Sentence examples for molecules by increasing from inspiring English sources

This phenomenon could be interpreted by weakening of the interaction forces between molecules by increasing temperature [27].

In view of this, we try to eliminate the quantum interference between the juxtaposed molecules by increasing the distance between them.

The success of novel drug delivery systems depends on the development of formulations that are capable of improving the therapeutic index of biologically active molecules by increasing their concentration specifically at desired target sites or organs.

Density functional theory calculations suggest that the in-situ reduced Co catalyst from the original cobalt nitrate precursor facilitated the cleavage of C=C and C-H bonds in adsorbed C2H4 molecules by increasing the bond length and decreasing the bond strength via donating electrons to the C atoms.

Glycosylation can affect the conformation of some Ab molecules by increasing or decreasing the stability of amino acid residues in the Ag binding site [19], [20].

This allowed ordering of the molecules by increasing binding activity.

They suggested that cooperative dephosphorylation of 13 conserved serines by calcineurin promotes activation of an NFAT molecule by increasing the probability of an active conformation.

Figure 2C shows that the HAR reaction is stimulated significantly by intermediate concentrations of ADP (∼6 mM) and inhibited at high concentrations, consistent with ADP binding to the reduced flavin promoting interaction of the positively charged HAR molecule by increasing the local negative charge, and by ADP inhibiting NADH oxidation at high concentrations.

For this reason, with increasing influent pH, the negatively charged HA molecules increase by increasing deprotonation of the carboxylic groups (Mohd Omar et al. 2014; Lin and Zhan 2012).

Consequently, the interaction of AGEs with receptors for AGEs (RAGE) directly activates multiple intracellular signaling, gene expression, and the secretory pro-inflammatory molecules accompanied by increasing free radicals that contribute towards pathologic complications related to diabetes such as atherosclerosis, nephropathy, peripheral neuropathy, retinopathy and cataract [ 3].

Although the exact mechanism remains not fully understood, it may be, at least partly, explained by glycation of multiple ß-chain sites of hemoglobin A molecule, accompanied by increasing -chain glycation at high glycohemoglobin concentrations [ 28, 29].