Restore RP and Optic Nerve Atrophy Vision

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Restore RP and Optic Nerve Atrophy Vision We provide a comprehensive treatment for retinal diseases and optic nerve atrophy. Never give up, your hope will become reality.

Since 1995, our doctors have performed more than 7000 surgical treatments for RP (Retinitis Pigmentosa). We followed up patients over a period of one to fifteen years after the surgery. It has been proved to be the most effective and efficient way to improve RP patients’ visual function and inhibit blindness.

10/07/2025

Why do people still go blind from glaucoma?

People can still go blind from glaucoma, even with treatment, because the damage to the optic nerve, which causes vision loss, is often irreversible. While treatment can slow or stop further vision loss, it cannot restore vision that has already been lost. Additionally, some individuals may not be diagnosed early enough, or may not adhere to their treatment plan, leading to continued progression of the disease.

01/07/2025

How to Protect and Soothe Irritated Eyelids from Glaucoma Eye Drops?

OCU-ION is a simple, supportive therapy
for irritated eyelids caused by glaucoma drops.

Many eye drops contain preservatives
like benzalkonium chloride,
which can irritate delicate eyelid skin.

Here's how OCU-ION helps:

Remarkable Improvement in Visual Field After AC STIM Therapy Feedback from an Optic Atrophy PatientThis 16-year-old girl...
28/06/2025

Remarkable Improvement in Visual Field After AC STIM Therapy Feedback from an Optic Atrophy Patient

This 16-year-old girl had been suffering from optic atrophy since birth. Before starting AC STIM therapy, she had almost completely lost peripheral vision in her right eye, and the visual field in her left eye was also severely restricted. The baseline visual field test was conducted on March 25, 2024.

After 10 months of consistent at-home AC STIM treatment, a follow-up visual field test was performed on January 10, 2025. The results showed a dramatic expansion in peripheral vision in both eyes. She even shared with us that she is now able to read characters on her cellphone — something that had been impossible for her just a year ago.

15/06/2025

The Hidden Risk - How Eye Rubbing Can Worsen Glaucoma

Eye-rubbing can potentially cause or worsen damage in glaucoma, especially in cases of normal-tension glaucoma (NTG), for the following reasons.

07/06/2025

How stroke can affect glaucoma?

Stroke and glaucoma are distinct medical conditions, but they can significantly influence one another. While a stroke does not directly cause glaucoma, it can complicate its diagnosis, management, and progression. Stroke may also impair a patient’s ability to follow treatment plans, potentially worsening outcomes. Individuals with either condition should be carefully monitored for both neurological and ophthalmic health.

05/06/2025

Current Advances in Stem Cell Derived Exosome Therapy for Glaucoma, Optic Atrophy, RP, and AMD

Recent scientific studies have highlighted the potential of mesenchymal stem cell (MSC)-derived exosomes as a therapeutic strategy for retinal and optic nerve diseases. In preclinical models of glaucoma and retinal ischemia, these exosomes have demonstrated significant neuroprotective effects by reducing inflammation, preventing cell death, and enhancing retinal ganglion cell (RGC) survival.

29/05/2025

How Severe Iron Deficiency Anemia Affects CRVO?

Iron-deficiency anemia can, paradoxically, increase the risk of thrombosis despite being considered a hypocoagulable state in some aspects. The body often responds to iron deficiency with reactive thrombocytosis, an elevation in platelet count that heightens the risk of clot formation. Additionally, anemia leads to reduced hematocrit and blood viscosity. In severe cases, this can result in turbulent blood flow and endothelial injury, both of which further predispose the vascular system—including the retinal veins—to thrombus formation.

26/05/2025

Scientists Grow Whole Functioning Eye in the Lab

In a major biomedical breakthrough, researchers in Japan have successfully grown a fully functional eye—complete with retina, lens, and cornea—from stem cells.

22/05/2025

Japan’s big bet on stem cell therapies might soon pay off with medical breakthroughs

Results published in March suggest that for three individuals who received the treatment, the cells have survived and are safe one year after surgery. But the signs of benefit are mixed. One of the three individuals said she could see her husband’s face clearly for the first time in ten years, but only through a small section of her eye, where the cells had been transplanted.

17/05/2025

How Can Patients with Glaucoma Preserve Their Vision for Life Without Fear of Going Blind?

Glaucoma is a chronic, progressive eye disease that can lead to irreversible vision loss. However, with early detection and consistent management, patients can significantly reduce the risk of blindness and maintain their vision throughout life. Here are essential steps to living confidently with glaucoma:

15/05/2025

Risks and Concerns of Hyperbaric Oxygen Therapy in Retinitis Pigmentosa

While HBOT (Hyperbaric Oxygen Therapy) may offer theoretical neuroprotective benefits, it also poses potential risks—particularly for RP patients, whose retinas are already susceptible to oxidative stress. HBOT should only be considered under specialist supervision, ideally within a research or clinical trial setting, and never as a DIY or unsupervised intervention. More information about HBOT for RP, check the following video:

13/05/2025

New research shows promise for restoring vision for people with glaucoma

Recent scientific advancements suggest a promising therapeutic pathway that could profoundly impact individuals suffering from vision loss due to retinal degeneration, including conditions such as age-related macular degeneration and glaucoma.

A study published in *Nature Communications* details findings from researchers in South Korea who examined the regenerative capabilities of zebrafish—cold-blooded invertebrates known for their ability to restore damaged retinal cells. The study aimed to understand the molecular differences that enable such regeneration in zebrafish but not in humans.

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