CAJ | 학술논문

采用兼性厌氧法筛选出一高效降解纤维素的复合微生物菌群,提取不同培养时间条件下降解菌体系的总DNA,并以其为模板采用PCR-DGGE技术研究了在纤维素降解过程中微生物群落的组成,结果表明,随着培养时间的不同,微生物的群落结构表现出差异.
채용겸성염양법사선출일고효강해섬유소적복합미생물균군,제취불동배양시간조건하강해균체계적총DNA,병이기위모판채용PCR-DGGE기술연구료재섬유소강해과정중미생물군락적조성,결과표명,수착배양시간적불동,미생물적군락결구표현출차이.
A highly effective complex microbial community in cellulose degradation was selected and obtained through afacultative anaerobic. The bacterial DNA was extracted under different cultivation time conditions, and the composition of microbial community in cellulose degradation was studied by PCR-DGGE technology based on the above module.The results showed that there were different structures of microbial community with changing cultivation time.