Typical variable analysis further revealed that the kind and amount of carbon source used by different herbage rhizosphere microbial community varied markedly.
典型变量分析揭示了不同牧草根际微生物群落利用碳源种类和数量存在明显差异。
It was indicated that soil microbial community composition changed significantly under straw application and earthworm activities using BIOLOG carbon utilization analysis.
BIOLOG碳源利用分析结果表明在秸秆施用下接种蚯蚓后土壤的微生物群落组成发生明显变化。
Themodel of microbial viscosity reduction is established and the sensitivity analysis about parameters is carried.
建立了微生物降粘模型，并进行了参数敏感性分析。
Conclusion This method has a good repeatability with high accuracy. It provides a rapid analysis for studies on the variety and changing tendency of organic acids in microbial synthesis.
结论此方法重现性好，精密度高，为研究微生物合成中有机酸种类及变化趋势提供了一种可供参考的快捷分析手段。
It is a database for comparative analysis of completely sequenced microbial genomes, the number of which is now growing rapidly.
它是对已完成恻序的微生物基因组进行对比分析的一个数据库，其数量增长非常迅速。
Principal component analysis and stepwise regression were employed to characterize availability of heavy metals, microbial responses and their effect factors in the studied soil.
利用主成分和逐步回归分析了影响土壤重金属的有效性及其微生物学效应的因素。
On basis of this research we try to make the qualitative analysis of the selection of the filter medium to be used to remove the microbial particles in air.
在此基础上，就如何选择专门用于滤除空气中生物粒子的滤材进行了定性的分析。
Cluster analysis of DGGE by UPGMA and NMDS analysis suggested that microbial structures in two reactors did not evolve in the same direction obviously although they worked in the same system.
UPGMA聚类分析和NMDS散点分析表明，水解、好氧反应器内的微生物并没有因为同处一个系统内而使得其菌群落结构产生明显的趋同倾向。
Methods: a retrospective study method, 308 cases of adverse reactions of anti-microbial drugs case report for statistical analysis.
方法：采用回顾性研究方法，对308例抗微生物药不良反应病例报告进行统计分析。
Classification of novel isolates, analysis of microbial population, and study of metagenomics with the support of bioinformatics from variant environments.
在各种生态环境中筛选微生物新种，监测微生物群落结构，并结合生物信息学进行微生物元基因组研究。
Classification of novel isolates, analysis of microbial population, and study of metagenomics with the support of bioinformatics from variant environments.
在各种生态环境中筛选微生物新种，监测微生物群落结构，并结合生物信息学进行微生物元基因组研究。
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