View clinical trials related to Wounds and Injuries.
Filter by:The purpose of this study is to use magnetic resonance spectroscopy (MRS) and diffusion tensor imaging (DTI) to assess for traumatic brain injury and determine if there is any correlation of these findings to clinical outcome. MR spectroscopy using 2D-CSI (a multi voxel technique) of the corpus callosum, basal ganglia, lobar white matter and brainstem may reveal areas of injury and quantification of the metabolites from these areas may be used to correlate with imaging findings and clinical evaluation. White matter disruption in these areas is commonly seen after TBI, caused by diffuse axonal injury. It has been implicated in the long term outcomes in these patients, but has been difficult to assess by standard radiologic studies. By the use of DTI it may be possible to demonstrate damaged white matter tracts which could be helpful in the evaluation of traumatic brain injury. Most TBI subjects have injuries that involved torque to the brain. This results in a shearing injury to the long white matter tracts, which has been hypothesized to be related to cognitive outcome. Also, to demonstrate that MRS and DTI prove valuable in predicting outcome in patients of moderate brain trauma by conducting progressive studies acutely (within 24 hours) and long term (4-6 weeks). Most patients will most likely be followed clinically for over a year, and, if clinical indicated, farther scanning can be done at a later date. By comparing fraction anisotropy, ADC values, and metabolic ratios by the use of DTI and MRS in the adult and pediatric populations, may help to assess differences in recovery. Lastly, a comparison between the two groups in changes in brain metabolism and/or white matter tract disruption/re-connection after TBI with and/or without links to outcome can be done.
This study will determine if autologous platelet gel (APG) on sternal incision and conduit sites will improve wound healing and decrease infection in coronary artery bypass grafting surgery patients.
Our first aim is to describe how common a sudden decrease in renal function happens in infants in a neonatal intensive care unit. We also want to see how a sudden loss of renal function affects survival. Finally, we will explore non-invasive markers to identify a sudden decrease in renal function from urinary samples.
The social, psychological, economic burden of Spinal trauma with deficit is great, and there is no curative treatment. Erythropoetin (EPO) is promising, due to its neuroprotective effects demonstrated in vitro, in vivo in animal models and in a preliminary study including patients with stroke. The study primary end point is to find out the maximum tolerated dose of EPO. This is based on the occurrence of pulmonary embolism during a 14 day delay following EPO injection. Secondary end points include comparisons of EPO kinetics in blood and cerebrospinal fluid (CSF), study of EPO effects on several inflammatory and apoptotic bio markers and blood cell counts. The experimental design is a dose scale study (600 to 2400 UI/Kg), using a single dose of rHuEPO, (EPREX®). The EPO dose is defined using a Bayesian continuous reassessment Method (CRM). The sample size is expected for less than 20 patients. Eligible patients are patients aged 15 to 65 years, able to receive the EPO injection within 12 hours of a spinal trauma, without vital blood loss or associated diseases. The follow-up lasts 6 months.
The purpose of this study is to address the question, "What is the volume of blood for injection at epidural blood patch that most effectively relieves post-dural puncture headache?"
This trial is conducted in the United States of America (USA). The purpose of this study is to evaluate the treatment of Recombinant Faction VIIa in Patients with Severe Bleeding Due to Trauma Please note that this trial and trial F7TRAUMA-1711 (NCT00184548) have been merged.
Early goal directed therapy during 6 hours after occurence of the early phase of acute kidney injury
Cutaneous cancer-related pain is difficult to treat. These patients are often prescribed high systemic dosages of opioids. Yet, many patients continue to report pain while experiencing dose-limiting side effects. An alternative approach to systemic administration is to apply topical medications. The advantage of topical application is the potential of achieving good analgesia using low dosages with few, if any, systemic side effects. Current clinical data indicates, that topically applied morphine has an analgesic effect in patients with severe pain and that it may even improve wound healing. The clinical reports so far have been either case studies or double blind randomly controlled trials with a very small sample size of patients. There is still a great deal of information which is lacking about this modality of treatment regarding on the one hand, the mechanism of action and on the other, clinical issues. For example, is the mechanism of the effect actually peripheral? What is the adequate dose of analgesic medication for different types of skin conditions? Wound healing has not been quantified. We will apply morphine topically to skin wounds of cancer and evaluate the effect of the treatment on pain, side effects, quantify wound healing, quantify morphine and its metabolites in blood and urine. Should well controlled studies, demonstrate all or any of the peripheral effects of topical morphine, clinical application of this treatment modality would be possible. This could contribute towards better treatment of these patients, who have pain which is difficult to treat and can, at times, be intractable.
The purpose of this study is to determine: 1. If vacuum assisted closure (VAC®) therapy results in altered proteomic expression of angiogenic markers compared to moist wound therapy. 2. If VAC® therapy results in increased angiogenesis compared to moist wound therapy.