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一种保存离体兔视网膜细胞功能的腔室,适用于细胞外和细胞内记录。

A chamber preserving cellular function of the isolated rabbit retina suited for extracellular and intracellular recordings.

作者信息

Hanitzsch R, Tomita T, Wagner H

出版信息

Ophthalmic Res. 1984;16(1-2):27-30. doi: 10.1159/000265289.

Abstract

The isolated retina of rabbit lies on nylon tissue fixed in a ring, which is placed in a chamber. The lower side of the retina, by choice the receptor or ganglion cell side, is superfused by a plasma saline mixture kept at 35 degrees C. At the upper side of the retina, warm humidified oxygen is added. The two sides are isolated from each other by a rubber joint. ERGs with b waves of about 1 mV indicate a good function of retinal cells. The receptor potential is recorded extracellularly between an intraretinal microelectrode and a reference electrode at the receptor side (amplitude typically about 300 microV). The few intracellular records were hyperpolarizations to white and red light with an initial overshoot and a plateau.

摘要

兔的离体视网膜置于固定在环中的尼龙组织上,该环放置在一个腔室中。视网膜的下侧,可选择受体侧或神经节细胞侧,由保持在35摄氏度的血浆盐水混合物进行 superfused(此处可能有误,推测是superfused,意为“灌流”)。在视网膜的上侧,添加温热湿润的氧气。两侧通过橡胶接头相互隔离。b波约为1 mV的视网膜电图表明视网膜细胞功能良好。受体电位在视网膜内微电极与受体侧的参考电极之间进行细胞外记录(幅度通常约为300微伏)。少数细胞内记录显示对白光和红光的超极化,伴有初始过冲和平台期。

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