<p>(A) Failure load; (B) Elastic modulus; (C) Energy absorption. *Statistically different from BCL (P<0.05). **Statistically different from SPD (P<0.05). <sup>#</sup>Statistically different from VLNR (P<0.05). <sup>·</sup>Statistically different from VL7R (P<0.05). <sup>··</sup>Statistically different from VL5R (P<0.05).</p
<p>List of quantitative biomechanical parameters considered by this research; and related abbreviati...
<p>Stiffness values of each group under volar and dorsal bending load were not significantly differe...
<p>Correlation between fracture load (measured using a three-point bending test) and areal BMD (meas...
<p>Biomechanical analysis results regarding the average A) stiffness in N/mm and B) yield load in N....
<p>Note: Modulus and hardness were the results of nanoindentation tests. Elastic modulus, ultimate s...
Mechanical data of three-point-bending experiments (a) samples with a length of 210 mm and a width o...
<p>SD = standard deviation; CV = coefficient of variation (SD/mean×100%); DXA = dual-energy X-ray ab...
Left, box plots representing fracture force (maximal force measured in Newton) of the three-point be...
<p>Biomechanical results of the two available sizes <i>thin</i> and <i>thick</i> of the ADM; Values ...
<p>Biomechanical parameters at 10 weeks: Mean value and standard deviation for specimens in the Low-...
<p>Biomechanical parameters at 12 weeks: Mean value and standard deviation for specimens in the Low-...
<p>HP application at 5 or 10 MPa, 0 Hz, resulted in a significantly higher (a) aggregate modulus, (b...
<p>Correlation between fracture load (measured using a three-point bending test) and BSI ( = CSMI×vC...
<p><b>A,</b> Load-displacement curve from a WT tibia showing yield load, maximum load, fracture load...
<p>Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).</p
<p>List of quantitative biomechanical parameters considered by this research; and related abbreviati...
<p>Stiffness values of each group under volar and dorsal bending load were not significantly differe...
<p>Correlation between fracture load (measured using a three-point bending test) and areal BMD (meas...
<p>Biomechanical analysis results regarding the average A) stiffness in N/mm and B) yield load in N....
<p>Note: Modulus and hardness were the results of nanoindentation tests. Elastic modulus, ultimate s...
Mechanical data of three-point-bending experiments (a) samples with a length of 210 mm and a width o...
<p>SD = standard deviation; CV = coefficient of variation (SD/mean×100%); DXA = dual-energy X-ray ab...
Left, box plots representing fracture force (maximal force measured in Newton) of the three-point be...
<p>Biomechanical results of the two available sizes <i>thin</i> and <i>thick</i> of the ADM; Values ...
<p>Biomechanical parameters at 10 weeks: Mean value and standard deviation for specimens in the Low-...
<p>Biomechanical parameters at 12 weeks: Mean value and standard deviation for specimens in the Low-...
<p>HP application at 5 or 10 MPa, 0 Hz, resulted in a significantly higher (a) aggregate modulus, (b...
<p>Correlation between fracture load (measured using a three-point bending test) and BSI ( = CSMI×vC...
<p><b>A,</b> Load-displacement curve from a WT tibia showing yield load, maximum load, fracture load...
<p>Values of the biomechanical test (mean ± SD; axial force, N; torsional torque, N.mm).</p
<p>List of quantitative biomechanical parameters considered by this research; and related abbreviati...
<p>Stiffness values of each group under volar and dorsal bending load were not significantly differe...
<p>Correlation between fracture load (measured using a three-point bending test) and areal BMD (meas...