Four extraction methods, including a novel one, were compared for their efficiencies in producing DNA from three contrasting agricultural soils. Molecular analyses (PCR-denaturing gradient gel electrophoresis [DGGE] and clone libraries) focusing on different microbial groups were used as assessment criteria. Per soil, the DNA yields differed between extraction methods. Clear effects of method on apparent richness and community structure were found. Actinobacterial diversity based on soil DNA produced by two divergent methods revealed that a hitherto-undescribed group was obtained by the novel method
To evaluate the diversity of microorganisms in soil as an environmental index, direct extraction of ...
EASPEEcolDurGenoSolCT3For the last two decades, soil microbial diversity studies have been dependent...
The development of techniques in molecular biology has led to their application to microbial ecology...
Four extraction methods, including a novel one, were compared for their efficiencies in producing DN...
To evaluate whether different deoxyribonucleic acid (DNA) extraction procedures can affect estimates...
All molecular analyses of soil bacterial diversity are based on the extraction of a representative f...
International audienceThree soil DNA extraction procedures (homemade protocols and commercial kit) v...
During the last two decades, novel molecular and robust methods were developed that were well-suite...
Despite recent technological advances in molecular ecology, DNA extraction from soil remains a cruci...
Currently, characterization of soil microbial communities relies heavily on the use of molecular app...
Soil DNA extraction has become a critical step in describing microbial biodiversity. Historically, a...
Despite recent technological advances in molecular ecology, DNA extraction from soil remains a cruci...
Soil DNA extraction has become a critical step in describing microbial biodiversity. Historically, a...
International audienceDespite recent technological advances in molecular ecology, DNA extraction fro...
<div><p>Soil DNA extraction has become a critical step in describing microbial biodiversity. Histori...
To evaluate the diversity of microorganisms in soil as an environmental index, direct extraction of ...
EASPEEcolDurGenoSolCT3For the last two decades, soil microbial diversity studies have been dependent...
The development of techniques in molecular biology has led to their application to microbial ecology...
Four extraction methods, including a novel one, were compared for their efficiencies in producing DN...
To evaluate whether different deoxyribonucleic acid (DNA) extraction procedures can affect estimates...
All molecular analyses of soil bacterial diversity are based on the extraction of a representative f...
International audienceThree soil DNA extraction procedures (homemade protocols and commercial kit) v...
During the last two decades, novel molecular and robust methods were developed that were well-suite...
Despite recent technological advances in molecular ecology, DNA extraction from soil remains a cruci...
Currently, characterization of soil microbial communities relies heavily on the use of molecular app...
Soil DNA extraction has become a critical step in describing microbial biodiversity. Historically, a...
Despite recent technological advances in molecular ecology, DNA extraction from soil remains a cruci...
Soil DNA extraction has become a critical step in describing microbial biodiversity. Historically, a...
International audienceDespite recent technological advances in molecular ecology, DNA extraction fro...
<div><p>Soil DNA extraction has become a critical step in describing microbial biodiversity. Histori...
To evaluate the diversity of microorganisms in soil as an environmental index, direct extraction of ...
EASPEEcolDurGenoSolCT3For the last two decades, soil microbial diversity studies have been dependent...
The development of techniques in molecular biology has led to their application to microbial ecology...