Sentence examples for needed metabolites from inspiring English sources

Applying our framework to a large-scale model of metabolism in the gram-negative bacterium Yersinia pestis to study CSR and metabolism of this pathogen as it transitions between host and vector environments and combats deleterious effects of antibiotic treatment, we find that the cell primarily tries to conserve energy while maximizing import of needed metabolites.

There is also a third component for glucose utilization accounting for the production of precursor metabolites needed in anabolic processes (f P ) (e.g., intermediate metabolites of the pentose phosphate pathway and the TCA cycle [ 5]), which have to have an overall proportionality with the available energy currencies (phosphate donors, mainly ATP) to enable cell growth.

While the negative effects of low temperatures on the photosynthetic apparatus during winter have been well studied, less is known about how this is reflected at the level of gene and metabolite expression, nor how the plant generates primary metabolites needed for adaptive processes during autumn.

We speculate that poly-P in A. longum may provide either the energy or phosphate metabolites needed for outgrowth while retaining an outer membrane.

The application of cow dung microflora with considerable antimicrobial potential can result in the promotion of human health; however, comprehensive screening of these microorganisms for the production of antibacterial, antifungal and antiviral metabolites needed to be investigated.

It's possible their host takes care of their energy needs, and Bennet and Moran speculate that the host exchanges intermediate metabolites needed for carbohydrate metabolism directly.

High levels of SUT1 likely results not only in an increase in sterols, but may also alter the expression profiles of other lipid metabolites needed for membrane synthesis.

In order to be used in the analysis, the Cramér-Rao lower bounds as generated in LCModel for the metabolites needed to be less than 20%.

Proliferating cells often ingest more nutrients than are bioenergetically needed and shunt metabolites into biosynthetic pathways (Bauer et al. 2004; Shaw 2006; DeBerardinis et al. 2008; Vander Heiden et al. 2009).

An increased glycolysis appears to be an advantage for cancer cells, providing not only energy but also the basic metabolites needed to a rapidly dividing cell, and IDH1/2 may represent the mechanism for triggering this metabolic shift.

A zero value of the maximal growth rate for a particular medium means that the metabolic network does not contain pathways to convert the substances present in the medium into 'biomass metabolites' needed for cell growth.