TDAP in Burn Patients (Group 2)

Burn Injury, Critical Illness, Multiple Organ Dysfunction Syndrome, Sepsis, Wound Healing

Burn Infection, Sepsis, Critical Illness, Thermal Injury, Infection, Multiple Organ Dysfunction Syndrome (MODS), Acute Respiratory Distress Syndrome (ARDS), Wound Healing, Biomarkers, Digital Twin Model, Predictive Analytics, Surgical Critical Care

This study is following adult patients with serious burn injuries to better understand how their bodies respond to treatment and recovery. Researchers will collect small amounts of blood and tissue samples, along with information already recorded in the medical record, such as vital signs, lab results, and details of surgeries or complications. The goal is to identify patterns that may help predict who is at higher risk for infections or other problems after a burn injury. This information could lead to new tools, including computer-based models, to improve burn care and outcomes in the future. Participation involves providing samples and allowing researchers to review medical records during the hospital stay and up to one year after discharge.

This is a prospective observational study of adult patients with significant burn injuries. The purpose is to learn more about how the body responds to burns, treatment, and recovery, and to identify factors that may predict complications such as infection or sepsis. By studying patterns in clinical information, blood samples, and tissue samples, researchers aim to develop computer-based models that can improve diagnosis and guide future treatments. Patients who are 18 years of age or older with burn injuries involving more than 10% of their body surface area may be eligible. Participants will be asked to give written informed consent before joining the study. Enrollment will occur at several major burn centers in the United States. About 80 patients are expected to participate. During hospitalization, small blood samples will be collected at scheduled times, and whenever possible, these will be drawn during routine clinical bloodwork to reduce the number of needle sticks. The total amount of blood taken for research will not exceed safe limits (about 125 mL over the entire study period). When surgery is required for wound care, small pieces of tissue that would normally be discarded may also be collected. Information already being collected as part of regular care-such as vital signs, lab results, medications, and details of surgeries and complications-will be included in the research database. Participants will be followed through their hospital stay and contacted at 6 and 12 months after discharge to check on recovery and health status. All personal health information will remain confidential; data used for analysis will be de-identified. By combining biological samples with clinical information, this study will create a detailed picture of recovery after burn injury. The results may lead to better ways to detect complications early, personalize treatment, and improve long-term outcomes for burn patients

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United States