View clinical trials related to Acetabular Fracture.
Filter by:Acetal fractures are joint fractures that occur in the hip. These fractures affect the functional prognosis of the hip in the short, medium and long term. In the acetabulum fractures operated on, there is a radiological score in the literature allowing the prognosis to be predicted depending on the quality of the postoperative reduction. This score is based on the quality of postoperative reduction assessed on pelvic radios. In addition, the thresholds for poor / good results were determined empirically.
The purpose of this study is to understand the trajectory of function and self-reported outcomes of patients following pelvic and acetabular, treated both operatively and nonoperatively.
Acetabular fractures are articular fractures involving the hip joint that needs anatomical reduction and a strict long follow up after fixation.
This study aim to describe the presence, type and size of Corona mortis (CMOR) in patients undergoing total extraperitoneal (TEP) inguinal hernia repair procedures. This study also aim to describe the preperitoneal vascular anatomy of inguinal area and provide in vivo knowledge about CMOR.
It is widely accepted in the literature that quality of acetabular fracture reduction is one of the most important factor for the outcome. To obtain best results, anatomical reduction has to be obtained. Intra-operative radiographic assessment depends mainly on plain x-ray. Plain x-ray alone is not enough for post-operative assessment as it depends mainly on reduction of the dome with concentricity of the hip.
Pelvic fractures are severe injuries which require advanced orthopedic surgical skills to treat. On the other hand, abdominal injuries are severe injuries, which might require quick general surgical treatment. The combination of both injuries is a challenge for orthopedic surgeons, as the abdominal injury might lead to a delayed surgical treatment of the pelvic fracture. Whether an associated abdominal injury influences the quality of care of pelvic fractures, is aim of this registry study.
This retrospective study investigates surgical treatment of acetabular fractures in elderly patients (>60 years of age), either undergoing joint-preserving surgery or joint- replacement. 1 year- outcome with regard to mobility and autonomy is assessed.
Management of acetabular (hip) fractures in the geriatric population can be very challenging because of pre-existing medical comorbidities, pre-existing osteoporosis and increased risk of mortality. The two most common treatment options for acetabular fractures are either surgical fixation using plates and screws to hold the fractured pieces in the correct position until the fracture has healed or surgical fixation in addition to a total hip replacement. Surgical fixation requires prolonged immobilization of the affected limb (typically around 6-12 weeks post-operatively), which can lead to disability and other complications. Such patients, especially those who are frail and cognitively impaired, are unable to adhere to the immobilization restrictions, leading to an increased risk of fixation failure. Patients who underwent open reduction internal fixation (ORIF) of an acetabular fracture were reported to have about 25 times greater incidence of hip replacement compared with general population matched controls. Additionally, performing a subsequent hip replacement after a previous surgical fixation (ORIF) of an acetabular fracture, especially in the elderly population, can present a number of technical difficulties including; difficult dissection due to previous incision(s) and scarring, dealing with retained hardware, bony deficiency and the possibility of infected hardware. The aim of the study is to perform a large cohort study to assess pain and physical function in patients 60 years and older who have sustained an acetabular fracture.
Assessement,evaluation of postoperativ reduction of posterior wall acetabular fractures in Assiut University Hospital
The acetabulum fracture result from a trauma with high energy at the young adult or from a trauma of low energy at the old osteoporotic patient. Anatomic reduction is known to be necessary to give functional result to patient.However, it's technically difficult because of the pelvic bone conformation. The presence of dome impaction makes the surgery more difficult. Per operatory scanner associated to 3D navigation is proved his value-added in spinal surgery.The aim of the study is show that this association permit a technical improvement for the surgeon in the precision of fracture reduction.and restore the articular congruence.