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Objective: To report complications during and after Descemet stripping automated endothelial keratoplasty (DSAEK) in 32 eyes at a single academic center with two techniques for delivering the endothelial corneal graft., Patients and Methods: Outcomes from a single center of 32 consecutives cases of DSAEK were analyzed prospectively. In the first 23 patients, the endothelial graft underwent single-fold delivery with forceps, and in the remaining nine patients, the graft was delivered with the Busin glide-based technique. The complications of DSAEK were noted from the intra- and postoperative periods., Results: Graft detachment was the most common type of complication encountered. In seven of 32 eyes (22%), graft detachments were observed. Three of the 32 eyes (9.5%) were considered to have failed DSAEK, meaning that persistent edema was present after DSAEK. One of the 32 eyes had a late corneal decompensation. Three eyes (9.5%) demonstrated graft rejection. Four eyes with detached grafts were successfully rebubbled after surgery. Two of the 32 eyes (6.2%) underwent repeat DSAEK and three eyes (9.5%) underwent penetrating keratoplasty., Conclusions: DSAEK is becoming the preferred method for treating endothelial dysfunction because it maintains the structural integrity of the eye and provides rapid visual recovery with minimal refractive change. However, we experienced some complications. Graft detachment is the most common complication, but postoperative rebubbling allows for graft reattachment in most cases. Other common complications found in this series were graft failure and graft rejection.

Introduction: Descemet stripping automated endothelial keratoplasty (DSAEK) is an exciting alternative to standard full-thickness penetrating keratoplasty (PK) for the treatment of patients suffering from endothelial failure of the cornea. Corneal transplant rejection is the leading cause of endothelial failure after PK. While DSAEK may reduce the risk of corneal allograft rejection, endothelial rejection can still occur., Case Reports: We report three cases of endothelial rejection after DSAEK. Subacute endothelial rejection occurred in all three cases after the topical steroid treatment regimen had been stopped., Conclusion: A lower rejection rate in comparison with PK cannot be assumed and comparative studies are necessary. Extended topical steroid may be used. Subacute endothelial graft rejection implies that the patient needs to be fully informed of the functional signs and the need to seek medical advice immediately.

Introduction: We report a case of posttraumatic keratomycosis caused by Scedosporium apiospermum that was treated with oral and topical voriconazole and penetrating keratoplasty., Case Report: A patient was admitted to the hospital with a corneal abscess of his right eye due to trauma while gardening. No improvement was noted with topical fortified antibiotics (vancomycin, gentamicin, and cefazolin) and antimycotic (amphotericin B 1%) and oral itraconazole (200 mg/day). Fungal cultures of corneal scrapings revealed growth of Scedosporium apiospermum, a strain for which the main antifungals showed high minimal inhibitory concentrations (MICs), whereas the MIC of voriconazole was 0.125 microg/mL. Despite some improvement with topical 1% voriconazole and oral voriconazole (200 mg/day) treatment, a therapeutic penetrating keratoplasty was performed because of the high risk of corneal perforation. The graft remained clear without fungal recurrence with topical 2% cyclosporine A, dexamethasone, and voriconazole treatment., Conclusion: Scedosporium apiospermum is an uncommon cause of mycotic keratitis in humans. Prognosis is generally poor because of delayed diagnosis and resistance to conventional antifungals. Voriconazole is a triazole broad-spectrum antifungal agent. In conjunction with its oral administration, topical application of voriconazole extends the current armamentarium of antifungal agents for keratomycosis.

Objective: To evaluate visual capacity and automobile driving in a sample of individuals over 60 years of age based on the visual function criteria as defined in the 29 May 1997 French Journal Officiel., Material and Methods: Drivers over 60 years of age were included in a prospective monocentric epidemiological study between January and March 2005. Binocular visual acuity and monocular visual acuity were measured in subjects with their optical corrections. Binocular or monocular visual field was tested depending on visual acuity results. Etiologies of visual acuity loss and visual field impairment of each eye were recorded in patients who did not meet the required criteria., Results: One hundred patients were included (mean age, 70.7 years +/- 7.12 years). Twenty-nine patients did not meet the required criteria (29%; 95% confidence interval=[20.1;37.9]). On these 29 patients, 20 (69%; 95% CI=[52.2;85.8]) were unfit for driving an automobile with potential reversibility, whereas nine (31%; 95% CI=[14.2;47.8]) were permanently unfit from a visual point of view., Conclusion: The frequency with which patients ignore their poor distance visual acuity and the possibility of reversing the problem make it clear that the ophthalmologist has a role to play in detecting and informing patients.

Aim: To determine whether a lower location of retinal wounds is a factor for poor prognosis in retinal detachment., Patients and Method: This retrospective study involved 248 medical records of patients who were operated on for retinal detachment in 2001 at the Toulouse-Rangueil Hospital Ophthalmology Department. We excluded retinal detachment of very short-sighted patients, diabetic patients and detachment secondary to trauma or relapses. We compared the incidence of surgical failure according to various parameters: condition of the crystalline lens, operative technique, operator, vitreoretinal proliferation, retinal wound location, patient age and the operative side. Thirty-six patients presented with lower wounds; 17 patients obtained incomplete results and relapsed within 1 year of surgery., Results: Vitreoretinal proliferation and inferior location of the retinal detachment were found to be poor prognostic factors. No significant differences were found between the other parameters studied., Discussion: A variety of prognostic factors of retinal detachment surgery are now clearly identified (vitreoretinal proliferation, old detachment). A lower location of the detachment constitutes an additional difficulty for retinal applications. Indeed, it is more difficult to perform effective buffering in this type of case. We recommend that retinal detachment be operated internally, to reduce the risk of relapse., Conclusion: An inferior location of the retinal wound during retinal detachment appears to be a factor of poor prognosis, but this remains to be ascertained through an ongoing, prospective study.