View clinical trials related to Traumatic Injury.
Filter by:Blunt cerebrovascular injury (BCVI), or injury to the carotid and vertebral arteries, occurs in 1-3% of blunt traumas, often as a result of injury to the head, neck, or chest. If unrecognized or untreated, BCVI can lead to stroke, which occurs in approximately 20% of untreated patients, potentially causing significant and sometimes permanent disability. Early diagnosis and treatment significantly reduce the risk of stroke. Currently, there is wide variation across centers and trauma care providers in treatment strategies for BCVI and the most recent guidelines are unable to make specific recommendations about the optimal agent and/or dose of treatment to reduce the risk of stroke after BCVI while minimizing bleeding complications in patients with multiple traumatic injuries. Recent systematic reviews and meta-analyses evaluating the most common treatment strategies for BCVI have shown similar stroke rates with the use of anticoagulants (usually heparin) vs. antiplatelets (usually aspirin/ASA), however, treatment with antiplatelets was associated with a lower risk of bleeding complications. The optimal dose of ASA for stroke prevention while minimizing bleeding complications is unknown, and more research is required to inform future care. This project will investigate two doses of antiplatelet therapy (81 mg daily vs. 325 mg daily aspirin) for BCVI treatment, and will look at the risk of stroke and bleeding complications with each strategy. The goal of the research is to determine whether a large-scale study looking at this question is feasible, which will ultimately help determine the best medical therapy for patients with BCVI.
The purpose of this study is to learn more about how to help the caregiver and child survivor of a traumatic injury handle post-traumatic stress disorder and/or depression.
The purpose of this research is to determine if a brief treatment method is effective for preventing posttraumatic stress disorder (PTSD) and a number of other concerns following injury.
To date, intraoperative assessment of tissue and bone viability is predominantly subjective, depending on the clinical view of the surgeon, resulting in a variation in the thoroughness of debridement. Inadequate initial resection leads to multiple debridement interventions, leading to prolonged hospitalization or readmission with consequently high direct medical costs. Near-Infrared Fluorescence (NIRF) imaging with Indocyanine Green (ICG) could potentially be a relevant contribution to adequately treating soft tissue and skeletal injuries by creating an improved distinction between viable and non-viable tissue, based on perfusion indices. This study evaluates whether intraoperative perfusion assessment with ICG fluorescence imaging is a feasible and quantifiable technique for treating traumatic injuries.
This is a prospective, multicenter, randomized, double-blind, placebo-controlled, parallel-group, large simple trial to investigate the efficacy and safety of a single intravenous (IV) infusion of BE1116 in subjects who have traumatic injury, with confirmed or suspected acute major bleeding and / or predicted to receive a large volume blood product transfusion.
The POSITION project aims to investigate the cognitive mechanism of postural body awareness as a risk factor for injury and as a target for a primary prevention strategy based on the Resource Optimization of Armed Forces (ROAF) method.
The Prehospital Analgesia INtervention trial (PAIN) is a proposed 4 year (3-year enrollment) multicenter, prehospital, randomized, double-blind, clinical trial that will enroll approximately 994 patients at select LITES Network sites. The objective is to perform a prospective, interventional, randomized trial among prehospital trauma patients with compensated shock (SI>0.9) and an indication for pain management, comparing patient centered outcomes following prehospital administration of ketamine hydrochloride versus fentanyl citrate.
This study is proposing the use of i-PRF clot as a scaffold for the XCM in order to obtain a novel biomaterial, incorporating active growth factors and collagen matrix in a single framework, based on the potential effect of i-PRF to enhance fibroblast activity and angiogenesis stimulation for treatment of multiple gingival recession.
Traumatic physical injuries result in significant disability and a high proportion of survivors suffer from chronic pain and mental health disorders. A key predictor of good outcomes following trauma is "coping self-efficacy" - a person's belief that they can cope with life's challenges. Interventions that enhance coping self-efficacy post-injury are most likely to optimize recovery. However, these interventions are not standard approaches in rehabilitation settings.Our inter-disciplinary team will undertake a trial to assess the efficacy of supportive-expressive group therapy in rehabilitation inpatients who have had traumatic injuries. We wish to test whether persons who undergo the group therapy have significant improvements in coping self-efficacy compared to those receiving standard care. Sixty patients with traumatic injuries admitted to St. John's Rehab will be randomized to either supportive-expressive group therapy (n=30) or to standard rehabilitation (n=30). Additionally, up to 12 staff participants will be recruited.The goal of this project is to establish a gold standard for inpatient rehabilitation in the trauma NMSK injured population by widening the access to emotional wellbeing supports, which could translate into better physical, mental and social health in the community.
Randomized, interventional trial of Emergency Department (ED) administration of DSUVIA (sufentanil) versus standard care pain management comparing pain treatment outcomes in injured patients with moderate to severe pain