View clinical trials related to Hip Fractures.
Filter by:Background During anaesthesia for repair of a broken hip, many patients experience low blood pressure. There have been many studies showing that patients who experience low blood pressure during anaesthesia are at increased risk of sustaining kidney or heart damage, strokes, having a post-operative infection, or dying. During anaesthesia, in most cases blood pressure is monitored using a cuff which inflates on the arm (the 'normal' way blood pressure is measured in a GP practice or hospital ward). This gives a reading each time the cuff goes up and down, every 3-5 minutes typically. There is a less well used way to measure blood pressure, using an additional cuff on the finger which gives a constant, continuous measure of blood pressure. We think that using this monitor, rather than the 'standard' monitor, will mean that low blood pressure is recognised more quickly, therefore treated more quickly, and will lead to patients having less exposure to dangerously low blood pressures. If this is the case, we hope that it will reduce how often patients experience kidney or heart damage, have an infection after surgery, suffer a stroke, and reduce the risk of death. Methodology To test this, we would need to run a large clinical trial comparing the continuous monitor to the standard monitor. This would be expensive and involve a great deal of work in a large number of hospitals, and so first we wish to determine whether the trial we would like to run is practical, and possible to deliver in the real world. To do this we plan to run the trial first on a small-scale feasibility (pilot) study, where we will recruit 30 patients, half of whom will have the standard monitor, and half of whom will have the continuous monitor. We will see what proportion of the patients who could enter the trial actually do so and complete it, and use it as an opportunity to iron out problems with the trial. If we find it is possible to run the trial on a small scale, we will apply for funding to run a full study. This will aim to answer the question of whether the continuous monitor improves the patient outcomes which were agreed during development with the patient public involvement group locally; rate of kidney damage, heart damage, stroke, post-operative infections, risk of death, and hospital length-of-stay. Expected outcomes and implications. We anticipate we will find the trial to be feasible with amendments to the way it is run, and if this is the case, we will apply to run the full scale trial. If this shows that using the continuous monitor improves the patient outcomes above, then it would represent new, significant evidence that may lead to the NHS adopting it's use as 'standard care' during anaesthesia for repair of a broken hip, and would like lead to similar trials in other operations where patients may benefit in a similar way.
Assessment of the feasibility of achieving retinal imaging in older people with recent hips fracture surgery using hand held optical coherence tomography device
Aim of the study is an examination whether a modified perioperative pain management system, that integrates the 2017 European Society of Anaesthesiology (ESA) guidelines for treatment of postoperative Delirium, can improve patient's wellbeing in comparison to the current certified standard management.
The primary purpose of this study is to assess the feasibility of an arm cycle ergometer training in subjects with proximal femur fracture surgically treated. The secondary purpose of this randomized controlled clinical trial is to verify whether the addition of aerobic activity can increase motor performance compared to a conventional exercise program in which no aerobic activity is foreseen.
The study investigates whether treatment of proximal femoral fractures is possible using a peripheral regional anesthesia technique.
Proximal femoral fracture is associated with severe morbidity and mortality and high socioeconomic costs. The main mechanical complication of internal fixation in trochanteric fracture is lag-screw cut-out through the femoral head. Several factors are involved, but remain controversial. The aim of the present study was to determine risk factors for cut-out in internal fixation of extracapsular proximal femoral fracture.
Observational retrospective study of pacients over 95 years admitted in traumatology ward with a osteoporotic hip fracture
This study will be a prospective, case - control trial looking at the use of a previously FDA approved device made by Stryker, a distal targeting system that eases the distal targeting of screws in cephalomedullary nails in hip and femoral shaft fractures. Patients who consent to participate in the study will either be in the control or device arm of the study depending on their surgeon.
The aim of this project is to build an international community of centers of excellence in the care for Fragile Hip Fracture Rapid Recovery patients. These centers of excellence will benchmark and share their expertise and experiences based on clinical and managerial data. In project is designed in five different phase: Phase 1: literature review: identifying relevant key interventions and indicators Phase 2: expert panel: expert panel for teams, management and policy makers Phase 3: data collection: collection managerial data through retrospective patient record analysis on clinical indicators Phase 4: statistical data analysis: data input, validation and statistical analysis Phase 5: feedback and knowledge sharing: feedback report with anonymous benchmarking and knowledge sharing of the results.
The effectiveness of integrated care pathways for hip fractures in sub-acute rehabilitation settings is not known. The study objective was to assess if a hip fracture integrated care pathway at a sub-acute rehabilitation facility would result in better functional outcomes, shorter length of stay and fewer institutionalisations. A randomised controlled trial on an integrated care pathway was conducted for hip fracture patients in a sub-acute rehabilitation setting. The study supports the use of integrated care pathways in sub-acute rehabilitation settings to reduce length of stay whilst achieving the same functional gains.