Sentence examples for opposing stress from inspiring English sources
"opposing stress" is a correct and usable phrase in written English
It refers to two conflicting or contrasting sources of stress in a situation. You can use it when describing a situation in which there are competing or contradictory factors causing stress. For example: "The employee felt opposing stress as she struggled to balance her demanding workload with her family responsibilities."
Thus, the river banks in the transition from high to low terrain are characterized by two opposing stress gradients, increasing anoxia in direction of the river during the flooding season, and decreasing drought exposure in the dry season.
In this process, it was determined that a bilayer Mo back contact with opposing stress contributions could simultaneously eliminate surface flaws and achieve low resistivity; however, electrodeposition of Cu/In/Ga stack precursors from a chemical solution onto the Mo layer failed and the Mo film fell off the substrate during the high temperature selenization process.
Catalase, superoxidase, and oxidoreductases can protect cells by opposing oxidative stress during growth and development.
Opposing this stress, we have the bed's shear strength, composed of gravity and internal cohesive forces.
These shells are subject to two opposing internal stresses: compression due to the primary's gravity, and tension from atmospheric pressure contained inside.
In viscoelastic fluids, drop deformation produces additional retractive elastic stresses which also oppose turbulent stresses.
These results indicate that the fatty acid changes in fat-1 liver mitochondria may at least partially oppose oxidative stress by limiting ROS production from ETC complex I. Considerable interest exists in the possible health benefits of increasing dietary intake of n-3 fatty acids.
The disorder produced by the passage of a slip dislocation, the resulting change in free energy and, consequently, the stress opposing dislocation motion are calculated both for a single isolated dislocation and for a sequence of dislocations moving on the same slip plane.
Together, cell survival and cell death factors represent key opposing forces underlying stress response.
Our results suggest the existence of a protective effect opposing the oxidative stress produced by swimming in animals treated with vitamin E. The decreased production of reactive oxygen species are reflected by the reduced levels of renal MDA.
Underlying the reversal in kgb-1's contribution, we found a reversal in the effects of KGB-1 on DAF-16's output, suggesting that DAF-16 is a mediator of KGB-1's age-dependent opposing contributions to stress resistance.
