Ipsilateral fracture of proximal femur along with shaft femur fracture
An analysis of different surgical treatment modalities
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The combination dual implant (preferably DHS+DFN/CCS+DFN) for treatment ipsilateral proximal and shaft femur fractures little better than single implant. They creates bio-mechanically stable construct allow early full weight bearing( partial weight bearing early in Long PFN but delay in full weight bearing because of delay union of shaft). Distal nail provide polar moment of inertia and proximal plates provide static moment of inertia at fracture site which was not hindering the union at shaft. Open reduction provide good exposure and easy for reduction at fracture site manly in unstable and c...
The combination dual implant (preferably DHS+DFN/CCS+DFN) for treatment ipsilateral proximal and shaft femur fractures little better than single implant. They creates bio-mechanically stable construct allow early full weight bearing( partial weight bearing early in Long PFN but delay in full weight bearing because of delay union of shaft). Distal nail provide polar moment of inertia and proximal plates provide static moment of inertia at fracture site which was not hindering the union at shaft. Open reduction provide good exposure and easy for reduction at fracture site manly in unstable and communited fractures of femur.Combination of two implant construct have reduces the strain of single implant on any one of them which prevent expulsion or breakage of screw and implant. There was infection rate little higher in dual implant in compare to single implant which was reduces by maintaining intraoperative handling of soft tissue, maintaining sterility, antibiotic coverage and by reducing the time of surgery.It is therefore concluded that the result of combination dual implant is slightly better than single implant fixation.
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