Fig. 2
Photographs of the specimen setup in
the Instron testing machine, showing fixation of the specimen to
the jig (top), and anterior views of a cadaveric BLN specimen before
torsional loading to failure (left) and after failure with fragment
rotated back to starting position (right).
| BJRES
Figure
Biomechanical effects of hardware configuration after union of proximal femoral and shaft fractures
Related content
Related content
BJR / Trauma
-
Diagram depicting the complex
and poorly understood interplay between neurohumoral factors and
the development of hetero...
Fig. 1
-
A 40-year-old male patient sustained
an American Spinal Injury Association (ASIA) grade-A spinal cord
injury from a guns...
Fig. 2
-
A 37-year-old male patient sustained
a fracture of the left acetabulum and traumatic brain injury after
a high-speed aut...
Fig. 3
-
Radiograph (a) and three-dimensional
CT rendering (b) of a patient with severe pelvic heterotopic ossification
after bil...
Figs. 1a - 1b
-
Radiograph (a) and three-dimensional
CT rendering (b) of a patient with severe pelvic heterotopic ossification
after bil...
Figs. 1a - 1b
-
Figure 2a – pre-operative photograph
of a medial thigh ulceration in a limb salvage patient with heterotopic
ossificat...
Figs. 2a - 2b
-
Figure 2a – pre-operative photograph
of a medial thigh ulceration in a limb salvage patient with heterotopic
ossificat...
Figs. 2a - 2b
-
Photograph showing the pre-test setup
of the torsion testing model. The construct was secured with an
alignment fixture ...
Fig. 3
-
Schematic illustration of the distribution
of specimens for testing.
Fig. 1