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Stem cell therapy for Optic Nerve in India


Stem cell therapy for optic nerve in India is a new invention in the field of medical science. The study of stem cell hasrevealed that the use of autologous bone marrow derived stem cells (BMSC) is perfect for the treatment of retinal and optic nerve damage or disease.Adult ocular stem cells have the potential to reinstate vision in patients previously deemed incurable. Below are the diseases, which are treated through stem cell therapy.


  • Retinal Disease
  • Macular Degeneration
  • Hereditary Retinal Dystrophy
  • Optic Nerve Disease
  • Glaucoma

Optic atrophy is an incurable disease of blindness damaging optic nerves severely. But an India-based hospital claims to have created medical history by employing stem cell therapy to cure optic nerves to bring back a ypung patient of optical atrophy from complete blindness to more than 90% vision. For information about India hospitals and research centers, patients should consider Viezec, a reputed and known healthcare consultant in India. 



Optic nerve disorders can cause vision problems and can affect one or both eyes. The optic nerve contains millions of nerve fibres carrying images of what the eye sees to the brain. As these nerve fibres get damaged, the brain stops receiving information in the correct manner thereby blurring the vision. This condition is also called optic atrophy and optic neuropathy.The damages to the nerve fibers cause different types of eye disorders. The disorder of the optic nerve can be caused by developmental factors or acquired factors. Till date there is no proven treatment for optic atrophy. However, the treatment that is started before the development of optic atrophy can be helpful in saving useful vision. The role of intravenous steroids is a proven treatment in case of optic neuritis or arthritic anterior ischemic optic neuropathy. Early diagnosis and prompt optic nerve atrophy stem cell treatment can help patients with compressive and toxic neuropathies.

Stem cell treatment holds a key for the future treatment of neuronal disorders. Neural progenitor cells delivered to the vitreous can add into the ganglion cell layer of the retina, turn on neurofilament genes, and migrate into the host optic nerve. The optic nerve fiber is made of axons from the retinal ganglion cells, which usually do not regenerate after injury, resulting in lifelong visual loss. In recent studies using hamster models, anterograde tracing and electrophysiological responses disclose that a small number of axons can regenerate all the way back to the superior colliculus. In other studies, remapping of the retina was noted in the superior colliculus following axon regeneration. These findings have given hope to clinically meaningful regeneration of axons, which may become a reality in the near future.  You can now cure this disease with stem cell eye treatment in Delhi, India.

Symptoms


Some of the common symptoms of optic nerve atrophy are:
  • Abnormal colour vision
  • A sudden or abrupt loss of vision
  • Change in the optic disc
  • A reduction in sharpness of vision
  • Involuntary movement of the eyes
  • Difficulties with peripheral (side) vision

Treatment


We use the matchless technology of Mesenchymal stem cells mined from Wharton’s jelly (WJ) for treating optic nerve.  WJ-MSCs offer economical and pain-free collection technique that might be cryogenic ally stockpiled and are tremendously advantageous for tissue engineering purpose. The treatment will come about in four steps which consist of:

Qualification for the treatment: Our specialists will probe your past medical history and symptoms to gauge the severity of your condition. A series of examinations will be implemented to comprehend the phase of disease. There will be pre-treatment evaluations and pre-operative evaluations. According to the test outcomes, our specialists will recommend the patient for further course of the process.

Source Extraction: With supervision and approval from the doctor, the source of extraction will be decided. On the whole, WJ-MSCs are the most potent allogenic sources obtainable. Stem cells from a healthy individual (the donor) are transported to the patient’s body. A bone marrow donor is considered for allogenic stem cell transplantation. A scraping from the interiors of the patient and his or her sibling’s cheek is tested to ascertain the tissue type. A professional will scrutinize to identity Human Leukocyte Antigens (HLAs). If the HLA on the donor cells are identical or alike, the transplant is more likely to be prosperous.

Laboratory Processing: The extracted samples will be sent to government approved cGMP lab for processing. The sample management will take place in an ultramodern facility in defiance with the ISO and GMP standards and using the newest technologies. The customer will receive a third party certificate from globally accredited lab for quality purpose.

Stem Cell Implantation: Once the stem cells are prepared to be implanted, the physician will pinpoint the most potent technique of infusion centered on the patient’s physical and mental well-being.

Autism Stem Cell Treatment Aftercare: in this stage, the patient will be asked to visit the doctor. The doctor might recommend some rehabilitation programmes such as communication and social interaction, physiological counseling and further assessment.

Improvements


The purpose of our stem cell treatment is to reconstruct neurological function in the brain/spinal cord lesion region, thus, numerous varieties of improvement are possible after our treatment and our prior patients have experienced the following:

  • Superior visual acuity
  • Enhanced light perception
  • Enlarged visual field
  • Perkier night vision
  • Reduced nystagmus
  • Improved strabismus

FAQ


Do I would have to routinely examine my eyes?
Yes, it is always better to get your eyes checked on a daily basis. Young adults between the age groups of 20-39 need to have their eye checkups once each 3-5 years, whereas grown-ups between the age group 40-64 ought to have their eye checkups once each 2-4 years. Just in case of senior citizens more thansixty five years, ophthalmic visit ought to be once annually. Irrespective of age teams, some people sorted beneath the class of high risk adults ought to moreover visit specialist once a year like people with polygenic disorder, strong case history of eye disease, people with AIDS etc.

Will performing at a video display or sitting near TV screen harm my eyes?

No, there is not nevertheless any scientific proof that these instruments release rays that might be damaging to the eyes, but long operating hours normally and thence it is often beneficial to take periodic breaks, wanting off within the distance etc.
Sometimes I do notice dark jagged spots or floaters predominantly on the white surface, is that this the explanation on behalf of me to worry?

These area unit the common eye issues that area unit indications of retinal or membrane malfunctioning. It is always better to go to the doctors as early as possible.
Why have steadily discovered it greater long lasting to test even as not glasses?

The capability to consciousness the near items decreases with age and is stated as farsightedness. The condition is idea because the herbal aging of the optic lens. The circumstance is typically irreversible with fashionable optic nerve atrophy stem cell remedy, however, stem cells will to a point opposite the damage naturally, with complete stoppage of additional progression.
Will my kid feasible to inherit a few eye problems?

Yes, a number of the eye disorders like eye sickness, photophobia etc. vicinity unit ascertained to be directly joined up with a genetic sickness which may additionally both be hereditary or amendment. But, a number of the not unusual eye problems like burns, membrane damage, and so forth. These joined with environmental damage.
Can eyes be transplanted?

No, there are not any indications currently to transplant the complete eyes, but a portion of the eye will be replaced if a suitable donor is found.
Can stem cell treatment reverse my damage?

Yes, stem cells are the pristine cells of the body, which might segregate into numerous differing types of cells upon correct signaling. just in case of eye disorders, these cells have shown amazing enhancements by segregating into photo receptor cells, rods and cones cells of the internal eyes, second cranial nerve cells, etc. This separation is achieved very naturally with least manipulation outside the body, persecution autologous stem cells sources like bone marrow or fat.

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