Aims

We aimed to compare reoperations following distal radial fractures (DRFs) managed with early fixation versus delayed fixation following initial closed reduction (CR).

1. The results of internal fixation are described in 470 tibial shaft fractures. 2. The immediate internal fixation of compound fractures was followed by so high an incidence of serious complications that the use of this method is not recommended. The immediate internal fixation of fresh closed fractures was also followed by many complications. 3. Delayed rigid internal fixation proved satisfactory for difficult fractures in which an acceptable reduction could not be obtained by closed means ; skeletal traction was of value in such fractures until the skin was soundly healed. 4. Delayed internal fixation reduced both the healing time and the complications

Aims

The primary aim of this study was to determine if delayed clavicular fixation results in a greater risk of operative complications and revision surgery.

We have compared the results and complications after closed and open reduction with internal fixation in young adults with displaced intracapsular fractures (Garden grades III and IV) of the neck of the femur. We also studied the risk factors which influenced nonunion and the development of avascular necrosis (AVN). A total of 102 patients aged between 15 and 50 years was randomised to receive either closed or open reduction. Both groups were compared for age, gender, time to surgery and posterior comminution as well as for union and complications. Using univariate and multivariate analysis the factors influencing nonunion and AVN were assessed.

Of the 102 patients, 92 were available for review. There was no significant difference between the groups in terms of union (p = 0.93) and AVN at two years (p = 0.85). Posterior comminution, poor reduction and improper placement of the screws were the major factors contributing to nonunion. The overall incidence of AVN was 16.3% (15 of 92 patients) and it was not influenced by these factors. A delay of more than 48 hours before surgery did not influence the rate of union or the development of AVN when compared with operation within 48 hours of injury.

Introduction : External fixation is a good alternative method for fractures of the distal end of radius that are not manageable for closed treatment. It is a simple technique, and has proved to be safe and effective in our experience.

Material and Methods: We present 25 patients with 26 fractures of the distal end of radius (age 32 to 85, avg 57 yrs) which were treated by external fixation during the last 4 years. Eight fractures were in polytrauma patients, 16 were unstable and one patient had bilateral fractures. According to Frykman classification 2 were in type II, 5 in type IV, 2 in type V, 5 in type VI, 4 in type VII and 8 in type VIII.

The time of surgical treatment since the date of fracture ranged from 9–15 days (avg 12 days) .We used Pennig’s fixator in 22 cases and Citieffe fixator in 4 cases.

Results: All patients were followed up for 8 to 42 months (mean 27, 7). Clinical union was established at an average of 6.5 weeks following the fracture. There was one infection of the distal pins, 2 cases with algodystrophy, but no malunion. For assessment of the anatomical result we used the Sarmiento and Latta modification of the Lidstrom classification: 16/26 (61.5%) were excellent, 8/26 (30.7%) good, 1/26 (3,87%) fair and 1/26 (3.87%) poor.

Conclusion: In comminuted, badly displaced fractures of the distal end of radius, the upper extremity following initial closed manipulation and application of plaster is characterized by a decrease in finger mobility, oedema, and large mass of bandaging. Instability of the fracture nad poor result is expected as soon as the oedema subsides. Alternatively, an external fixator is applied after remission of the edema and before two weeks from the fracture date, so to the fracture is easily reducible. With the delay in fixator application we avoid reduction difficulty and pin infection as the oedema has subsided, we have time to explain everything to the patient and organize the operation . This delay in the application of external fixation in distal fractures of the radius is favored in our department because of the low complication rate, excellent or good (92%) functional results, easy and safe approach.

It seems right to draw the following conclusions from this study of the relative merits of early and delayed fixation for fractures of the femoral and tibial shafts.

1. In patients under the age of sixty years with femoral shaft fractures there seems to be a significant improvement in the speed and quality of union when internal fixation is delayed. In patients over the age of sixty years the results of delayed fixation are worse than those of early fixation, and in any case the dangers of prolonged recumbency make the latter method preferable.

2. Delaying fixation for tibial shaft fractures does not affect speed of union or functional result. However, the incidence of non-union in these fractures is reduced by over 50 per cent by delaying fixation. This is a good reason for delaying fixation of this fracture too.

Some possible reasons for the improved results after delayed fixation have been discussed.

1. The results in 211 fractures of the shaft of the femur in adults treated by internal fixation have been reviewed.

2. A comparison has been made between the effects of early internal fixation within the first six days of injury and delayed fixation.

3. Eighty-five fractures treated by early fixation gave a rate of non-union of 23 per cent; in 126 fractures treated by delayed fixation the rate was 0·8 per cent.

4. Delayed operation is therefore advocated for the majority of femoral shaft fractures for which internal fixation is indicated.

We have reviewed 402 traumatic fractures of the femoral shaft, 320 of which had been treated by operation and had a long follow-up. Of these, 228 closed fractures and 37 open fractures had been stabilised by plating. There was no significant difference in healing between those stabilised early and those having delayed internal fixation. Re-fracture after removal of the implant occurred more often after early operation. All 55 fractures treated by intramedullary nailing healed and there were no re-fractures after nail removal. We found no correlation between delay before operation and the incidence of postoperative infection.

We present our experience of managing patients with iatropathic brachial plexus injury after delayed fixation of a fracture of the clavicle. It is a retrospective cohort study of patients treated at our peripheral nerve injury unit and a single illustrative case report. We identified 21 patients in whom a brachial plexus injury occurred as a direct consequence of fixation of a fracture of the clavicle between September 2000 and September 2011. The predominant injury involved the C5/C6 nerves, upper trunk, lateral cord and the suprascapular nerve. In all patients, the injured nerve was found to be tethered to the under surface of the clavicle by scar tissue at the site of the fracture and was usually associated with pathognomonic neuropathic pain and paralysis. Delayed fixation of a fracture of the clavicle, especially between two and four weeks after injury, can result in iatropathic brachial plexus injury. The risk can be reduced by thorough release of the tissues from the inferior surface of the clavicle before mobilisation of the fracture fragments. If features of nerve damage appear post-operatively urgent specialist referral is recommended. Cite this article: Bone Joint J 2013;95-B:106–10

Distal radius fractures are very common and they often require surgical intervention to prevent long-term complications. We noticed that several patients were being managed non-operatively for prolonged periods of time, when ultimately surgical fixation was inevitable. Delayed fixation of these injuries results in prolonged immobilisation, repeat fracture clinic attendances, callous formation, poor soft tissues, stiffness and union. Our aim was to analyse the time to fixation of distal radius fractures at our hospital using a standard volar locking plate. Between December 2010 and September 2011, our study population included all patients who underwent surgical fixation for a distal radius fracture at Royal Derby Hospital. All fractures were fixed using a volar locking plate. Data collected included date of injury, fracture clinic attendances, date listed for surgery and date of surgery. There were 100 patients who underwent surgical fixation, with a mean age of 63.6 years (17 to 91). The mean date from injury to fixation was 7.7 days (range 0 to 23). 82% of fractures were operated on within 14 days, and 98% were fixed within 21 days. We accept that our study does have some limitations; this includes patients who are unwilling to accept surgery at their initial consultation. Distal radius fractures have a strong tendency to revert back to their original configuration; hence we suggest that a decision to operate should ideally be made at the one-week fracture clinic appointment. This avoids the difficulties and complications associated with delayed surgical intervention. Stability, displacement, reduction and patient factors should all be taken into account

Aims

The aim of this study was to report the outcome following primary fixation or a staged protocol for type C fractures of the tibial plafond.

The June 2014 Trauma Roundup³⁶⁰ looks at: BMP use increasing wound complication rates in trauma surgery; can we predict re-admission in trauma?; humeral bundle nailing; how best to treat high-angle femoral neck fractures?; hyperglycaemia and infection; simultaneous soft-tissue and bony repair in terrible triad injuries; metaphyseal malunion in the forearm leading to function restrictions; delayed fixation of the distal radius: not a bad option; and fasciotomies better with shoelaces