Management of Strabismus Associated with Thyroid Eye Disease 9.2.1 Etiology Enlargement of the extraocular muscles with sparing of their tendons is a common feature of TED that often results in an…
Observations of Vital Signs Measurement of a patient’s vital signs should be undertaken postoperatively at least every 1 to 2 hours for the first 12 hours, reducing to every 4…
Types of Orbital Complications and Patient Presentation Orbital complications can be divided into infectious complications that result from direct extension of bacterial or fungal infections into the orbit ( ▶…
Endoscopic sinus surgery was first introduced in the 1980s and its potential to improve approaches to the peri-sinonasal structures including the orbit was quickly recognized. The endoscope provided a magnified,…
Eyelids The upper and lower eyelids are anatomically distinct, though analogous. Surgical approaches to the orbit may incorporate various portions of the eyelids, including the upper eyelid crease, lower eyelid…
Tearing, when excessive tears pool on the ocular surface, and epiphora, when tears overrun the ocular margin and pour down onto the face, occur if there is either overproduction or…
Indications for Orbital Decompression Orbital decompression is performed in a variety of conditions and for various indications. The most common disease process leading to orbital decompression is thyroid eye disease….
Patient Selection and Indications Adults with orbital masses will be found to harbor a malignant tumor in about one-third of cases 1, 2 In children, the incidence of malignancy is…
Complications of Orbital Decompression and Management Jordan T. Glicksman, James N. Palmer, and Nithin D. Adappa Abstract • Complications of endoscopic orbital decompression are rare, but can be life or…
Fig. 15.1 Ossifying fibroma. (a) The degree of orbital displacement is significant enough to create proptosis and a cosmetic deformity. (b) The orbital apex is compressed but springs the optical canal….
