The diffractive multifocal IOL resulted in more favorable visual acuities and higher CS values than accommodative and refractive multifocal IOL.

Both conjunctival transpositional flap and conjunctival autograft techniques have same results in terms of pterygium recurrence and surgery complications in the treatment of primary pterygium. Surgery time in conjunctival transpositional flap technique is significantly shorter. Conjunctival transpositional flap technique may be a good alternative method for primary pterygıum surgery.

BACKGROUND: The present study is an evaluation of clinical features and management outcomes of patients operated on for intraorbital foreign bodies (FBs).

To describe the use of bilobed forehead flap for reconstruction of orbital exenteration defect. The medical records of 2 patients in whom orbital exenteration defect repair was performed with bilobed forehead flap were reviewed. In both patients (male, ages 74 and 65 years), extended exenteration was performed because of basal cell carcinoma infiltrating the upper and lower eyelids and orbit. One patient had a history of multiple eyelid surgeries and periorbital radiotherapy. In the other, the tumor also involved the maxillary and ethmoid sinuses and nasal dorsum. The bilobed flap was combined with a cheek advancement flap in 1 patient. The excisional defect could be primarily covered in both patients. In 1 patient, a skin graft was needed to cover the forehead donor area defect. In both patients, transient, distal flap ischemia developed after surgery and, in 1 patient, eyebrow malposition required surgical correction at the late period. No other complication developed during follow-up (18 and 26 months). The bilobed forehead flap can be effectively used to reconstruct total or extended orbital exenteration defects.

In nephrotic syndrome cases especially with accompaniment of high blood pressure, fluid accumulation in the retina layer may occur. Serous macular detachment must be kept in mind when treating these patients.

Purpose: To review the outcomes of orbital exenteration defect reconstruction using cheek or combined cheek-forehead advancement flap. Methods: Charts of 14 patients who underwent reconstruction of the exenterated orbit with cheek advancement flap were reviewed. In surgery, a cheek flap elevated via a nasofacial sulcus incision, and preperiosteal dissection was advanced over the defect. The upper orbital defect, if necessary, was covered with a forehead flap, which was dissected through an incision in the midline or temporal forehead and advanced inferiorly. Results: In all patients (7 women, 7 men; mean age, 65 years), total (n = 7) or extended (n = 7) exenteration was performed for a malignant tumor. In 12 patients (86%), the defect was primarily closed with cheek flap alone (n = 6) or cheek plus forehead (n = 6) advancement flaps. Eight patients received radiotherapy before and after surgery. Four patients (29%) had a total of 6 postoperative complications (skin graft infection, orbital cavitary abscess, osteomyelitis, chronic skin ulcer, and 2 sino-orbital fistulae). The mean follow-up duration was 43 months (range, 11–79 months). Conclusions: Cheek advancement flap can be used alone or together with a forehead advancement flap to cover the orbital defects after total or extended exenteration. This repair may be resistant to radiotherapy-related complications in some cases.

Conjunctival transposition flap may be an alternative surgical method for effective and reversible occlusion of the lacrimal punctum in eyes with severe dry eye.

A 1-day-old female newborn presenting with a severe left proptosis was found, on imaging, to have a cranial mass extending in both orbits and ethmoid sinuses. Tumor debulking and biopsy were performed through a lateral orbitotomy. Based on histologic findings, a diagnosis of infantile myofibroma was made. No involvement was found in other areas of the body. The patient died because of respiratory arrest after intracranial surgery that was performed 45 days after the orbital surgery. To the authors' knowledge, only one similar case of cranio-orbital myofibroma has been reported previously. This tumor should be considered in the differential diagnosis of congenital proptosis and cranio-orbital tumor. In such cases, tumor debulking can be performed through orbitotomy.