Sentence examples for based on a microbial from inspiring English sources

To investigate into the potential applications of cell-based biosensors, we describe an electrochemical system based on a microbial biosensor using an Escherichia coli K-12 derivative as a primary transducer to detect biologically active agents.

When sequences from Octopus hot spring were analyzed by GSPC based on a microbial database, most were predicted to have archaeal hosts.

When comparing GSPC based on a microbial database using either criterion, both have significant agreement with those classification results of Genbank.

Using GSPC based on a microbial database, the majority of Bear Paw contigs are predicted to have bacterial hosts, while few are predicted to have archaeal hosts.

GSPC based on a microbial database predicts other Bear Paw contigs belong to host bacterial Classes Bacteroidetes, Alphaproteobacteria, Deltaproteobacteria, and Spirochaetes.

When examining the contigs, there was a high level of agreement between contig classification by GSPC based on a microbial database using either trinucleotides or tetranucleotides (Table 2).

Our findings based on a comprehensive microbial community profiling technique support the decrease in microbial diversity reported previously in patients undergoing EEN therapy, but go further in that they associate these fluctuations in microbial OTUs with disease activity.

Since sterile cultivation enables an easy way of controlling microbial growth and product formation, most industrial biotechnological processes today are based on a single microbial strain.

These devices are thus based on a wide microbial diversity that can convert a large array of organic matter components into sustainable and renewable energy.

To facilitate the application of EOPM in multiple surveillance sites for infectious diseases, we designed software with a user-friendly interface, which is supported by a statistical analysis method based on a comprehensive microbial sequence identification database.

They designed and successfully tested a new method that is based on a self-regulating microbial system, which only in the presence of mercury triggers the production of self-assembling extra-cellular amyloid nanofibers to form an extensive biofilm matrix in the bacterial microenvironment.