Sentence examples for may influence mechanical from inspiring English sources

Exclusion criteria were: to present another type of headache, to have suffered a traffic accident or previous vertebral trauma, to suffer back or neck pain for two or more consecutive days, to suffer pathologies or surgical interventions that may influence mechanical neural sensitivity, hip flexion lower than 70° degrees and psychological disorders such as anxiety or depression.

The pore structure of three-dimensional scaffolds applied in tissue engineering may influence the mechanical properties and cellular activity.

Crystal morphology modelling and geometric lattice matching calculations were employed to gain insight into the intermolecular interactions that may influence the mechanical properties of theophylline and mannitol.

The few known N-termini are even more conserved than the C-termini [38] [39], which suggests that N-termini are also necessary for proper fiber assembly and may influence the mechanical properties of spider silk.

This indicates that GAG concentration may influence the mechanical properties of tendon tissue.

Their data also suggested that the marked extensibility and elasticity of individual fibrin fibers may influence the mechanical properties of in vivo clots.

The selection of appropriate scaffold architecture with suitable pore mesh has long been recognized as the key factor that may influence the mechanical strength and determine tissue remodelling [ 18].

An appropriate polymerization of the resin is essential for the success of restoration, as the degree of cure may influence the mechanical, physical and chemical properties of the materials, such as wear resistance [ 1], bond strength to dentin [ 2], solubility and biocompatibility [ 3, 4].

We use a model system of fibroblasts embedded in fibrin gels to study how cell-mediated contraction may influence the macroscopic mechanical properties of their extracellular matrix during such processes.

Their unique anchoring functions may influence or adapt nuclear mechanical stability, stiffness, positioning and migration, as well as cell polarity and cellular signalling pathways for tissue specific functions.

These findings suggest that mechanical strain, or another closely related variable, may influence the design and ultimate mechanical behavior of the extra-cellular matrix found in lamellar bone.