Sentence examples for more efficient bacterial from inspiring English sources

When they eventually do so, they will have more efficient bacterial killing inside the CNS but may also result in a higher chance of developing neurological sequelae.

This could allow a rational design for preferred adaptations in processing conditions aimed at a more efficient bacterial inactivation for harmful microbes or survival for beneficial ones.

Possibly a nonfunctional T3SS reduces the induction of nitric oxide synthase (iNOS) allowing more efficient bacterial persistence, suggesting that iNOS induction may be the result of one or more T3SS-dependent effectors [ 36].

Notably, we found that IL-33-treated mice developed significantly increased neutrophil infiltration in the peritoneal cavity (fourfold) and more efficient bacterial clearance than untreated mice (n = 10) after CLP.

Isolation of microbial species revealed that fungal strains were more efficient than bacterial strains in metabolizing alachlor.

For this reason, there is still a need for continued search for more efficient ligninolytic bacterial strains for the lignin bioremediation.

In general, the original peptide is more efficient in bacterial killing, but less toxic to human cells, than the K-R swapped peptides, revealing the evolutionary significance of the native sequence for host defense.

Agrimonia pilosa Ledeb (AP) was treated with either hot water or ethanol to obtain two kinds of extract, and we found that water extract was more efficient in bacterial inhibition.

Different attempts had used the protoplast fusion technique to obtain more efficient nematicidal bacterial strains as reported by El-Hamshary et al. (2006); the intrageneric fusants between Pseudomonas fluorescens and P. aeruginosa were more effective than its parental strains in reducing nematode as well as enhancing plant growth.

This is the reason why the results of this study are not helpful in answering the question whether EcN is more efficient in bacterial or viral diarrhea.

Because of the solution mixing process induced by the continuous motion and the more released silver ion, the self-propelled micromotor exhibits more efficient anti-bacterial property than the static one.