1. Thirty-nine displaced fractures of the
We prospectively assessed the diagnostic accuracy
of the gravity stress test and clinical findings to evaluate the stability
of the ankle mortise in patients with supination–external rotation-type
fractures of the
Thirty-five patients who had been surgically treated for major symptomatic isolated chronic anterior cruciate ligament deficiency by
The
1. The mechanism of production of injury to the
The stress-tenogram is a radiological technique for the investigation of injuries to the
One hundred patients with acute ruptures of the
We reviewed 50 capitellocondylar elbow replacements performed by the
1. A dynamic muscle-tendon transposition is described for supplementing the power of weak
We report two new radiographic projections for evaluating avulsion fractures at the
For the purpose of investigating the effect of an insole with a
We performed superselective angiography in 28 hips in 25 patients with Perthes’ disease in order to study the blood supply of the
Stable fractures of the ankle can be safely treated
non-operatively. It is also gradually being recognised that the integrity
of the ‘medial column’ is essential for the stability of the fracture.
It is generally thought that bi- and tri-malleolar fractures are
unstable, as are pronation external rotation injuries resulting
in an isolated high fibular fracture (Weber type-C), where the deltoid
ligament is damaged or the medial malleolus fractured. However,
how best to identify unstable, isolated, trans-syndesmotic Weber
type-B supination external rotation (SER) fractures of the lateral
malleolus remains controversial. We provide a rationale as to how to classify SER distal fibular
fractures using weight-bearing radiographs, and how this can help
guide the management of these common injuries. Cite this article:
We studied the late outcome of 40 ankles (from a consecutive series of 42) treated by a modified Evans procedure. The peroneus brevis tendon was used to fashion a static tenodesis. All the patients had suffered from persistent
Consecutive patients with a confirmed rupture of at least one of the
In developmental dysplasia of the hip (DDH),
a bone defect is often observed superior to the acetabulum after
the reconstruction at the level of the true acetabulum during total
hip replacement (THR). However, the essential amount of uncemented
acetabular component coverage required for a satisfactory outcome
remains controversial. The purpose of this study was to assess the
stability and function of acetabular components with a lack of coverage >
30% (31% to 50%). A total of 760 DDH patients underwent THR with
acetabular reconstruction at the level of the true floor. Lack of
coverage above the acetabular component of >
30% occurred in 56
patients. Intra-operatively, autogenous morcellised bone grafts
were used to fill the uncovered portion. Other than two screws inserted through
the acetabular shell, no additional structural supports were used
in these hips. In all, four patients were lost to follow-up. Therefore,
52 patients (52 hips, 41 women and 11 men) with a mean age of 60.1
years (42 to 78) were available for this study at a mean of 4.8
years (3 to 7). There were no instances of prosthesis revision or
marked loosening during the follow-up. The Harris hip score improved
from a mean of 40.7 points (. sd. 12.2) pre-operatively to
91.1 (. sd. 5.0) at the last follow-up. Radiological analysis
with medical imaging software allowed us to calculate the extent
of the uncoverage in terms of the uncovered arc of the implant as
viewed on the anteroposterior pelvic radiograph. From this we propose
that up to 17 mm of
We have treated 94 patients with chronic instability of the
Twenty patients with an average age of eighteen and a half years sustained osteochondral fractures of the
Twenty-two patients with cysts of the
1. A