
印度和孟加拉国的河道系统布满肠道致病菌。
The river systems of India and Bangladesh are rife with diarrhoeal disease.
目的快速、准确地检测水中存在的肠道致病菌。
Objective To detect the intestinal pathogenic bacteria quickly and accurately from water.
结论：弧菌科的细菌已成为当地重要的肠道致病菌。
Conclusion: The bacteria of vibrio family are main pathogens of intestinal diseases.
目的研制靛基质纸条和ONPG圆片用于肠道致病菌的检验。
Objective To develop the indole slip and ONPG disc for pathogenic bacteria of intestinal tract test.
它在皮肤上能够快速形成抑菌保护生物膜，有效抑制肠道致病菌、化脓性球菌、致病性酵母菌。
It can rapidly form biological protective membrane on skin to inhibit bacteria, and effectively suppress pathogenic bacteria in intestinal tract, pyogenic coccus, and pathogenic yeast fungus.
目的监测北京地区肠道致病菌的组成及耐药状况，为本地区的流行病学研究及临床合理用药提供依据。
Objective to monitor the distribution and resistance of enteric pathogenic bacteria in Beijing area to offer the data for guiding epidemiologic study and clinical treatment.
目的监测北京地区肠道致病菌的组成及耐药状况，为本地区的流行病学研究及临床合理用药提供依据。
To monitor the distribution and resistance of enteric pathogenic bacteria in Beijing to offer the data for guiding epidemiological study and clinical treatment.
目的监测北京部分地区肠道致病菌的组成及耐药状况，为本地区的流行病学研究及临床合理用药提供依据。
Objective to monitor the distribution and drug resistance of enteric pathogenic bacteria in some areas of Beijing to offer the basis for guiding epidemiologic study and clinical treatment.
结果表明，26.5％（71/268）的猕猴带有肠道致病菌，其中36％的带菌动物在一个月内发生胰泻。
Results indicated that, 26. 5% (71/268)of monkeys carried on enteropathogens, and about 36% of pathogen carrier had diarrhea in one month.
动物的肠道是一个复杂的微生物生态系统，由各种微生物组成，包括致病菌。
The animal's intestine is a complex ecosystem inhabited by microorganisms, including pathogenic bacteria.
这一微生态系统与人体固有的肠道屏障系统相互协调、相互作用，保护人体肠道免于致病菌的侵袭。
The micro-ecosystem is able to protect intestinal mucosa against the invasion of pathogen both by itself and by synergies between it and human inherent intestinal barrier.
这一微生态系统与人体固有的肠道屏障系统相互协调、相互作用，保护人体肠道免于致病菌的侵袭。
The micro-ecosystem is able to protect intestinal mucosa against the invasion of pathogen both by itself and by synergies between it and human inherent intestinal barrier.
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