Leber Hereditary Optic Neuropathy (LHON) is a rare inherited eye disorder that leads to sudden and progressive loss of central vision. It primarily affects young adults, particularly males, and is caused by mutations in mitochondrial DNA. These genetic changes impair the function of retinal ganglion cells, which are specialized nerve cells responsible for transmitting visual information from the retina to the brain through the optic nerve. When these cells degenerate, the visual signal pathway is disrupted, resulting in significant visual impairment.
LHON usually begins with painless blurring or dimming of vision in one eye, followed by involvement of the second eye within a few weeks or months. Patients commonly experience difficulty reading, recognizing faces, driving, and performing tasks that require sharp central vision. A central scotoma, or blind spot, is one of the most typical clinical features. Although peripheral vision is often preserved, the loss of central vision severely affects independence, education, and professional life.
From a medical perspective, LHON is considered a neurodegenerative condition linked to mitochondrial dysfunction, oxidative stress, and impaired cellular energy production. Conventional treatment options are limited. Certain antioxidant therapies and medications such as idebenone may provide partial benefit in selected patients, particularly if started early, but they do not regenerate damaged optic nerve tissue. Once retinal ganglion cells are lost, vision recovery through standard medical treatment is usually minimal.
Stem cell therapy offers a regenerative approach aimed at supporting optic nerve health and improving neural function. At Eye Stem Cell Center, advanced regenerative protocols are designed to target the underlying cellular mechanisms involved in LHON. Stem cells release neurotrophic factors, growth signals, and anti-inflammatory molecules that help create a supportive environment for surviving retinal ganglion cells and optic nerve fibers.
The therapeutic strategy focuses on neuroprotection, reduction of oxidative stress, and enhancement of cellular repair pathways. While stem cells cannot fully regenerate destroyed optic nerve fibers, they may help preserve remaining neural tissue, slow disease progression, and improve functional visual processing in selected patients. The primary goal of therapy is visual stabilization, improved contrast perception, and better performance in daily visual tasks.
Before initiating treatment, patients at Eye Stem Cell Center undergo a comprehensive diagnostic evaluation. This includes visual acuity testing, optical coherence tomography (OCT), visual field analysis, visual evoked potentials (VEP), fundus examination, and general systemic health assessment. Genetic history, disease duration, and lifestyle factors are also carefully reviewed to determine treatment suitability and realistic expectations.
Treatment plans are fully personalized based on patient age, stage of disease, current visual function, and overall medical condition. All regenerative procedures are performed under strict medical supervision with continuous monitoring. Follow-up assessments are conducted to evaluate visual response, optic nerve stability, and functional improvement over time.
Stem cell therapy for LHON at Eye Stem Cell Center represents an advanced and scientifically guided option for patients who have limited conventional treatment choices. By combining regenerative medicine with specialized ophthalmic expertise, the center focuses on preserving existing vision, enhancing neural support, and improving long-term quality of life for individuals affected by this inherited optic nerve disorder.
LHON is a rare inherited eye disorder that primarily affects the optic nerve, leading to rapid and painless central vision loss.
LHON commonly appears in teenagers or young adults, but it can develop at any age.
Although both genders carry the gene, males are more likely to develop visual symptoms due to genetic and environmental factors.
Stem cell-based regenerative approaches may help support optic nerve cells and improve functional visual potential.
Usually one eye is affected first, followed by the other eye within weeks or months.