<p>Biomechanical analysis results regarding the average A) stiffness in N/mm and B) yield load in N. Both are shown against the different treatment groups (number of treatment(s) and applied energy flux intensity (mJ/mm<sup>2</sup>)). Values are shown as means ± standard error of the mean (SEM). Adjusted p-values were considered statistically significant at p < 0.05 (One-way analysis of variance (SPSS Statistics Version 23; IBM Corp., New York, NY, USA), Welch-Test adjusted, and Bonferroni post hoc test for stiffness; Two- way analysis of variance ((SPSS Statistics Version 23; IBM Corp., New York, NY, USA) and Bonferroni post hoc test for the other parameters). * p < 0.05 vs. 3 x 0.55 mJ/mm<sup>2</sup>. N: Newton, mm: milli-meter, mJ: milli...
<p>Biomechanical parameters at 12 weeks: Mean value and standard deviation for specimens in the Low-...
Dataset of the figures in paper published by Nature Biomedical Engineering, entitled "Solid stress a...
Mean and standard deviations of the stiffness values for the tested specimens (N/mm).</p
<p><b>A,</b> Load-displacement curve from a WT tibia showing yield load, maximum load, fracture load...
<p>Biomechanical results of the two available sizes <i>thin</i> and <i>thick</i> of the ADM; Values ...
<p>Note: Modulus and hardness were the results of nanoindentation tests. Elastic modulus, ultimate s...
<p>(A) Failure load; (B) Elastic modulus; (C) Energy absorption. *Statistically different from BCL (...
<p>Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).</p
<p>Biomechanical results of the 450-g brass weight-dropping from 1, 1.5, and 2 m.</p
<p>Coefficients of reliability are also displayed.</p><p>MAS<sub>MVC</sub> = musculo-articular sti...
This study was performed to investigate the effects of an osteopathic treatment technique (muscle en...
<p>Biomechanical parameters at 10 weeks: Mean value and standard deviation for specimens in the Low-...
Bone density and bone mass are commonly regarded as the essential parameters to describe fracture ri...
<p>Biomechanical parameters at 16 weeks: Mean value and standard deviation (SD) for specimens in the...
For each specimen, the load-displacment curves are plotted under the different testing conditions (f...
<p>Biomechanical parameters at 12 weeks: Mean value and standard deviation for specimens in the Low-...
Dataset of the figures in paper published by Nature Biomedical Engineering, entitled "Solid stress a...
Mean and standard deviations of the stiffness values for the tested specimens (N/mm).</p
<p><b>A,</b> Load-displacement curve from a WT tibia showing yield load, maximum load, fracture load...
<p>Biomechanical results of the two available sizes <i>thin</i> and <i>thick</i> of the ADM; Values ...
<p>Note: Modulus and hardness were the results of nanoindentation tests. Elastic modulus, ultimate s...
<p>(A) Failure load; (B) Elastic modulus; (C) Energy absorption. *Statistically different from BCL (...
<p>Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).</p
<p>Biomechanical results of the 450-g brass weight-dropping from 1, 1.5, and 2 m.</p
<p>Coefficients of reliability are also displayed.</p><p>MAS<sub>MVC</sub> = musculo-articular sti...
This study was performed to investigate the effects of an osteopathic treatment technique (muscle en...
<p>Biomechanical parameters at 10 weeks: Mean value and standard deviation for specimens in the Low-...
Bone density and bone mass are commonly regarded as the essential parameters to describe fracture ri...
<p>Biomechanical parameters at 16 weeks: Mean value and standard deviation (SD) for specimens in the...
For each specimen, the load-displacment curves are plotted under the different testing conditions (f...
<p>Biomechanical parameters at 12 weeks: Mean value and standard deviation for specimens in the Low-...
Dataset of the figures in paper published by Nature Biomedical Engineering, entitled "Solid stress a...
Mean and standard deviations of the stiffness values for the tested specimens (N/mm).</p