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97 active trials for Trauma

Pelvic Fractures in Polytraumatized Patients With Hemodynamic Instability: Angioembolization vs Preperitoneal Packing

Pelvic fracture is a usual injury in trauma patients. An unstable trauma patient with a pelvic fracture has an elevated risk of death due to pelvic bleeding and the associated injuries. Traditionally, it has been estimated that the main source of bleeding is venous and, consequently, the main treatment has been the preperitoneal pelvic packing. Nevertheless, according to new data, arterial bleeding appears to be a more important source of pelvic bleeding than it was thought and angioembolization seems to be a good alternative in the treatment of these injuries. Consequently, it is important to define better the management of these patients. This investigation project consists in a clinical trial study, performed by a multidisciplinary team of many hospitals around the country, in which angioembolization and preperitoneal pelvic packing are compared. Unstable trauma patients with a pelvic fracture and no other injuries (negative FAST / peritoneal aspiration, no evidence of bone fractures or thoracic injuries) will be submitted, in less than 60 minutes from hospital arrival, to angioembolization or preperitoneal pelvic packing, according to randomization. There will be a specific timing evaluation of different markers: hemodynamic (vital signs at arrival, immediately and 24 hours after treatment) and analytic (at arrival and upon entering to the Intensive Care Unit). Registered variables include: blood cell transfusions, vasoactive drug requirements, time elapsed between hospital admission and intervention, treatment duration, need of other strategies to stop pelvic bleeding, complications and mortality. The objective of this study is to determinate if angioembolization is superior to preperitoneal pelvic packing for pelvic bleeding control in unstable trauma patients due to pelvic bleeding.

Start: July 2021
Continuous Erector Spinae Plane Blocks for Rib Fractures

Rib fractures are one of the most common injuries in trauma patients. These fractures are associated with significant pain as well as decreased ability to inspire deeply or cough to clear secretions, which together lead to complications of the lungs and breathing which leads to risks of further injury and even death. One recent study found that the ability to move air into and out of the lungs practically doubled with the administration of a single-injection Erector Spainae Plane Block (ESPB) while pain levels nearly halved. However, a single-injection nerve block lasts less than 24 hours while a perineural local anesthetic infusion (also termed a "continuous peripheral nerve block") may be administered for multiple days. This entails inserting a tiny tube through the skin and into the area around the nerves, after which more local anesthetic may be administered prolonging the numbing effects. The possibility of extending the duration of a ESPB with local anesthetic administration via a perineural catheter has not be investigated. We therefore are conducting a randomized, triple-masked, placebo-controlled, parallel-arm study to investigate the addition of a continuous ESPB to a single-injection ESPB following traumatic rib fractures. The primary outcome of this study will be the maximum inspired volume measured by incentive spirometry on the afternoon following the nerve block procedure. We hypothesize that the maximum inspired volume will be significantly increased in the afternoon following the procedure with the addition of a continuous ESPB to a single-injection ESPB.

Start: May 2021
Restarting Anticoagulation After Traumatic Intracranial Hemorrhage

Primary Objective: To identify the optimal interval to restart oral anticoagulation after traumatic intracranial hemorrhage that will minimize thrombotic events and major bleeding by performing a response adaptive randomized (RAR) PROBE clinical trial of restarting in anticoagulant-associated traumatic intracranial hemorrhage patients, comparing restart at 1 week to restart at 2 weeks or at 4 weeks, with a primary composite outcome of major thrombotic events and bleeding. Primary Outcome: 60-day composite of thromboembolic events, defined as DVT, pulmonary emboli, myocardial infarctions, ischemic strokes and systemic emboli, and bleeding events defined as non-CNS major bleeding events (modified BARC3 or above) and worsening index tICrH or new intracranial hemorrhage (ICrH). Secondary objectives of this trial include: To use the Trauma Quality Improvement Program (TQIP) of the American College of Surgeons - Committee on Trauma (ACS-COT), a well-established and highly respected trauma center oversight mechanism, to translate findings of the trial into practice in a closed loop. To establish a relationship between time of restarting and overall secondary events, i.e. a dose response, that favors early restarting (1 week is better than 2 weeks and 2 weeks is better than 4 weeks. To explore patient centered utility weighting of thrombotic versus bleeding composite endpoint components by: A) 60-day Disability Rating Scale (DRS) 24,25 and modified Rankin Scale (mRS)26; B) Trial patient-reported standard gamble utilities including by race, gender and ethnicity. To explore the composite without DVT in the thrombotic component

Start: October 2021
Reducing Pain and Anxiety During Dressing Changes After Burn Surgery Using Virtual Reality

Burn injury and its treatment is an intensely painful experience. Most severely injured patients require numerous dressing changes and skin grafting procedures (removing skin from healthy part of the body and moving it to damaged area of the body). This procedure cause extensive pain and anxiety and many patients can become dependent on pain killers during their hospital stay and throughout rehabilitation. This can delay reintegration into society and increase the chance of opioid dependence. An effective pain management plan plays a large role in patient recovery. In addition to the physical pain experienced by these patients, burn injury is an intensely stressful and emotional life experience. This study will use a non-drug approach to reduce pain and extensive use of pain killers (opioids) during dressing changes. In particular, the study will use an immersive (allows to experience computer-generated environment as a real world) Virtual reality (VR) distraction tool during dressing change after skin graft surgery. Individuals who will decide to participate in this study will be asked to wear headgear to view immersive 360 videos specially designed by the study team. Before and after this exposure participants will be asked to complete a measurement of their anxiety level (VAS) and rate their pain. This study will help to determine if using VR as a distraction tool during painful dressing changes will reduce pain and anxiety, and therefore opioid medications requirements, and will rely on participants experience and adapt VR videos according to participants' response.

Start: March 2021