View clinical trials related to Radius Fractures.
Filter by:Ultrasound-guided supraclavicular brachial plexus block (US-SCBPB) has been a generalized regional anesthesia in upper extremity surgery. It is performed just above the clavicle, in which the neural cluster formed by the trunks or divisions of the brachial plexus is situated superolateral to the subclavian artery (SA). In many approaches, corner pocket approach [deposit local anesthetic (LA) at the intersection of the SA, neural cluster, and the first rib] and cluster approach (direct deposit LA into the neural cluster after penetration of the sheath of brachial plexus) has been well known methods. And single or multiple injection techniques has been used with the above approaches.
The purpose of this study is to compare general and regional anesthesia with regard to postoperative pain in patients who undergo surgery in a day surgery setting due to a displaced distal radius fracture.
This study compared the effects of closed kinetic chain exercise and Russian current stimulation on pain, functional disability, wrist range of motion (ROM) and grip strength in patients with colles' fracture. Forty five patients with stable colles' fractures are randomly classified into three groups with fifteen patients in each group; Group I received traditional exercise in the form of; Mobilization, stretching exercises, range of motion exercises (passive and active) and edema control of the wrist joint. Group II stimulated by electrical Russian current in addition to traditional exercise. Group III received closed kinetic chain exercise (wall press, plyometric wall push up, Quadruped rhythmic stabilization, and Push up exercises) plus traditional exercise. All outcome measures including Pain, function, Wrist ROM, and grip strength were evaluated before and after the treatment program.
Occlusion training, resistance exercise performed with a specialized venous tourniquet, leads to beneficial changes in muscle strength at low resistance and minimal stress on the nearby joint. This novel resistance training has the potential to greatly improve muscle strength gains in individuals who are unable, for medical reasons, to perform the high resistance exercises typically required to improve strength. Our study will examine the effect of this technique on strength recovery following distal radius fracture repair. The primary objective of the intervention is to achieve accelerated recovery of forearm, wrist and hand function as assessed using measures such as grip/pinch strength, validated questionnaires, and functional outcome testing. Occlusion training can potentially serve as a specialty intervention for rehabilitation patients, reduce the cost of care, and improve the treatment options for both patients and providers.
The objective of this study is to compare a minimal invasive approach with the conventional flexor carpi radialis approach for volar plating of distal radial fractures.
Immobilization after radius fracture seems to increase the risk of developing a Complex regional pain syndrome (CRPS), a condition associated with pain, increased skin sensitivity and reduced epidermal nerve density. The purpose of the study is to determine whether 5-week immobilisation leads to functional and structural sensory changes, and whether the changes are associated with persistent pain. The investigators plan an explorative, pilot study on six consenting patients immobilised after a distal radius fracture. The baseline measurements will be recorded at the day of or the day after trauma: Demographics, psychological and physical comorbidity, pain characteristics and intensity, hand function, health related quality of life (HRQOL), quantitative sensory testing will be recorded while skin biopsies are analyzed for epidermal nerve fiber density. Following variables such as pain characteristics and intensity, hand function, health related quality of life, quantitative sensory testing and skin biopsies will be reassessed when the cast is removed and two months later.
Background: Wrist fractures are a common injury among people aged 55-70. The radius is one of the bones making up the wrist joint, and is typically the site of injury in a broken wrist. Methods of treating a broken radius include placing the wrist in a cast for 6 weeks (conservative management) or receiving surgery. Surgery allows for earlier movement of the wrist and return to activity, while being placed in a cast is less invasive than surgery. Surgery to fix these fractures has become more common; however there is little agreement about who should receive surgery and who should be placed in a cast to heal. The goal of this study is to compare outcomes between people aged 55-70 who have broken their wrist and had surgery, and those who received a cast. Procedures: Participants in this study will be randomly assigned to one of two study groups within 1 week of injury at their first clinic visit with the surgeon. Patients in Group A (surgical management) will continue with casting for a total of 6 weeks, as indicated by the surgeon. Patients in Group B (conservative management) will receive surgery, and the attending surgeon will determine the best fracture fixation method for the wrist. The research coordinator will assess the injured wrist at 6 weeks, 3, 6, and 12 months after the initial injury. At each assessment, the wrist will be examined and participants will be asked to fill in some questionnaires about health, pain, wrist function, and satisfaction with the wrist. An X-ray will also be performed on the wrist to assess bone healing. Information from each visit will be used to determine how participants are doing and to compare the 2 study groups.
The purpose of this study is to determine the functional outcome of repairing the pronator quadratus (PQ) muscle in subjects operated for a distal radius fracture (DRF) with volar locked plating.
The purpose of this study is to determine the efficacy of ultrasound guided hematoma block versus traditional "blind" hematoma block for analgesia in distal radius fracture reduction.
Eligible patients that sign an informed consent will be randomized to operation with volar locking plate or cast immobilization. Primary follow-up after 1 year.