AbstractThe patch-clamp technique was applied to study ion channels in the intact chloroplast envelope. Three channel types were characterized: two cation-selective, with a conductance (in 100 mM KCl) of 517 and 1016 pS, respectively, and one anion-selective with a conductance of 159 pS. All three channels showed voltage-dependent closures at both positive and negative membrane potentials
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
Ion channels in cytoplasmic droplets of the characean algae Nitella hooketi have been studied using ...
AbstractThe permeability properties of the outer membrane of the chloroplast envelope were studied. ...
AbstractThe patch-clamp technique was applied to study ion channels in the intact chloroplast envelo...
AbstractThe voltage dependence of large conductance channels in the intact chloroplast envelope of N...
AbstractThis report describes the application of the chloroplast patching technique to study the pri...
AbstractThe voltage dependence of large conductance channels in the intact chloroplast envelope of N...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
AbstractThe chloroplast H+-ATPase (CF0CF1) was isolated and reconstituted into lipid vesicles by dia...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
Ion channels in cytoplasmic droplets of the characean algae Nitella hooketi have been studied using ...
AbstractThe permeability properties of the outer membrane of the chloroplast envelope were studied. ...
AbstractThe patch-clamp technique was applied to study ion channels in the intact chloroplast envelo...
AbstractThe voltage dependence of large conductance channels in the intact chloroplast envelope of N...
AbstractThis report describes the application of the chloroplast patching technique to study the pri...
AbstractThe voltage dependence of large conductance channels in the intact chloroplast envelope of N...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
Much of our knowledge of ion-transport mechanisms in plant cell membranes comes from experiments usi...
AbstractThe chloroplast H+-ATPase (CF0CF1) was isolated and reconstituted into lipid vesicles by dia...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
The patch-clamp technique is a relatively new and powerful electrophysiological technique. Its resol...
Ion channels in cytoplasmic droplets of the characean algae Nitella hooketi have been studied using ...
AbstractThe permeability properties of the outer membrane of the chloroplast envelope were studied. ...
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