Monteggia's fracture

This trial compares two ways to humidify air for trauma patients on prolonged mechanical ventilation: active heated humidifiers and passive heat-and-moisture exchangers. The goal is to see which method reduces airway complications like mucus plugs and tube blockages, and improves…

This study tests whether a new shelf-stable blood product (IFC) works faster than the standard cryoprecipitate to stop severe bleeding in trauma patients. About 320 adults with traumatic injuries and low fibrinogen levels will be enrolled. The goal is to see if IFC can be given m…

This study looks at whether applying a patient's own skin cells (called a basal cell suspension) to surgical wounds can help them heal faster and with less scarring. Researchers will compare 500 people who get this extra treatment with 500 who get standard surgery alone. The goal…

This study is testing whether adding a cold atmospheric plasma device to standard wound care helps different types of wounds heal better. The device uses low-temperature plasma to kill bacteria and promote healing. Researchers will compare 500 patients who get plasma therapy plus…

This study asks whether a simple ultrasound scan can safely and accurately track how well a child's broken bone is healing, compared with the standard X-ray. Children with fractures often need several X-rays during recovery, exposing them to small amounts of radiation. The trial …

This study tests whether an AI software called RBfracture helps clinicians better identify fractures, dislocations, and joint fluid buildup on X-rays. Sixteen doctors will review X-rays from 415 adult patients with and without the AI's help. The goal is to see if the AI improves …

This study tests whether a higher dose of the blood thinner enoxaparin can better prevent dangerous blood clots in the legs or lungs of severely injured patients. About 540 adults in intensive care after trauma will receive either the standard or a double dose. The goal is to see…

This study tests whether listening to music with binaural beats (a type of sound that may influence brain activity) can help professional athletes who are afraid of getting hurt again after a musculoskeletal injury. Sixty-six athletes will listen to either binaural beat music, a …

This study looks at whether giving trauma patients personalized information and a voluntary digital follow-up visit (instead of only standard care) helps them have less disability, return to work more often, and feel better overall. About 256 adults admitted to a Norwegian trauma…

This observational study aims to build and test models that predict risks like delirium and death after fracture surgery in older adults. Researchers will collect data on pain, sleep quality, and brain activity to see how these factors relate to short- and long-term outcomes. The…

This study watches 250 adults with broken leg or pelvis bones to see who develops hemorrhagic shock — a dangerous drop in blood pressure from blood loss. Researchers want to know which fractures are most likely to cause this emergency. The goal is to help doctors quickly spot and…

This study investigates why some people who have surgery for broken bones go on to develop long-term pain. Researchers are collecting blood samples and information on medical, psychological, and social factors from 600 adult patients. The goal is to create a model that can predic…

This trial tests a software device called AI-TRiPS that uses real-time data from ambulances to predict the risk of death, bleeding, kidney injury, and need for blood transfusion in trauma patients. The tool displays these predictions to hospital trauma teams before the patient ar…

This study will train over 1,800 lay first responders—like taxi drivers and shopkeepers—in Cameroon to provide basic first aid and safe transport for injured people. Researchers will compare survival rates before and after the training program. The goal is to see if a data-driven…

This study will test a new program designed to help people who have been hospitalized for a physical injury. The program connects survivors with resources to meet their medical and social needs. Researchers will interview 25 participants and track which resources they use to see …

This observational study will use a non-invasive brain-computer interface and artificial intelligence to detect and record brain activity in terminally ill patients immediately after clinical death. Researchers aim to capture organized neurocognitive signals, such as gamma waves,…

This study looks at 400 severely injured patients treated by emergency medical teams in the Paris region. It aims to see if the time spent on scene before going to the hospital affects whether patients survive the first 24 hours. The goal is to find ways to improve emergency care…

This study will analyze data from a pediatric trauma registry to understand injury patterns, outcomes, and what factors predict how severe an injury is. Researchers will look at records of 40 children under 18 who came to the hospital with a traumatic injury. The goal is to learn…

This study tests whether giving metoclopramide alone or with dexamethasone can speed up stomach emptying in trauma patients needing emergency surgery. Using bedside ultrasound, researchers will measure stomach contents to see which drug works better. The goal is to reduce the ris…

This study tests a new peer support program for adults recovering from serious injuries like car crashes, burns, or amputations. The program pairs survivors with trained peers who have been through similar experiences, offering support from hospital to home. The goal is to see if…

This study will look back at the medical records of about 2000 older adults (60+) who had surgery for a broken bone in Shanghai between 2010 and 2019. Researchers want to see how factors like age, nutrition, and which bone broke affect the risk of dying within 1, 3, or 5 years af…