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Figure 4. TEA sensitivity of XShal-induced current in oocytes. The current is efficiently blocked by TEA, in particular in the presence of oocyte buffer. In the presence of the standard solution, which contains 10 mM cobalt and 5 mM magnesium, TEA sensitivity is reduced at low concentrations (1 and 1.5 mr+r) but not at higher concentrations (15 and 40 mM). The sensitivities of the XSha2-induced current in oocytes as well as the endogenous delayed-rectifier (ZKv) and A currents (Z,) to 40 rnr+r TEA in standard solution are also shown. Data for the endogenous currents are obtained either from Rihera and Spitzer (1990) or from S. M. Jones and A. B. Ribera (unpublished observations). Data are presenteda sm eanf SEM for three to eight oocyteso r neurons.

Image published in: Ribera AB and Nguyen DA (1993)

Copyright © 1993. This image is reproduced with permission of the publisher and the copyright holder. This is an Open Access article distributed under the terms of the Creative Commons Attribution License.

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