Tonosaki K
Brain Res. 1982 Jan 7;231(1):204-8. doi: 10.1016/0006-8993(82)90020-8.
The mitral cell odor-induced intracellular responses and the accompanying membrane resistance changes were studied in the gecko olfactory bulb. The mitral cells responded to odor either with depolarization or with hyperpolarization. The depolarization responses with hyperpolarization. The depolarization responses were accompanied by a resistance decrease. The hyperpolarization responses were accompanied by a resistance increase. The responses were enhanced by hyperpolarization and suppressed by depolarization of the membrane current. Two types of mitral cells were identified by procion yellow dye injection.
在壁虎嗅球中研究了二尖瓣细胞气味诱导的细胞内反应及伴随的膜电阻变化。二尖瓣细胞对气味的反应既有去极化也有超极化。去极化反应伴随着电阻降低，超极化反应伴随着电阻增加。这些反应通过膜电流的超极化增强，去极化抑制。通过注射普罗辛黄染料鉴定出两种类型的二尖瓣细胞。
