Titlebook: Ionic Channels and Effect of Taurine on the Heart; Denis Noble,Yung E. Earm Book 1993 Kluwer Academic Publishers 1993 amino acid.cells.cli

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Nicholas Sperelakis,Hiroyasu Satohvironments of Goa. The declining trend and degradation of groundwater is a cause of serious concern that needs urgent attention..Three lithological types characterize the groundwater aquifers in the State, namely (i) the lithomarges beneath the laterite duricrust, (ii) sandy alluvial-colluvial depos

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Y. E. Earm,W. K. Ho,I. So,C. H. Leem,J. Hanest and capital on this burden, has created, since 1982, a net transfer of resources from the South to the North, variously estimated at between $228 billion, on Miller’s figures for net transfers 1982–90, or the $418 billion estimated by Susan George for the same period. The latter estimate is the

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0166-9842 in which Professor Yung E Earm, at Seoul National University, had been involved both in my laboratory in Oxford and in his own laboratory in Seoul concerning the possible role of certain amino acids, like taurine that are strongly concentrated by the cells of the heart, and the relationship between

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Concluding Remarks,entration and, second, what transport mechanisms are involved? The second question generates the related one: are the transport mechanisms electrogenic and do they therefore contribute to background currents in cardiac cells?

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Taurine Effects on Ion Channels of Cardiac Muscle,ic effect was not mediated through an increase in slow Ca. current (Sawamura et al., 1986b). The effects of taurine on the Ca. slow current in guinea pig myocytes depended on the external Ca. concentration (Sawamura et al., 1990).

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Catecholamine-Induced Chloride Current in Cardiac Myocytes, (2) antagonistic interaction between the catecholamine and acetylcholine (ACh), (3) effects of intracellular cyclic GMP, (4) effects of replacing external cations, (5) distribution and physiological significance of the catecholamine-induced Cl. current, based on experimental findings obtained in our laboratory.