Wireless visual cortical stimulator units are small visual stimulations used to improve the functional ability of a visually impaired patient. This therapy modifies an individual's visual environment to improve his or her perception of visual tasks. This therapy has been proved effective and efficient in various types of impairments including the blind and the aging groups. These wireless devices are usually small and can be easily carried anywhere.
There is a huge potential for wireless visual cortex stimulator products as they offer the highest level of success in the field of the visual prosthesis. One of the major reasons for this is that it can effectively be used for treating different types of visual impairments. This means that regardless of the degree of the impairments, treatment with this type of unit is successful in almost every case. It is estimated that about twenty percent of the millions of people worldwide who are suffering from diabetic retinopathy use this type of unit for treating their condition.
One of the most important things that need to be known to be successful in the treatment of diabetic retinopathy and the overall treatment of visual impairment is the fact that the treatment must always start with the first implantation of a wireless visual cortex stimulator in a blind patient. The very fact that this device is implanted in the head of the patient provides evidence that this is indeed a viable treatment option. The very fact that this unit can be used for treating different types of visual impairments makes it more promising than the other similar devices available in the market. It is also worth mentioning that the very first implantation of this unit in a blind patient achieved the successful implantation of a wireless visual cortex stimulator in a human brain.
Factoring these important facts, it becomes clear why the latest breakthroughs in the field of sensory substitution therapy using wireless visual cortex stimulator devices are so important. These breakthroughs have led to the development of the most advanced technology in the field of sensory prosthetics in the world today. What these technologies have in store for the future is nothing short of extraordinary.
Another very important development in the wireless visual cortex stimulator product portfolio comes in the form of an innovative device that eliminates the need for any type of surgery. This method of treatment for diabetic retinopathy is completely painless. In the case of patients suffering from glaucoma, for instance, this treatment method offers a much more comprehensive relief than the use of a conventional laser. And in the case of diabetic retinopathy, it offers the promise of eliminating the signs of aging, improving quality of life, and reversing the negative consequences of diabetes on the body.
The last significant development in the wireless visual cortex stimulator in a human subject came from the work of experts at the University of Wisconsin. In a study that was published in the Journal of Neuroscience, the scientists demonstrated that the Oratory Reveratrol contained within the wireless visual cortex stimulator prevented the death of cells that were already in the degenerated state. The death of these cells occurred without causing any harm to the healthy cells in the body.