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- W2125229641 abstract "The electrophysiology of non-turgid cells of Chara australis was investigated. The data fell into two categories. (i) 20% of cells; these were relatively unaffected by plasmolysis (with the exception of a small depolarization) and retained many aspects of normal electrophysiological behaviour, such as excitation and K + -state I/V characteristics when exposed to 5 mol m -3 K + . (ii) 80% of cells; these showed electrophysiology significantly altered by plasmolysis. These cells exhibited a large depolarization and became highly conductive after plasmolysis. The classic current relaxation kinetics upon voltage step changes diminished. The channels constituting this high conductance state appeared to be weakly anion selective. Application of Ca 2+ channel blocker LaCl 3 did not prevent development of the high conductance. Upon exposure to 5 mol m -3 K + , the negative conductance regions were much less pronounced than those in turgid cells. Excitation was abolished. Cells in both categories showed a steady increase in conductance with time. The effects of plasmolysis on cell membrane conductance were irreversible. The information gathered from turgorless Chara cells can be extrapolated to explain depolarized or positive resting potentials and predominance of weakly anion selective channels in some higher plant cell protoplasts." @default.
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- W2125229641 date "1997-01-01" @default.
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- W2125229641 title "The electrophysiology of plasmolysed cells of<i>Chara australis</i>" @default.
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