Sentence examples for microbial processes such from inspiring English sources

The flavor and texture of bread, beer, wine, cheese, coffee, and chocolate, for example, all originate with microbial processes such as fermentation and acidification.

On the other hand, various microbial processes such as sulfide oxidation and subsequent disproportionation of zero-valent sulfur are known to increase sulfur isotope fractionation between sulfate and sulfide [40].

Water chemistry reveals: (1) preferential scavenging by H2S of Cu and Cd relative to Zn; (2) stable isotope ratios of 34S/32S and 18O/16O in dissolved SO4 were 2 3 ‰ heavier in the mine water relative to surface waters; and (3) reduction/oxidation conditions and dissolved gas chemistry consistent with the conditions to support anaerobic microbial processes such as sulfate reduction.

Finally, since microbial mats cover only a fraction of the seafloor even at active seep sites, what can be inferred about the patchiness and distribution of seepage-associated microbial processes, such as methanogenesis, sulfate reduction, sulfate-dependent methane oxidation?

For instance, one possible antibiotic development strategy is to interfere with non-essential microbial processes such as capsule, siderophore, and fimbriae biosynthesis and quorum sensing that result in weakened virulence but do not kill the pathogen outright.

Functional annotation of these genes indicates that microbial processes, such as suppressor activity, de novo biosynthesis of cofactors, as well as molecule transportation, are critical for their survival in cells of L. striatellus.

It indicates that the impact of ENPs is not fully understood and few evidences suggest that ENPs could augment microbial-mediated processes such as AS and AD.

Recent advances have provided a better understanding of the relationships between contaminant destruction rates and such microbial processes.

Nitrification is carried out by a group of microorganisms exhibiting a low phylogenetic diversity and is one of the most sensitive soil microbial processes to environmental perturbations, such as pollutant exposure16,17.

In order to improve the operational stability of such microbial processes, a detailed understanding of community dynamics is essential.

Electricity-driven bioproduction processes such as microbial electrosynthesis enable converting CO2 and organic feedstocks into target chemicals with minimal addition of external chemicals.