Purpose: To present maxillary bone (MB) grafts as a viable option for repair of traumatic
orbital floor (TOF) defects by comparing their use to titanium mesh (TM) looking at TOF …

Orbital tumor, trauma, and necrosis require the orbital contents to be resected and the
patient is left with a cosmetic deformity that affects a patient's self-image and those around …

Background: Titanium cranioplasty is commonly used for surgical closure of skull defects
post craniectomy. Superficial implantation of the mesh can result in discomfort, palpability …

Background: In addition to functional goals, a satisfactory aesthetic outcome is important for
reconstruction of fronto-orbital osseous defects. The purpose of this study is to report on a …

From 1994 to 2000 187 individual computer-aided prefabricated titanium skull implants were
inserted at 37 clinical centres. Since the processing chain of construction and fabrication of …

The management of orbital fractures is one of the most interesting and difficult areas in facial
trauma. The consequences of an orbital fracture are sometimes dramatic. They include …

Aim Purpose of this case report is to highlight the precision and accuracy obtained with
patient specific implants for orbital reconstruction designed on the basis of volumetric …

A number of techniques have been introduced to support the orbital floor after maxillectomy
without orbital exenteration. These methods include skin graft or muscular sling, but they …

Purpose Current nonvascular osseous reconstructive options for reconstruction of the orbital
floor after maxillectomy include options such as scapular tip and iliac crest bone grafts. The …

Accurate reconstruction of orbital and midfacial defects following extensive globe-sparing
maxillectomy is challenging, due to the complex anatomy of facial skeleton. The aim of this …