而这3株菌株的混合菌株对石油烃的降解率达到了84.31%。
The biodegradable ratio of the mixed strains reaches to 84.31%.
以自行分离筛选的混合菌株作为除臭菌剂，进行鸡粪堆肥对比试验。
The mixed strains which were separated by ourselves were used as deodorizing microorganism for this experiment of chicken manure composting.
利用液化产物进行混合菌株发酵培养，其真蛋白含量可达到30.74%；
Pure protein by using utilizing the liquefaction products for ferment cultivation of the mixed strains, pure protein content could reach 30.74%;
混合菌株通过相互作用对原油成分的利用增强，更加适宜在污染环境中生长。
Relative wide range of substrate utilization makes mixed bacteria be more suitable for extensively using in bio-restoration of oil-polluted environment.
实验结果表明，单一菌株对原油和COD具有很好的去除效果，混合菌株对原油和COD去除效果更加显著。
The degradation rate of the crude oil and the removal of the COD of the single and mixed strains were studied.
发现它们具有流行猪流感的基因，再加上原来混合进去的形成流感两个菌株的基因。
It contains a gene from the pandemic swine flu, plus genes from the two strains that originally mixed to create the pandemic flu.
据说，前苏联将马尔堡菌株与一种空投粉末进行了混合，这样人只要吸入这种粉末一颗微粒就会死亡。
The former Soviet Union is thought to have weaponised a strain of Marburg into an airborne powder: a single particle in the lungs could kill.
该菌株含带有若干抗生素的耐药基因，似乎是2种大肠杆菌的混合体。
The strain appeared to be a combination of 2 types of E. coli.
不同菌株与菌株CD4混合培养表明，菌株组合BP2+CD4混合培养可以有效去除出水中酸溶木质素含量。
The study of different strains cultured with strain CD4 showed that the mixed culture of strain BP2 and strain CD4 removed the acid-soluble lignin of the filtrate effectively.
通过色谱-质谱联用分析了菌株a - 1, E - 2及三种不同菌株混合后，对原油组分变化的影响。
According to the result of GC-MS analysis, A-1, E-2 and mixed bacteria made the composition of crude oil changed obviously.
利用这四种菌构建高效混合菌群，筛选出最优混合菌G8，对石油的去除率达到68.76%，比单菌株提高了近30%。
The optimal mixed strains G8 was selected and its oil removal ratio is 68.76%, nearly 30% higher than the single strains.
利用这四种菌构建高效混合菌群，筛选出最优混合菌G8，对石油的去除率达到68.76%，比单菌株提高了近30%。
The optimal mixed strains G8 was selected and its oil removal ratio is 68.76%, nearly 30% higher than the single strains.
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