The nitrification was studied in a contact bioreactor with synthetic medium as influent.
采用生物膜反应器作为生物硝化反应器,以无机盐培养液完成反应器的启动。
The group dismisses concerns that this could be dangerous, pointing out that despite E. coli's poor reputation, they use an altered form that cannot exist outside a rich synthetic medium.
研究团队反驳了对此可能产生危险的担忧。他们指出尽管大肠杆菌的声誉不好,但他们所使用的是离开了丰富的培养基即无法生存的变种大肠杆菌。
Conclusion the developed synthetic medium and purification procedure were feasible and provided an experimental basis for the preparation of tetravalent meningococcus polysaccharide vaccine.
结论所研制的综合培养基及多糖纯化的工艺具有较好的可行性,为四价脑膜炎球菌多糖疫苗的研制提供了试验基础。
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