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The vibro-shearing manipulation with a muscle-fascia tool resulted in significant improvements in the objective mechanical tissue properties.
The main aim of the present study was to determine whether meaningful changes would occur in objective mechanical tissue properties and related measures when young, healthy breakdancers applied a self-help treatment with a muscle fascia tool.
The vibro-shearing manipulation with a muscle-fascia tool resulted in significant improvements in various objective mechanical tissue properties, range of motion, and pain desensitization in healthy, well-conditioned dancers.
The variability in the parameter estimations for the biological materials was quite high and can be explained by geometric differences (radius of curvature) and by biological variation of mechanical tissue properties.
Density and spatial alignments of the three-dimensional (3D) collagen architecture define mechanical tissue properties, i.e. stiffness and porosity, which guide or oppose cell migration and positioning in different contexts, such as morphogenesis, regeneration, immune response, and cancer progression.
We attribute the increase in compliance to time-dependent changes of mechanical tissue properties of the diaphragms after explantation.
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Analysis of tissue mechanical properties in OCT has focused predominantly on elastic properties; however, in order to accurately characterize mechanical behavior, the viscoelastic properties should also be taken into account.
Hydrogels with tissue-like mechanical properties are highly attractive scaffolds for tissue engineering.
Magnetic resonance elastography (MRE), by assessing tissue mechanical properties, can potentially provide such marker.
Analysis shows that this model fits the experimental data well when reasonable estimates of the tissue mechanical properties are chosen.
Taken together, crosslink density may be useful as a marker of tissue mechanical properties that could be assessed with imaging non-destructively and perhaps non-invasively.
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