We, at Eyestemcellcenter, are committed to offering new, cutting-edge programs such as stem cell therapy for night blindness and vision complications, helping our patients to get a better, independent live.

What is Night Blindness?

Night blindness is not a disease, but the loss of the eye’s ability to retaliate to dark environment. It mostly impacts the rods which are photoreceptive structures in retina that enable vision. In people with night blindness, these rods do not work as they should, which sometimes can make it just about impossible to see in low light.

Disruption of the photoreceptors in retinitis pigmentosa and macular degeneration

Diseases due to vitamin A deficiency, cataracts, and some genetic diseases may cause gradual vision loss over time. This is because most people only require some simple changes in their everyday lives if they are to avoid situations that trigger night blindness. Yet if there are accompanying retinal degeneration or other progressive disorders then it may be difficult. This is where stem cell therapy is revealing the most promising scenario because of the greater efficacy and durability of the result.

Night blindness is a medical condition that does not offer an appropriate treatment and stem cell therapy is one of the promising approaches. At Eyestemcellcenter, we provide the latest stem cell therapy in the management of night blindness resulting from retinal diseases. Stem cell therapy is a process of restoring or replacing damaged cells and tissues of the eye with stem cells that.

Treatment process involves thorough evaluation of the patient’s condition as well as tests such as that which was used to determine the health of the retina and the level of night blindness. Stem cells are taken from either the patient’s body or from a relevant donor. These stem cells are collected and distributed for injection into the retina, where they can replace lost photoreceptor cells especially the rods that are essential for night vision. Stem cells are endowed with massive capacity of regeneration. These stem cells are exercised so that on administration into the retina they may develop into various types of retinal cells that serve to help vision. It can work in such a way and help the retina to function better, which will make the ability of the patient to see in a relatively low light environment better.

In some occasions, stem cells can even reverse the degenerative diseases of the retina thereby enabling patients with night blindness to get a lasting relief. Actual patient experiences show that stem cells have successfully helped patients gain better vision in relatively poorer light conditions.

The Advantages of Stem Cell Therapy for Night Blindness

Stem cell therapy offers several key benefits over traditional treatments for night blindness:

1. Restoration of Function: Stem cells are known to integrate to replace dead retinal cells and rods which are essential for vision in very low light intensity.
2. Slowing Disease Progression: In cases such as retinitis pigmentosa, stem cell therapy could potentially also reduce the rate of vision loss or stop it all together and retain whatever sight the patient still has.
3. Non-Invasive: Treatment through stem cells is still somewhat invasive with one of the more minor procedures including an injection into the retina.

Conclusion

We offer individualized approach to our clients at Eyestemcellcenter, which makes it easier for us to prescribe treatment depending on the nature of the illness affecting the patient. Contact Eyestemcellcenter now to avail the state-of-the-art stem cell treatment for night blindness.

The post Night Blindness Treatment: Physical and Vision Restoration via Stem Cell Treatment appeared first on Eye Stem Cell Center.

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.

The post Optic Nerve Hypoplasia (ONH) Treatment: A Promising Future with Stem Cell Treatment appeared first on Eye Stem Cell Center.

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.

The post Rod and Cone Dystrophy Treatment: A revolutionary strategy by Eyestemcellcenter appeared first on Eye Stem Cell Center.

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.

The post Stem Cell Treatment for Eye Vision Loss: A revolutionary approach at EyeStemCellCenter appeared first on Eye Stem Cell Center.