Researchers have actually developed a cutting-edge technique to connect genes with the activity of anaerobic microorganisms, revealing key insights into microbial neighborhoods deep below Earths surface. It leverages recent advances in single-cell genetic sequencing with an imaginative technique applying circulation cytometry to estimate the rates of procedures, such as respiration, occurring within those cells.Flow cytometry, an approach for examining private ecological microorganisms that was adapted at Bigelow Laboratory from the biomedical sciences, permitted the researchers to quickly arrange out living microbes in the aquifer water samples. Those microorganisms were stained with a specifically created compound that lights up under the flow cytometry laser when specific chemical responses are happening within the cell. The overall activity rates the team measured were low compared to the seawater samples from the previous study, but there were large differences in between how active specific microbes were.The research study team is now working to use their technique to measure other anaerobic reactions, such as nitrate reduction, and to brand-new environments, consisting of sediments along Maines coast.
Scientists have established a cutting-edge technique to connect genes with the activity of anaerobic microorganisms, revealing crucial insights into microbial communities deep listed below Earths surface area. It leverages recent advances in single-cell hereditary sequencing with an innovative approach applying flow cytometry to estimate the rates of processes, such as respiration, occurring within those cells.Flow cytometry, a method for analyzing specific ecological microbes that was adapted at Bigelow Laboratory from the biomedical sciences, enabled the researchers to rapidly arrange out living microbes in the aquifer water samples. Those microorganisms were stained with a specially developed compound that lights up under the flow cytometry laser when certain chemical responses are occurring within the cell.
