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The skin epidermis is a thin layer of stratified squamous epithelium that provides a structural and functional defence against dehydration, microorganisms, chemical substances and mechanical trauma (1).
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The skin plays a crucial role as a barrier against exogenous substances, pathogens and mechanical stresses.
Skin is the largest organ of the body which performs many crucial roles for instance as a barrier against exogenous substances including pathogens and mechanical stresses (Augustine et al. 2014a).
Gelatin is an inherently cytocompatible substance, and its mechanical strength can be enhanced by thermal cross-linking.
The general expressions of the work output and efficiency of the cycle are calculated based on the finite system thermodynamic theory, in which the quantum boundary effect of gas particles as working substance and the mechanical Casimir effect of gas system are considered.
Increasing water deficit results in the activation of mechanisms to cope with desiccation-induced structural and functional alterations of macromolecules and membranes, the accumulation of toxic substances and free radicals, and mechanical damage associated with the loss of turgor.
Both the urge-to-cough and dyspnea can arise from stimulation by chemical substances and changes in the mechanical environment acting on receptors in the lung and airways [ 12].
We now know that many of the mechanisms of resistance to infection are also involved in the individual's response to noninfectious foreign substances and environmental stresses, including mechanical stretch.
Roughness is an important surface property of restoring materials, influencing the abrasiveness and mechanical retention of substances from the external environment [ 1,15].
The ocular surface epithelium not only acts as a physical and mechanical barrier against harmful substances, but also participates actively during allergic inflammatory processes [ 16].
The alkaline hydrolysis was found as the most effective treatment for the suppression of inhibitory substances and the highest decrease on mechanical properties of resulting composites.
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