Active clinical trials for "Burns"

The investigators developed a portable pressure measuring device using silicon piezoresistive pressure sensors. As PicoPress® is the most accurate (i.e., lowest variation and error) manometric sensor for pressure measurement, the investigators used it to compare and examine the accuracy of the proposed device regarding in vitro pressure measurements. The purpose of this study was to determine the effectiveness of pressure garment therapy using proposed device with objective data obtained with a randomized within wound comparison. Pressure measurements were acquired through a readout circuit consisting of an analog-to-digital converter, a microprocessor, and a Bluetooth transmission module for wireless data transmission to an external device. The mean pressure values measured by the sensors were compared to those obtained from PicoPress®. This was a double-blinded, randomized, controlled trial of patients with hypertrophic scars. In the pressure monitoring group, garment pressures were monitored using the portable pressure measuring device, and the compression garment was adjusted so that the pressure was maintained at the therapeutic range of 15 - 25 mmHg. In the control group, non-surgical standard treatment of burn scars except for pressure monitoring was performed in the same manner.

BACKGROUND: Postburn changes in whole-body, glucose and protein metabolism are at their peak during the acute phase of severe burns. The resulting metabolic derangements lead to substantial muscle wasting, insulin resistance, which ultimately hampers full recovery and reintegration into society. PURPOSE: This quasi-experimental trial was initiated to investigate the effects of exercise-based rehabilitation on muscle wasting, insulin resistance, and quality of life during the acute phase of severe adult burns. METHODS: Moderate to severely burned adults (10-80%TBSA) will be recruited from two Belgian burn centres. Subjects allocated to the intervention group will undergo an up to 8-week-long exercise program in addition to standard care rehabilitation. As part of the exercise program, participants will carry out progressive resistance and aerobic training, initiated as soon as medical safety and patient cooperation allow. Exercise type and dosage will be chosen according to patient status in terms of grafts, mobility, and strength. The control group will receive standard care rehabilitation only, including passive, assisted, active range of motion exercise, functional exercise, and scar treatment. The effect on muscle wasting will be determined by B-mode ultrasound-derived measures of quadriceps muscle layer thickness (QMLT) and rectus femoris cross sectional area, as well as peak force measurements by handheld dynamometry. Insulin resistance will be derived from the HOMA-2 index based on fasting plasma glucose and insulin. Quality of life will be determined by the EQ-5D-5L and Burn Specific Health Scale-Brief (BSHS-B) questionnaires. The results of this clinical research will provide insight into the effects of exercise on both a fundamental and clinical spectrum.

This study will help provide information about how patients with burn handle two antibiotics (ceftolozane and tazobactam) and use that information to guide dosing recommendations for these patients. The 12 patients who complete the study will receive a single dose of 3 grams ceftolozane/tazobactam intravenously. We will collect blood and urine samples to determine how much of each antibiotic is in the body and urine at various times over a 24 hour period. This information will be used with previously published information from microbiology laboratories to perform simulations that will provide recommendations on optimal dosing recommendations of these antibiotics in patients with burns.

To evaluate the safety and efficacy of oral low dose doxycycline in the treatment of corneal burn.

The high incidence of burn injuries and mortality and morbidity as well as the high economic impact associated with this type of injury justifying the need to develop new technologies for the treatment of burn patients. Electrical stimulation for wound healing is a resource that has been increasingly used in routine physical therapists, but has the disadvantage of needing means of wet contact between the electrode and injury. The other resource used for therapeutic healing is conventional electrical stimulation of low intensity for capacitive field, a technique of physical therapy intervention not commercially available in Brazil. This new technology seems to have significant physiological effects in tissue repair and has been used for the treatment of chronic wounds which healed with difficulty. The objective is to analyze the effects of electrical stimulation of low intensity for capacitive field in healing skin burns. Patients from both genders aged over 18 years who have burns, will be evaluated and treated at the Emergency Unit of the Hospital of the Faculty of Medicine of Ribeirão Preto, University of São Paulo. The stimulation will be initiated within 24 hours after surgery to perform the graft and will be held daily for 60 minutes during the patient's stay or until complete healing of the skin. The electromagnetic field will be placed on the care of the burned area and / or the donor skin graft, not interfering with departmental procedures. Will be performed photographic record standardized wound by a digital camera, and then quantified by a computer program. Expected to reduce the period of hospitalization and thus lowering the cost of treatment, and the possibility of improving the quality of life of patients.

Gluten free diet (GFD) is now being tested in patients affected by schizophrenia, autism and multiple sclerosis, making GFD a possible therapeutic weapon not only for celiac disease or gluten sensitivity. In this protocol we investigate the effect of GFD in patients affected by burning mouth syndrome (BMS), a disease of unknown origin characterized by oral and especially tongue burning sensation, deeply decreasing the quality of life of patients

The investigators propose to study the effects of virtual reality (VR) on patients' pain perception during burn wound care. Such variables include psychiatric diagnosis and standard pain coping (i.e. pain catastophizer vs. non-pain catastrophizer).Aims: The investigators intend to evaluate the use of virtual reality in pain distraction for burn patients undergoing burn wound care. To that end our aims are: 1) To determine if pain perception will be less during the portion of the procedure in which the patient is immersed in the VR session in comparison to the portion of wound care which will occur without VR immersion. 2) To determine if anticipatory anxiety will be less for the portion of wound care that includes the virtual reality in comparison to the portion without virtual reality. 3) To determine if current psychiatric diagnosis, especially acute stress disorder and depression, is related to higher pain perception and greater decrease in pain with the virtual reality distraction. 4) To determine if being a "pain catastrophizer" is related to higher pain perception and greater benefits from the

Evaluation of clinical efficacy of my skin (hydrogel and polyurethane film) plus best practice clinical care in subjects with burn injuries with particular regard to: 1) Wound healing (complete reepithelialization), 2) the patient's pain. In the context of the study will be collected secondary outcomes related to type of lesion and its clinical evolution through the analysis of the items in the scale of the PSST.

Thirty patients with unilateral burn injury, and 60 healthy subjects will be included in this study. Participants with burn injury will evaluate with the following assessment tools: Demographic data; age, gender, height, body mass index; burn characteristics; type of burn injury, degree of burn injury, localization of burn injury and total burn surface area will be recorded. Gait parameters (step length, stride length, base support, step time, cycle time, cadence, velocity, single support, double support, swing ( % of gait cycle) and stance (% of gait cycle). will be recorded via computerized system. And gait symmetry will be calculated via formule. Participants' kinesiophobia level will be evaluated with Tampa kinesiophobia scale. Their pain will be assessed by visual analog scale. Their arm swing will be evaluated by a scale.

pre and post intervention quasi-experimental epidemiological study without a control group will be carried out in large burned patients that will evaluate the influence on metabolic expenditure of the inclusion of active external rewarming in the control of body temperature.