For example, paying attention to one’s diet is known to help with preventing seizures. A low carbohydrate, high-fat diet known as the ketogenic diet may be prescribed to help treat children with epilepsy. Something else to do is to get plenty of sleep each night and set a regular sleep schedule. Another example is to avoid bright, flashing lights and other visual stimuli. Playing video games and watching TV is not a good idea, along with avoiding drugs and alcohol. Finally, taking all medications prescribed by your doctor can also help to control them. All of these suggestions on what to do and what to avoid are known to help patients avoid seizures [26]. Another natural way to prevent someone from having an epileptic seizure is to have the person smell something right before their seizure starts. If an individual is known to have a smelling sensation, a seizure might be prevented by sniffing a strong odor such as garlic or roses. A question may arise if there is a way to actually a seizure mid-track? The answer is yes “stop” there is. If an individual is having a seizure, rubbing the muscles that are twitching during the attack may halt the seizure [27]. The introduction of biosensors into the medical field is a breakthrough in technology. There are so many possibilities and so many options that such a little electronic device gives people struggling with medical issues. This is true with the individuals that cannot get rid of their epileptic seizures through the use of medications, surgery and involving changes to their everyday life. The first biosensor that is used to help prevent epilepsy is called the Vagus Nerve Stimulation (VNS). The for the brain” is designed to prevent seizures by sending “pacemaker regular, mild pulses of electrical energy to the brain via the Vagus Nerve. These pulses are supplied by a device something like a pacemaker [28]. The Vagus Nerve is part of the autonomic nervous system, which controls functions of the body that are not under voluntary control. It passes through the neck and travels between the chest and abdomen and the lower part of the brain. In order to attach this device to the Vagus Nerve, the biosensor is placed under the skin on the chest. From here a wire runs from the chest
For example, paying attention to one’s diet is known to help with preventing seizures. A low carbohydrate, high-fat diet known as the ketogenic diet may be prescribed to help treat children with epilepsy. Something else to do is to get plenty of sleep each night and set a regular sleep schedule. Another example is to avoid bright, flashing lights and other visual stimuli. Playing video games and watching TV is not a good idea, along with avoiding drugs and alcohol. Finally, taking all medications prescribed by your doctor can also help to control them. All of these suggestions on what to do and what to avoid are known to help patients avoid seizures [26]. Another natural way to prevent someone from having an epileptic seizure is to have the person smell something right before their seizure starts. If an individual is known to have a smelling sensation, a seizure might be prevented by sniffing a strong odor such as garlic or roses. A question may arise if there is a way to actually “stop” a seizure mid-track? The answer is yes there is. If an individual is having a seizure, rubbing the muscles that are twitching during the attack may halt the seizure [27]. The introduction of biosensors into the medical field is a breakthrough in technology. There are so many possibilities and so many options that such a little electronic device gives people struggling with medical issues. This is true with the individuals that cannot get rid of their epileptic seizures through the use of medications, surgery and involving changes to their everyday life. The first biosensor that is used to help prevent epilepsy is called the Vagus Nerve Stimulation (VNS). The “pacemaker for the brain” is designed to prevent seizures by sending regular, mild pulses of electrical energy to the brain via the Vagus Nerve. These pulses are supplied by a device something like a pacemaker [28]. The Vagus Nerve is part of the autonomic nervous system, which controls functions of the body that are not under voluntary control. It passes through the neck and travels between the chest and abdomen and the lower part of the brain. In order to attach this device to the Vagus Nerve, the biosensor is placed under the skin on the chest. From here a wire runs from the chest
Biosensors%20Final%20Report%20Grp%201%20new.docx