DOIAbstract
Peptides possessing antibiotic activity, isolated from microbial sources, have been the subject of intensive structural and biological investigation over the past two decades
Peptides possessing antibiotic activity, isolated from microbial sources, have been the subject of intensive structural and biological investigation over the past two decades
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Peptides possessing antibiotic activity, isolated from microbial sources, have been the subject of ...
Peptides possessing antibiotic activity, isolated from\ud microbial sources, have been the subject o...
A large number of antibiotic peptides of fungal origin related to alamethicin have been extensively ...
Bacterial resistance to classical antibiotics is a serious medical problem, which continues to grow....
Alamethicin and several related microbial polypeptides, which contain a high proportion of α-am...
Peptaibol antibiotics are membrane-active linear peptides of fungal origin that are characterized by...
AbstractAlamethicin is known to lyse different biological cells and to induce voltage dependent ion ...
Abstract-The total synthesis of alamethicin I by solution phase methods is reported. The microbial p...
Alamethicin and several related microbial polypeptides, which contain a high proportion of agr-amino...
Alamethicin is a transmembrane ion channel at low concentration, and a lytic agent of cell membrane ...
Alamethicin, a 20 residue polypeptide ionophore forms transmembrane channels and has been shown to i...
Alamethicin, a 20 residue polypeptide ionophore forms transmembrane channels and has been shown to i...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Peptides possessing antibiotic activity, isolated from microbial sources, have been the subject of ...
Peptides possessing antibiotic activity, isolated from\ud microbial sources, have been the subject o...
A large number of antibiotic peptides of fungal origin related to alamethicin have been extensively ...
Bacterial resistance to classical antibiotics is a serious medical problem, which continues to grow....
Alamethicin and several related microbial polypeptides, which contain a high proportion of α-am...
Peptaibol antibiotics are membrane-active linear peptides of fungal origin that are characterized by...
AbstractAlamethicin is known to lyse different biological cells and to induce voltage dependent ion ...
Abstract-The total synthesis of alamethicin I by solution phase methods is reported. The microbial p...
Alamethicin and several related microbial polypeptides, which contain a high proportion of agr-amino...
Alamethicin is a transmembrane ion channel at low concentration, and a lytic agent of cell membrane ...
Alamethicin, a 20 residue polypeptide ionophore forms transmembrane channels and has been shown to i...
Alamethicin, a 20 residue polypeptide ionophore forms transmembrane channels and has been shown to i...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
Alamethicin (Alm) is one of the most extensively studied membrane-active antibiotic peptides, but se...
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