Physical Education And Sport

Cellular Mechanisms of Renal Tubular Ion Transport by Felix Bronner and Arnost Kleinzeller (Eds.)

By Felix Bronner and Arnost Kleinzeller (Eds.)

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23. Hinke, J . A. M. (1967). Cation-selective microelectrodes for intracellular use. I n “Glass Electrodes for Hydrogen and Other Cations’’ ( G . ), pp. 464-477. Dekker, New York. 24. Ho, M. , and Guidotti, G . (1975). A membrane protein from human erythrocytes involved in anion exchange. J . B i d . Chum. 250,675-683. 25. Hodgkin, A. , and Keynes, R. D. (1955). Active transport of cations i n giant axons from Sepiu and Loligo. J . Physiol. (London) 1 2 8 , 2 8 4 0 . 26. Jacobs, M . A . (1920).

Narure (London) 264, 73-74. 32. Russell, M. , and Brodwick, M. S. Chloride fluxes in the dialyzed barnacle muscle fiber and the effect of SITS. Biophys. J . 16, 1562. 33. Cytoplasmic pH of nerve fibres. J . Neurocheni. 5, 185- 194. 34. Thomas, R. C. Intracellular pH of snail neurons measured with a new pHsensitive glass microelectrode. J . Physiol. (London) 238, 159-180. 35. Thomas, R. The effect of carbon dioxide on the intracellular pH and buffering power of snail neurones. J. Physiol. (London) 255, 715-735.

2 pH units, presumably due to an influx of Hf ions and/or an efflux of HC03- or OH- ions. These ion fluxes could be occurring via passive “leakage” through the membrane, or possibly by way of the pH-regulating carrier operating backward. If the latter, it should be accompanied by an influx of C1- ions and be inhibited by the removal of external CI. In the experiment shown R. C. 3. Pen recording of the membrane potential (Em),internal pH @Hi),and internal Na' ion concentrations ("a'],) of a snail neuron.

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