Sentence examples for microbial genes for from inspiring English sources

Therefore, we instead selected all annotated microbial genes for each functional category, and then designed and tested unique probes for each gene.

The ability of transgenic B. napus expressing IrrE to tolerate 350 mM NaCl further substantiated the potential value of microbial genes for improving plant agronomic traits and suggests that IrrE could be a potentially effective target gene for engineering salt tolerant crop plants.

We quantified putative microbial genes for bile acid metabolism and showed that levels of bsh genes (for bile salt hydrolases) did not differ, while baiB, baiCD, baiE, baiF, and baiG (genes for the 7α-dehydroxylation of primary bile acids) increased in RYGB compared to OBS, although not significantly.

Native Africans had more abundant butyrate producing bacteria groups with higher expression levels of microbial genes encoding for methanogenesis and hydrogen sulfide production than African Americans who were richer in expression of microbial genes encoding for secondary bile acid production.

In our recent work, we found that this approach allows finding not only bottlenecks of interaction between different pathways within the same organism but even microbial genes critical for mediating interaction between gut microbiota and their host.

To this end, we make use of the newly available resource COMBREX [ 10], which is an online database [ 11] containing functional predictions and phenotype information for more than 3 million microbial genes (see Methods for more details).

A 2226-probe oligonucleotiDNADNA microarray was developed to investigate expression patterns for microbial genes involved in nitrogen and carbon metabolism in the CRCM.

We therefore developed a new database that Integrates quantitative Fitness Information for Microbial genes (IFIM).

We therefore developed a new database named Integrated Fitness Information for Microbial genes (IFIM, http://cefg.uestc.edu.cn/ifim/ or http://cefg.cn/ifim/).

Therefore, active expression of microbial genes is not required for detection by DNA-based approaches, and latent microbial genomic fragments can potentially be identified.

In contrast, a search for microbial genes predicted to encode microbial phytase enzymes among 341 genomes of the human GI tract (Human Microbiome Project at http://commonfund.nih.gov/hmp/index) revealed that microbial phytases are scarce in this environment and are only present in the genome of subdominant bacterial species (Table S5).