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Epilepsy suppression with cooling stimulation is the primary purpose for this study. In this dissertation, cooling stimulation was implemented and demonstrated on cerebral cortex of rats. Electrodes with needle structure was designed and fabricated by using MEMS technology to minimize the size of device. A TE cooler was used to create cooling source and it can be control via electrical current. A...
Cooling is a potential treatment for epilepsy diseases without any electric current pass through the organization of brain. The module is integrated with micro-electrodes and thermo-electric cooler. It was fabricated and utilized inside a rat brain. It can make cooling location deeper in order to improve the diagnosis of focal epilepsy. We are currently determining the efficacy of local cooling for...
Cooling is a potential treatment for induced epilepsy. There is no electric current pass through the organization of brain because it will damage it with high temperature. EEG electrodes and thermal electric (TE) coolers were integrated and placed in the head of rat. EEG electrodes were used to measure brain waveform and TE cooler was employed to be a cooling actuator to decrease temperature on the...
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