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- Patient Comments: Retinitis Pigmentosa - Symptoms
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- Patient Comments: Retinitis Pigmentosa - Complications
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- Retinitis pigmentosa facts
- What is retinitis pigmentosa?
- What causes retinitis pigmentosa?
- What are retinitis pigmentosa symptoms and signs?
- How is retinitis pigmentosa diagnosed?
- What is the treatment for retinitis pigmentosa?
- How long does retinitis pigmentosa last?
- What are complications of retinitis pigmentosa?
- What is the prognosis for retinitis pigmentosa?
- What research is being done for retinitis pigmentosa?
- Where can I find out more information about retinitis pigmentosa?
How long does retinitis pigmentosa last?
It lasts a lifetime, with blindness often occurring if one lives long enough.
What are complications of retinitis pigmentosa?
Cataracts occur at a higher incidence in RP patients. If the cataracts are significant, cataract removal can be performed surgically. When cataracts occur, patients respond well to cataract removal with implantation of an intraocular lens. However, this does not improve retinal function.
The ultimate complication of RP is blindness from loss of retinal function.
What is the prognosis for retinitis pigmentosa?
The prognosis is poor since there is no cure for the disease. However, there are researchers working hard on this disease. Significant progress is being made, and there is reason for optimism that the near future will bring treatment which may stabilize the disease, prevent it, or both.
What research is being done for retinitis pigmentosa?
There is a large amount of research currently being performed both in the United States and internationally. As we acquire more knowledge about influencing gene function, treatment for hereditary diseases, including RP, will become available. If as few as 5% of cones can be kept alive, a person with RP can continue to function independently.
A promising treatment aimed at preserving cones, the retinal cells that provide central and daytime vision, is in a phase I clinical trial. This involves a protein known as rod-derived cone viability factor (RdCVF). It has preserved vision in several preclinical studies.
Other promising research involves synthetic nucleic acid nanoparticles, growth factors such as ciliary neurotrophic factor, gene therapy with recombinant adeno-associated virus, and stem cell therapy. Scientists and ophthalmologists are also investigating retinal transplants and artificial retinal implants.