Retinal Detachment Surgery in Turkey: Restore Vision with Expert Care

Types of Retinal Detachment

Rhegmatogenous detachment accounts for roughly 73% of cases. A tear in the retina allows fluid to seep underneath, lifting the tissue away from the eye wall. High myopia, previous eye surgery, or trauma trigger this type most often.

Tractional detachment occurs when scar tissue physically pulls the retina loose. Diabetic patients with advanced retinopathy face elevated risk. The retina doesn't tear; it's mechanically separated by fibrous bands.

Exudative detachment happens when fluid accumulates beneath an intact retina without any tear present. Inflammation, infection, or tumors cause this variant. It's the rarest form but sometimes resolves with medical treatment alone.

Each type demands different surgical approaches. Your retinal specialist determines which technique suits your specific detachment pattern after detailed imaging.

Recognizing the Signs of Retinal Detachment

Early warning signs often go unnoticed. Patients report a sudden shower of floaters (small dark specks drifting across vision) or flashing lights at the eye's periphery. These symptoms, while sometimes harmless, occasionally signal a retinal tear developing.

As detachment progresses, a dark shadow or curtain appears at the edge of your visual field, gradually expanding inward. Central vision remains clear initially, which is why many patients delay seeking care. By the time blurriness reaches the center, significant damage may have occurred.

Loss of peripheral vision combined with floaters warrants immediate ophthalmologic evaluation. Don't wait for symptoms to worsen. Early intervention within days of symptom onset dramatically improves surgical outcomes and vision preservation.

Causes of Retinal Detachment

High myopia stands as the leading risk factor. Elongated eyeballs stretch the retina thin, making tears more likely. People with myopia exceeding -6 diopters face substantially elevated risk compared to those with normal vision.

Eye trauma, whether from sports injuries or accidents, can tear the retina immediately or trigger delayed detachment months later. Severe hypertension damages blood vessel walls, weakening retinal support. Diabetes causes progressive retinal degeneration, increasing detachment susceptibility.

Previous cataract surgery or laser vision correction (LASIK) modifies eye structure, occasionally leading to detachment years afterward. Family history matters too, as genetic factors influence retinal strength and eye shape. Age plays a role, with detachment risk rising after 50, though younger myopic individuals remain vulnerable.

Diagnosis of Retinal Detachment

Indirect ophthalmoscopy remains the gold standard for detecting and classifying detachment. This examination allows your specialist to visualize the entire retina, including peripheral areas where tears often originate. Direct ophthalmoscopy, while useful for examining the central retina, frequently misses peripheral lesions.

Optical coherence tomography (OCT) provides cross-sectional imaging, revealing detachment extent and macula involvement. Ultrasound becomes necessary when cataracts or media opacity prevent clear visualization. These imaging tools guide surgical planning and help predict visual recovery potential.

Fundus photography documents detachment location and size for comparison during follow-up. Your surgeon combines all these diagnostic methods to determine whether immediate surgery is needed or if observation is appropriate for certain detachment types.

Retinal Detachment Surgery Techniques in Turkey

Three primary surgical approaches address retinal detachment, each suited to different clinical scenarios. Your retinal specialist selects the optimal technique based on detachment type, location, and extent.

Vitrectomy involves removing the gel filling the eye's interior, allowing direct access to the retina. Surgeons then repair the tear, drain fluid beneath the retina, and often inject a gas bubble to hold the retina in place while it reattaches. This approach works well for complex detachments, multiple tears, or cases involving the central vision area.

Scleral buckle places a silicone band around the eye's outer wall, indenting it inward to relieve tension on the detached retina. This technique suits uncomplicated detachments with single tears in the upper retina. Recovery can be slightly faster than vitrectomy, though some patients experience mild myopic shift afterward.

Pneumatic retinopexy injects an expanding gas bubble into the eye to push the retina back against the wall. This minimally invasive approach works for select cases with superior retinal tears. Patients must maintain strict head positioning for 1-2 weeks while the bubble expands and reabsorbs.

Turkish clinics accredited by JCI (Joint Commission International) employ all three techniques with modern equipment and experienced retinal surgeons trained internationally.