View clinical trials related to Deformity; Bone.
Filter by:Virtual Reality(VR) has had promising applications in science and medicine, including intervention delivery. The use of VR interventions has been studied in a wide range of medical conditions, including anxiety, phobias, obesity, chronic pain, and eating disorders. VR based simulation in pediatrics has grown rapidly in recent years and is expected to continue to grow. VR technology has become increasingly affordable, flexible, and portable, enabling its use in a broad range of environments including the outpatient clinical setting. Additionally, children are believed to have an inclination toward games of "pretend" or alternate realities further indicating the potential of this technology. While immersed in a game, they often become deeply absorbed and able to ignore aversive stimuli. VR is an engaging intervention that may help to detract from pain and anxiety for children undergoing painful procedures. Heart rate has been used as a means to objectively quantify the physiologic response to pain and anxiety. The purpose of the study is to conduct a randomized controlled study that assess the utility of Virtual Reality simulations compared to non immersive visual distraction in pediatric patients undergoing outpatient procedures including cast removal and surgical suture/pins removal. Primary outcomes will include changes in patient heart rate (an age-validated surrogate for pain and anxiety) and patient-reported changes in anxiety and pain. Secondary outcomes will include patient/parent-reported satisfaction.
Implant devices are important tools - their use is essential across a number of orthopaedic indications, including hip conditions, trauma and limb deformity. Given the vital role fixation devices play in maintaining alignment, promoting healthy bone healing and preventing joint degeneration, it is essential to understand the expected lifetime outcomes of these implants, and evaluate their safety and efficacy. Prospective implant efficacy and safety registries are needed to support this endeavour, especially considering new regulatory requirements from the European Union Medical Devices Regulation (EU MDR) in relation to post-market clinical follow-up (PMCF).
This prospective registry was designed as an observational study to ascertain how commercially available NanoBone products are being used by surgeons performing foot and ankle surgery which involves bone grafting, as well as determining relevant patient outcomes.
Humeral osteotomy is the most effective method for evident cubitus varus correction in children. Several osteotomy methods and fixation materials have been developed in the past. By applying the principles of deformity correction described by Paley, the investigators describe a novel corrective technique for cubitus varus involving lateral osteotomy using Kirschner wires.
It is a retrospective study at a tertiary care hospital. All cases of lower limb deformity whose correction was done with fixator assisted IM nailing from 2010 till 2017 were analyzed.