[HTML][HTML] Electrophysiology of the pancreatic β-cell
FM Ashcroft, P Rorsman - Progress in biophysics and molecular biology, 1989 - Elsevier
FM Ashcroft, P Rorsman
Progress in biophysics and molecular biology, 1989•Elsevier1. A TP-Regulated K+-Channels (KA TP Channels)(a) Single-channel conductance and
voltage dependence (b) Permeability and selectivity (c) Kinetics (d) Effects of. 4 TP (i)
Inhibition (ii) Modulation of inhibition (iii) Activation (e) EffectsofG-proteins (f) Regulation by
cations and anions (g) Regulation by pH (h) Effects of pyridine nucleotides (i) Pharmacology
(i) Channel blockers (ii) Channel openers (j) Hypo-and hyperolycaemia as side-effects of
therapeutic drugs (k) Channel density
voltage dependence (b) Permeability and selectivity (c) Kinetics (d) Effects of. 4 TP (i)
Inhibition (ii) Modulation of inhibition (iii) Activation (e) EffectsofG-proteins (f) Regulation by
cations and anions (g) Regulation by pH (h) Effects of pyridine nucleotides (i) Pharmacology
(i) Channel blockers (ii) Channel openers (j) Hypo-and hyperolycaemia as side-effects of
therapeutic drugs (k) Channel density
1. A TP-Regulated K+-Channels (KA TP Channels)(a) Single-channel conductance and voltage dependence (b) Permeability and selectivity (c) Kinetics (d) Effects of. 4 TP (i) Inhibition (ii) Modulation of inhibition (iii) Activation (e) EffectsofG-proteins (f) Regulation by cations and anions (g) Regulation by pH (h) Effects of pyridine nucleotides (i) Pharmacology (i) Channel blockers (ii) Channel openers (j) Hypo-and hyperolycaemia as side-effects of therapeutic drugs (k) Channel density
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