Treating Genetic Diseases

947 WordsJun 18, 20184 Pages
To date, over four thousand genetic diseases due to single gene defects have been discovered (“How many genetic diseases are there?”). These disorders are unavoidable because they are determined at the moment of conception. Since there are no preventative measures for such illnesses, the most doctors can do is prescribe courses of action for treatment or possible cures. Unfortunately, treatments and or cures for every disease have not been found. For example, researchers are searching for the faulty gene in Retinitis Pigmentosa, a genetic disease of the eyes, in order to determine a proper treatment for it. Support through funding is crucial to the success of this type of research. With the recent increase in technological knowledge,…show more content…
It is intriguing how such an interesting concept could be applied to several cases of genetic disorders. With the potential to fix the problematic protein by merely reshaping it, there is no need to worry about any added chemicals to your body. Because Hps70 is doing nothing more than helping to snap back the faulty gene to its original form, the patient is left with all of their own healthy proteins. This process feels like a more natural way of resolving the effects of genetic diseases and would most likely appeal to the public as a viable choice. While some of these procedure options seem very complicated, there is always a more simplistic answer or resource. The developments of micro-array-based mutation and non-profit laboratories have proven to be more affordable than the “high cost of sequencing and long turn-around times [of] gene testing” (Pradhan). Many ocular genetic disorders have been tested here and some couples are undergoing prenatal and or pre-implantation genetic diagnosis. This setting allows for genetic counseling, and new ways of testing inherited retinal disease have been developed. Because the number of people with genetic disorders has increased, these laboratories are a very cost-effective way for families to be diagnosed with diseases such as
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