| 1. | Variations of vibrios and heterotrophic bacteria in the caged - culture waters in daya bay
大亚湾网箱养殖区异养细菌和弧菌的数量动态 |
| 2. | Testing methods for standard plate counts of heterotrophic bacteria in industrial water and wastewater
工业用水和废水中异养细菌的标准细菌殖数的测试方法 |
| 3. | Testing methods for detection and enumeration of heterotrophic bacteria in industrial water and wastewater
工业用水和废水中异养细菌检测和计数的试验方法 |
| 4. | The composition and quantity of heterotrophic bacteria in slime biofilms formed on the surfaces of several substrates in the marine water
几种浸海工程用材料表面生物粘膜中异养细菌的演化 |
| 5. | They act as electron - transport agents and play an important role in the electron - transport chains of respiration , photosynthesis , and the microsomal system responsible for the desaturation of fatty acids in heterotrophic bacteria
它们作为电子传递物在呼吸电子迁移链、光合作用及微粒体系统中起重要作用，它还负责异养细菌中脂肪酸的去饱和作用。 |
| 6. | It was showed that carbon source bacteria could absorb was a more important factor than ( nh4 ) 2so4 and kh2po4 ; and higher ph , rich biomass of phytoplanktons and zooplanktons in water body also restrained the growth of heterotrophic bacteria
结果表明生物可利用的有机碳是主要的限制性营养因子，而氮源和磷源的影响较小；湖水的高ph以及丰富的藻类和浮游动物生物量也制约了异养细菌的生长。 |
| 7. | Because there are a great quantity ' s heterotrophic bacteria in the breeding pool , which will have the repulsion action to the insufficient quantity ' s nitrifier and prevent the nitrification , the situation will bring the accumulating of nitrite which is the middle substance of nitrification in water , the long term accumulated nitrite can debase fish and shrimp ' s disease - resistant and decrease the growth and even die
由于养殖池中存在大量的异养菌，受到异养性细菌排斥，本身无足够数量的硝化菌，硝化作用往往受阻，结果就会引起硝化作用的中间产物亚硝酸盐在水体内的累积、亚硝酸盐长期蓄积会使鱼虾等抗病力降低、生长受阻、严重者中毒死亡。 |
| 8. | We investigated the distribution of the heterotrophic bacteria with the epifluorescence microscope and measured the bacterial production with the tritiated tymicline incorporation method , and we investigated the correlation between the heterotrophic bacteria and chlorophyll , inorganic nitrogen also . there was distinct spatial distribution of the bacterial biomass in the east china sea and the yellow sea during fall and spring
本文利用表面荧光显微镜观测计数法和[甲基- 3h ]胸腺嘧啶示踪法对春秋两季节我国黄、东海异养细菌生态分布及其生产力状况，以及异养细菌及其生产力与浮游植物叶绿素、无机氮盐之间的关系进行了研究。 |
