Sentence examples for more complex bacterial from inspiring English sources

In line with this notion, VCC degradation by PrtV was inhibited by yet undefined factor(s) in the more complex bacterial culture media.

The M site, colonized by individuals of six plant species, could be considered a later stage where floristic consortia selected a more complex bacterial community which significantly differs from the one of BS and RW sites.

HOK expression of these three β-defensins was not induced by TLR2 and TLR4 ligands, in agreement with previous results for this cell type which is hyporesponsive to purified ligands, but responds to more complex bacterial signals [ 11, 12, 56].

Yeast promoters are in general longer and more complex than bacterial promoters, and the understanding of the about 950 base pairs long P. pastoris P AOX 1 promoter DNA region is limited, both with regard to its cis-acting elements and the molecular mechanisms underlying its regulation.

Following these investigations, more structurally complex bacterial capsular PSs were stoichiometrically oxidized with TEMPO-sodium hypochlorite and conjugated to BSA.

This work establishes a basic synthetic biology tool for gene regulation between bacterial species that could be elaborated for more complex manipulation of bacterial populations in future applications.

As a result, most eukaryotic systems that are much more complex than their bacterial or archaeal counterparts will remain inaccessible to high-resolution NMR studies.

In Gram-positive Bacteria, S-layers are attached to the rigid peptidoglycan-containing layer (Fig. 2d), while in the more complex Gram-negative bacterial cell envelope, the S-layer adheres to the lipopolysaccharide of the outer membrane (Fig. 2e).

In experiments with Bradyrhizobium strains collected from our site, neither in vitro growth rate nor interstrain interference was correlated with nodulation rate on A. strigosus[ 87], but these and other hypotheses should be further tested in more complex conditions where bacterial traits not directly related to symbiont effectiveness might influence nodulation ability.

We previously showed that a selected strain of Lactobacillus plantarum isolated from Drosophila intestine, Lactobacillus plantarum WJL (Lp WJL ) (Ryu et al., 2008), is sufficient on its own to recapitulate the beneficial effect of more complex Drosophila-associated bacterial communities on host juvenile growth, especially upon undernutrition (Storelli et al., 2011).

The host proteome is much more complex than that of bacterial pathogens because many more proteins are present with greater dynamic ranges.