Sentence examples for stretch loading from inspiring English sources

Recently, a model that directly links macroscopic strain and strain rate to functional deficits in guinea pig white matter spinal cord during stretch loading was proposed (Jérusalem et al. 2014; García-Grajales et al. 2014).

While no specific studies addressing this in MSCs are available, information gathered from tendon/ligament fibroblasts strongly suggests that tensile strength and stretch loading are essential for the proper formation and alignment of the tendon or ligament structure [ 125].

Additionally, the choice of a rabbit cell line as a model system may have had an impact since cyclic stretch loading in a rabbit flexor tendon which inhibited MMP-3 expression, failed to produce a change in MMP-1 expression [ 47].

Stimulation of PKC activity by mechanical stress to osteoblastic cells has been reported using cyclic stretch load by Flexercell system in calvarial osteoblasts [27].

We concluded that the heterogeneities were most likely attributable to the differences in local mechanical stretch load.

Sheppard et al. [ 51] reported differences in the ability to tolerate high stretch loads depending on the specific position, as in the depth jump, where outside and opposite players bear the major loads compared to setters, middle blockers, and liberos.

This fatigue, in association with the reduction in sprint speed, has previously been suggested to reflect neuromechanical adjustments (ie, impaired musculoskeletal stiffness regulation via reductions in the tolerance of impact forces or stretch load).

A possible explanation for the apparent match-induced decrease in RSA is an impairment in neuromuscular function, 27 and in musculoskeletal compliance, in particular, a reduced ability to tolerate impact forces or stretch load after short exhaustive runs.

Beside the maximum stretching load, also the springback phenomenon was measured, in order to quantify the amount of plastic strain in the bending section when changing the process parameters.

As a result, only the effect of the temperature, the speed and the bend radius were further investigated according to a central composite design and using the springback factor and the maximum stretching load as response variables.

It works because that kind of stretching loads the muscle with more force at a greater level of extension, which then tells the nervous system that the muscle can be strong and safe at that level of extension, she said.