View clinical trials related to Injuries.
Filter by:This project is a consequence of the research chair project studying the same phenomenon in adult volleyball players. The project will make use of and be part of the routine medical screening that is taken by the young players of the first degree of the Leuven Volleyball School, Belgium. All young players must undergo a routine medical investigation and movement screening. This is obliged by the law. The current project will use these data. Outcome parameters will be used to advice the trainer staff of the school to adjust their training interventions. This is normal routine too as the involved medical department has been advising the school for many years. Players will be followed up for 6 weeks. After those 6 weeks, the movement screening will be repeated to evaluate the change in the different outcome parameters. This last screening is not part of a normal routine as players normally are investigated more in a subjective way. The medical team and school want to change that routine. Data will be used to further improve training modalities and sports performance and reduce injury risk in these young athletes.
A group of dance educators will attend two dance injury prevention workshops hosted by the Harkness Center for Dance Injuries (HCDI), NYU Langone Medical Center, during which participants will learn strategies to help them train their students in safe ways and impart injury prevention information through their dance classes to their students. The educators will take pre- and post-workshop tests to assess knowledge and perceptions of dance medicine. Several weeks later, participants will take a follow-up survey to assess knowledge implementation and workshop effectiveness.
The purpose of this study is to assess the feasibility (fidelity, acceptability, implementation, cost) of the Cellie Coping Kit for Children with Injury as well as to determine the intervention's efficacy (mechanisms of action and health outcomes).
This proposal aims to conduct a randomized controlled trial to evaluate the efficacy of a 6-month collaborative care intervention in improving the functional and psychological recovery of 430 injury survivors 50 and older. The trial has the following specific aims: 1) Evaluate the ability of the TMH intervention to improve the physical recovery of older injury survivors; and 2) Evaluate the ability of the TMH intervention to improve the psychological recovery of older injury survivors; and 3) Evaluate the ability of the TMH intervention to reduce healthcare costs of older injury survivors and evaluate the cost of effectiveness of the TMH intervention.
Children with injuries, including burns, experience severe pain intensity during medical procedures despite the increasing doses of analgesics. Current guidelines on pediatric procedural pain management recommend the combination of non-pharmacological and pharmacological interventions to enhance pain management and decrease the numerous side effects of analgesics. Virtual reality (VR) has gained growing consideration as a non-pharmacological method as it engages multiple senses and allows interactions with a virtual world. Oculus Rift ® (OR) is a new technology in VR that provides more immersiveness, at a relatively low cost, and could probably improve the management of pain and anxiety in wound care. Overall hypothesis: Distraction by VR via the OR, in combination with the standard pharmacological treatment, is a feasible, acceptable and satisfactory method for the management of pain and anxiety during wound-related treatments in children with injuries. Note that this pilot study will precede a larger trial aimed at assessing the effect of virtual reality distraction via the Oculus Rift ® (DREAM-T: NCT02947243)
This study will explore the contribution of stress-system activity to pain and functional disability in the acute stage of traumatic musculoskeletal injury, and to the maintenance of symptoms after 3, 6 and 12 months post-injury.
The goal of this study is to establish the safety of high fluence LED-RL from 160 J/cm2 up to 640 J/cm2 in healthy subjects. The hypothesis is that high fluence LED-RL phototherapy is safe in human skin.
Cycling injuries are the 3rd most common mechanism of injury in 7-13 year olds[1]. Bicycle injuries have remained one of the commonest causes of paediatric abdominal trauma for over 60 years[2,3]. 15% of child cyclist injuries involve impact with a handlebar; two-thirds of those are abdominal injuries[4]. Handlebar impact is now the commonest mechanism of major paediatric abdominal injury[3]. Serious handlebar injuries often occur after apparently minor falls; they are not unique to riders performing stunts[5]. One small study found that the metal handlebar ends were often exposed on bikes of children sustaining severe abdominal injuries[6]. Most European safety standards do not test grip durability[7-10]. Day-to-day use can damage rubber grips, exposing the underlying metal handlebar tube. This feasibility study aims to test the research methods that will be used in a subsequent nationwide multicentre study. The main study will investigate the association between injuries and handlebar grip condition. Children attending study hospitals with any bicycle or kick scooter injury will be invited to participate. Parents of injured children will be invited to complete questionnaires regarding circumstances surrounding the injury and condition of the handlebar ends on the bike or scooter involved. Clinical information regarding the injury will also be collected. The handlebar end condition will be compared between children sustaining a handlebar end injury [Cases] and riders whose injury did not involve the handlebar [Controls]. If exposed handlebar ends are more prevalent amongst riders with handlebar end injuries, injury prevention strategies can focus on methods to prevent damage occurring to grips through day-to-day use. If no such association is found, prevention strategies can be focused elsewhere, such as on design of effective protective clothing. Data collection for this feasibility study will occur between March 2015 and September 2015. The Chief Investigator, Mr. Andrew Neilson, funds the feasibility study.
This project will utilize the first web-based program to provide tailored injury prevention education. The existing Safety in Seconds program was adapted into a smartphone platform. Parents are recruited from and engage in the program in the clinical setting (PED or PTS). Parents download the app onto their smartphone which is used to ask the questions, collect a parent's responses, assess the parents' safety needs and give tailored directions for proper car sear use. The control group parents will also engage with the smartphone app and receive immediate feedback. However, they will receive tailored educational messages about smoke alarms. Parents will also have access to the online SIS v 2.0 Parent Portal which will have educational features (e.g., tips for keeping children content in their CSSs, links to helpful websites). The investigators will use emerging technology such as push notification and email to remind parents to visit the portal and have their child's car seat reassessed. The investigators plan to conduct a cost benefit analysis of the program's expected financial benefit from the perspective of a third party payer of medical claims and an in-depth examination of program adoption and implementation using qualitative data collected from key informant interviews, direct observations of the clinic environments, and document review.
Injuries are the leading cause of death and disability in children in America. Most injuries can be prevented when parents implement effective child safety practices. This project will create a behaviorally based program to teach parents what to do to prevent injuries to their school aged child, in an effort to reduce the number of injuries, hospitalizations, medical costs, and missed work days.