• The main phenol-degrading bacteria were Bacillus and Pseudomona.

    芽孢杆菌假单胞属是降解苯酚主要细菌。

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  • The study contents include :1. Screening of petroleum-degrading bacteria.

    不同组分石油烃降解筛选

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  • Recent advances in azo-dye-degrading bacteria and azo reductase were reviewed.

    综述了目前降解氮染料的细菌以及还原酶的研究进展。

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  • Cano went back to his lab and pursued other research, like testing petroleum-degrading bacteria in sand dunes.

    卡诺只得回到实验室继续其他研究比如测试沙丘中的石油降解细菌

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  • These results indicated that degradative and transposable genes of the naphthalene-degrading bacteria are highly conserved.

    这些结果表明萘降解细菌降解基因转座基因具有高度的保守性。

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  • The result indicated that TOC did not accumulate and the de-grading effection of bio-degrading bacteria was prominent(P<0.001);

    结果显示,有机碳出现积累,对照组处理差异显著(P<0.001) ,有机降解降解有机碳效果显著;

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  • In order to effectively biodegrade lignin, lignin-degrading bacteria screening and fiber material treatment with cellulase were conducted.

    高效降解木质素为指标,进行木质素降解筛选纤维素处理纤维材料的研究。

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  • Conclusion Cellulose-degrading bacteria can be isolated from decayed leaves, surface soil and polluted water bodies under room temperature.

    结论腐烂的树叶、腐烂树叶下的表层土壤污染水体中均分离出常温下具有纤维素酶活性的菌株

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  • It promoted petroleum hydrocarbon biodegradation process by the addition of highly efficient petroleum degrading bacteria and its nutrients.

    接种驯化培养高效石油降解添加生长所需的营养盐,能极大地促进了石油降解

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  • A good feeding effect was obtained when the inoculated dairy heifers with Weizhou DHP-degrading bacteria were fed with Leucaena Leucocephala.

    洲DHP -降解细菌脱毒银合欢枝叶饲养乳牛取得良好的饲养效果

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  • Experiments on degradation of phenanthrene by two species of petroleum-degrading bacteria and the change of dioxygenase activities were carried out.

    液体培养基中选用石油降解细菌进行降解实验,研究了菲降解率双加氧酶活力变化

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  • During continuously culturing and adding high efficient oil degrading bacteria, the main nutrients affecting bacteria growth include carbon resource and vitamin.

    高效原油降解连续培养投过程中,影响细菌生长营养要素包括维生素。

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  • The present study compared the isolation of phenanthrene-degrading bacteria from mangrove sediment by traditional, immobilized and pasteurized enrichment methods.

    研究探讨了普通富集法,固定化富集法以及巴斯德消毒后富集法三种途径相同红树林土壤中分离菲降解差异。

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  • We use traditional enrichment, screening, purification methods to select 10 degrading bacteria of 8 kinds of phenolic compounds from a soil sample polluted by phenol wastewater.

    研究利用传统富集筛选纯化方法受含废水污染土壤中筛选出8化合物10株降解

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  • Objective: Screening of high efficient aniline-degrading bacteria and to study their degradation properties can provide basis for the use of microorganisms to carry out environmental restoration.

    目的筛选高效苯胺降解研究降解特性利用微生物进行苯胺环境污染物修复奠定基础。

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  • This needs these bacteria having strong ability in degrading phenol, and can more easily adapt to change of impact load, so that improving efficiency of degrading phenol.

    就需要这些菌种较强降解能力好的适应冲击负荷变化提高降酚的效率

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  • For screening high effective oil degrading microorganisms arachis hypogaea has been adopted as carbon source and a dominant bacteria is selected by determining OD value.

    确定其最佳生长环境条件的基础上,分别以花生油、餐厅污水一种含有油脂的膜为对象污染物,进行了优势降解试验。

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  • The selected bacteria species used for Kara-may Heavy Oil are introduced with living environment and effects of degrading and emulsifying on heavy oil.

    通过菌种筛选,培养出了适合克拉玛依稠油菌种,考察了菌种的生存条件以及菌种稠油的降解乳化作用。

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  • The invention also discloses a method for culturing bacteria with denitrification biological activity and application thereof in degrading nitrogen in a water body.

    发明公开了该具有脱氮生物学活性细菌培养方法及其降解水体氮素中的应用

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  • And compared to the free bacteria, after degrading its content of oil are relatively lower.

    而且游离石油降解相比,固定化石油降解菌降解的石油各组分相对要低。

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  • Mixed bacteria could degrade poly (vinyl alcohol) (PVA) completely and produce extracellular PVA-degrading enzyme.

    混合完全降解pva,并产生胞外pva降解

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  • The degrading ability to hydrophobic organic compound and adaptability to acid and dry conditions of fungi are higher than those of bacteria.

    对于疏水性有机物质真菌具有更高处理效率,而且真菌对环境适应性细菌强。

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  • Novel Method to Evaluate the Biodegradability of Biodegradable Materials by a Group of Mixed Degrading-bacteria, Nankai University, Cunjiang Song.

    利用混合降解评价生物降解材料生物降解性,天津南开大学宋存江

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  • Novel Method to Evaluate the Biodegradability of Biodegradable Materials by a Group of Mixed Degrading-bacteria, Nankai University, Cunjiang Song.

    利用混合降解评价生物降解材料生物降解性,天津南开大学宋存江

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