microelectrode array
微电极阵列
microelectrode fabrication
微电极制作
microelectrode sensor
微电极传感器
microelectrode measurement
微电极测量
microelectrode technique
微电极技术
microelectrode interface
微电极接口
microelectrode positioning
微电极定位
microelectrode design
微电极设计
microelectrode application
微电极应用
microelectrode development
微电极开发
microelectrodes are essential tools in neuroscience research.
微电极是神经科学研究中的重要工具。
the microelectrode array allows for simultaneous recording of multiple neurons.
微电极阵列可以同时记录多个神经元。
using a microelectrode, scientists can measure electrical activity in single cells.
科学家可以使用微电极测量单个细胞的电活动。
microelectrodes can be used in drug delivery systems for targeted therapy.
微电极可以用于靶向治疗的药物递送系统。
the development of microelectrode technology has advanced biomedical engineering.
微电极技术的发展推动了生物医学工程的进步。
researchers are exploring new materials for improved microelectrode performance.
研究人员正在探索新材料以提高微电极的性能。
microelectrodes enable precise stimulation of neural circuits.
微电极能够精确刺激神经电路。
electrophysiological studies often utilize microelectrodes for data collection.
电生理研究通常使用微电极进行数据收集。
microelectrode fabrication techniques have improved significantly in recent years.
近年来，微电极制造技术有了显著改善。
the integration of microelectrodes with sensors enhances diagnostic capabilities.
微电极与传感器的结合增强了诊断能力。
microelectrode array
微电极阵列
microelectrode fabrication
微电极制作
microelectrode sensor
微电极传感器
microelectrode measurement
微电极测量
microelectrode technique
微电极技术
microelectrode interface
微电极接口
microelectrode positioning
微电极定位
microelectrode design
微电极设计
microelectrode application
微电极应用
microelectrode development
微电极开发
microelectrodes are essential tools in neuroscience research.
微电极是神经科学研究中的重要工具。
the microelectrode array allows for simultaneous recording of multiple neurons.
微电极阵列可以同时记录多个神经元。
using a microelectrode, scientists can measure electrical activity in single cells.
科学家可以使用微电极测量单个细胞的电活动。
microelectrodes can be used in drug delivery systems for targeted therapy.
微电极可以用于靶向治疗的药物递送系统。
the development of microelectrode technology has advanced biomedical engineering.
微电极技术的发展推动了生物医学工程的进步。
researchers are exploring new materials for improved microelectrode performance.
研究人员正在探索新材料以提高微电极的性能。
microelectrodes enable precise stimulation of neural circuits.
微电极能够精确刺激神经电路。
electrophysiological studies often utilize microelectrodes for data collection.
电生理研究通常使用微电极进行数据收集。
microelectrode fabrication techniques have improved significantly in recent years.
近年来，微电极制造技术有了显著改善。
the integration of microelectrodes with sensors enhances diagnostic capabilities.
微电极与传感器的结合增强了诊断能力。
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