Active clinical trials for "Burns"

The objective of the proposed study is to assess whether the application of flammacerium for 2 days is as good as, or even better than, the application of flammacerium for 10 days regarding woundhealing in partial thickness burns.

Subjects who have minor, second degree burns may be enrolled in this study. Subjects will receive either Santyl ointment or bacitracin ointment to apply to the burn until it heals. Bandages will be used to keep the burn covered while it heals. Second degree burns generally leave a scar. Once the burn heals, lotion and an appropriate bandage will be used to try to minimize the appearance of a scar. The study hypothesis is that burns treated with Santyl will have a better scar appearance than burns treated with bacitracin. Subjects enrolled in this study will make once a week visits to the University of Kansas Medical Center outpatient burn clinic until the burn heals. The burn will be assessed for healing at these visits. Once healed, visits to the clinic will be every 1-3 months for up to 1 year. At these visits, the appearance of the scar will be evaluated

In a burn population, conduct a prospective, double-blinded, randomized, controlled clinical trial to determine the ability of spray silicone to alter the physical characteristics of burn scar compared to a placebo.

The purpose of the study is to understand how the body uses amino acids in burned patients during the time they cannot eat normally. Amino acids occur naturally in the body and the food we eat. The body combines amino acids to make protein. It uses the proteins to do things such as heal wounds, fight infection, and provide energy. We are studying two ways of receiving nutrition: through a vein or through a tube. We are also studying two different types of food: with or without glutamine. The results of this study will be used to determine the best type and way to supply nutrients during a severe burn injury. We hope to learn how to help the body use nutrients more efficiently to better repair wounded tissues and recover earlier from injury.

The purpose of this study is to better understand how to best care for burn wounds.

The purpose of this study is to determine whether 5% human albumin solution, given to correct hypoalbuminemia, could improve organ dysfunction in burn patients as assessed by a change in the SOFA score from baseline to day 7 (or before if the patient is discharged from the ICU or died).

Specific Aim 1: To determine if one of three burn dressings provides a less painful healing experience for partial thickness hand. Specific Aim 2: To evaluate if one of three dressings provides greater functionality during and after healing of partial thickness hand burns. Specific Aim 3: To determine if one of three burn dressings promotes aesthetically superior healing results for partial thickness hand burns.

High dose Vitamin D (50,000IU) therapy may increase bone mineral density/bone mineral content after large burns.

This will be an observational study evaluating subject's perception of pain to dressing changes during removal and application of a surfactant gel. Wound healing will also be monitored. Anxiety before dressing change will be measured using a burn specific pain anxiety scale. Study intervention will include cleansing the wound per the facility's standard of care, followed by applying the investigational product on the wound. This will be followed by placing an appropriate secondary dressing.

Pediatric patients that sustain partial thickness burn injuries to their extremities require regular scheduled dressings and weekly appointments for better healing. Typically, the dressing used at Children's Hospital of Michigan is Xeroform, which can often be painful when changing at the weekly clinic appointment. Mepilex Ag is also an approved treatment for these types of burns and has the potential to cause less pain with dressing changes, however is not used as frequently due to a much higher cost. Studies evaluating the treatment of partial thickness burns in pediatric patients have shown decreased cost and length of stay associated with dressings that are silver impregnated, like Mepilex Ag. However, these studies are all retrospective with a possible selection bias to patients. In addition, several studies have suggested less pain with newer foam and hydrofiber dressings. We are conducting a prospective study using patients with partial thickness burns of their extremities, applying Xeroform on half of the burn, and Mepilex Ag on the other half of the burn, to remove confounding variables between patients to determine the optimal burn dressing for partial thickness scald burns for pediatric patients. A partial thickness burn, also known as a second degree burn, extends into the top two layers of the skin, not passing the hypodermis. Our goal is to determine if Xeroform or Mepilex Ag is superior treatment for partial thickness burns in pediatric patients for healing time, appearance of scar, and patient pain and comfort during treatment and dressing changes.