The activity of plant and microbic phytases depending on the medium pH was studied. 研究了培养基依赖性植物和微生物肌醇六磷酸酶的活性。
In this paper, by researching into biogas ferment dynamics and microbic growing law, a mathematical model for biogas production has been established theoretically. 通过对沼气发酵动力学和微生物生长规律的研究,从理论上建立了沼气生产的数学模型。
On the fast detection of the carcinogenicity of fungus with microbic mutagenicity test 微生物诱变试验快速检测真菌致癌性的研究
The samples of obtained material underwent microbic growth on humus soil for 7~ 8 d, and the coverage of microorganism on sample surface was above 60%. 将所得材料试样在腐殖土上放置7~8d,试样表面微生物大量生长,菌覆盖率达60%以上。
The application of 16S rRNA in molecular classification, identification and molecular examination in marine microbic system 16SRRNA在海洋微生物系统分子分类鉴定及分子检测中的应用
The Prepartion of Immobilized Enzyme ( COD, CEH, POD) for Cliniced Diagnosis and Its Use in Biosensor of Microbic Bacteria 胆固醇氧化酶等的固定化酶制备及在微生物传感器中的应用
Conclusion Using microbic growth curve, we can not only observe the growth curve and types of bacteria cultivating but also improve its positive ratio. 结论:利用微生物生长曲线不仅可连续观察细菌生长分型,而且可明显提高细菌的培养阳性率。
The new technology of producing viral microbic insecticides 病毒微生物农药生产新工艺
Methyl mercaptan and hydrogen sulfide are the intermediate from the microbic metabolism of dimethylsulfide. The main reason resulting in inefficient microbiological deodorization of dimethylsulfide is the instability of the enzyme system participating in this metabolism. 甲硫醇和硫化氢是二甲基硫代谢的中间体,参与二甲基硫代谢的酶系统不稳定,是处理效果不佳的主要原因。
Clinical Value of Microbic Growth Curve in Bacteria Cultivating 细菌生长曲线在临床检测中的实际应用
The role of microbic in the circle of main organic detritus 微生物对水体中主要有机碎屑的循环作用
Study on the Rule of Microbic Growth and Decline in Shaoyang Daqu in the Cultural Process 邵阳大曲培养过程微生物的研究
Objective To study the clinical value of microbic growth curve in bacteria cultivating. 目的:探讨微生物生长曲线在细菌检测中的临床意义。
Plants frequently encounter stresses such as salinity, drought, heavy metal, radiation, low temperature, microbic infection; they adversely affect plant growth, development and productivity. 植物在生活史中常常遭受到各种逆境胁迫,如盐碱、干旱、重金属、低温、微生物侵染、紫外线等,严重影响了植物的生长、发育、繁殖。