The reconstruction of the anterio-posterior inclination of the medial aspect of the orbital floor,
despite a wide 360° exposure, including coronal and conjunctival incisions, is a challenging …

The authors present the clinical results of their method of customized reconstruction of
orbital wall defects using titanium mesh or sheet. High resolution computed tomography …

Until now, computer-assisted surgery has not been practiced as part of the surgical routine
of posttraumatic orbital reconstruction. The purpose of this study was to investigate the use …

INTRODUCTION: Orbital structures are affected in approximately 40% of all cases of
craniofacial trauma. Changes in the bony orbital dimensions can alter the function of …

Alloplastic materials offer a number of advantages over bone autografts in the reconstruction
of craniofacial defects. These include: lack of donor site morbidity, unlimited quantities of …

The restoration of extensive zygomatic complex defects is a surgical challenge owing to the
difficulty of accurately restoring the normal anatomy, symmetry, proper facial projection and …

The purpose of this investigation is to present the results using preoperatively-formed
titanium mesh implants for a true-to-original primary repair of extensive orbital floor and …

PURPOSE: This cadaver study evaluates the use of pre-bent 3-dimensional titanium mesh
implants for orbital floor and medial wall reconstruction. DESIGN: Nonrandomized …

Repair of large and complex calvarial defects remains a particular challenge for
reconstruction. The paucity of techniques and materials emphasizes the need for alternative …

Purpose: Computer-assisted surgery (CAS) has not been a routine part of
craniomaxillofacial surgery to date. This report investigates the use of CAS to promote the …