View clinical trials related to Femoral Fractures.
Filter by:The purpose of this study was to compare the clinical (range of motion, weight bearing, quality of life) and radiographic outcome (boney consolidation) between open reduction and internal fixation using locking compression plates with revision prosthesis using a non-cemented long femoral stem in a group of patients with a Vancouver type-B2, B3 and C periprosthetic fracture after primary total hip replacement.
Improving or maximising cardiac output in the perioperative setting through the use of goal directed fluid therapy has been shown to reduce complications and length of hospital stay in patients undergoing major abdominal surgery. The evidence for patients having surgery to repair a fractured neck of femur is less robust but many of these latter patients are elderly and often at high risk of complications. Patients undergoing surgery (including surgery for hip fracture) under spinal anaesthesia have not had access to goal directed fluid therapy because of the invasive nature of the existing monitoring technology such as oesophageal doppler. The availability of a non invasive cardiac monitoring device, the Clearsight™, now makes goal directed fluid therapy a possibility for this group of patients. This is a randomised controlled, observer blinded trial to assess the effects of goal directed fluid therapy in high-risk patients undergoing surgical repair of proximal femoral fractures. The aim of the trial is to test the hypothesis that maximising circulating volume intra-operatively with balanced crystalloid reduces post-operative morbidity in high-risk patients undergoing urgent surgical repair of proximal femoral fractures.
The aim of this project is the prospective data collection of a new device used for trochanteric fractures of the femur. It should be answered how the newly developed implant called Trochanteric Fixation Nailing with anti-rotation feature (TFNA) is performing clinically and radiological in terms of intra- and postoperative complications.
This study consists of a retrospective and a prospective part. For each part and in each of 5 clinics, one intraoperative postimplant image (lateral view) of 25 patients with pertrochanteric fractures will be assessed by 5 surgeons per clinic. There are two assessments in the retrospective part. a) before an educational intervention, b) after the educational intervention. The evaluated images at these two timepoints are identical. In the prospective part, the surgeons apply their new knowledge from the educational intervention. They perform the positioning of the patient during the intraoperative fluoroscopy and record the image according to the teaching material. One postimplant image of each patient will be used for the evaluation. At all three timepoints of image assessment, a questionnaire with the same set of 7 criteria (Q1-Q7) for assessing the radiographs is used. The criteria refer to the content of the educational material.
The aim of this cohort study is to precisely measure patients' exposure to gonadal radiation during orthopaedic trauma surgery involving the acetabulum, pelvis, hip, and femur, and to apply these findings to a previously described and validated formula to determine the increased risk of future adverse health effects to the reproductive organs. The investigators null hypothesis is standard of care use of x-ray fluoroscopy during treatment of pelvis, hip, and femur fractures will not expose patients to a significant gonadal radiation load. Analysis of patients' intraoperative radiation doses by means of a previously validated formula will not display a significantly increased risk of adverse health events in the reproductive organs.
There are approximately 250,000 hip fractures in the US every year, and intertrochanteric (IT) fractures (fractures that occur just below the femoral head) account for nearly half of these fractures. The use of intramedullary (IM) nails for fixation of IT femur fractures has become a well-accepted and increasingly more common procedure among orthopaedic traumatologists, and is standard of care at our institution. While advancements in intramedullary nail fixation have made it a relatively efficient procedure, the placement of the lag screw into the femoral head still remains a challenging step in the procedure. Inaccurate placement can lead to screw cut-out, one of the most commonly reported complications with IM nail fixation. Previous work has shown that the lag screw position is an important factor in reducing screw cut-out. This step of the procedure can be time demanding and often requires several intraoperative radiographs for accurate placement. Recently developed computer-assisted navigation systems provide surgeons with the ability to track screw placement in real-time. This could allow for improved screw placement and potentially reduce radiation exposure to the patient and surgeon. To date, the potential advantages of computer-assisted navigation have not been examined. The primary objective of this study is to examine whether the use of Stryker's ADAPT computer-assisted navigation for Gamma nail fixation can result in improved lag screw placement. The secondary objective is to examine whether the use of the ADAPT for Gamma nail fixation can reduce intraoperative radiation exposure.Our hypothesis is that there is a difference in the lag screw placement (i.e. tip to apex distance measurement) between procedures using the ADAPT system versus the conventional technique for Gamma nail fixation. Additionally, we hypothesize that there is a difference in radiation exposure (i.e. fluoroscopy time) between procedures using the ADAPT system versus the conventional technique for Gamma nail fixation.
This study specifically evaluates the effects of electromagnetic stimulation for diaphyseal femur fractures using a device developed by the investigators. The hypothesis is that patients with femoral diaphysis treated with the electromagnetic stimulation have less non-union after six months than patients treated with a placebo device.
The purpose of this protocol is to determine the risk of atypical femoral shaft (thigh bone) fractures after long term fracture prevention therapy with a class of drugs called "bisphosphonates", colloquially referred to as Alendronate, risedronate, Ibandronate, and Zoledronate. In addition, the study is designed to find out which patient is most likely to develop this potential life changing complication and why. Finally, the results of this study will help clinicians to better understand the reason and thus tailor patient specific treatments…i.e., "the right treatment for the right patient for right duration."
The main hypothesis of this clinical trial is that the use of intra-articular tranexamic acid and the fibrin glue plus usual hemostasis will reduce at least a 25% the postoperative blood loss with respect to usual hemostasis in patients undergoing subcapital femoral fractures.
This is an observational study designed to investigate the role of fat emboli in patients who are undergoing a tibial or femoral fracture procedure in the operating room. The purpose of this study is to obtain samples of bone marrow and blood during tibial or femoral fracture procedures to understand the inflammatory response.