传统膜片钳放大器中，电容补偿参数配置需手动完成，过程复杂、繁琐。
In traditional patch-clamp amplifiers, the parameters for capacitance compensation are manually configured according to the observation of experimenters, which is very complicated and discommodious.
详细标准膜片钳操作步骤，和来邦网对振动式切片机和膜片钳放大器的文献调查报告。
A detailed step-by-step description of the standard patch clamp protocol and Labome survey results for vibratomes and patch-clamp amplifiers.
首先对膜片钳放大器工作原理及补偿技术进行了深入研究，这是实现膜片钳自动化的基础。
The first one clearly elucidates the operational principle of patch-clamp amplifier and the compensatory technology, which are the fundamental for fulfilling the automation of patch clamp.
利用计算机和参数控制与数据采集器对膜片钳放大器进行数字控制和参数检测，并采用最小二乘拟合等算法计算相关参数。
The routine controls and inspects the patch-clamp amplifier by employing the personal computer and data acquisition, and then evaluates the analog parameters using relative arithmetic.
利用计算机和参数控制与数据采集器对膜片钳放大器进行数字控制和参数检测，并采用最小二乘拟合等算法计算相关参数。
The routine controls and inspects the patch-clamp amplifier by employing the personal computer and data acquisition, and then evaluates the analog parameters using relative arithmetic.
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