Search results for "Humeral shaft"
showing 4 items of 4 documents
Electromagnetic distal targeting system does not reduce the overall operative time of the intramedullary nailing for humeral shaft fractures
2018
Abstract Introduction We aimed to evaluate the efficacy of the use of the electromagnetic distal targeting system in treating humeral shaft fracture. Methods Patients were divided in: Group 1) patients that received a distal locking screw placement following the free-hand technique; Group 2) patients in which the distal locking screw was performed using the SURESHOT device. Results No differences were noted comparing Group 1 (freehand) [71,9 range 40–135 min] to Group 2 (SURESHOT)[70, range 25–125 min]. Conclusion The use of the EM distal targeting system doesn't reduce the overall operative time of the humeral shaft fracture fixation using IMN.
Retrograde locked nailing of humeral shaft fractures using the unreamed humeral nail (UHN)
1999
Objectives Bony consolidation of humeral fractures in anatomical reduction. Rapid rehabilitation. Restoration of normal function.
Failure Analysis of a Humeral Shaft Locking Compression Plate—Surface Investigation and Simulation by Finite Element Method
2019
A case study of a failed humeral shaft locking compression plate is presented, starting with a clinical case where failure occurred and an implant replacement was required. This study uses finite element method (FEM) in order to determine the failure modes for the clinical case. Four loading scenarios that simulate daily life activities were considered for determining the stress distribution in a humeral shaft locking compression plate (LCP). Referring to the simulation results, the failure analysis was performed on the explant. Using fracture surface investigation methods, stereomicroscopy and scanning electron microscopy (SEM), a mixed mode failure was determined. An initial fatigue failu…
Humeral Shaft Fractures
2014
Humeral shaft fractures account for approximately 7 % of all fractures in adults. They occur after direct trauma such as traffic accidents or after indirect, rotational trauma in sports accidents or falls at home. There are two peaks of incidence in the adult population: the young male and the older female. The first patient typically is the victim of high-energy trauma with multiple lesions, a more severe humeral fracture type and concomitant soft tissue damage. The latter patient suffers a solitary lesion and is the victim of a low-energy accident such as a fall from a standing or sitting position. The fracture type is then simple and there is no or minimal soft tissue damage. As pain is …