Guidelines for Orbital Defect Assessment and Patient-Specific Implant Design: Introducing OA<sup>2</sup> (Orbital Assessment Algorithm). [PDF]
Gellrich NC, Grant M, Matic D, Korn P.
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Recovery of ocular motility after surgical intervention in orbital roof fracture-induced cranial nerve injuries. [PDF]
Irfan Syahputra B +5 more
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Long-term stability of ocular function after alloplastic computer-aided design/computer-aided manufacturing reconstruction of posttraumatic orbital defects: a retrospective cohort study. [PDF]
Skade S +8 more
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Orbital Complications After Cochlear Implant Surgery in a Patient With Silent Sinus Syndrome. [PDF]
Khurayzi T +4 more
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Periorbital necrotizing fasciitis: the Manchester experience. [PDF]
Hopkins A +5 more
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Repair of Orbital Floor Fractures Using Maxillary Bone Grafts. [PDF]
Khan AH, Vaz S, Fabian A, Elahi MM.
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Early Hypoglobus in Orbital Floor Reconstruction With Resorbable Implants
Journal of Craniofacial Surgery, 2020Background: Among the variety of materials developed for facial bone surgery, resorbable implants are widely used in orbital wall reconstruction. There are many advantages in selecting resorbable implants, such as minimal foreign body reaction and adjustability within the damaged orbital floor. Resorbable implants are supposed
Eung Hyun, Kim, Soo Hyang, Lee
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Hypoglobus Following Orbital Decompression for Dysthyroid Ophthalmopathy
Ophthalmic Plastic & Reconstructive Surgery, 1990Hypoglobus following orbital decompression is not a rare complication. Hypoglobus requiring surgery to elevate the globe following orbital decompression is considered clinically significant hypoglobus. A retrospective analysis of 157 consecutive patients who had their orbits expanded by removing the medial wall and floor of the orbit found seven ...
J A, Long, H I, Baylis
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