<p>Femurs of age-matched WT and P2Y<sub>2</sub> KO male mice (8 and 17 weeks of age) were subjected to three point bending. Ultimate force and stiffness were recorded. (n = 6–8, *p<0.05) Error bars represent SEM.</p
<p>A.) Femur length of 35 week old male WT and PWCR KO mice; B.) BMD and C.) BMC measured by DXA of ...
<p>Biomechanical testing of bone strength was performed by 3-point bending analyses in C57B and NMRI...
Strain-induced adaption of bone has been well-studied in an axial loading model of the mouse tibia. ...
<p>Values are shown for tibias and femurs taken from wild-type and <i>Enpp1<sup>−/−</sup></i> mice a...
Bone is a classified organ that continuously undergoes modeling based on the load it experiences. Th...
<p>Cortical bone parameters (A-D) were studied in aging wild type (solid) and TTD (open) tibial diap...
<p>4a: Femoral neck failure load (Newtons) for 6 weeks, 4 months and 8 months old wild type (wt) and...
<p>(A) µCT scanning of the vertebral bodies L6 from 24 weeks old female wildtype and <i>Col1a1-Krm2<...
<p>Cortical bone parameter as analyzed by pQCT in the mid diaphyseal region of femur in four-month-o...
The purpose of this research is to observe the effects of activity and genetic influence on the mate...
Studies investigating micromechanical properties in mouse cortical bone often solely focus on the me...
<p>(A) Structural parameters of wild-type (+/+) and homozygous (−/−) femora at 8 weeks of age charac...
<p>Bone strength, mineralization, perimeter, MOI and bone formation rates in long bones of aging wil...
¶<p>Abbreviations used: BV/TV: bone volume over total volume; Conn.D.: connectivity; Tb.N.: number o...
<p>Results from μCT evaluation of cortical bone in the mid-diaphysis of the femur. N = 8–9 mice per ...
<p>A.) Femur length of 35 week old male WT and PWCR KO mice; B.) BMD and C.) BMC measured by DXA of ...
<p>Biomechanical testing of bone strength was performed by 3-point bending analyses in C57B and NMRI...
Strain-induced adaption of bone has been well-studied in an axial loading model of the mouse tibia. ...
<p>Values are shown for tibias and femurs taken from wild-type and <i>Enpp1<sup>−/−</sup></i> mice a...
Bone is a classified organ that continuously undergoes modeling based on the load it experiences. Th...
<p>Cortical bone parameters (A-D) were studied in aging wild type (solid) and TTD (open) tibial diap...
<p>4a: Femoral neck failure load (Newtons) for 6 weeks, 4 months and 8 months old wild type (wt) and...
<p>(A) µCT scanning of the vertebral bodies L6 from 24 weeks old female wildtype and <i>Col1a1-Krm2<...
<p>Cortical bone parameter as analyzed by pQCT in the mid diaphyseal region of femur in four-month-o...
The purpose of this research is to observe the effects of activity and genetic influence on the mate...
Studies investigating micromechanical properties in mouse cortical bone often solely focus on the me...
<p>(A) Structural parameters of wild-type (+/+) and homozygous (−/−) femora at 8 weeks of age charac...
<p>Bone strength, mineralization, perimeter, MOI and bone formation rates in long bones of aging wil...
¶<p>Abbreviations used: BV/TV: bone volume over total volume; Conn.D.: connectivity; Tb.N.: number o...
<p>Results from μCT evaluation of cortical bone in the mid-diaphysis of the femur. N = 8–9 mice per ...
<p>A.) Femur length of 35 week old male WT and PWCR KO mice; B.) BMD and C.) BMC measured by DXA of ...
<p>Biomechanical testing of bone strength was performed by 3-point bending analyses in C57B and NMRI...
Strain-induced adaption of bone has been well-studied in an axial loading model of the mouse tibia. ...
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