Sentence examples for corresponding to reductions from inspiring English sources

Eighty five and 90 mol% acrylonitrile/methyl acrylate (AN/MA) copolymers were found to absorb up to 5.6 and 3.0 wt% CO2, corresponding to reductions of Tg of 37 and 27 °C, and subsequent viscosity reductions of 61 and 56%, respectively.

Regular yoga practice has also been associated with improved lung function [ 53, 55] and heart rate variability [ 56] with the duration of practice directly corresponding to reductions in heart rate (HR), blood pressure (BP) and respiratory rate (RR) [ 54] and improvements in mindfulness [ 57] and lipid profiles [ 54].

The latent form of MMP-9 was significantly decreased in the groups treated with RC-3095 (P<0.01) and RC-3940-II RC-3940-II RC-3940-IInd 6.9±1.0 a.u., corresP<0.05g to reductions of 48.6 and 33.0%, respectively, as compared with the control group, which came to 10.3±1.0 a.u.

The peak corresponding to reduction current increased linearly with increase in concentration of PNP.

Various reduction protocols were tested, the best results corresponding to reduction with sodium borohydride.

Two distinct redox peaks corresponding to reduction and oxidation of T1 and T2/T3 redox centers of enzymes have been clearly detected in anaerobic conditions.

Proguanil hydrochloride yields normal pulse (np) and differential pulse (dp) waves of analytical value in buffered media corresponding to reduction and saturation of the biguanide group.

CV curves of all the electrodes clearly show faradaic redox reactions, which exhibits anodic peaks associated with oxidation of material, and a cathodic peak corresponding to reduction (Figs. 10, 11, and 12).

At EA less negative than -0.3 V (corresponding to reduction of the MMC quinone moiety which caused the peak Ic), both peaks were obtained.

Absorbance changes corresponding to reduction of the heme were measured at a wavelength where the contribution of the dye was negligible compared to that of the protein (typically 400 420 nm, depending on the protein).

Molecules with a reduced disulfide bond (RSSR–) can further reduce Cu II) in the same protein via intramolecular ET: By monitoring absorbance changes at 410 nm (RSSR–) and 625 nm (Cu II)), a fast reduction process corresponding to reduction of Cu II) or RSSR– by CO2– and a slower process of intramolecular ET between RSSR and Cu II) can be resolved.