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Libyan freedom fighter. Injury sustained 3 weeks prior to admission. Entrance wound of missile at R medial canthal area, repaired elsewhere. Trajectory of missile crosses the L orbit, thereby blinding the patient. Exit wound at L temple. Extensive comminution of naso-orbito-ethmoidal area results in traumatic telecanthus.

Libyan soldier

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Page 1: Libyan soldier

Libyan freedom fighter. Injury sustained 3 weeks prior to admission. Entrance wound of missile at R medial canthal area, repaired elsewhere.

Trajectory of missile crosses the L orbit, thereby blinding the patient. Exit wound at L temple.

Extensive comminution of naso-orbito-ethmoidal area results in traumatic telecanthus.

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Frontal skull defect was caused by older road traffic

accident. Stereolithographic model of

skull defect constructed from CT data.

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Access to nasofrontal area, supraorbital rims bilaterally, L zygomaticofrontal area and L zygomatic arch via coronal flap.

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Laterally-based pericranial flap raised on the L independently to be used for reconstructive purposes or for dural repair, if needed.

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Frontal skull defect dissected after full development of the coronal flap down to the supraorbital bar.

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Frontal skull defect dissected after full development of the coronal flap down to the supraorbital bar.

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Development of coronal flap down to L zygomatic arch, which is extensively comminuted, like the L lateral orbital rim (exit wound of

missile)

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Reduction and wire fixation of L frontozygomatic suture area.

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Anterior skull base, as viewed from above. 3 dural tears repaired with Vicryl sutures. Additional sealing effect obtained with application of

large collagen membrane and tissue glue.

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Reconstruction of frontal skull defect (frontal cranioplasty) with titanium-reinforced porous polyethylene sheet and multiple

microscrews.

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Frontal bar reconstruction with multiple microplates. “T”-shaped plate holds porous polythelene implant for management of saddle nose

deformity.

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Reconstruction of L orbital floor with porous polyethylene implant supported by microplate. L zygoma body fracture fixed with miniplate.

Medial inferior orbital rim fracture fixed with wire. The remains of the L eye globe were enucleated and a porous polyethylene sphere was

inserted.

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Immediately postoperative. No attempt was made to revise skin lacerations to minimize risk of exposure of nasal dorsum implant. A left

medial canthopexy has been performed to address traumatic telecanthus.

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Postoperative skull films

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2-months postoperative / The L eye globe is prosthetic.

1.5-years postoperative

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Duration of surgery: 14 hours Surgical team: George Vilos, Oral & Maxillofacial Surgeon Harry Apostolidis, Oral & Maxillofacial Surgeon Athanasios Roumeliotis, Oculoplastic Surgeon Stavros Tombris, Oral & Maxillofacial Surgeon