Understanding Macular Dystrophy

Bilateral symmetrical central vision loss is a characteristic of a diverse set of illnesses known as macular dystrophies (MDs). Improvements in genetic testing have increased over the past ten years which helps in understanding molecular foundation. Patients are now being diagnosed more quickly and accurately due to the high resolution multimodal retinal imaging advancements to quantitatively assess the progression of diseases more sensitively, and to design clinical trial endpoints that are optimal for new therapeutic approaches.

Symptoms usually are:

• Distorted or blurred vision
• Trouble seeing in light
• Central vision loss
• Color vision issues

While there is no current cure, continued research has offered promising ways to deal with and even reverse some of the damage produced by this condition.

Current Challenging Strategies

Modern treatment for macular dystrophy has always aimed at slowing down disease progression and helping patients in managing symptoms. These include:

• Vitamins and antioxidants: Some vitamins and antioxidants may be able to protect retinal cells from further degeneration.
• Genetic testing and counseling: These are helpful for comprehending the inherited nature of the disease and family planning.

Yet all these solutions do not solve the core problem — the degeneration of retinal cells. And that’s where regenerative therapies enter the picture.

Stem Cell Therapy: A Promising Future

At EyeStem Cell Center, we’re researching and creating macular dystrophy treatments based on stem cells. Stem cells can regrow malfunctioning retinal cells, which presents a revolutionary process that may restore vision. The secret is to replace the malfunctioning retinal pigment epithelium (RPE) and photoreceptors with healthy stem cell-derived cells.

Our active research and clinical trials focus on:

• Stopping vision loss from advancing
• Enhance visual function
• Regenerate injured retinal tissues

Patients being treated with stem cell therapy are kept under close observation in a controlled clinical setup to maintain efficacy and safety. Although in the infancy stage for most, stem cell therapy has already demonstrated promising results in slowing down or even reversing certain types of macular degeneration.

Conclusion

It is difficult to live with macular dystrophy, but thanks to advanced therapies and continuing medical breakthroughs, there is genuine hope in sight. At EyeStem Cell Center, we are dedicated to applying the most advanced regenerative treatments to patients and restoring patients’ independence and sight. If you or someone you know has been diagnosed with macular dystrophy, we invite you to talk with our experts and discover more about leading-edge treatment possibilities.

The post Macular Dystrophy Treatment: Advances and Hope at EyeStem Cell Center appeared first on Eye Stem Cell Center.

At Eyestemcellcenter, a pioneering center dedicated to stem cell-based eye care, innovation converges with caring. The center has emerged as a haven for patients afflicted with vision impairment caused by retinal disorders, such as Bull’s eye maculopathy. The core objective is to leverage the potential of stem cells to heal or regenerate injured retinal tissue and, in the process, restore impaired vision.

There are no current standard therapies for Bull’s eye maculopathy besides halting progression and not repairing damage. These can be cessation of the culprit drug (for drug-induced maculopathy), protective eyewear, and antioxidant, lutein, and zeaxanthin-containing dietary supplements. But none of these restore vision that has been lost. That is where Eyestemcellcenter’s regenerative option presents an exciting alternative.

Eyestemcellcenter’s innovative research is focused on the application of induced pluripotent stem cells (iPSCs) and transplantation of retinal pigment epithelium (RPE). Through the growth of healthy retinal tissue from a patient’s own tissue or suitable donors, the center aims to restore the degenerate RPE cells that support photoreceptors in the macula. In various preclinical models, this treatment has demonstrated promise not only to prevent further loss but improve vision as well.

What differentiates Eyestemcellcenter from the rest is its patient-focused model of care. Every treatment plan is individually tailored depending on how much damage the retina has suffered, the cause of the damage, and the patient’s general health. Patients undergo thorough evaluation prior to stem cell therapy using advanced imaging, genetic testing, and electrophysiological studies for maximum outcomes and safety.

In addition, Eyestemcellcenter is devoted to ethical practice as well as strict clinical trials. To date, some of their treatments are in various stages of clinical development, with promising results. Patients participating in the trials are kept under close surveillance, so side effects and complications are quickly resolved.

In summary, as much as Bull’s eye maculopathy remains a formidable challenge in eye care, centres such as Eyestemcellcenter are changing the way we treat it. Through the emphasis on the regenerative power of stem cells, they provide not merely management—but the actual potential for vision restoration. For those patients who earlier dwelled on hopelessness, this breakthrough method is a beacon of light.

The post Bull’s Eye Maculopathy Treatment – Progress and Hope at Eyestemcellcenter appeared first on Eye Stem Cell Center.

 A hereditary disorder called cone-rod dystrophy results in the degeneration of light-sensitive retinal cells. Color loss, peripheral and central vision loss, and eventually blindness are the results. The symptoms of the illness can be postponed, but there is presently no cure for it. It may also be slowed down or even reversed by ongoing study.At Eye Stem Cell Center, we are focused on investigating innovative treatments that can stop or even reverse the advancement of rod and cone dystrophy and bring new hope to patients dealing with this degenerative disorder.

 Understanding Rod and Cone Dystrophy

This disorder is generally hereditary and may occur at birth or in young adulthood, although the symptoms may develop progressively. Some of the earlier signs are the inability to view things in dim light, narrowed peripheral vision, and later, problems with fine or color vision. In a few instances, the illness might cause complete blindness if not treated.

Some of the common forms of rod and cone dystrophy are:

Cone-Rod Dystrophy (CRD) – Starts with degeneration of cone cells, causing central vision loss and color blindness, and then rod cell loss.

Rod-Cone Dystrophy (RCD) – Initiates with rod cell degeneration and eventually involves cones.

Present Treatment Methods

Conventionally, treatment of rod and cone dystrophy has been mainly centered on symptom control and slowing disease progression. Some of the current methods include:

Vitamin A Supplementation: Controlled amounts of Vitamin A in certain cases are able to retard retinal degeneration.

Gene Therapy: For certain genetic mutations, gene replacement treatments are under development and trial.

Although these therapies can provide temporary relief or a rate of degeneration that is slowed, they do not usually restore vision that has been lost. This is where regenerative medicine, stem cell therapy in particular, comes with promising hope.

Stem Cell Therapy: A Regenerative Breakthrough

Our vision at EyeStem Cell Center is to use the power of stem cell technology to restore eyesight in patients with rod and cone dystrophy. Stem cells have the ability to differentiate into photoreceptor cells, which might replace the malfunctioning rods and cones in the retina.

Our studies are directed towards:

• Substituting defective photoreceptors with healthy ones derived from stem cells
• Sparking natural repair mechanisms in the retina
• Delays or stopping disease process with cell-based treatment

Clinical trials have already demonstrated early success in enhancing retinal structure and function. Our stem cell therapy protocols are developed with a focus on long-term outcomes and patient safety, providing hope where previously few choices existed.

Looking Ahead

Rod and cone dystrophy no longer needs to be a sentence of lifelong vision loss. With new developments in stem cell therapy and other cutting-edge treatments, there is increasing potential to save and even restore eyesight. At EyeStem Cell Center, we are dedicated to advancing the frontiers of regenerative medicine and enriching the lives of individuals with retinal dystrophies.

The post Treatment of Rod and Cone Dystrophy: Breakthroughs at EyeStem Cell Center appeared first on Eye Stem Cell Center.

What is Glaucoma Optic Atrophy?

Glaucoma is a optic nerve disorder in the eye, happened due to the elevated intraocular pressure (IOP). The pressure produced destroys the sensitive nerve fibers, which leads to optic atrophy. Optic nerve is made up of cells which when damaged leads to the disorder known as optic atrophy, which sends signals from your eye to your brain. “Atrophy” means deterioration or waste. Optic atrophy, also known as optic nerve atrophy, is a hazardous illness.

 Atrophy of the optic nerve is caused due to the Long-term injury to optic nerve fibers from various sources. Some problems such as Blindness and other irreversible visual can result from optic atrophy.

Prevailing Symptoms:

• Foggy or hazy vision
• Peripheralside vision loss
• Inability to see well in dim light
• Tunnel vision in late stages

Once optic atrophy develops, the damage tends to be permanent. New advances in regenerative medicine provide an opportunity to save and even regain optic nerve function.

 Current Standard Treatments

Standard treatment for glaucoma involves managing intraocular pressure to reduce further damage. These include:

Medicated Eye Drops: To decrease fluid production or enhance drainage from the eye.

Oral Medications: Occasionally used to decrease eye pressure.

Laser Therapy: Aids in enhancing fluid outflow from the eye.

Surgery: In extreme cases, surgery may be required to alleviate pressure.

 Stem Cell Therapy: A New Frontier in Optic Nerve Regeneration

At EyeStem Cell Center, we are at the forefront of stem cell treatments aimed at fixing or renewing broken optic nerve tissue. Our pioneering method utilizes specialized stem cells with the capacity to:

• Substitute injured retinal ganglion cells (the building blocks of the optic nerve)
• Activate the body’s own healing mechanism
• Insulate remaining nerve fibers from additional damage

Clinical trials and experimental therapies hold potential in restoring vision and enhancing optic nerve function. Although still under investigation and regulatory consideration, these treatments are a major step forward for glaucoma-related optic atrophy patients.

Our treatment program entails:

• Thorough patient assessment and eligibility determination
• Minimally invasive stem cell delivery methods
• Regular monitoring and follow-up treatment for maximal benefit

A Brighter Future with Regenerative Medicine

There is no absolute treatment to cure glaucoma optic atrophy, regenerative therapies at EyeStem Cell Center are breaking doors previously regarded as closed. Researchers, ophthalmologists, and regenerative medicine experts are working day and night to provide patients with the modern treatment and best care options.

The post Glaucoma Optic Atrophy Treatment: EyeStem Cell Center Vision Restoration appeared first on Eye Stem Cell Center.

Understanding Vision Loss
Vision loss can be due to various causes like aging, diseases, trauma, and inheritance. Prevalent causes of vision loss in India are:
• Cataracts: Disease in which the lens of the eye becomes progressively less transparent over time often as a person grows older.
• Diabetic Retinopathy: Damage to the retina leading to progressive vision loss.
• Age-Related Macular Degeneration (AMD): Age-related macular degeneration is a long-term illness that affects the central vision.
• Retinal Detachment: Quite a serious disorder in which the retina of the eye is compelled to peel away from the back of the eyeball.
• Glaucoma: Loss of vision due to damage of optic nerve by intraocular pressure.
It is thus essential that one is aware of the likely cause of loss of vision so that proper action can be initiated.

Eye genetic diseases: The majority of the patients of all over the world are losing or lost vision because of some eye genetic diseases which are Retinitis Pigmentosa (RP), Stargardt’s Disease or also known as “Macular Dystrophy”, ONH, Rod and Cone Dystrophy and some others. But this innovative stem cell therapy is one of the most promising therapy to at least keep stabilized vision lose and also regain some more percent of vision back.
Treatment of vision loss in India
India offers all forms of treatment to those suffering from the loss of vision. Some of the most prevalent methods are as follows:
Surgical Interventions
Medications
Laser Treatments
Rehabilitative Services

The Use of Stem Cell Therapy
Stem cell therapy has been broadly considered as a revolutionary technology which provides a potential solution for some forms of blindness. At Eye Stem Cell Center, our emphasis is directed towards the employment of stem cell therapy in eye disease and optic nerve injury.

In this type of treatment, a patient must undergo some initial tests after which physicians are in a position to extract stem cells that are natural building blocks of the body.
Stem cell therapy is employed to cater to issues regarding restoration of lost tissues within the area of the eye. This is how it can be of help:
• Retinal Regeneration: Stem cells are able to produce retinal cells like photoreceptors cells, macular cells, RPE cells thus, the function can be regained upon retinal degeneration.
• Optic Nerve Repair: In glaucoma patients stem cells are now being explored in the process of repairing optic nerve fibers.

Some of the patients who have undergone stem cell therapy at Eye Stem Cell Center have been given positive results with dramatic improvements in their eyesight. This has shed light on the advantages of stem cells that they can provide solutions where other treatments appear to be insufficient.

Why Eye Stem Cell Center?
Being a medical facility, Eye Stem Cell Center appreciates patients greatly and utilizes advanced technologies. We are proud of our professional team of doctors and scientific researchers who specialize in treating every patient based on his or her requirements. Below are some reasons to select us:

Expertise: Our experts have undergone additional training in the conventional ways of managing illness and diseases and the non-conventional ways.
• State-of-the-Art Technology: We possess all the modern technologies which will provide the best services to our patients that are implemented.
Conclusion
Blindness is a large issue in India that impacts millions of peoples, but there exists medical development that provides promise in restoring and improving vision. This has opened up the potential for a variety of treatments to be provided and administered today that were previously impossible; from the traditional surgery to stem cell therapy. Contact us today to learn about our range of services, and how we might assist you on your journey to better vision.

The post Treatment for Eye Vision Loss in India appeared first on Eye Stem Cell Center.

 What is Stickler Syndrome Retinal Dystrophy?

In patients with Stickler Syndrome, the collagen of the eye does not shape properly and can result in structural defects. Retinal dystrophy is a gradual breakdown of the retina, the light-sensitive tissue at the back of the eye. Symptoms are visual disturbances such as impaired vision in dim light, blurring or distortion of vision, and in extreme cases, blindness. With Stickler Syndrome, this usually appears in early childhood and might worsen over time.

A characteristic concern is the heightened risk of Retinal Detachment, which may occur suddenly and is a medical emergency. Ongoing monitoring is necessary for individuals diagnosed with the syndrome.

Treatment Options

Although there is no exact cure for Stickler Syndrome or its related retinal dystrophy, various treatment options exist to alleviate symptoms, retard progression, and avoid complications that is Leading Stickler Syndrome Retinal Dystrophy in India.

1. Preventive Retinal Surgery

Perhaps the most effective preventative for retinal detachment is Prophylactic Laser Treatment or Cryotherapy. Both of these procedures produce tiny burns or freezes on the retina, generating scar tissue that will “tack down” the retina and keep it from detaching.

2. Vitrectomy Surgery

If the retinal detachment has already set in, then a Vitrectomy might be carried out. It is a surgery where the vitreous gel in the eye is removed and filled with a saline solution, gas, or oil to redistribute and stabilize the retina.

3. Low Vision Aids and Visual Rehabilitation

For those who have vision loss from retinal dystrophy, low vision aids like magnifiers, reading machines, and lighting can enhance quality of life. Visual Rehabilitation with occupational therapists may also enable adaptation to vision change.

4. Gene Therapy and Future Research

Euphoric work is ongoing in the field of gene therapy, which holds great hope for inherited retinal disease such as that in Stickler Syndrome. Although not yet widely tested, clinical trials are investigating means to repair the genetic mutations that cause the condition.

5. Regular Monitoring and Early Detection

Regular eye tests, including dilated retinal examinations and imaging such as OCT (Optical Coherence Tomography), are vital. Early detection of any retina changes will permit intervention before permanent vision loss occurs.

Living with Stickler Syndrome

Treatment of Stickler Syndrome can be best managed by a multidisciplinary team, including geneticists, ophthalmologists, audiologists, and orthopedic surgeons. Support groups and genetic counseling for individuals and families can also be an emotional and practical source of support.

Conclusion

Stickler Syndrome Retinal Dystrophy in India is a severe but controllable condition with early treatment and continued care. Advances in preventive surgery, low vision devices, and new therapies bring hope for preserving vision and enhancing the quality of life of affected individual.

The post Understanding and Treating Stickler Syndrome Retinal Dystrophy appeared first on Eye Stem Cell Center.

Oguchi disease is a rare inherited disorder of the retina, the light-sensitive tissue at the back of the eye. It was named after Dr. Chuta Oguchi, who first reported it in 1907. The condition is marked by night blindness and characteristic changes in the color of the retina. While not dangerous, Oguchi disease has a significant impact on vision, especially in low light.

What is Oguchi Disease?

Oguchi disease is a type of Congenital Stationary Night Blindness (CSNB), meaning it is present at birth and usually does not get worse over time. Individuals with this condition have difficulty seeing in dim light or darkness, although their vision in regular daylight is typically normal.

One of the diagnostic characteristics of Oguchi disease is the Mizuo-Nakamura phenomenon, wherein the retina has a golden or silver-gray luster in light but shows up normally after a period of extended darkness. It is one of the most diagnostic features of the disease.

Oguchi disease is inherited in an autosomal recessive manner, so both parents have to inherit a defective gene for the child to be affected. The two genes most usually linked with the condition are SAG (S-arrestin) and GRK1 (rhodopsin kinase), both of which are involved in the visual phototransduction pathway — how the retina changes light into electrical signals.

Symptoms and Diagnosis

The most prominent symptom of Oguchi disease is night blindness, which manifests at an early age. People may complain of being unable to see well in poorly lit settings like cinema theaters or in darkness. Nevertheless, their vision during the day and visual acuity is normal.

The diagnosis can usually be made through a combination of:

• Electroretinography (ERG): Assesses the electrical reaction of the retina to light stimuli.
• Genetic testing: Detects mutations in the SAG or GRK1 genes.
• Fundus examination: Sees characteristic color changes of the retina.

Treatment Options

There is no guaranteed cure for Oguchi disease at present. Treatment is mainly symptom management and enhancing quality of life. Some methods are listed below:

1. Vision Aids

Low vision aids like night-vision spectacles or colored lenses can aid patients to see better in poor lighting. The aids do not correct the disease but improve functional vision.

2. Gene Therapy (Experimental)

Since Oguchi disease is a result of certain gene mutations, gene therapy is considered a possible treatment option of the future. Scientists are still looking into how the replacement or repair of faulty genes such as GRK1 or SAG will reestablish normal retinal function.

3. Lifestyle Adjustments

Patients are advised to avoid driving at night and ensure proper lighting at home and work. Orientation and mobility training may also benefit those with significant night vision challenges.

4. Regular Eye Exams

While the condition is non-progressive, regular check-ups help monitor any changes and manage complications if they arise.

Advantages of Stem Cell Treatment for Oguchi Disease

1. Attacking the Origin: In contrast to conventional treatment, which only controls symptoms, stem cell therapy seeks to remedy the initial retinal damage produced by genetic defects.
2. Night Vision Restoration: Through the restoration of healthy photoreceptor cells, stem cell treatment can restore night vision to a great extent, which is the primary defect in Oguchi disease.
3. Minimally Invasive: Numerous stem cell treatments are administered via straightforward injections into the eye, which results in less invasive treatment than conventional surgeries.
4. Long-Term Effectiveness: Effective integration of healthy cells into the retina may result in sustained vision improvement, obviating or at least diminishing the need for repeated treatments.
5. Potential for Wider Retinal Health: In addition to enhancing night vision, stem cell therapy could potentially preserve general retinal health and prevent further deterioration.

Success Stories and Current Research

Although stem cell therapy for Oguchi disease is as yet under experimentally based, preliminary research and clinical trials for other retinal disorders such as retinitis pigmentosa and stargardt’s  disease have yielded very encouraging results. Improved vision, increased light perception, and even the return of partially damaged visual fields have been seen in patients undergoing stem cell therapy.

With genetic overlap among these diseases and Oguchi disease, researchers are hopeful. Recent clinical research indicates that transplanted retinal cells can integrate into the host retina and start working properly. Human trials are the next step, with some biotech firms already investigating gene editing coupled with stem cell treatment for inherited retinal disorders.

Conclusion

Even though Oguchi disease is very rare and at present incurable, progress with genetic studies gives hope. Earliest diagnosis, adaptation to a lifestyle, and stem cell treatments can make the condition much easier to live with. As medical science continues to advance, gene-based interventions could in future offer a more lasting solution to this peculiar retinal condition.

The post Understanding Oguchi Disease and It’s Vision Loss Treatment in India appeared first on Eye Stem Cell Center.

 Traditional Medical Treatments

Max Healthcare of Delhi is particularly notable for its holistic approach towards RP. Experienced for more than two decades with 32+ experts, Max Hospital offers personalized treatment with advanced diagnostic and therapeutic technology. Multidisciplinary professionals at Max Hospital ensure individualized treatment plans to meet specific requirements of every patient.

Equally so, BLK-Max Super Speciality Hospital provides specialized consultations and high-level treatments for RP. Their experts use state-of-the-art technology to treat even the most complicated cases, providing patients with the best possible care.

 Emerging Therapies: Stem Cell Treatments

New-age therapies such as stem cell therapy are picking up pace in Delhi. Global Stem Cell Care employs Autologous Mesenchymal stem cells harvested from bone marrow to repair and regenerate damaged retinal cells, hopefully restoring compromised vision and enhancing retinal function overall.

Stem Cell Care India, located in Delhi, also provides stem cell therapy for RP. Their staff of skilled doctors specializes in the delivery of efficient treatments that stop or reverse the course of the disease.

Holistic and Ayurvedic Approaches

For people who lean more towards conventional medicine, Dr. Basu Eye Hospital provides Ayurvedic treatment for RP. The treatment involves lifestyle modifications, herbal supplements, and therapies such as Panchakarma to purify the body. These procedures are meant to retard disease development and control symptoms in the long term.

Sreedhareeyam Ayurvedic Eye Hospital suggests including antioxidant-rich foods like amla (Indian gooseberry), turmeric, and leafy greens in the diet. These dietary changes, combined with certain Ayurvedic treatments, may prevent oxidative stress and inflammation of the eyes.

 Cost Consideration

The expense of RP therapy in India also differs according to the therapy opted for. The traditional treatments at well-established hospitals can cost between ₹2,00,000 and ₹3,20,000, which also depends on the nature of the case and the interventions involved. It is wise to see several centers and know your options at your expense.

 Conclusion

New Delhi provides a variety of treatment options for Retinitis Pigmentosa from mainstream medical treatments to cutting-edge stem cell therapy and ancient Ayurvedic methods. Specialists can be consulted by patients to determine the most appropriate treatment plan specific to their requirements.

The post Navigating Retinitis Pigmentosa Treatment Options in New Delhi appeared first on Eye Stem Cell Center.

The Facts regarding Stem Cell Therapy in Eyes

The use of stem cells is involved in an encapsulation process whereby the stem cells are employed to reconstruct as well as repair mature tissues in the eye. These cells are usually obtained from bone marrow, fat tissue, and animated stem cells and are distinctive world cells with the remarkable utility of independently developing the different forms of eye cells like retinal cells, corneal cells or optic nerve cells. These cells’ self-renewal ability is especially useful for ailments previously classified as untreatable like AMD, retinitis pigmentosa, and corneal disease.

The Best Eye Stem Cell Treatment center Should Have the Following Features

Expertise and Experience: The best and most exemplary eye stem cell treatment center should be headed by ophthalmologists and researchers who are highly familiar with stem cell treatment for the ailments of the eyes. There is always close collaboration with other healthcare experts, ensuring well-rounded and personalized treatment strategies.

Advanced Facilities and Technology: Up-to-date diagnostic centers and treatment technologies along with other related quality facilities are also highly essential. It should be pointed out that these centers are interested in the latest developments of stem cells and ensure the highest standard of safety and quality.

Research and Innovation: Leading center are affiliated with clinical research and trials concerning stem cell therapy for eye disease with the aim of enhancing the medical practice in this field. It contributes to the development of new treatment algorithms and is working persistently towards enhancements.

Regulatory Compliance: Adherence to established regulatory standards and ethical practices is of most importance. centers must follow the regulatory authority’s guidelines in the area to safeguard patients’ lives as well as treatment efficiency.

Why Choose Eyestemcellcenter?

We represent the pinnacle of excellence in eye stem cell treatment at Eyestemcellcenter:

Medical Excellence: We are a group of experienced ophthalmologists and researchers who excel in the latest capabilities in stem cell therapy for various eye afflictions.
State-of-the-art Facilities: We possess expertly equipped facilities that are completely geared with latest tools of diagnostic and therapeutic capabilities, to ensure effective channeling of treatment.
Commitment to Research: We are in the field of clinical research, constantly seeking new avenues to use stem cell therapy and push the scientific field forward.
Patient-Centric Care: Our treatment procedure is based on individual care maps, which ensure that every patient will be treated based on the specifics of the disease and the patient’s condition.
Ethical Standards: It is unnecessary to mention that we adhere to the regulatory standards and ethical code that is associated with running the business.

Conclusion

Finding the best eye stem cell treatment center should be done well since your sight and the overall quality of life are dependent on the eye stem cell treatment center you choose to use. Here at Eyestemcellcenter, we utilize the best information, most advanced technology and a steadfast commitment to research that offer patients the best quality care. Our helpful staff is here to respond to inquiries regarding stem cell treatment and how it can enhance your vision health.

The post Exploring Excellence treatment of eye diseases at the best eye stem cell treatment center appeared first on Eye Stem Cell Center.

Understanding Retinitis Pigmentosa

Retinitis Pigmentosa is essentially a collection of hereditary retinal disorders. These are due to the degeneration of the photoreceptor cells. These are primarily the cones and rods of the retina. This degeneration begins with night blindness. Subsequently, comes tunnel vision and then peripheral vision loss. It may impact central vision. This causes the progression of this disorder.

Stem Cell Treatment for Retinitis Pigmentosa Disease

Stem cell therapy is essentially performed by the use of stem cells. This is with the aim of repairing and maintaining vision. This therapy is primarily based on the replacement of the dead or absent photoreceptor. It also includes the preservation of the retinal architecture as a whole. This is so that the further development of this disorder can be stopped. It also serves to improve the visual outcome.

In stem cell therapy for Retinitis Pigmentosa Disease, stem cells of different types are used, which are:

Retinal Progenitor Cells: These particular cells can differentiate to form actual types of retinal cells such as photoreceptor cells which prove helpful in restoring vision in cases of damaged eyesight.
Induced Pluripotent Stem Cells (iPSCs): iPSCs are adult cells that have been reprogrammed and can be directed to enter retinal cells offering precise treatment.

How does it work?

Retinitis Pigmentosa Stem cell therapy works through a number of fundamental mechanisms:

Cell Replacement: Stem cells that are transplanted immigrate into the ailing retina and substitute non-working or absent photoreceptors and supporting cells.
Neuroprotective Effects: Neurotrophic factors secreted by the stem cells provide protection to other retinal cells from dying and assist the cells to remain alive.
Anti-inflammatory Effects: Stem cells control the local retinal inflammation by mobilizing the immune cells and removing the cellular debris, thereby creating a suitable milieu for cell survival and regeneration.

Get treated at Eyestemcellcenter

Eyestemcellcenter is among the first centres to successfully introduce the concept of stem cell treatment for Retinitis Pigmentosa. Our method is defined by:

Patient-centered approach in devising treatment protocols with very close watch on the necessity of appropriate augmentation of therapeutic efficacy.

Stem cell therapy of Retinitis Pigmentosa Disease is administered precisely and monitored by well-equipped devices, apparatus and highly advanced therapeutic technology.
At Eyestemcellcenter, there is strict compliance with the highest ethical standards and the needs, and rule of laws as mandated by the regulatory bodies.
Conclusion

In cases of Retinitis Pigmentosa, stem cell therapy produces a remarkably positive effect on the patient’s condition and his/her vision. Real-life accounts by patients reveal that their vision, movement, and independence have been improved, proving that this novel strategy can indeed change people’s lives for the better.

Stem Cell Therapy for Eye Disease

Eyestemcellcenter remains dedicated to the treatment of Retinitis Pigmentosa with stem cell therapy. The best opportunity to save and restore a patient’s vision is assured due to our dedication to the highest levels of quality, human touch, and research and development.

The post Unlocking Hope with Stem Cell Treatment for Retinitis Pigmentosa Disease in India appeared first on Eye Stem Cell Center.