Gentle out-patient treatment means that it is pain-free, non-invasive, does not require anaesthesia and only involves a short stay in a day clinic. “This is efficient for the doctors, the patients, who can go straight home – and for the health system, because it is extremely cost saving,” says Schmidt-Erfurth, in summary.
New approaches for more efficient eye surgery
As in many other areas of medicine, new technological advances have fundamentally changed the operating techniques used in retinal surgery. For example, hitherto relevant paradigms such as keeping patients face down for days with a gas tamponade in their eye or the procedure for pathological membranes on the macula, which can greatly affect patients’ vision, are now the subject of controversial debate.
As MedUni Vienna experts Schmidt-Erfurth, Rupert Menapace and Michael Georgopoulos explained on Wednesday in Vienna, the international trend in retinal surgery is moving towards the use of microscopically thin endoscopes and establishing the use of digital imaging in vitreoretinal surgery. “Having real-time virtual images of the wafer-thin retina during the operation and being able to identify discrete pathological changes, enables us to perform much more careful, gentle and efficient eye surgery,” explains Michael Georgopoulos, a surgeon at MedUni Vienna’s Department of Ophthalmology and Optometrics.
Further improvement is possible through the use of ultra-modern femtosecond laser technology, which MedUni Vienna’s ophthalmology department has had at its disposal for two years now, in the form of a mobile unit with low-level laser technology. This allows highly accurate incisions to be made according to an individually tailored treatment plan: this means that, in a cataract operation, the corneal incision, capulostomy and fragmentation of the clouded lens content can be done accurately and in an absolutely reproducible manner. Schmidt-Erfurth: “This helps to further improve uncorrected visual acuity and to avoid potential re-clouding.” It also allows simultaneous correction of corneal curvature by making corneal relaxing incisions with a precision that has not previously been possible.
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