Awael News Magazine رئيس التحرير: عادل سميا
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“Revolution in Near Vision: Restoring the Eye’s
Natural Power with Laser and Biological Tissue .Transplantation”
A new approach has been developed in Turkey in the field of eye diseases. Laser surgery and biological tissue transplantation methods are combined to effectively treat presbyopia, which develops with age. Customized “Custom Q” laser systems and biological allograft implants enhance the eye’s focusing power while preserving its natural structure. Experts emphasize the importance of personalized treatment planning. Procedures are generally completed in a short time, and patients recover quickly.
Recent studies conducted in Turkey in the field of eye diseases have reached an important milestone in the treatment of near-vision disorders (presbyopia) that occur with aging. Ophthalmology Specialist Prof. Dr. Rıfat Rasier stated that with a new approach combining laser surgery and biological tissue transplantation, the natural focusing power of the eye can be restored.
Near Vision Restored with Modern Technologies
Prof. Rasier noted that near-vision problems that develop in many people after the age of 40 affect quality of life, saying: “Presbyopia is no longer seen as an inevitable sign of aging. New-generation laser systems can reshape the cornea to allow clear vision at different distances.”
Rasier stated that the two leading methods within this scope are the “Custom Q” laser system and biological allograft implants, adding, “The goal is not only to correct distance vision; it is to achieve comfortable vision at both near and intermediate distances while preserving the eye’s natural structure.”
Personalized Laser Applications
Explaining that Custom Q technology is planned according to each patient’s eye structure, Rasier said that—unlike classical laser methods—it not only resets the refractive error but also increases depth of focus while preserving the eye’s natural curvature.
“This system also provides clarity at computer-use distance. Therefore, it creates a much more natural visual comfort in daily life,” he said.
An Approach Supported by Biological Tissue Implants
Another recent development highlighted in clinical studies is biological allograft implants. In this method, transparent human-derived collagen tissue shaped at the micron level is placed inside the cornea, prioritizing biological compatibility instead of artificial lenses.
Rasier explained, “This material is invisible in the eye, can be removed if desired, and works in harmony with the body. It increases depth of focus without disrupting the eye’s natural structure.”
Clinical Data Offers Hope
According to international studies, near vision improves significantly with these methods, the need for reading glasses decreases, and visual quality can be preserved in the long term. However, Prof. Rasier warned, “Since each patient’s eye structure is different, treatment must be planned based on individual measurements.”
Quick Return to Daily Life
Rasier noted that both procedures generally take 15–20 minutes, are performed only with drop anesthesia, and patients can achieve clear vision within a few days.
The Goal: An ‘Aging-Free Eye’
Rasier emphasized that new laser systems are combined with AI-assisted eye-tracking technologies, stating: “Soon, laser energy will be able to adjust itself according to the patient’s eye reactions. This will open the door to a new era in visual quality.”
A Call from Experts
Experts highlight the importance of early evaluation of age-related near-vision disorders and creating a personalized treatment plan.
Source: Prof. Dr. Rıfat Rasier
Contact: +90 (533) 280 53 02
