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Showing 1-11 of 11 trials
NCT06973226
This study aims to collect real-world clinical data to gather information on the performance and safety of the Neocement® when used according to its intended purpose and current clinical applications. The results of the clinical study will serve as clinical evidence for the device's clinical evaluation, targeting submission to the new Medical Device Regulation (EU) 2017/745.
NCT06973239
This study aims to collect real-world clinical data to gather information on the performance and safety of the Neocement® Inject P when used according to its intended purpose and current clinical applications. The results of the clinical study will serve as clinical evidence for the device's clinical evaluation, targeting submission to the new Medical Device Regulation (EU) 2017/745.
NCT07084506
This study, based on observations of clinical practice, aims to collect clinical data to update information on the performance and safety of the n-IBS® when used according to its intended purpose and current clinical applications. The results of the clinical study will serve as clinical evidence to support the assessment of the device's safety and performance, contributing to the overall clinical evaluation of the product.
NCT07060027
The goal of this clinical trial is to learn if using two screws works better than one screw for building up jawbone width before dental implant placement. It will also check the safety of both techniques. The main questions it aims to answer are: * Does using two screws give better bone growth than using one screw? * Which technique creates more stable bone for dental implants? Researchers will compare the single-screw technique to the double-screw technique to see which works better for jawbone reconstruction. Participants will: * Receive either one or two small titanium screws placed in their jawbone to support a bone graft * Have the graft covered with a protective membrane * Return after 6 months for screw removal and dental implant placement * Attend follow-up visits to check healing progress The study will help dentists determine the best method for patients who need jawbone reconstruction before getting dental implants. All procedures use FDA-approved materials and follow standard surgical protocols. New chat
NCT04520087
The purpose of this study is to evaluate the clinical and radiographic results after surgical treatment with implant-free allograft in the treatment of Anterior Shoulder Dislocation and to assess the safety of the surgery.
NCT06959459
Evaluation of the Safety and Efficacy of Artificial Bone Repair Materials for Repair of Long Bone Defects in the Extremities: A Prospective, Randomized Controlled, Single-Blind, Non-Inferiority Clinical Trial
NCT04645186
This is an observational, prospective, non-randomised, post market clinical follow-up study to compile clinical data on performance and safety of the synthetic bone graft substitute and to assess that the performance and safety of the device are maintained until the reaching of its intended use in a commercial clinical setting in long bone and extremity defects.
NCT04644536
This is a retrospective post market clinical follow-up study to compile real world clinical data on safety and efficacy of the synthetic bone graft substitutes in a commercial clinical setting in long bone and extremity defects and in spinal fusion procedures.
NCT06662903
The aim of this study is: To compare the surgical outcomes between titanium mesh and bone cement in cranioplasty. To assess the complication rates associated with each material. To evaluate patient satisfaction and aesthetic results post-surgery
NCT06269354
The clinical diagnosis and treatment of lower limb bone defect is a difficult problem in orthopedics. The traditional treatment has the shortcomings of long treatment period, no weight bearing in the early stage of the limb, weak mechanical strength, many complications, and difficulty in repairing deformed and large segment bone defects around the joint. The Orthopedics Department of Peking University Third Hospital, the lead unit of this study, developed the TCBridge system based on three-dimensional (3D) printing technology in the early stage, which is the first approved 3D printing lower limb long bone defect repair system in China. The system can achieve personalized and accurate repair of lower limb bone defects, and ensure patients to carry out limb weight and functional exercise safely in the early stage after surgery. On this basis, this study will establish a multi-center clinical case cohort to achieve accurate comprehensive diagnosis and treatment of lower limb bone defects, benefiting patients and contributing to society.
NCT03382665
The study is a multi-center, prospective, non-controlled, consecutive cohort post market surveillance study. The objective of this study is to obtain survival and clinical outcome data on the Hyperion® system in primary and revision total hip arthroplasty.