In today's society, we have come to accept the idea of ​​a surgical procedure that can resolve complications with our organs, bones, vessels, and even the most important muscle in our body , the heart. We, as consumers, understand common medical treatments, however, undergoing a procedure performed on our brain to regenerate current in our brain to correct a neurological condition causes us to have a different perspective. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get Original Essay A spectrum of ancient lobotomy practices in the 1940s created an uneasy sense of deep brain stimulation. Regardless of these memories, there is a new type of technology that is benefiting from its acceptance over the years, however, deep brain stimulation is not the way to go. Deep brain stimulation means a lot to some people, but only for a short time. “Deep brain stimulation is a surgical implant within the cerebral cortex of the brain” (Jimenez, 2009). Deep brain stimulation is used to treat certain diseases caused by out-of-control and uncontrollable electrical impulses within the brain that are sent throughout the body. Some of these diseases include Tourette's, Parkinson's, and dementia. Scientists did the unthinkable and performed open brain surgery while the patient was awake and coherent. Electrodes are taken and inserted into the cerebral cortex, then doctors emit small electrical discharges in some cells. While the patient is awake, doctors can ask questions and move the patient to see if the experimental procedure works. First created in 1987, deep brain stimulation has been used to treat patients with tremors and distress in Grenoble, France. The first voltage mechanisms were created by looking at pacemakers inserted into the heart and providing stimulation that could detect an abnormal heartbeat and stabilize it. Soon after the invention of cardiac pacemakers, deep brain stimulation was created to increase the electrical current in the brain by placing different electrode positions in the brain and configuring the brain. The future of deep brain stimulation could lead to a brain pacemaker that could be turned off at night and stimulate the brain during the day and provide feedback to the rest of the body to help limit disease. The goal of the experiment is not the same as a cardiac pacemaker: the brain's goal would be to increase activity in a region of the brain or in some cases stop activity. As technology advances, we may even be able to awaken people from comas. “Because DBS involves brain surgery and modulation of brain states, it may evoke reminiscences of unethical neurosurgical practices of the past.” Moniz and Freeman's history of lobotomies or the electrical stimulation program may lead people to believe that these advanced brain surgeries can be used to manipulate or abuse people. Such memories may cause the public to have a different view of deep brain stimulation and the ongoing ethical issues related to DBS. However, there are major differences between past forms of deep brain stimulation and current versions. “Major operating techniques such as MRI-guided stereotactic surgery have improved and the surgery is much safer” (Synofzik & Schlaepfer, 2008). Also, the side effect.