Sentence examples for microorganisms to form from inspiring English sources

The use of biopolymers and their producing microorganisms to form a wide range of impervious barriers, as well as for enhancement of oil recovery (EOR) is already well documented.

Operational conditions are engineered to force microorganisms to form specific intrinsic physiological, phenotypic, and metabolic traits for granulation and high-rate biological removal of nutrients and/or recalcitrant organic matter.

The ability of microorganisms to form flocs strongly depends on their surface physicochemical properties.

Lipid accumulation in oleaginous microorganisms is carried out by cell nitrogen depletion, while glucose continues to be assimilated by the oleaginous microorganisms to form lipids.

An important problem in the antibiotic therapy of staphylococcal infections is the ability of this group of microorganisms to form a biofilm.

The ability of microorganisms to form biofilms, a sessile mode of growth intrinsically associated with antimicrobial resistance and recalcitrant infection, is a current topic of interest as it may constitute a virulence factor in human infections [ 1].

Regarding the surface properties of single cultures, S. salina presented a hydrophobic surface, suggesting the ability of this microorganism to form aggregates.

Negative values of ( varDelta {G}_{sws}^{mathrm{TOT}} ) determined for S. salina suggest the potential of this microorganism to form flocs and, therefore, improve harvesting processes and also its ability to grow as sessile cells, which may have an application in biofilm formation for wastewater treatment and metabolite production.

The ability of this microorganism to form biofilms blocks its eradication from the surfaces by the cleaning and promotes its persistence in the hospital setting [ 42].

Exoelectrogenic bacteria and microorganisms known to form syntrophic partnerships were enriched in ADMECs.

The term surface attachment defective (sad) is used for the group of mutant microorganisms unable to form biofilms (O'Toole et al. 2000).