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1.
Neuroradiology ; 43(2): 165-8, 2001 Feb.
Article in English | MEDLINE | ID: mdl-11326566

ABSTRACT

Identification of wooden intraorbital foreign bodies (WIOFB) is crucial for avoiding severe orbital infection. Despite careful clinical examination, WIOFB are often not recognised. We report the CT findings in chronically retained WIOFB. When not initially diagnosed, WIOFB create a granulomatous inflammatory foreign-body reaction. CT demonstrates the WIOFB as a linear dense structure surrounded by a soft-tissue mass with density similar to that of muscle, corresponding to the foreign-body reaction.


Subject(s)
Foreign Bodies/diagnostic imaging , Granuloma, Foreign-Body/diagnostic imaging , Orbit , Tomography, X-Ray Computed , Wood , Adult , Humans , Male , Middle Aged , Orbit/diagnostic imaging , Time Factors
2.
J Fr Ophtalmol ; 24(8): 887-92, 2001 Oct.
Article in French | MEDLINE | ID: mdl-11894542

ABSTRACT

The authors describe two new techniques of evisceration after resection of the corneal epithelium and limbus with a conservative approach of the posterior lamella of the cornea and anterior sclera after a 360 degrees dissection of the sclera behind the insertion of the oculomotor recti muscles, and with a conservative approach of the recti oculomotor muscles. The technique is called "Parachute" when the posterior sclera is removed and "Russian Doll" when the posterior sclera is not removed and placed behind the orbital implant. The implant is then introduced with "bird cage" forceps. The indications of the technique are those of evisceration when the size of the remaining globe is at least one-third of the volume of a normal eye. The main advantage is to provide safely a large volume for the implant in order to prevent post enucleation socket syndrome.


Subject(s)
Eye Evisceration/methods , Humans
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