View clinical trials related to Trauma.
Filter by:This is a study of patients admitted with major traumatic injuries. Such patients may develop inadequate circulation to the organs as a result of internal blood loss. Early detection of internal blood loss can be difficult as physical examination alone may miss patients with significant blood loss. Some patients with internal bleeding will arrive with low blood pressure; these patients are usually given 2 liters of intravenous fluid to determine if their blood pressure will recover. If the blood pressure does not rise or if it drops again later, the blood loss can be assumed to be severe, and the patient will likely need transfusions, surgery and other interventions. However, this fluid treatment method can lead to delays and complications as some patients may initially respond but then continue to bleed. The inferior vena cava (IVC) is the large vein draining blood from the lower body to the heart. The inferior vena cava is known to empty when the patient has had significant blood loss. The vena cava diameter can be seen using ultrasound. This study intends to perform ultrasound to examine the vena cava diameter on patients just after arriving with major trauma. The hypothesis of the proposed study is that an ultrasound assessment protocol of inferior vena cava diameter and collapsibility can detect and aid management of non-compressible hemorrhage in major trauma victims. After the patient has been given the 2 liter intravenous fluid treatment, the inferior vena cava diameter will be measured again. A third examination 8-24 hours after admission will determine if the inferior vena cava diameter has returned to normal. We propose that measuring the inferior vena cava in this manner can predict those patients who are likely to continue bleeding and require interventions such as surgery. Early detection in these patients may avoid delays in treatment, complications and excess mortality. Because this examination is done with handheld ultrasound machines, it could be done outside hospitals and in military combat casualty care.
The purpose of the study is to test whether the health care provider access and training in CERTAIN (Checklist for Early Recognition and Treatment of Acute Illness), would facilitate timely and error free best-practice delivery and minimize preventable death and costly complications in critically ill patients.
The effect of family member's massage therapy on the Vital signs and Glasgow Coma Scale Score of hospitalized patients in Intensive Care Unit: A Triple-blinded Randomized controlled Clinical Trial Study
Across the world, the most common cause of dying in the ICU is a disease called "sepsis". Sepsis is a disease in which the body's protective response to infection becomes too intense, unnecessarily damaging important organs in the body. Kidney damage during sepsis is particularly bad, as a person's chance of survival drops significantly when he or she develops kidney failure. This study plans to learn more about how to detect (and thus prevent) kidney failure early in sepsis. The current tests doctors use only detect kidney failure once it's already happened. We must therefore find better ways of detecting kidney failure earlier, when there is still a chance to protect the kidneys. In this study, patients will provide a one-time sample of urine. We will check this urine for signs of a protein called "heparanase", which we believe is important in early kidney failure. We will then see if high heparanase activity in urine predicts the risk of developing kidney failure. We will compare results from patients with sepsis with results from patients with trauma, allowing us to determine if heparanase is only important in sepsis kidney failure.
Youth injured by violence is a major public health concern in Canada. It is the fourth cause of death and the leading reason for a youth to visit an emergency department (ED). In Winnipeg, 20% of youth who visit an emergency department with an injury due to violence have a second visit for a subsequent violent injury within the following year. This is consistent with studies in other jurisdictions that demonstrate that violent injury is a chronic condition. Youth injured by violence are in a reflective and receptive state of mind, rendering the emergency department setting appropriate for intervention. The investigators propose a WrapAround Care model delivered by a support worker with lived experience with violence, supported by a social worker, an addictions and mental health counsellor, a family counsellor and links to multiple community partners. Support workers will be on call 24 hours a day, 7 days a week in order to start the intervention in the ED and take advantage of the "teachable moment". The proposed study is a pilot randomized control trial to assess the feasibility of a randomized control trial designed to assess efficacy. For the pilot trial the investigators will assess recruitment, treatment fidelity, participant adherence and safety. The intervention arm will receive wraparound care initiated at the time of their visit for injury due to violence. The control arm will receive standard of care (usually a list of community contacts). The investigators will use an adapted pre-consent randomization methodology. This intervention has been developed using a community based participatory research approach. Our team includes clinicians, nurses, social workers, community youth workers, ex-gang members, elders and researchers.
In a combat situation the need for safe and high-quality blood products is increasing. WB (Whole Blood) is used in many trauma situations, but we wish to investigate whether there is an even better whole blood product. The purpose of this study is to examine the quality of leucoreduced, cold-stored whole blood. We also wish to examine the effects of filtration of whole blood without a 1-2 hour holding-time (warm-filtration) and the effects of forced filtration. We also wish to explore the possibility of using cold-stored WB for production of RCC. Analyses are performed with a main focus to investigate function and quality of red blood cells and platelets.
Non-contrast MRI with T2 fat suppression has been a useful imaging modality in evaluation spinal trauma. However, the role of contrast enhancement has not investigated in patients with spinal trauma. Therefore, this prospective study aims to evaluate the usefulness of contrast enhanced MRI for spinal trauma W/U clinically. The study hypothesis is that there is no additional gain in addition of contrast enhanced study to routine non-contrast MRI.
This protocol seizes this rare scientific opportunity to test an integrative family based model to address youths' coexisting substance abuse and trauma in the wake of Hurricane Katrina. The study would address a number of gaps in the current evidence base related to understanding and treating comorbid teen drug abuse and trauma that may be initiated or exacerbated in the wake of disasters such as Hurricane Katrina. This study would compare two promising interventions for youth with comorbid trauma and substance abuse, family-based treatment and group Cognitive Behavioral Therapy (CBT), potentially yielding new and vital information about effective treatment for substance abusing youth following traumatic events.
Trauma patients are at a high risk of developing blood clots in the legs (deep vein thrombosis - DVT), which can travel to the lungs and cause serious health consequences. Often, these patients cannot receive blood-thinning medication to prevent these blood clots because of the risk of bleeding; in this case, they are usually given intermittent pneumatic compression devices (IPCs) to prevent blood clots. IPCs are inflatable sleeves that fit over the legs and periodically inflate and deflate, helping to pump blood out of the legs and thus reduce the risk of blood clot formation. Several studies suggest that IPCs are working properly on the patient only 60-70% of the time. Some patients also find them uncomfortable. A new device (geko) that works by stimulating the leg muscles and increasing blood flow in the legs has recently been developed. To compare the geko with IPCs, this study will randomly assign trauma patients who cannot receive blood thinners for blood clot prevention to either IPCs or geko. The main goal is to determine the feasibility of doing a larger study which would compare the efficacy of these devices in preventing blood clots. The amount of time the devices are properly used on the patients, comfort and tolerability, development of blood clots, and blood flow in the leg veins and arteries will also be measured and compared between the devices.
13% of injured normotensive patients arriving in emergency unit need mass blood-transfusion of six or more units of packed Red Blood Cells. It is currently difficult to predict the need for such a mass blood-transfusion. Indeed hemoglobin point of care testing (hemocue) and blood pressure can be normal during the first hours despite intensive bleeding. It's well known that blood or arterial lactate measures correlate with trauma severity but these measures are not available in a pre-hospital setting. The investigators want to test whether capillary lactate measures also correlate with trauma severity and can therefore predicts earlier transfusion needs.