Stem Cell Therapy For Optic Nerve Hypoplasia in India

Optic nerve hypoplasia (ONH) is a genetic disorder which is caused by underdevelopment of the optic nerve. The work of the optic nerve is to transmit impulses to the brain from the retina’s nerve-rich membrane. ONH can severely damage eye movements and their vision can fluctuate between no light to good vision, or full vision for one eye.ONH can be accompanied by a condition called nystagmus Or abnormal shaking of an eye.

90% of people with ONH have problems in the central nervous system and about 70% have disabilities in Neuro-development.

There are multiple causes of ONH during pregnancy but the exact cause is still unknown, including:

• Use of specific medications by the mother
• Maternal age below 20
• Maternal alcohol consumption
• Maternal diabetes during pregnancy

Nevertheless, these factors have not been established as causes of ONH

The vision of small/pale optic nerve in a dilated eye exam is generally used to diagnose ONH but it is impossible to measure the clarity of vision based solely on the appearance of the optic nerve. For children having symptoms of ONH, it is advisable to consult an ophthalmologist before he/she starts schooling. In earlier days, ONH was a kind of challenge for medical science as there were no clear solutions for it. However, modernization and advancement in the medical field give hope by providing some level of vision restoration now.

There is very little treatment for ONH. However, if the condition of amblyopia is present, blockage of clear vision can be increased. Early detection by low vision experts or doctors may benefit children with significant vision loss in both eyes. The Eye Stem Cell Center offers Stem cell treatment for ONH in India.

with the help of stem cell therapy. Stem cells can repair nerve cells in the optic nerve, helping in the reconstruction of the underdeveloped optic nerve. One of the most successful treatments of ONH in India is meditation.

Therapeutic Options for Optic Nerve Hypoplasia

In India, Optic Nerve Hypoplasia (ONH) treatment stands as one of the most effective options available. While there remains no definitive treatment for optic nerve atrophy, stem cell therapy has shown promise in regenerating underdeveloped optic nerve cells, potentially restoring a percentage of lost vision. At the Eye Stem Cell Center, here offer top-notch stem cell treatments to patients at accessible and affordable prices.

After the proper protocol of the treatment, “Mesenchymal stem cells” will be delivered via the “retro bulbar” Channel in one or two meetings, depending upon the patient’s condition. This method is regarded as the safest and extremely successful, it gives maximum regeneration of injured cells and helps in vision recovery.

Stem cell therapy offers numerous benefits for diseases associated with the eyes

Stem cells are regarded as the master cells as they are capable of reproducing various eye cell types, which include photoreceptor cells, intra-ocular cells, retinal pigment epithelium cells, macular cells and optic nerve cells.

In general, stem cell treatment for ONH in India improves the patient’s health and reproduction while also improving eyesight.

This is the best opportunity for the parents to want to help their child’s vision to see the world. Stem cell treatment gives hope to parents that their child suffering from ONH can regain his vision capacities. In addition, this treatment provides the lowest rate possible. So, think quickly to get this treatment for your child as soon as possible.

Retinitis Pigmentosa Treatment In India: Retinitis Pigmentosa is an inborn genetic disorder that causes steady vision loss, this mainly begins in childhood and can lead to severe blindness by the age of 40. In Earlier days, it was thought to be incurable in India, but the introduction of stem cell treatment has significantly increased the possibility of stopping this condition

Stem cell treatment cures so many diseases, including Startgardt’s/Macular Dystrophy, Optic Nerve Atrophy, Diabetic Retinopathy, Macular Degeneration and Rod And Cone Dystrophy.