sulfur bacteria

1. We are hopeful that by targeting sulfur compounds we can stop the bacteria from establishing a foothold in the intestine.
   我们希望通过靶向含硫化合物，我们能阻止这种细菌在肠里建立根据地。
2. Effects of concentration of solids in liquid manure and amount of mixed sulfur bacteria liquid inoculated on bioleaching of heavy metals from pig manure were studied.
   研究了粪液固体浓度和硫细菌混合菌液接种量对猪粪中重金属生物沥浸的影响。
3. Without oxygen to help wear down the continents, sulfur minerals stay locked in the rocks and unavailable to hungry bacteria.
   由于没有氧气可使陆地分解，因此含硫矿物便封存在岩石中，饥饿的细菌也就没东西可吃了。
4. Sulfur bacteria Filamentous autotrophic chemosynthetic bacteria that derive energy by oxidizing sulfides to elemental sulfur and build up carbohydrates form carbon dioxide.
   是通过将硫化物氧化为单体硫获得能量，可将二氧化碳固定为碳水化合物的丝状化能自养细菌。
5. The culturing and training process of desulfurization sulfur bacteria, operation condition and main affected factors were discussed through the removal H_ ( 2) S in the biological filtration tower research.
   通过生物滤塔去除恶臭气体H2S的研究，探讨了脱硫细菌的培养、驯化和净化的过程，研究了系统运行的条件和主要影响因素。
6. Removal of Sulfide Produced by Sulfate-reducing Bacteria from Wastewater and Conversion to Elementary Sulfur by Colorless Sulfur Bacteria
   利用无色硫细菌氧化废水中硫化物的研究无色硫细菌氧化SRB还原硫酸盐产物硫化氢生成单质硫
7. Its sulfur source is hydrogen-sulfide sulfur which are formed by the bacteria reducing sulfate in the sea.
   硫源为细菌还原海水硫酸盐而生成的硫化氢硫。
8. The bactericides which contain copper, sulfur or carbamide and heavy-metal salts, chloroform and ethyl ether could destroy the activity of the bacteria.
   凡是含有铜类、硫类和脲类的杀菌剂以及重金属盐类、氯仿和乙醚都具有破坏INA细菌成冰活性的作用。
9. The lighter sulfur isotope indicates that the main sulfur source in high-sulfur coal is from sulfate reduced by bacteria in seawater.
   黄铁矿和有机硫同位素都比较轻，表明高硫煤中硫的来源主要是海水中细菌还原的硫酸盐。
10. This reveals that volatile sulfur compounds from bacteria metabolism may restrain the raise of IL-8 level in GCF.
    龈沟液中细菌代谢产物所产生的硫化物对IL-8的含量存在一定抑制作用。
11. Study on Treatment of Brewery Wastewater with Purple Non-sulfur Bacteria
    紫色非硫细菌的培养及处理酿酒废水的研究
12. A strain of anaerobic purple sulfur bacteria was isolated in pure culture from the backwater and sludge of the Fu-nan-he river.
    从河道滞水和淤泥中分离出一株光合硫氧化细菌的纯培养物。
13. The paper focused on the selection and growth characteristic study of the sulfate-converting bacteria that include the sulfate-reducing bacteria and sulfur oxidizing bacteria.
    而本文重点在于硫酸盐转化菌（包括硫酸盐还原菌SRB与硫氧化菌）的分离纯化，并对SRB的生物学特性进行了详尽的研究。
14. In order to remove heavy metals in sludge through microbial leaching of sulfur bacilli, the municipal sludge, taken from Guilin Sewage Treatment Plant, was used as cultivating medium and reductive sulfur as growing substrate for bacteria metabolism.
    本研究以桂林城市污泥作为培养介质，利用以还原硫作为生长基质进行生命活动的氧化硫硫杆菌来沥滤去除污泥中重金属。
15. This paper introduced emphatically the mechanism of desulfurization by using photosynthetic bacteria and colourless sulfur bacteria and the influencing factors.
    该文着重介绍了光合细菌和无色硫细菌的脱硫机理及其影响因素。
16. Isolation and identification of a photosyntheticsulfide ─ utilizing purple sulfur bacteria
    一株可利用硫化物的紫色硫细菌的分离与鉴定
17. In order to solve the problem that high concentration of heavy metals in wastewater sludge limit the application of the sludge on agricultural land, an experiment for metals bioleaching by indigenous sulfur oxidizing bacteria present in sludge was conducted and evaluated.
    为解决污泥农用的主要障碍之一&污泥中重金属含量超标的问题，采用生物法对污泥中的重金属沥滤进行了研究。
18. Isolation and characterization of moderately thermophilic sulfur& oxidizing bacteria
    中度嗜热硫氧化细菌的分离及其特性
19. Progress in Elimination of Elemental Sulfur by the Acidophilic Sulfur-oxidizing Bacteria
    嗜酸硫氧化细菌消解元素硫的研究进展
20. The spent dye bath of active Bright Red X-3B was treated by using aggregation and cross linkage immobilized purple non-sulfur photosynthetic bacteria ( PSBs).
    采用聚集－交联法固定化紫色非硫光合细菌用于处理活性艳红X－3B染液。
21. The inocula of mixed sulfur bacteria inoculums obviously promoted the bioleaching of Cu, Pb and Zn from sludge and shortened bioleaching running time.
    投加混合硫细菌接种液可明显促进污泥中Cu、Pb和Zn的沥滤，缩短沥滤周期；
22. Reductive Degradation of Organic Sulfur Compounds in Fossil Fuels by Anaerobic Bacteria
    厌氧菌对化石燃料中有机硫的还原降解
23. So from that point of ecology, anaerobic digestion bacteria on the growth of non-purple sulfur bacteria have great role in promoting and supporting.
    由此从生态学角度证实，厌氧发酵细菌对紫色非硫细菌的生长有很大的促进和支持作用。
24. Hydrogen production and ecology of R. palustris and non-purple sulfur bacteria mixed culture.
    沼泽红假单孢菌与同类细菌混合培养产氢及生态学研究。
25. Unlike chemical oxidation, the oxidation rate of sulfur is faster than that of arsenic with the presence of bacteria.
    和化学氧化相比，在微生物作用下，毒砂中S的氧化速率大于As。
26. All the data indicated that there were synergetic interactions between iron and sulfur oxidizing bacteria under the stress of nickle ion.
    综上所述，在镍离子胁迫下，硫氧化细菌和铁氧化细菌之间存在协同作用。
27. Firstly, different training programs in microbial sulfur bacteria culture are comparatively analysed to determine suitable training program of sulfur bacteria.
    首先采用不同的微生物培养方案进行硫细菌培养，通过比较分析确定出合适的硫细菌培养方案。
28. Metabolism of sulfur compounds which yield H2S, nitrate reduction and degradation of organic phosphorus compounds are key members of the Vibrio bacteria.
    其中代谢硫化合物产H2S、还原硝酸盐和降解有机磷化合物的主要成员是Vibrio属的细菌。

noun

1. any bacterium of the genus Thiobacillus

   Synonym:    thiobacteriasulphur bacteria