Sentence examples for mechanisms we study from inspiring English sources

To reveal the underlying mechanisms, we study the effects of uniaxial tensile stress on the atomic displacements and Born effective charges, respectively.

Then, based on these biological considerations about the real vision mechanisms, we study an enhancement method for contrasting medical images, using either a discrete neural network approach, or its continuous version, i.e. a non-isotropic diffusion reaction partial differential system.

To assess underlying mechanisms, we studied six Andean Quechua Indians in La Raya, Peru (4,200 m) and at low altitude (less than 700 m) immediately upon arrival in Canada.

With the aim of understanding the membrane structuring mechanisms, we studied the influence of silica and oil concentrations on the UHMW-PE crystallization during the elaboration process.

In order to understand the material loss mechanisms, we studied three coating systems in greater detail with the help of fracture characterization and a morphological study of the eroded surfaces.

To investigate the structural basis of these mechanisms, we studied the conformational space of the apo I-domain using replica-averaged metadynamics simulations in combination with nuclear magnetic resonance chemical shifts.

Based on these mechanisms, we studied the effects of chronic Tβ4 administration on skeletal and cardiac muscle function in exercised dystrophin deficient mice.

To gain insights into protective β-glucan epitope(s) and protection mechanisms, we studied two anti-β-glucan monoclonal antibodies (mAb) with identical complementarity-determining regions but different isotypes (mAb 2G8, IgG2b and mAb 1E12, IgM).

To obtain clues about the underlying molecular mechanisms, we studied how CSEPs are organized in the genome.

Because pre-hospital mortality and case-fatality partly differ in underlying mechanisms, we studied both outcome measures separately.

In order to understand the underlying mechanisms, we studied the effects of TiO2 and ZnO agglomerated engineered nanoparticles (EPs) on erythrocytes, platelet-rich plasma and on suspensions of giant unilamelar phospholipid vesicles.