Gardner-Medwin A R, Coles J A, Tsacopoulos M
Brain Res. 1981 Mar 30;209(2):452-7. doi: 10.1016/0006-8993(81)90169-4.
Work with ion-selective microelectrodes on the retina of the honeybee drone has shown that potassium is released from photoreceptors during activity and enters glial cells. Measurements of the extracellular voltage gradients indicate that, in this preparation, currents flowing through the glial cells in the 'spatial buffer' pattern account for a large fraction of the glial K+ entry in the active region of the tissue.
对雄蜂视网膜上的离子选择性微电极进行的研究表明，在活动期间钾离子从光感受器释放出来并进入神经胶质细胞。细胞外电压梯度的测量结果表明，在这种制备物中，以“空间缓冲”模式流经神经胶质细胞的电流在组织的活跃区域中占神经胶质细胞钾离子进入量的很大一部分。
