Technical Name BLUE-TOOTH WIRELESS TRANSMISSION SYSTEM FOR CEREBRAL SIGNALS
Project Operator National Defense Medical Center
Summary
The function of this design is to continuously monitor the level of neurotransmitter during the study of free- moving animal learning activity. This devise is designed to gain in vivo brain electrochemical signals by composing Bluetooth wireless transmission system. Therefore, the function of this design is to continuously monitor the level of neurotransmitter during the study of free-moving animal learning activity and to give current stimulation in a conscious animal brain to activate the function of a specific brain region. This design allowed in vivo central nervous signal recording in free-moving animal without mechanical disturbance and cable disconnection during recording, which could improve the accuracy of the electrochemical recording.
Scientific Breakthrough
The function of this design is to continuously monitor the level of neurotransmitter during the study of free- moving animal learning activity. This devise is designed to gain in vivo brain electrochemical signals by composing Bluetooth wireless transmission system. Therefore, the function of this design is to continuously monitor the level of neurotransmitter during the study of free-moving animal learning activity and to give current stimulation in a conscious animal brain to activate the function of a specific brain region. This design allowed in vivo central nervous signal recording in free-moving animal without mechanical disturbance and cable disconnection during recording, which could improve the accuracy of the electrochemical recording.
Industrial Applicability
可結合市售的行為分析軟體,同時觀察不同行為時腦內神經傳導物質變化,並且同時具備有活體動物與傳統動物腦片之電化學紀錄功能。可發展之產品:電化學儀器、多頻道神經訊號記錄的無線遙測系統、活體動物生理監測系統及活體動物深部腦部刺激。
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