Sentence examples for relaxation affected from inspiring English sources

The molecular mechanisms, which underlie cardiomyocyte relaxation affected by extracellular Zn2+ exposure or intracellular Zn2+ accumulation, may be targets for the treatment of diastolic dysfunction in diabetic cardiomyopathy.

Many of the participants describe that their experiences in deep relaxation affected their way of dealing and treating patients and colleagues.

The aims of our study were to investigate if cyclic and static stress relaxation affected the mechanical properties of tendon fascicles differently, if this effect was reversible after a recovery period, and if the removal of glycosaminoglycans (GAGs) affected sample recovery.

In this paper, we report how this energy relaxation affects graphene field-effect transistors (FETs).

We have analyzed how the geometrical relaxation affects the optoelectronic properties.

These residuals are similar to the velocity predicted from viscoelastic relaxation (Fig. 5d; Additional file 1: Figure S6e, f) and support our assumption that both afterslip and viscoelastic relaxation affects the observed velocity.

Assuming the same viscosity, 2 × 1018 Pa s, for all viscoelastic media (Model 1), the mantle wedge and oceanic mantle relaxations affect the horizontal surface deformation equally (Fig. 5a), causing eastward motion onshore and westward motion on the seafloor (Fig. 4b, e).

The 7Li data indicates that the lineshape and relaxation is affected by the coupling of its quadrupolar moment to the surrounding electric field gradients.

Measurements performed at high temperature (T>Tg+120 K) have revealed that its relaxation is affected by the topological constraints existing at the particle surface.

The particle size dependence of T2 relaxivity was in accordance with other reports [25, 26], in which T2 spin-spin relaxation is affected by mass magnetization depending on the magnetic particle size in the range lower than approximately 1 μm.

Although the fluorescent materials for FRET have noticeable advantages, such as high quantum efficiency and electron affinity, the optical properties of these materials do not guarantee the optimal energy transfer, because the carrier relaxation is affected by the quenching process which diminishes fluorescence intensity or by trapping excited carriers.