A protocol was devised which permitted the extraction of DNA from deep marine sediments up to 503 m below the sea floor. These sediments have been laid down over the last 3 million years. 16S rRNA gene sequences were amplified from the DNA by the polymerase chain reaction. The details of the successful extraction and polymerase chain reaction methodology varied between samples from different depths. This emphasizes the attention to detail required to allow the diversity of bacteria in these deep sediments to be studied
Bacterial diversity in a deep-sea sediment was investigated by constructing actinobacterium-specific...
The development of techniques in molecular biology has led to their application to microbial ecology...
International audienceDespite representing one of the largest biomes on earth, biodiversity of the d...
A protocol was devised which permitted the extraction of DNA from deep marine sediments up to 503 m ...
A rapid and effective method for the direct extraction of high molecular weight amplifiable DNA from...
The diversity of bacterial communities in deep marine sediments, up to 503 metres below the sea floo...
Phylogenetic analysis of 16S rRNA gene sequences from deep marine sediments identified a deeply bran...
International audienceNext-generation sequencing (NGS) opens up exciting possibilities for improving...
Bacterial diversity in a deep-sea sediment was investigated by constructing actinobacterium-specific...
High-throughput DNA sequencing technologies are increasingly used for the metagenomic characterizati...
Deeply buried marine sediments harbour a large fraction of all prokaryotes on Earth but it is still ...
To evaluate whether different deoxyribonucleic acid (DNA) extraction procedures can affect estimates...
International audienceDeep-sea subsurface sediments are the most important archives of marine biodiv...
A method for the indirect (cell extraction followed by nucleic acid extraction) isolation of bacteri...
Human impact on marine benthic communities has traditionally been assessed using visible morphologic...
Bacterial diversity in a deep-sea sediment was investigated by constructing actinobacterium-specific...
The development of techniques in molecular biology has led to their application to microbial ecology...
International audienceDespite representing one of the largest biomes on earth, biodiversity of the d...
A protocol was devised which permitted the extraction of DNA from deep marine sediments up to 503 m ...
A rapid and effective method for the direct extraction of high molecular weight amplifiable DNA from...
The diversity of bacterial communities in deep marine sediments, up to 503 metres below the sea floo...
Phylogenetic analysis of 16S rRNA gene sequences from deep marine sediments identified a deeply bran...
International audienceNext-generation sequencing (NGS) opens up exciting possibilities for improving...
Bacterial diversity in a deep-sea sediment was investigated by constructing actinobacterium-specific...
High-throughput DNA sequencing technologies are increasingly used for the metagenomic characterizati...
Deeply buried marine sediments harbour a large fraction of all prokaryotes on Earth but it is still ...
To evaluate whether different deoxyribonucleic acid (DNA) extraction procedures can affect estimates...
International audienceDeep-sea subsurface sediments are the most important archives of marine biodiv...
A method for the indirect (cell extraction followed by nucleic acid extraction) isolation of bacteri...
Human impact on marine benthic communities has traditionally been assessed using visible morphologic...
Bacterial diversity in a deep-sea sediment was investigated by constructing actinobacterium-specific...
The development of techniques in molecular biology has led to their application to microbial ecology...
International audienceDespite representing one of the largest biomes on earth, biodiversity of the d...