View clinical trials related to Major Injury.
Filter by:The long term survival of patients who require admission to critical care (CC) following a major burn injury (MBI) continues to improve with advanced clinical management. There has been increasing interest into cognitive dysfunction (CD) due to neuroinflammation (NI) following CC, anaesthesia, surgery, and the association of NI with diseases characterised by CD such as Alzheimer's disease. Patients who suffer a MBI and who subsequently require admission to CC will be at uniquely high risk for CD. MBI produces an exaggerated and prolonged systemic inflammatory response, with NI demonstrated in animal models. Additionally NI can be exaggerated by insults such as sepsis, anaesthesia, and surgical trauma, common and often necessary following MBI. The aim of this study is to identify CD using cognitive tests to examine for deficits in working memory and executive function. Test proposed to use are the Hopkins Verbal Learning and Verbal Fluency tests, and a validated computerised battery (CogState). Neuroinflammation and underlying pathophysiology using fMRI and spectroscopy, known to demonstrate biomarkers for CD and NI. QoL will be assessed using the validated EQ-5D tool. The Inclusion criteria; patients who survive their burns injury (greater than 15% total body surface area) and require mechanical ventilation. Primary exclusion criteria; admission with toxic epidermal necrolysis syndrome, and evidence of head trauma.
The objectives of this study are to test and validate a simple, feasible intervention to reduce pediatric burn traumatic stress in 0-5 year old children and their parents. We have refined and implemented an early post-burn psychosocial assessment and intervention for stress reduction for young children and their parents based on the "DEF" Protocol (Distress, Emotional Support, Family) from NCTSN's 'Pediatric Medical Toolkit for Health Care Providers,' and a burn specific version of the COPE (Creating Opportunities for Parent Empowerment)intervention. It is hypothesized that the combined DEF + COPE Intervention will be simple to implement and use under both experimental and real world conditions. The proof of the latter hypothesis will be that staff at Shriners Hospitals for Children-Boston will willingly incorporate it into routine care by the end of the project. We will evaluate, using an RCT design, the DEF + COPE Intervention by comparing outcomes for subjects who are randomly assigned to receive it with outcomes for subjects who are assigned to receive the DEF Intervention only. It is hypothesized that children in the DEF + COPE Intervention Group will show significantly greater decreases over time in pain and anxiety ratings, heart rate, PTSD total symptom scores and physiological symptom scores (such as heart rate and heart rate variability from baseline to follow up) than will children in the DEF-only group. Similarly, it is hypothesized that parents assigned to the DEF + COPE group will show significantly decreased scores on the Stanford PTSD measure.