Sentence examples for lateral locking from inspiring English sources

Internal fixation was then achieved with a proximal tibial lateral locking compression plate (LCP).

A43 mm lateral locking plate was secured with four 6.0/28 mm cancellous screws and mechanically tested (LICP).

Numerous studies have reported successful outcomes with the use of single lateral locking plate fixation of complex bicondylar tibial plateau fractures [9, 20, 23, 24, 25, 26].

Traditional options for fixation include the use of bilateral buttress plates, a lateral buttress plate with a smaller posterior medial plate, hybrid external fixators and the more recent use of lateral locking plates.

Objective: The objective of this study was to evaluate the short-term clinical and radiographic results from a TTC fusion procedure using a lateral locking plate specifically designed for this purpose.

Fixation: Lateral locking plate ± medial plate fixation External fixation: mean 31 months (range 12 58 months) ORIF: mean 41 months (range 12 64 months) Boston  Mallik [29]  Covall [26] Retrospective 10 (10) 7 (7) External fixation: Monticelli-Spinellib circular fixator ORIF: Incision: Unknown.

Gosling et al. [21] also compared a single lateral locked plate to dual plating with a lateral and anteromedial anti-glide plate.

The fracture was fixed by a lateral locked condylar plate, a medial contoured reconstruction plate, and a countersunk screw for the medial Hoffa fracture.

e, f Immediate postoperative views showing the lateral locked condylar plate and the medial contoured reconstruction plate with its distal 6.5-mm cancellous screws with prominent heads due to mandatory obliquity of the screws inside the bone.

Definitive fixation began with countersunk cannulated cancellous screws, including those for Hoffa fractures, then lateral locked distal femur plate application, and finally application of the contoured medial plate (reconstruction plate in eight cases, semitubular plate in four cases).

This experimental test allowed in particular the identification of modal parameters and the observation of the lateral "lock-in" effect under the crossing of the footbridge by pedestrian streams prior to installation of control devices.