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Wrist Fracture clinical trials

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NCT ID: NCT05943574 Not yet recruiting - Wrist Fracture Clinical Trials

PMCF Study on the Safety, Performance and Clinical Benefits Data of the XtraFix® Small External Fixation System

Start date: February 1, 2024
Phase:
Study type: Observational

The study is a monocentric, retrospective, non-randomized, non-controlled and consecutive series post-market study. The purpose of this study is to confirm safety, performance and clinical benefits of the XtraFix® Small External Fixation System (implants and instrumentation) when used to treat long bone fractures. The primary objective is the assessment of performance by analyzing fracture healing. The secondary objectives are the assessment of safety by recording and analyzing the incidence and frequency of complications and adverse events. Relation of the events to implant, instrumentation and/or procedure should be specified. Subjects' outcomes will also be assessed.

NCT ID: NCT03937492 Not yet recruiting - Surgery Clinical Trials

EFFECTIVENESS OF GRADED MOTOR IMAGERY TO PREVENT CRPS IN PATIENTS WITH DISTAL RADIUS FRACTURE AFTER SURGERY

Start date: May 2, 2019
Phase: N/A
Study type: Interventional

The study would like show that patients who follow a protocol with GMI are less probability to develop CRPS

NCT ID: NCT03316768 Not yet recruiting - Wrist Fracture Clinical Trials

Measurement of Grip and Pinch Forces Needed for Activities of Daily Living, Work and Prehistoric Stone Tool Production

Start date: January 2020
Phase:
Study type: Observational

Very little is known about the pinch and grip forces that are critical for activities of daily living (ADL) or work. Human success in evolution is a result of the combination of great brain power and great hand ability to accomplish with our hands what our minds can conceive. Prehensile grasp in hominins allowed tool production and today allows us to hold fine instruments to perform surgery or do heavy construction. The strength of our hands is matched against the requirements of the activities we need to perform. The hypothesis of this study is that many tasks have an inherent strength requirement that is independent of the person performing the task. Until recently, direct measurement of the forces has not been possible. Ultra thin sensors along with the software to interpret the information is now available to make this force determination possible. We have 3 primary objectives. The primary objective is to measure pressure distribution and resultant forces needed for 3 categories of ADL and 2 categories of work in normal subjects. The second objective is to perform a similar evaluation of patients with basilar thumb arthritis and after wrist fracture. The third objective is to measure pressure distribution and forces needed for tool production and use.