Sentence examples for alter availability of from inspiring English sources

Regular compost mixing may thus alter availability of suitable substrates.

As the Earth has evolved its chemical environment has significantly changed, which altered availability of certain metal ions [7], [8].

Indeed, PNPLA3 retinyl-palmitate activity in hepatic stellate cells may influence hepatic regeneration and differentiation by altering availability of retinol, potent regulators of these phenomena [ 44].

- A deficiency or excess of any of the nutrients involved in one-carbon metabolism can potentially alter the availability of S-adenosylmethione (SAM), the universal donor involved in DNA methylation, and ultimately alter epigenetic state.

Land use for forestry and agriculture will alter the availability of renewable packaging materials and energy.

Phospholipid fatty acid (PLFA) and artificial neural network analyses were used to examine the composition of the Spartina alterniflora rhizosphere microbial community after exposure to manipulations in the field designed to alter the availability of host plant-derived and abiotic nutrient resources.

Future studies should aim to distinguish between the organic amendment's direct function as a potential food source for the soil biota versus their indirect role as an environmental variable, including their capability to alter the availability of plant-derived resources.

The results suggest that disruption of Gemin2 and/or SMN amino-terminal self-interactions alter the availability of the calpain cleavage site.

An iron-free medium was used which enabled the study of responses to low iron without the use of iron chelators, which we wished to avoid because these also alter the availability of other metal ions.

Differences in migration and matrix interaction could cause ADAM8−/− thymocytes to occupy certain thymic microenvironments for longer periods of time than thymocytes that express functional ADAM8 and as a result alter the availability of intrathymic niche space.

We further showed that NRP1-dependent internalization of sVEGFR1 can be a major regulator of free sVEGFR1 levels in both interstitia and plasma, both directly (e.g., varying NRP1 densities) and indirectly (e.g., R2/R1 ratio and VEGF-VEGFR1 binding alter the availability of uncoupled NRP1s) (Fig. 5A, 6B).