These aspects form the basis of this short review article. However, as per the latest reports, there are some clinical experiments being carried out to treat the ailment using the mesenchymal stem cells for the ocular injuries. Stem cells such as MSCs (mesenchymal stem cells) can differentiate into photoreceptors among other. Answer (1 of 5): The answer is both no and yes but a majority of health experts consider No for the treatment of nerve atrophy.
The therapy involves administering of stem cells into the retrobulbar space to repair damaged tissues. However, since multifactorial degenerative processes occur during aging and with glaucomatous optic neuropathy, different forms of neuroprotective, nutraceutical and electroceutical regenerative and revitalizing agents and processes are being considered to combat these eye-brain disorders. Stem cell therapy can be used to reverse optic nerve damage treating diseases like optic nerve atrophy. In the retina, just a millimeter away from the retinal photoreceptors that degenerate in AMD, are the retinal. Lowering of IOP mitigates the damage to some extent with existing drugs, surgical and device implantation therapeutic interventions. Stem cells for glaucoma and optic nerve disease. Even though increased IOP is the major risk factor for POAG, the disease is caused by many injurious chemicals and events that progress slowly within all components of the eye-brain visual axis. The hallmark features of POAG and other forms of glaucoma are damaged optic nerve, retinal ganglion cell (RGC) loss and atrophied RGC axons connecting to various brain regions associated with receipt of visual input from the eyes and eventual decoding and perception of images in the visual cortex.
Patients who experience visual impairment due to elevated intraocular pressure (IOP) are often those afflicted with primary open-angle glaucoma (POAG) which slowly robs them of their vision unless treatment is administered soon after diagnosis. Eyesight is the most important of our sensory systems for optimal daily activities and overall survival.
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