The synthesis and characterization of poly(DL-proline) are reported in relation with its predicted property of forming ion channels across membranes. The analysis of the conductance induced in synthetic bilayer membranes doped with poly(DL-proline) shows ionic permeoselectivity and the characteristic time course of fluctuations of ion channels, according to the similarity with the active structure of gramicidin A in membranes during the ion passage. An alternative mechanism of ion transport across bilayer membranes is also advanced
To clarify the possible molecular mechanism of cation unit conductance of poly(D,L-proline) across l...
The channel-forming peptides gramicidin and alamethicin were incorporated in a mercury-supported lip...
For the first time, based on bilayer membrane conductance experiments, it has been shown that A23187...
Theoretical conformational analysis of L,D alternating sequences of poly alpha-amino acids is report...
A synthetic amphiphilic polymer, poly(2-ethylacrylic acid), induces pore formation in artificial pho...
Sequential polypeptide, poly(Leu-Leu-D-Phe-Pro), containing a part of beta-turn sequence in gramicid...
Channel-forming peptides such as gramicidin A offer the opportunity to study the relationship betwee...
Gramicidin within the lipid bilayer matrix is a well-known channel-forming polypeptide, but the mech...
The surface potential of biological membranes seems to have influence on the ion transport across th...
AbstractSeveral membrane-transporting peptides (MTP) containing basic amino acid residues such as Ly...
Living cells are usually surrounded by lipid bilayers, which exhibit remarkable structural variety. ...
The mechanisms by which inorganic ions cross biological membranes are still effectively unknown. How...
The ion transport ability in a planar lipid bilayer of a 21 amino acid peptide bearing six 21-crown-...
AbstractThe four homologous chrysospermins (Ia-d) are new 19 amino acid peptaibols which form cation...
Membrane channels facilitate the flow of ions across biological membranes, a process which is import...
To clarify the possible molecular mechanism of cation unit conductance of poly(D,L-proline) across l...
The channel-forming peptides gramicidin and alamethicin were incorporated in a mercury-supported lip...
For the first time, based on bilayer membrane conductance experiments, it has been shown that A23187...
Theoretical conformational analysis of L,D alternating sequences of poly alpha-amino acids is report...
A synthetic amphiphilic polymer, poly(2-ethylacrylic acid), induces pore formation in artificial pho...
Sequential polypeptide, poly(Leu-Leu-D-Phe-Pro), containing a part of beta-turn sequence in gramicid...
Channel-forming peptides such as gramicidin A offer the opportunity to study the relationship betwee...
Gramicidin within the lipid bilayer matrix is a well-known channel-forming polypeptide, but the mech...
The surface potential of biological membranes seems to have influence on the ion transport across th...
AbstractSeveral membrane-transporting peptides (MTP) containing basic amino acid residues such as Ly...
Living cells are usually surrounded by lipid bilayers, which exhibit remarkable structural variety. ...
The mechanisms by which inorganic ions cross biological membranes are still effectively unknown. How...
The ion transport ability in a planar lipid bilayer of a 21 amino acid peptide bearing six 21-crown-...
AbstractThe four homologous chrysospermins (Ia-d) are new 19 amino acid peptaibols which form cation...
Membrane channels facilitate the flow of ions across biological membranes, a process which is import...
To clarify the possible molecular mechanism of cation unit conductance of poly(D,L-proline) across l...
The channel-forming peptides gramicidin and alamethicin were incorporated in a mercury-supported lip...
For the first time, based on bilayer membrane conductance experiments, it has been shown that A23187...