H16.40

Clinical Causes: Chronic eye inflammation or ulcers Contact lens overuse or poor hygiene Corneal injury or trauma Previous eye surgeries, such as corneal transplants Oxygen deficiency in the eye tissues Certain systemic or ocular infections Ongoing hypoxia or ischemia of the corneal tissues

Key Symptoms: Redness or redness persistent in the affected eye Blurred or decreased vision Sensitivity to light (photophobia) Presence of visible blood vessels in the cornea Discomfort or a foreign body sensation Light-colored or grayish vessels seen on the corneal surface

Diagnosis Path: Diagnosis involves a comprehensive eye examination by an ophthalmologist. The eye specialist will perform slit-lamp biomicroscopy to observe the corneal surface closely. Additional tests, such as fluorescein staining, may be used to assess corneal health. Imaging techniques like anterior segment Optical Coherence Tomography (OCT) can help evaluate the extent of neovascularization. A detailed patient history is crucial to identify potential causes and contributing factors.

Treatment Protocols: Management strategies for corneal neovascularization focus on controlling underlying causes and preventing progression. Approaches include: - **Medical Therapy:** Use of corticosteroids or anti-inflammatory medications to reduce inflammation, and anti-VEGF (vascular endothelial growth factor) agents to inhibit new blood vessel formation. - **Addressing Risk Factors:** Proper contact lens hygiene, managing infections promptly, and avoiding environmental factors that contribute to hypoxia. - **Laser Therapy:** Laser photocoagulation may be employed to destroy abnormal vessels. - **Surgical Intervention:** In severe or refractory cases, procedures such as corneal transplantation or vascular occlusion surgeries might be considered. Early detection and prompt management are vital to preserve vision and prevent further corneal damage.