Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Caloric vestibular stimulation (CVS) and galvanic vestibular stimulation (GVS) act primarily on the peripheral vestibular system. Although the electrical current applied during GVS is thought to flow through peripheral vestibular organs, some current may spread into areas within the central nervous system, particularly when the bilateral galvanic vestibular stimulation (bGVS) method is used. According to Alexander’s law, the magnitude of nystagmus increases with eccentric gaze movement, due to the function of the neural integrator (NI); thus, if the information for vestibular stimulation corresponds to Alexander’s law, the peripheral vestibular organ is stimulated. Therefore, it would appear that if CVS results comply with Alexander’s law, and bGVS results do not, the sites stimulated by bGVS are not perfectly located in the peripheral vestibular area. In our experiments on normal human subjects, the magnitude of nystagmus under CVS increased with rising gaze eccentricity in the direction that the magnitude of the nystagmus increases, and this change was found to follow Alexander’s law. Hover, in the case of nystagmus under bGVS, results did not follow Alexander’s law. In addition, study of the influences of bGVS at different current intensities on nystagmus magnitude shod that bGVS at 5 mA distorted nystagmus magnitude more than at 3 mA, which suggests bGVS acts not only on the peripheral vestibular nerves, but also on some areas of the central nervous system, particularly the NI. According to our experiments, bGVS directly affects neural integrator function.
['Ki-Hwan Hong', 'Hyeon-min Shim', 'Minsoo Goh', 'Seung-Yon Jang', 'Sangmin Lee', 'Kyu-Sung Kim']
I am writing a research paper on a idea Direct perturbation of neural integrator by bilateral galvanic vestibular stimulation
[{"from": "human", "value": "I am writing a research paper on a idea Direct perturbation of neural integrator by bilateral galvanic vestibular stimulation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Caloric vestibular stimulation (CVS) and galvanic vestibular stimulation (GVS) act primarily on the peripheral vestibular system. Although the electrical current applied during GVS is thought to flow through peripheral vestibular organs, some current may spread into areas within the central nervous system, particularly when the bilateral galvanic vestibular stimulation (bGVS) method is used. According to Alexander\u2019s law, the magnitude of nystagmus increases with eccentric gaze movement, due to the function of the neural integrator (NI); thus, if the information for vestibular stimulation corresponds to Alexander\u2019s law, the peripheral vestibular organ is stimulated. Therefore, it would appear that if CVS results comply with Alexander\u2019s law, and bGVS results do not, the sites stimulated by bGVS are not perfectly located in the peripheral vestibular area. In our experiments on normal human subjects, the magnitude of nystagmus under CVS increased with rising gaze eccentricity in the direction that the magnitude of the nystagmus increases, and this change was found to follow Alexander\u2019s law. Hover, in the case of nystagmus under bGVS, results did not follow Alexander\u2019s law. In addition, study of the influences of bGVS at different current intensities on nystagmus magnitude shod that bGVS at 5 mA distorted nystagmus magnitude more than at 3 mA, which suggests bGVS acts not only on the peripheral vestibular nerves, but also on some areas of the central nervous system, particularly the NI. According to our experiments, bGVS directly affects neural integrator function."}]