Previous studies have shown successful decellularization of human pericardium without affecting the major structural components and strength of the matrix.
Muscle fibre type and configuration has a genetic component and influences strength, yet it is clear that resistance type physical activities are major determinants of muscular strength.
In our ongoing work to generate such information we are examining in detail the body composition, in terms of fat and muscle compartments, and bone health with a focus on the trabecular component and osteal strength in long-term survivors of ALL in childhood and adolescence.
Developed sandwich panel is very effective in blast protection, however, such solutions are sensitive to the design parameters including thickness of components, stiffness and strength of materials and panel lay-up.
This was confirmed by the results of the factor analysis, showing that the intensity component and the muscle strength component loaded on a single factor.
The enzymatic decellularization process of heart valves revealed a time-dependent loss of cells, ECM components and biomechanical strength.
We assessed the impact of sarcopenia on impairment in both aspects of functionality and the relative contribution of its components, muscle mass and strength.
That is, demonstrate an increase in the Y component of the geomagnetic field and decreases in the X component and the total strength of the geomagnetic field.
It was demonstrated that the Finite Element model based upon the assumptions of homogeneous and isotropic material might be effective in predicting the material and component strength, at least in static design, but even in case of design against fatigue, provided that a suitable experimental characterization of material was performed.
At least in theory, the bispectrum can perfectly suppress the Gaussian components, and explain the distribution and strength of non-Gaussian components in the dual frequency domain, and also the QPC information.
