Color blindness is more common in the man than women; about one man in 13 and one woman in 230 suffer from some kind of color blindness or some similar kinds of defects.
This defect occurs due to some mutations caused in genes hence that results in inactivation of light absorbing pigments in the retina. And if the red photo pigment is absent then the red and green objects will appear as different shades of grey.
Color blindness is also found in some types of monkeys.
At the Eye Institute in the University of Washington, Jay and Neitz, husband and wife has discovered that is possible to cure this defect with the help of gene therapy.
At the Eye Institute in the University of Washington, Jay and Neitz, husband and wife has discovered that is possible to cure this defect with the help of gene therapy.
This experiment was first done on the monkeys and the virus containing the defect free gene was injected into the young color blind monkey, the monkey was first trained for the identification of colors and will awarded by the fresh juices on the correct identification.
At that time before treatment monkeys only identified blue and yellow color spots without identifying red and green, but after gene treatments of five months the monkeys were capable of recognizing the red and green spots as well.
At that time before treatment monkeys only identified blue and yellow color spots without identifying red and green, but after gene treatments of five months the monkeys were capable of recognizing the red and green spots as well.
This type of gene therapy will also start on the humans but it will take some period to initialize this step.
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