Many strategies have been used to increase the number of bacterial cells that can be grown from environmental samples but cultivation efficiency remains a challenge for microbial ecologists. The difficulty of cultivating a fraction of bacteria in environmental samples can be classified into two non-exclusive categories. Bacterial taxa with no cultivated representatives for which appropriate laboratory conditions necessary for growth are yet to be identified. The other class is cells in a non-dividing state (also known as dormant or viable but not culturable cells) that require the removal or addition of certain factors to re-initiate growth. A number of strategies, from simple to high throughput techniques, are reviewed that have been used ...
Recent advances in genomic analysis have enabled an explosion in microbiomics, leading to new insigh...
Most of the microbes from natural habitats cannot be cultivated with standard cultivation in laborat...
Most of the microbes from natural habitats cannot be cultivated with standard cultivation in laborat...
Soil microbiota are considered a source of undiscovered bioactive compounds, yet cultivation of most...
Soil microbiota are considered a source of undiscovered bioactive compounds, yet cultivation of most...
ABSTRACT The diversity of micro-organisms like bacteria is poorly studied and categorized. Preservin...
Rare bacterial species have recently attracted interest due to their many potential beneficial funct...
Environmental biotechnology offers several promising techniques for the rehabilitation of polluted e...
Traditional microbiological methods of cultivation recover less than 1% of the total bacterial speci...
Despite the surge of microbial genome data, experimental testing is important to confirm inferences ...
Culturing has been the cornerstone of microbiology since Robert Koch first successfully cultured bac...
Any talk of the demise of in vitro cultivation as a useful mechanism for revealing many of nature’s ...
Bacterial growth is often difficult to estimate beyond classical cultivation approaches. Low cell nu...
The original publication is available at www.springerlink.comInternational audienceSince the inventi...
Recent advances in genomic analysis have enabled an explosion in microbiomics, leading to new insigh...
Most of the microbes from natural habitats cannot be cultivated with standard cultivation in laborat...
Most of the microbes from natural habitats cannot be cultivated with standard cultivation in laborat...
Soil microbiota are considered a source of undiscovered bioactive compounds, yet cultivation of most...
Soil microbiota are considered a source of undiscovered bioactive compounds, yet cultivation of most...
ABSTRACT The diversity of micro-organisms like bacteria is poorly studied and categorized. Preservin...
Rare bacterial species have recently attracted interest due to their many potential beneficial funct...
Environmental biotechnology offers several promising techniques for the rehabilitation of polluted e...
Traditional microbiological methods of cultivation recover less than 1% of the total bacterial speci...
Despite the surge of microbial genome data, experimental testing is important to confirm inferences ...
Culturing has been the cornerstone of microbiology since Robert Koch first successfully cultured bac...
Any talk of the demise of in vitro cultivation as a useful mechanism for revealing many of nature’s ...
Bacterial growth is often difficult to estimate beyond classical cultivation approaches. Low cell nu...
The original publication is available at www.springerlink.comInternational audienceSince the inventi...
Recent advances in genomic analysis have enabled an explosion in microbiomics, leading to new insigh...
Most of the microbes from natural habitats cannot be cultivated with standard cultivation in laborat...
Most of the microbes from natural habitats cannot be cultivated with standard cultivation in laborat...