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分离的鱼类水平细胞的药理学特性。

Pharmacological properties of isolated fish horizontal cells.

作者信息

Dowling J E, Lasater E M, Van Buskirk R, Watling K J

出版信息

Vision Res. 1983;23(4):421-32. doi: 10.1016/0042-6989(83)90089-5.

Abstract

At least three distinct receptors for neurotransmitter substances are present on carp horizontal cells. Activation of two of the receptor types, by dopamine and vasoactive intestinal peptide respectively, results in the accumulation of cyclic AMP within the cells. Activation of the third receptor type, by L-glutamate or its analogues, causes a large, 60-80 mV depolarization of the cells. Similar glutamate receptors are found on skate horizontal cells, which also possess receptors specific for gamma-aminobutyric acid (GABA). Activation of the GABA receptors on skate horizontal cells also results in a large, 60-80 mV cell depolarization.

摘要

鲤鱼水平细胞上存在至少三种不同的神经递质受体。分别由多巴胺和血管活性肠肽激活其中两种受体类型,会导致细胞内环状AMP的积累。由L-谷氨酸或其类似物激活第三种受体类型,会使细胞发生60 - 80毫伏的大幅度去极化。在鳐鱼水平细胞上发现了类似的谷氨酸受体,鳐鱼水平细胞也拥有对γ-氨基丁酸(GABA)特异的受体。激活鳐鱼水平细胞上的GABA受体也会导致细胞发生60 - 80毫伏的大幅度去极化。

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