The effect of uncharged, dipolar phloretin on anion and cation conductance through a black lipid membrane can be used to study its adsorption behavior. The adsorption of phloretin can be described by a Langmuir isotherm with weak dipole-dipole interaction
The electrostatic potentials associated with cell membranes include the transmembrane potential (del...
We have shown that the absorption of tetraphenylborate into black lipid membranes formed from either...
The effects of phloretin on membrane ionic conductances have been studied in the giant axon of the s...
The effect of uncharged, dipolar phloretin on anion and cation conductance through a black lipid mem...
AbstractPhloretin and its analogs adsorb to the surfaces of lipid monolayers and bilayers and decrea...
AbstractPhloretin is known to adsorb to lipid surfaces and alters the dipole potential of lipid mono...
AbstractThe transmembrane diffusion of phloretin across planar bilayer lipid membranes is studied un...
The transmembrane diffusion of phloretin across planar bilayer lipid membranes is studied under stea...
AbstractThe adsorption of the hydrophobic anion [W(CO)5CN]− to human lymphoid Jurkat cells gave rise...
The binding and translocation rates of hydrophobic cation and anion spin labels were measured in uni...
AbstractRates of M+/H+ exchange (M+=K+, Na+) across phospholipid membranes by ionophore mediated ele...
Phloretin is a known modifier of the internal dipole potential of lipid membranes. We studied the in...
Rates of M+/H+ exchange (M+ = K+, Na+) across phospholipid membranes by ionophore mediated electrone...
The effects of various subclasses of flavonoids, Rose Bengal, and different styrylpyridinium dyes on...
It has been shown that the blocking of negatively charged tetraphenylborate ion transport in phospha...
The electrostatic potentials associated with cell membranes include the transmembrane potential (del...
We have shown that the absorption of tetraphenylborate into black lipid membranes formed from either...
The effects of phloretin on membrane ionic conductances have been studied in the giant axon of the s...
The effect of uncharged, dipolar phloretin on anion and cation conductance through a black lipid mem...
AbstractPhloretin and its analogs adsorb to the surfaces of lipid monolayers and bilayers and decrea...
AbstractPhloretin is known to adsorb to lipid surfaces and alters the dipole potential of lipid mono...
AbstractThe transmembrane diffusion of phloretin across planar bilayer lipid membranes is studied un...
The transmembrane diffusion of phloretin across planar bilayer lipid membranes is studied under stea...
AbstractThe adsorption of the hydrophobic anion [W(CO)5CN]− to human lymphoid Jurkat cells gave rise...
The binding and translocation rates of hydrophobic cation and anion spin labels were measured in uni...
AbstractRates of M+/H+ exchange (M+=K+, Na+) across phospholipid membranes by ionophore mediated ele...
Phloretin is a known modifier of the internal dipole potential of lipid membranes. We studied the in...
Rates of M+/H+ exchange (M+ = K+, Na+) across phospholipid membranes by ionophore mediated electrone...
The effects of various subclasses of flavonoids, Rose Bengal, and different styrylpyridinium dyes on...
It has been shown that the blocking of negatively charged tetraphenylborate ion transport in phospha...
The electrostatic potentials associated with cell membranes include the transmembrane potential (del...
We have shown that the absorption of tetraphenylborate into black lipid membranes formed from either...
The effects of phloretin on membrane ionic conductances have been studied in the giant axon of the s...
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