At Eyestemcellcenter, we use stem cell therapy for ONH patients so they can get a better quality of life with a better vision.

Optic Nerve Hypoplasia: What is it?

Optic Nerve Hypoplasia (ONH) is a condition which occurs when the optic nerve fails to grow properly in the womb. Due to this underdevelopment there is reduced development of optic nerve fibres, which automatically affects the capacity to handle and process information. This disease occurs in either one or both eyes and may present symptoms that include total loss of vision, or blurred vision. The disease is amongst the leading causes of vision loss in children across the world. Despite the fact that the cause of ONH may not always be known, it is always caused by genetic predispositions, prenatal exposure to infections or toxins, and certain syndromes. Usually, ONH is diagnosed in childhood or early adulthood; however, the outcomes of the disease can persist for many years and are non- reversible

Optic Nerve Hypoplasia: A Clinical Reality for Stem Cell Therapy

Based on the developments in stem cell therapy, , optineurin-associated diseases, including ONH, can be treated using stem cell therapy. Stem cell treatment differs from other methods of handling the disease since its primary goal is reparative, filling the damaged optic nerve tissue’s vacancies, and causing it to work again. At Eyestemcellcenter, we have advanced stem cell therapy that focuses on the rehabilitation of the optic nerve and may bring about vision enhancement. As you may know, stem cells are the perfect cells and due to their properties they can be changed into other types of cells, including nerve cells. With proper guidelines stem cells hold the potential for nerve tissue remodelling and repairing the damaged optic nerve fibres. Such process can help regain some vision in ONH sufferers especially if the optic nerve does not deteriorate all the way to its extreme end. The course of the treatment includes obtaining stem cells from the patient’s body (autologous stem cells) or receive cells from a third party. These cells are then taken and then re-injected back into the optic nerve area using very precisely controlled injections. Stem cells rely on differentiation into a new repertoire of optic nerve fibers coupled with the repair of affected tissue and organ, to bring about an opportunity of improved nerve functionality and vision. Also, spreading stem cells can be effective in decreasing inflammation and from all other aspects, promoting the healing of the optic nerve. Stem cell treatment has been proved in clinical research to have a potential to halt or reverse the deterioration of the optic nerve thereby leading to improved visual clarity, ability to distinguish between colours and depth perception respectively.

Why Choose Eyestemcellcenter?

At Eyestemcellcenter, we have adopted new stem cell treatment in optic nerve diseases including Optic Nerve Hypoplasia. We have a team of very skilled and efficient professionals with a main focus of ensuring every client receives quality treatment. All of our customers get stem cell treatment with new solutions for stem cell therapy in the process.

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We at Eyestemcellcenter believe firmly in our mission to constantly advance the stem cells treatment with the rod and cone dystrophy.

Rod and Cone Dystrophy

The retina of the eye contains two primary types of photoreceptor cells: rods and cones. Rods are able to detect light under low bright conditions while cones detect colour and sharper vision when the light conditions are better. In rod and cone dystrophy these cells die and cause some level of vision loss ranging from blur sightedness to total blindness. This disease if left untreated may lead to patient losing his or her sight gradually; having difficulties seeing in areas with little light, having a reduced field of vision and central blindness. Sometimes patients may also develop colour blindness as well. Unfortunately, the more traditional approaches to treating rod and cone dystrophy have not worked.

Optogenetics, photopharmacology and stem cell therapy for rod and cone dystrophy

At Eyestemcellcenter, we use stem cells in the treatment of eye disorders whereby our primary goal is to repair Retinal Dependent Disorders by augmenting damaged or lost cells. Stem cells can be programmed to generate healthy rod and cone photoreceptor cells of the retina to recover the vision and prolong the dystrophic process in the case of rod and cone dystrophy. The treatment process is involves extracting stem cells from the patient’s own body or from a third party. These stem cells are then well controlled and implanted and the stem cells migrate to the retina and begins to generate healthy tissues to replace the damaged one. Besides providing the substitute for the lost photoreceptor cells, endogenous stem cells are also capable of enhancing the general quality of the retina as an organ by actively participating in the regeneration process and decreasing inflammation. Using stem cell therapy has seen to have the ability to slow down or even completely arrest the degenerative process hence giving patients new life.

Why Choose Eyestemcellcenter?

At Eyestemcellcenter we have offer stem cell treatment for retinal diseases such as rod and cone dystrophy. All our personnel are highly experienced and professionally trained to give each patient special attention to get the best results.

Our strategy is multidisciplinary as we aim not only at successful outcomes of stem cell therapy but also at our patient’s quality of life. Our innovative stem cell solution therapies are designed to deliver long-term solutions and a more positive experience for people affected with rod and cone dystrophy.

Conclusion

Rod and cone dystrophy is a hereditary disease that can greatly affect a person’s quality of life. At Eyestemcellcenter we provide the latest in stem cell therapy. If you or your loved one is diagnosed with rod and cone dystrophy, you can reach out to Eyestemcellcenter today to find out how stem cell therapy can help.

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A Brief Guide to Vision Loss and Its Effects

There are many causes of vision impairment, such as, inherited disorders, diseases that develop over a period of time, or acquired injuries. The retina, optic nerve and cornea are part of the eye and if harmed they cause complications to vision. These diseases include macular degeneration, retinitis pigmentosa, and diabetic retinopathy which causes gradual die off of retinal cells that control vision. When the optic nerve is affected due to diseases like glaucoma, optic nerve ailments, the loss of vision is not correctable. More so, autoptic lesions resulting from trauma or genetic disorders also lead to permanent blindness in the human eye due to damage of important components of the eye. Existing approaches, such as contact lenses, lasik surgery, or drugs, may alleviate these disorders but cannot permanently heal them or provide a sufficient remedy in cases when the harm done to the eye is severe. This is where stem cell therapy comes into the picture.

Eye vision loss can be treated with stem cell therapy

Stem cell therapy is a new frontier treatment, in which stem cells are rendered for purposes of repairing or restoring tissue damage. Living tissue of the eye can be regenerated by stem cells. At Eyestemcellcenter, we apply modern medical methods that deal directly with the causes of vision disorders and try to restore the retina, optic nerve and other important formations within the eye. The treatment involves replacing the damaged part of the eye with healthy specialized stem cells that have ability to change into different types of retinal cells. It may replace dead or injured retinal cells, initiate tissue regeneration process or even promote generation of new nerve cells simultaneously. In situations where the optic nerve has been severed then stem cells could help to replace the severed nerve endings to allow better signalling from the eye to the brain. In the case of diseases such as macular degeneration or retinitis pigmentosa which constitute retinal degenerative diseases, stem cell therapy works to restore photoreceptor cells on the outer surface of the retina and may slow or even treat vision loss. It is also important to know that in circumstances of optic nerve destruction, stem cells are able to contribute to the growth of nerves and halt further aggravation of vision.

Stem Cell Treatment: How it is Done for Vision Impairment

At Eyestemcellcenter we provide stem cell treatment that are unique to each clients’ requirement. Stem cells are obtained from autologous source or from tested donors. These stem cells are then lysed and ready to be injected directly into the eye. The stem cells are precisely delivered into regions that need them most, including the retina and optic nerve, by a minimally invasive approach. The stem cells get into action by repairing damaged tissues, promoting cell division and decreasing inflammation. Afterwards, overall vision may get better, and some patients get better vision sharpness, improved contrast sensitivity or the ability to see in the dark.

Why Choose Eyestemcellcenter?

 Eyestemcellcenter offers stem cell treatment. All our ophthalmologists and stem cell experts work hard providing the best services to our patients. Our services are delivered with care from the first stage of the treatment, right down to after treatment care.

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Applications of Stem Cell Therapy in the Treatment of Glaucoma Optic Atrophy

The conventional approaches fail to work while stem cell therapy aims at repairing and rewinding the damaged cells of the organ. The primary benefits include:

1. Potential Vision Restoration: In a human body there are the stem cells which have the ability to transform into different kinds of cells, for instance retinal ganglial cells that are vital to the optic nerve. Stem cell therapy uplifts partial vision of patients with optic nerve injuries.
2. Neuroprotective Effects: Despite the fact that in some instances sight may not be fully restored stem cell therapy may help halt further degeneration of the optic nerve thereby maintaining usable vision as long as is possible.
3. Reduced Inflammation: Optimal treatments for optic neuropathy often involve stem cells because they can decrease inflammation around the optic nerve. This effect may also serve to reduce pain and establish a more favourable climate for repair.

Contemplation on the Practicality of Stem Cell Therapy for Glaucoma Optic Atrophy

The process of stem cell therapy for glaucoma optic atrophy involves several carefully coordinated steps:

1. Patient Evaluation: An assessment of the patient is done to know whether he/she has a chance to be a candidate in term cell therapy program. These include vision check, x rays and general health review to investigate for diseases that may worsen by this treatment.
2. Stem Cell Harvesting and Preparation: The stem cells applied in therapy are generally MSCs obtained from the patient’s bone marrow or adipose tissue or umbilical cord tissue. These cells then go through a process to be tested for safety or adhesion, viability and readiness for therapy.
3. Stem Cell Injection: The prepared stem cells are then transplanted into or around the eye focusing on the location of the optic nerve. Sometimes other imaging techniques may be applied so as to be very much certain when administering the cells where they should be going.
4. Post-Treatment Monitoring: Subsequently, patients are closely observed for signs of improvement or else rejection of the transplant and development of inflammation or infection. These follow-ups are useful in determining the impact of a particular treatment and any modifications to the care of the patient.

Desirable Consequences of Stem Cell Therapy

Expected outcomes include:

1. Vision Improvement: Many patients claim that their vision becomes clearer, less sensitive to light, and improved peripheral vision. However, these changes may not be sharp and could even be slow; it may take weeks or even months for stem cells to make the intended changes.
2. Stabilization of Disease Progression: Stem cell therapy can help to halt the further deterioration of optic nerves which is important for the patients with glaucoma optic atrophy but at early or middle stage. Additionally stem cell therapy prolongs the duration in which patients can retain vision without the need for more invasive procedures touching on their nerves.
3. Minimal Side Effects: Stem cell therapy is safe and requires the minimal use of any form of medication with side effects. Most of the temporary side effects are usually observed around the site where the injection was made and they include slight swelling or soreness which clears within 1 to 3 days. A patient may also experience a mild inflammation which can be treated using drugs.

Conclusion

For individuals seeking to reverse glaucoma optic atrophy and arrest the disease as a whole, stem cell therapy at Eye Stem Cell Care in Germany gives an exciting shot at the problem. Currently the regenerative, neuroprotective, and anti-inflammatory effects of stem cell therapy serve as a ray of hope to patients with limited therapeutic choices.

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1. Care and Cure: Specialist understanding of Eye-Specific Stem Cell Therapy Treatment for glaucoma optic atrophy in London, with stem cells is a specialized area thus calls for comprehension of stem cell and eye treatments. Targeted clinics tend to use personnel who have more knowledge about stem cell treatment in the eyes and ample knowledge on the optics nerve. The above experts are competent to advise patients on their compliance with the dosage regulations, the administration of cells and post-procedure period. The clinics specializing in ophthalmology have better evidence to locate the optic nerve zone for the therapy to be effective. Moreover, dedicated clinics must ensure they practice according to the research available in the area and avail the technologies that may be useful to patients. They are much involved in clinical trials and can give patients an idea of such methods that may be likely to improve the results in their specific conditions such as glaucoma optic atrophy.
2. Secure high-tech lab and production facilities- The treatment of eye conditions through stem cells is sensitive. Specialized clinics for patients rely on superior imaging and injection equipment necessary to accurately place stem cells at the optic nerve area. Such accuracy reduces possible harms that may be inflicted to neighbouring tissues and increases likelihood that stem cells will home in the region of interest.

Some of the general clinics may not posses the machinery that will enable them to handle operations such as stem cell injections to optic nerve. Since the cells are being placed precisely, then without proper imaging and specialized tools there is a great chance of placing the cells in the wrong place and may lead to poor results or even complications. With selecting a specialized clinic, patients can have one or two more guarantees that their treatment will be most accurate and safe.

3. Pre and Post Treatment Programme- Stem cell therapy for glaucoma optic atrophy is a lengthy process and not an instantaneous procedure and a whole array of tests is done before the therapy and an elaborate follow up is done after the therapy has been administered. A significant number of specific clinics offer clearly outlined methods for the stem cell treatment process and start with the assessment phase to consider suitability of the patient for stem cell treatment. Such tests encompass comprehensive eye tests, techniques for measuring intraocular pressure and diagnostic imaging for qualifying the degree of the exposed optic nerve. Specialized clinics are present to provide the patient an organized follow-up care focusing on the assessment of healing, response to treatment and management of side effects. Following up at a set interval allows the team to check whether the stem cells are implanting correctly and whether there is any inflammation or new infection.

General practicing clinics do not have a similar emphasis and hence, are not as capable of providing long-term, steady care of the nature that specialist clinics provide – which is vital for a technique like this.

Your hunt for a specialised clinic for stem cell therapy treatment of glaucoma optic atrophy ends here are Eye Stem Cell Cure.

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What Is Stem Cell Therapy?

Stem cells are special in that they can become many different cell types in the human body. They can segment and proliferate, which may have the prospect for a perpetual regenerating function. Stem cell therapy takes advantage of these properties by administering stem cells in zones within the body that require replacement, repair or support due to the damage. For glaucoma optic atrophy, this means to apply treatment attempting to reverse an already damaged optic nerve cell in an effort to regain its functionality and arrest further damage. The types of stem cells used in therapy .

Mesenchymal stem cells (MSCs) are profusely used for treating glaucoma optic atrophy through stem cell therapy. Stem cells are derived from sources like bone marrow, adipose (fat) tissue, umbilical cord tissue or more. MSCs are considered to be many faceted and can differentiate into different kinds of cells such as nerve cells. Also, they release growth factors and neurotrophic factors which help to launch the process of cell repairing and decrease inflammation. That is why MSCs are particularly useful for treating optic nerve injury because cells need to be replaced.

Current strategies of stem cell-based therapy for optic nerve regeneration

Stem cell therapy works through several mechanisms to address optic nerve damage in glaucoma optic atrophy:

1. Cell Replacement: Stem cells play a central role of regenerating lost or dysfunctional retinal ganglion cells- the type of cells that form part of the optic nerve. Cells die; when the receptors of the eyes are damaged or lost, human vision is affected. With the help of stem cells capable to transform into RGCs, therapy seeks to replace the cells and regain some quantity of vision.
2. Neuroprotection: Besides, cell replacement, stem cells release growth factors that protect the remaining cells from the disease. It is especially important for those patients in whom the disease is still active as keeping healthy cells safe is important for vision.
3. Anti-Inflammatory Effects: Inflammation is a frequent companion to optic nerve injury and may actually enhance cell die-back. Stem cells secrete chemicals that counteract this inflammation thus providing optimum conditions for healing most ailments and the prevention in the progression of this sort of wear and tear impact.
4. Angiogenesis Support: Stem cells play a role in angiogenesis- the formation of new blood vessels . This improves circulation around the optic nerve which supplies it with oxygen and nutrient important in health of the cells and repair.

Procedure and Delivery

The process of stem cell therapy for Glaucoma in Dubai is generally through disbursement of stem cells either from the patient or a donor, purging, and administering into the eye or adjacent to reach the optic nerve. Additional measures of imaging and guidance are normally employed to facilitate correct delivery of the cells. Once administered, the cells may take sometime to differentiate hence outcomes are slow usually over weeks to several months.

Expected outcomes and limitations

Some patients claim to have a better vision, light sensitivity and or peripheral vision but these are improvements that may take a while before they are noticed. Some might illustrate little improvement, especially if blindness is severe and the optic nerve is almost entirely compressed.

Reach out to Eye Stem Cell Cure in Dubai for more details.

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1. Similar to any other procedure, the effectiveness of stem cell therapy is tied to health care practitioners who conduct the procedure. Glaucoma induced optic nerve damage is a very sensitive issue and cell treatment of glaucoma calls for professionals in both ophthalmology as well as stem cell therapy. While choosing a treatment center it is necessary to see that the clinic has some professional ophthalmologists and stem cell specialists who have good experience in the treatment of optic atrophy. Go out of your way to enquire about any other treatments the clinic has offered, including the number of positive results the clinic has recorded. It is advisable to seek treatment at a well-established center that deals with various stem cell therapies on the eye complications.
2. Try to identify authorized clinics which are affiliated with different health standards. That accreditation does guarantee that the clinic offers its services with conforming to several high standards of safety and ethical practice when it comes to Stem cell therapy. It can be addressed by use of online reputation, customer comment, and any testimonials that may be fetched from patients. It is also safe to ask other patients that have undergone the same treatments at the given clinic. Any credible clinic should be willing to share the clinic’s past, acceptability by the community, and even patients’ success stories.
3. It is advisable to ensure that the clinic complies with all the state laws on stem cell treatments in terms of sourcing, processing and delivery of stem cells. To reduce the complications or reactions, the clinic should utilize the stem cells from the patient himself or herself, or from a legal and authorised donor.
4. The clinic should be equipped with ultramodern diagnosis tools and imaging mechanism in order to evaluate the degree of the optic nerve injury and ascertain that the stem cells are administered to exactly the specific area affected. Besides, top-notch structures that conform to infection control precaution standards are also mandatory for adoption. Make sure the clinic you’re visiting has adequate laboratory equipment for processing stem cells and that cells are managed and kept safe as is possible.
5. Any good treatment center should be able to offer care that encompasses beyond the therapy they are offering. Treatments of stem cells on glaucoma optic atrophy are composed of some periods such as pre-treatment, operation and follow-up treatment. Make sure you know clinic’s policy regarding pre-treatment consultation, individual treatment planning, and follow-up control. The center should also provide proper information on prognosis of the disease, the side effects, risks, and the recovery period.
6. They lack cost and financial transparency. Glaucoma optic atrophy transcendent stem cell treatment invention is known to be expensive. To find suitable treatment center, one should compare the costs of the potential treatment including preliminary examination, treatment itself and subsequent appointments. Cost should always be considered an important factor but it is equally important to choose a clinic that is clear on the amount of money that you will spend.

For any queries reach out to Eye Stem Cell cure in Australia for further details on the treatment.

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1. Learn about the therapy and make a proper assessment of what to expect. Stem cell therapy for Glaucoma Optic Atrophy in Malaysia is an exciting therapy modality. It is used to heal broken cells within the optic nerve to help prevent or at least stop the further deterioration of vision. Some patients report significant changes, and others only slight ones, to their eye sight. Before the therapy, one has to have a sane expectation with the understanding that the vision cannot be restored to normal. Discussions about possible outcomes with the healthcare provider will go a long way to helping you set the right expectations about the therapy and what exactly can be expected from the procedure.
2. Select a Recognized Clinic. It’s necessary to select a clinic that is reputable, certified, and with an honest report on its professionals’ successes. Do not go to clinics that try to convince people how successful the procedure is going to be since no clinic can guarantee such results. Seek a clinic or center that adheres to medical standards and legal requirements, staffed by qualified personnel and gives appropriate encouragement material.
3. Pre-screening of patient’s health is normally recommended before getting stem cells treatment. These include a screening vision exam useful to determine the extent of the damage to the optic nerve, patients’ initial vision acuity and general eye health. Your doctor will also look for other conditions that might be present and which could influence the stem cell therapy, conditions like diabetes or hypertension. Get the necessary investigations in the laboratory and do imaging to rule out any chronic diseases that may be a contraindication for the surgical procedure.
4. The treatment can raise and up feelings of hope and anxiety alternatively. As with many other forms of outcome-based treatments, it is important to emotionally get ready for the therapy. Some patients prefer group participation in support groups whether face- to –face or online so as to interact with other patients. Cognitive flexibility describes your ability to adapt to the various flows and challenges of treatment.
5. Make some general plans for each facet of therapy, and if it will be done in another city. Some stem cell therapy for Glaucoma Optic Atrophy in Malaysia clinics may not be in close proximity to the patient’s geographic location, and, therefore, transport will be needed as well as accommodation. It might be beneficial to have a family member or friend come with you to the procedure and to the time of recovery. The treatment should be accompanied by a few days of rest. Therefore, patients should arrange to see the doctor after a few days of the treatment as it will require some time to heal.
6. Your healthcare provider will probably include some guidelines to adhere to before going for the therapy for example, cessation of certain drugs, abstaining from some activities, and others; maintaining good hygiene. As we mentioned, these precautions should be followed strictly since they are conceived to provide the more suitable conditions for the surgery.

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However, patients should go for this innovative therapy with realistic expectation of recovery, prognosis and expectation of the results.

Key issues that patients need to consider when it comes to recovery after stem cell therapy of glaucoma optic atrophy

1. Recovery Timeline: Stem cell therapy is a regenerative treatment and its impact is not felt and or seen right after the procedure is done. After the procedure, it could take weeks and months for these stem cells to attach to the community of cells and perhaps encourage the tissues to repair themselves. Progressive gain of vision is occasionally observed but changes do occur in a stepwise manner. The duration and the time when the outcomes manifest also depends on condition of health, degree of optic nerve atrophy and the selected type of stem cells.
2. Initial Post-Procedure Period: After stem cell treatment is carried out, there might be slight pain or uncomfortable feeling in patients’ eyes. Users may experience mild stinging, itching or burning which is normal and should fade within 2-3 days. This phenomenon is rather normal and the patient should not be concerned about it. As much as the medical team advises on the necessary measures to undertake after the operation, some of the important ones include; restricting physical activities as well as avoiding to touch the eyes.
3. The Importance of Visits in Tracking Performance- Check-ups are extremely significant when it comes to the period after discharge from the hospital. It means that the healthcare team can conduct daily follow up on the eye and response of the eye to the stem cell therapy, check for any signs of complications, and evaluate changes in vision. These appointments always involve examination for detecting intraocular pressure and assessing the status of optic nerve in addition to retinal alterations. They may need to come back for follow – up appointments at least once per few weeks then scale down gradually to less frequent visits. These appointments are imperative to the process because errors are easily spotted during the first couple of weeks of treatment hence the doctor can make the necessary changes.
4. Vision Improvements: It is also important to note that with stem cell therapy there is the promise that a patient’s vision will be fully restored, yet results found show that vision recovery differs from patient to patient. Some people may feel that things actually appear clearer or that they are able to distinguish light or objects at the sides in some ways better. We also recommend that stem cell therapy may slow down vision loss without necessarily increasing patients’ existing vision acuity at the moment. Knowledge of these possible consequences minimizes patient’s expectations hence improving the health outcomes.
5. Mental Assistance and Adjustment – Suffering from glaucoma optic atrophy and passing through a difficult treatment procedure, such as stem cell therapy, can of course influence the patient emotionally. This means some of the effects may be slow and unpredictable and depending on personality, frustration or stress may occur. Some of the patients complained of feeling sad, irritated amongst other emotions and find it beneficial to seek therapy or counseling. Other kind of social support that may help include support groups because people with similar problems can unconditionally support and encourage each other either face to face or through computerised or even telephonic support.
6. Changes in Lifestyle – The patient should ensure that he or she is practicing good lifestyle during recovery particularly as the eyes are concerned he or she should ensure that stress levels are not exerted on the eyes.

At Eye Stem Cell Cure in Oman, we help you navigate through the process easily.

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Conventional Management of Glaucoma Optic Neural Damage

Conventional treatment of glaucoma optic atrophy has focused on controlling intraocular pressure. The objective is to arrest the disease. Traditional treatments fall into three main categories: medication, laser therapy and surgery.

1. Medications: The most famous medicine is eye drops.
2. Laser Therapy: Trabeculoplasty and selective laser trabeculoplasty (SLT), intended to increase the outflow of the liquid.
3. Surgical Interventions: Surgical procedures may include glaucoma drainage devices.

These conventional therapies work in decreasing eye pressure as well as arresting the progression of the disease, but they are not capable of reversing any extent of vision impairment caused by the disease owing to the destruction of the optic nerve. This is where stem cell therapy comes in as a possible solution to the advancement of vision loss and damage with an attempt at reconstructing the damaged cells.

Stem Cell Therapy: Some Aspects of the New Approach to the Treatment of Glaucoma Optic Atrophy

Stem cell therapy is a new therapeutic strategy in the treatment of glaucoma optic atrophy, which is capable to replace the damaged cells of the optic nerve. In contrast to conventional treatments, stem cell therapy aims to address the source of visual impairment by trying to stimulate the generation of new RGCs and their axons in the optic nerve.

1. How Stem Cell Therapy Works: In glaucoma optic atrophy, stem cells which are often reinucleated as mesenchymal stem cells (MSC) or even neural progenitor cells are transplanted into the affected eye with a view of inducing cellular repair and rebuilding. These stem cells can develop into several cell types such as retinal ganglial cells that are lost in glaucoma.

Advantages of Stem Cell Therapy

The main advantage of stem cell therapy specifically lies in the ability to actually repair the damaged optic nerves resulting in vision improvement as opposed to simply halting, or slowing the progression of the disease.

Conclusion: What Treatment is Best for You?

The preference to traditional treatments in cases of glaucoma optic atrophy and stem cell therapy is wholly relied on the 4 of the disease, patient’s health status, and the possible effect of stem cell therapy. Conventional therapy still prevails as the initial resort and is mandatory for patients with mild to moderate glaucoma. But stem cell treatment means a lot for those who have primary optic atrophy or did not get the result after the traditional therapy course. At the moment, it is still an option on the distant ‘wish list,’ insisting on the individual approach to treating such a multi-faceted disease. Reach out to Eye Stem Cell Cure in Yemen today to know about how stem cell therapy can help patients with glaucoma optic atrophy.

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