Sentence examples for chemical interplay from inspiring English sources

In these envelopes, a complex kinematical, thermodynamical and chemical interplay determines the global and local structural parameters.

The chemical interplay of nitrogen oxides (NO's) with hemoglobin (Hb) has attracted considerable recent attention because of its potential significance in the mechanism of NO-related vasoactivity regulated by Hb.

This chemical interplay clearly complicates any possible interpretation of the lack of adhesive properties presented by the investigated peptides.

Chemical interplay takes place via hydrogen bonding between oxygen atoms of PEG and silanol groups [23], whereas part of PEG 400 interacts physically with sol particles and remains inside the pore channels [24] (Figure 2). Figure 2 Proposed mechanism of PEG 400 interaction with silane network.

The research program in this center is designed to examine the effects of in utero and early life exposure to potentially carcinogenic chemicals present in homes — including pesticides, flame retardants and secondhand smoke — and these chemicals' interplay with genetic and epigenetic factors in the development of childhood leukemia.

But together they form a toxic soup of chemicals whose interplay can substantially reduce the effectiveness of bees' immune systems, making them more susceptible to diseases.

Two Americans and a Canadian won the chemistry prize for charting chemical reactions as an interplay of energy.

Growing evidence supports the view that enzymatic activity results from a subtle interplay between chemical kinetics and molecular motions.

Cardiac development is characterized by a complex interplay of chemical, mechanical, and electrical forces, which together contribute to the proper formation of the heart muscle.

The interplay between chemical cross-linking and thermally induced phase separation affected the swelling characteristics of the hydrogels in different media.

For temperatures of industrial relevance for the catalyst, i.e., below 550∘C (deactivation), the coke burn-off within the cylindrical particles (dP≈2mm) is determined by the interplay of chemical reaction and pore diffusion; limitation by external mass transfer can be excluded for T<750∘C.