Night Out Particle Treatment Of Retinitis Pigmentosa Clinical And Experimental Research

The Primary RetinitisPigmentosa R.P is the common inherent eye disease which causes visual deficiency. It describes a genetically and clinically heterogeneous group of disorders that are characterized by gradual degeneration of photoreceptor cells and the pigment epithelial cell (RPE). Common clinical features include a progressive loss of night vision, visual field eventually leading to blindness.The Retinitis Pigmentosa disease may affect people ranging from 8-65 years old, especially the young adults, According to the statistics, it affects approximately 1/3500-1/4500 and 1-2/5000 newborn. Estimated figures show that 1.5 million people in the world suffers from this disease.In RP patients it shows hereditary characters such as autosomal dominant, adRP, autosomal recessive, arRP and X-linked manner, xIRP etc. The autosomai dominant develops slowly and comparatively later in age with less changes in electroretinograms, ERG; whereas autosomal recessive often develop in early stage, condition become serious and chronic with more changes in electroretinograms. Most often, patients lose their eyesight at age 40.Although many research & experimental studies had been carried out in the past years. There is still no effective treatment method to date. It has become key research topic for many ophthalmologists.In this article, I summarize the recent research on Retinitis Pigmentosa by the Eastern Medicine and Western Medicine researchers.Clinical study & laboratory study has been carried out to evaluate the medicinal effects of Yeminkeli Formula. Its conclusions are as follows:CLINICAL STUDY :Yeminkeli Formula is effective in the treatment of Retinitis Pigmentosa patients andits improvement in respect of visual acuity is better than Qijudihuang Pill and Minmudihuang PillLABORATORY STUDY1. Yeminkeli Formula has significant effect (p<0.05) in Hemorheology. However, iteffects are comparative to Qijudihuang Pill .2. Yeminkeli Formula has significant effect (p<0.05) in microcirculation. However, it effects are comparative to Xiangdanyi...