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大曲真核微生物群落PCR-DGGE电泳条件优化
引用本文:罗惠波,侯海波,黄治国,卫春会,叶光斌.大曲真核微生物群落PCR-DGGE电泳条件优化[J].四川理工学院学报(自然科学版),2011,24(5):515-518.
作者姓名:罗惠波  侯海波  黄治国  卫春会  叶光斌
作者单位:四川理工学院酿酒生物技术及应用四川省重点实验室,四川自贡,643000
基金项目:四川省科技厅应用基础项目,四川省教育厅重大培育项目,四川理工学院引进人才项目
摘    要:试验将DGGE方法应用于大曲真核微生物的研究,并对其电泳条件进行优化;对大曲真核微生物的18S rDNA优化出的DGGE电泳条件为:胶浓度8%,变性范围40%~70%,电压条件先采用200 V、4 min,再采用130 V、14 h,获得的DGGE图谱具有较好的分离效果。

关 键 词:大曲  真核微生物  PCR-DGGE

Optimization of PCR-DGGE Electrophoresis Conditions of Eucaryotic Microorganisms Community in Daqu
LUO Hui-bo,HOU Hai-bo,HUANG Zhi-guo,WEI Chun-hui,YE Guang-bin.Optimization of PCR-DGGE Electrophoresis Conditions of Eucaryotic Microorganisms Community in Daqu[J].Journal of Sichuan University of Science & Engineering:Natural Science Editton,2011,24(5):515-518.
Authors:LUO Hui-bo  HOU Hai-bo  HUANG Zhi-guo  WEI Chun-hui  YE Guang-bin
Institution:(Liquor-making Biotechno logy & Application key Laboratory of Sichuan province,Sichuan University ofScience & Engineering,Zigong 643000,China)
Abstract:DGGE was applied to eukaryotic microbes community of Daqu in the experiment.DGGE electrophoresis conditions for 18S rDNA of eukaryotic microbes were optimized as follows: Gel concentration was 8%,denatured range was between 40% ~ 70%,electrophoresis ran 4 minutes at first as the voltage was 200V and then ran for 14 hours as the voltage was 130V.Under these conditions,satisfactory separation results could be achieved by electrophoresis.
Keywords:Daqu  eukaryotic microbes  PCR-DGGE
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