In one patient with a cyst length in the bone axis of 14 cm (Fig. 3), we performed a two-stage monolocal compression distraction osteogenesis, first in the distal and then in the proximal part of the cyst, given the poor infilling of distal and proximal areas of the cystic cavity.
Then, an intramedullary rod was used to align the femoral component in a 4° 6° valgus rotation relative to the bone axis of the femur.
However, with respect to anatomic reduction, reconstitution of joint congruity, restoration of the functional bone axis, fixation stability and remobilization, it is generally accepted that internal fixation provides the most favorable outcome for distal humeral fractures [ 2, 4- 6, 9, 10].
Each specimen was scanned perpendicular to the long bone axis covering the entrance and exit of the femoral tunnel.
The program uses the distribution of mineral mass in a line of pixels across the bone axis to compute cross-sectional structural geometry outcomes (e.g., CSA) in cut planes traversing the bone at three specific locations.
Fractures can also be classified by their configuration on the bone: a transverse fracture is perpendicular to the axis of the bone, while an oblique fracture crosses the bone axis at approximately a 45 degree angle.
Each osteotomy of the closing wedge should be made perpendicular to the long axis of each respective side of bone segment.
Thus, our present results interestingly points toward the existence of a kidney-bone axis, which is involved in the rapid regulation of plasma Ca2+, and that this very rapid regulation is not mediated by any of the classical calciotropic hormones, PTH and 1,25(or)2D or CT.
The timing of this elevation of FGF23 might indicate the existence of a kidney-bone axis, which is responding very rapidly to kidney injury.
This rapid elevation of FGF23 might further add to the existence of a kidney-bone axis, which is responding very rapidly to kidney injury.
