Sentence examples for bacteria production from inspiring English sources

A carbon (C) supplementation level of 455 g C/kg feed was required to ensure optimal C N ratios for heterotrophic bacteria production.

These studies also found that surface water and sediment alcohol signatures correspond to in situ (algae, bacteria) production or terrestrial sources (runoff of feces and/or plant-based alcohols) instead of detergent-based sources.

They challenged mice with equal colony-forming units of biofilm and planktonic pneumococci and determined that biofilm bacteria production was highly attenuated in invasive disease but not NP colonization.

It has been shown that in bacteria production and/or stability of mRNA in regions downstream of a transposon insertion is greatly reduced, to the point where very little mRNA corresponding to this region can be isolated [ 45].

Naphthalene additions are known to inhibit bacteria production (Hudak et al. 1988), thus organotolerant strains may contribute disproportionately to measured heterotrophic production in the presence of elevated naphthalene concentrations.

Of the various mechanisms of plant growth promotion by P. putida and other bacteria, production of indole-3-acetic acid through the indole-3-pyruvate (IPyA) pathway is thought to play a central role in this process (Lambrecht et al. 2000; Patten and Glick 2002; Spaepen et al. 2007).

In photofermentative bacteria, H2 production can be increased by minimizing reductant flow into competing pathways such as biomass formation and the Calvin cycle.

In the present study, we aim to utilize the ecological diversity of soil for the isolation and screening for poly β-hydroxybutyrate (PHB -accumulating bacteria and PHB -accumulatingt-effective bacteriaic using candboard industry effluent.

This suggests that local adherence of bacteria or production of proinflammatory signaling may contribute to HF diet induced intestinal inflammation.

In other Ddd+ bacteria, DMS production can be induced not only by the DMSP substrate, but, more unusually, by some products of DMSP catabolism.

As in many other bacteria, ECM production and biofilm development in Y. pestis is controlled by bis-(3'-5' -cyclic dimeric GMP (c-di-GMP), a soluble molecule that functions as a ubiquitous second messenger in bacteria [5], [6], [10].