Pickard R S, Welberry T R
J Exp Biol. 1976 Feb;64(1):39-44. doi: 10.1242/jeb.64.1.39.
The application of printed circuit technology to the production of a new type of multi-channel microelectrode is described. 2. Recordings have been obtained from the the protocerebrum of the honeybee Apis mellifera L. using printed circuit microelectrodes in both restrained and free-moving preparations. 3. These recordings are compared with those previously obtained from conventional probe microelectrodes and are found to have similar characteristics of transient voltage changes superimposed on an undifferentiated high frequency background. 4. A wide range of development possibilities for the printed circuit microelectrode are discussed.
本文描述了印刷电路技术在新型多通道微电极生产中的应用。2. 使用印刷电路微电极，在受限和自由活动的制备条件下，已从蜜蜂（Apis mellifera L.）的前脑获得了记录。3. 将这些记录与先前从传统探针微电极获得的记录进行比较，发现它们具有相似的特征，即在未分化的高频背景上叠加有瞬态电压变化。4. 讨论了印刷电路微电极的广泛发展可能性。
