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National Repository of Grey Literature 2 records found  Search took 0.05 seconds. 
The use of magnetic microparticles for bacterial DNA isolation
 Hrudíková, Radka ; Horák, Daniel (referee) ; Španová, Alena (advisor)
The aim of the work was testing of two types of magnetic mikrosheres functionalised with –COOH groups for the isolation of bacterial DNA. Isolation of DNA was carried out from crude lysates of cells prepared from pure culture of Lactobacillus paracassei RL-10 in the presence of binding buffer with 2 M NaCl and 16% PEG 6000. The influence of RNA degradation by enzyme RNase A on the amount of isolated DNA was investigated. It was estimated that RNA degradation affects the amount of DNA isolated. The amount of DNA depended on the type of microparticles. Higher amounts of DNA were isolated using particles with higher content of carboxyl groups. DNA applicable in PCR was isolated using both types of microsheres. In next part of the work, microparticles functionalised with –NH2 groups were used to DNA isolation using electrostatic forces. It was shown that buffer with lower pH is suitable for DNA adsorption onto magnetic microparticles.
Detailed record
The use of magnetic microparticles for bacterial DNA isolation
 Hrudíková, Radka ; Horák, Daniel (referee) ; Španová, Alena (advisor)
The aim of the work was testing of two types of magnetic mikrosheres functionalised with –COOH groups for the isolation of bacterial DNA. Isolation of DNA was carried out from crude lysates of cells prepared from pure culture of Lactobacillus paracassei RL-10 in the presence of binding buffer with 2 M NaCl and 16% PEG 6000. The influence of RNA degradation by enzyme RNase A on the amount of isolated DNA was investigated. It was estimated that RNA degradation affects the amount of DNA isolated. The amount of DNA depended on the type of microparticles. Higher amounts of DNA were isolated using particles with higher content of carboxyl groups. DNA applicable in PCR was isolated using both types of microsheres. In next part of the work, microparticles functionalised with –NH2 groups were used to DNA isolation using electrostatic forces. It was shown that buffer with lower pH is suitable for DNA adsorption onto magnetic microparticles.
Detailed record

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