View clinical trials related to Radius Fractures.
Filter by:In severe injuries of the radial head with multiple, displaced fracture fragments and concomitant ligament damage, excision of the fragments and replacement of the radial head with a metallic implant are indicated. Current radial head implants are composed of metal or a combination of metal and high molecular weight polyethylene. The prostheses are assembled intra-operatively as a solid unit (monopolar) or as an articulating implant with motion between the stem and head (bi-polar). The stem of the implant is inserted into the proximal radius for support and can be classified as either loose-fitting or fixed. According to the investigators, there are no studies that directly compare the clinical and radiographic outcomes between different radial head implant designs. The purpose of this retrospective study is to compare the clinical and radiographic results in patients treated for an irreparable radial head fracture with either a smooth stem, bipolar radial head implant or a monopolar, in-growth radial head implant. The study findings may provide useful clinical information regarding the similarities and differences in these two implant designs.
This a randomized controlled study to test the hypothesis that patients who perform in-cast exercises will have superior range of motion immediately post-cast removal, without a concomitant increase in complication rate when compared with a control group who receives standard post cast care which does not include the intervention exercises.
The number of osteoporotic fractures, among which the fractures of the lower extremity of the radius (16 % of fractures seen in emergencies) is going to increase. Several surgical techniques are described in particular locking plates and intrafocal pinning techniques. The aim of the study is to compare (X-ray assessments and functional outcome) these two types of treatment by using a prospective, randomised multicentric analysis.
The purpose of this study is to evaluate if poor bone quality increases the risk of specific types of treatment complications in patients with distal radius fractures treated with open reduction and Locking Compression Plates(LCP).
The surgical treatment of wrist fractures (distal radius bone) has been changed by the introduction of a new plate design, the locking plate. This results in improved fixation and stabilisation of the fracture fragments allowing early movement. This type of plate has been increasingly used throughout the world but questions have been raised regarding the potential complications of the surgery, particularly nerve and tendon injury. The Norfolk and Norwich Hospital has treated over 250 distal radial fractures with this type of plate. The investigators plan to recall these patients to asses their long term function, general satisfaction and radiological results.
The purpose of this study is to is to evaluate the postoperative loss of reduction rate in patients with distal radius fractures treated using the 2.4 mm Variable Angle LCP Two-Column Volar Distal Radius Plate ®.
The incidence of distal radius fracture (DRF) increases with age, and thus, because of improving life expectancies, these fractures are set to become more common. Fractures of the distal radial metaphysis are known to be strongly related to osteoporosis, and as a result, the management of distal radius fractures in elderly patients is beset with difficulties. Recently, more aggressive fracture fixation in the elderly has become a topic of interest, in the hope of increasing the rate of recovery to preserve the ability to live independently. Many elderly patients remain active well into their eighth and ninth decades, for example, some pursue activities, such as, golf and tennis, on a daily basis. The introduction of volar locking plating system has increased this interest. This system, which uses a fixed angle principle, has been proposed to be effective at maintaining good anatomic reduction, even in the elderly. However, there is a still concern about remaining metaphyseal defect after reduction of the osteoporotic DRF. Injectable calcium phosphate bone cement (CPC) has been used to augment the remaining metaphyseal defect after fracture reduction including DRF, specially in osteoporotic old patients. The purpose of this randomized, prospective study was to investigate that additional CPC augmentation has any benefit over volar locking plate fixation in unstable DRF patient who is older than 65. The null hypothesis is that there is no difference of wrist functional outcomes, radiographic outcomes, and complications between treatment of volar locking plate alone and calcium phosphate bone cement as well as volar locking plate in unstable DRF patient who is older than 65.
A randomized, prospective comparison of volar locked plating versus Hoffman II bridging external fixation supplemented by K-wire fixation in patients with comminuted distal radius fractures, AO/OTA type C2 & C3. Hypothesis: There is no significant difference in using volar plates compared to Hoffman II bridging external fixation supplemented by K-wire fixation in patients with comminuted distal radius fractures, AO/OTA type C2 & C3 as evaluated by a Quick-DASH score at 24 months follow-up.
Distal radius fractures are treated surgically if severely displaced. This study aims to investigate the outcome after surgery. The investigators will randomize patients to either external fixation with optional addition of k-wires or open reduction and fixation with a volar plate.
Distal radius fractures are treated surgically if severely displaced. This study aims to investigate the outcome after surgery. The investigators will randomize patients to either external fixation with optional addition of k-wires or open reduction and fixation with a volar plate.