Novel globular aggregates composed of synthetic peptide lipids

Artificial Enzymes

“…The physicochemical stability of single-walled vesicles formed with the cationic peptide lipids is much larger than that of liposomal membranes formed with naturally occurring phospholipids under comparable conditions. In addition, molecular design of lipids to adopt various types of molecular assemblies, such as micelles, bilayer membranes, nonbilayer aggregates of inverted hexagonal, or inverted cubic phase, became feasible by employing the peptide lipids. −

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“…In addition, molecular design of lipids to adopt various types of molecular assemblies, such as micelles, bilayer membranes, nonbilayer aggregates of inverted hexagonal, or inverted cubic phase, became feasible by employing the peptide lipids. [54][55][56][57][58][59][60] In general, the bilayer membrane is superior to the aqueous micelle with respect to aggregate rigidity…”

Bioorganic Chemistry

“…Some novel globular aggregates, composed of synthetic peptide lipids, have also been made (354). The polar peptidic segments orient themselves like the ionic head group of phospholipids.…”

Can Single‐Chain Perfluoroalkylated Amphiphiles Alone Form Vesicles and Other Organized Supramolecular Systems?

“…1983, 105, 5914; L. Dahlenburg, C. Prengel, Orgunomerattics 1984, 3, 934. [15] The formation of 4 a from the reaction of 3 a with CO, in CH,CN is postulated on the basis of "P NMR data [16a]. Under these conditions, we obtained a yellow powder whose 'H NMR and IR spectra are not identical to those of 4a, but which nonetheless allowed the formation of a carbonato or hydrogencarbonato complex to be inferred.…”